Features

• x1 lane PCI Express interface
• 32-CH TTL digital inputs and 32-CH TTL digital outputs
• Up to 12 MB/s transfer rate
• onboard programmable timer pacer clock
• Support handshaking digital I/O transfer mode
• Bus-mastering DMA for both digital inputs and outputs
• 5 V power available on connectors
• Compact, half-size PCB

JYTEK PCIe-67300A is an ultra-high-speed digital I/O card. It consists of 32 digital input/output channels. High performance designs and state-of-the-art technology make this card ideal for a wide range of applications, such as high-speed data transfer, digital pattern generation and digital pattern capture applications, and logic analyzer applications. Trigger signals are available to start the data acquisition of pattern generation.​

Features

• x1 lane PCI Express® interface
• Multiple I/O port configurations: 16-CH DI & 16-CH DO, 32-CH DI or 32-CH DO
• Data transfer rate up to 80Mbytes/s
• Bus-mastering DMA with scatter-gather technology
• On-board internal timer pacer for clocked DIO
• On-board 32k words FIFO
• ACK and REQ signals for handshaking data transfer
• PCIe-67300A Rev. C supports 64-bit operating system with greater than 4GB memory

JYTEK's PCIe-67350 is the advanced version of hot-selling PCI/PCIe-67300A featuring high-speed digital I/O with 32-channel bi-direction parallel I/O lines. The data rate can achieve up to 200 MB/s through the x1 PCI ExpressR interface. The clock rate can support up to 50 MHz internal clock or 100 MHz external clock, which is ideal for the applications of high-speed and large-scale digital data acquisition or exchange, such as digital image capture, video playback and IC testing.​

Features

• Maximum 50 MHz clock rate from internal timer or 100 MHz from external clock
• 200 MB/s maximum throughout
• Software selectable voltage level of 1.8 V, 2.5 V, and 3.3 V
• Per group (8-bit) input/output direction selectable
• Support I ² C and SPI programmable serial interfaces for external device communication
• Support Vsync & Hsync trigger for parallel digital image capture
• 8-channel auxiliary programmable I/O
• x1 lane PCI Express® Interface

JYTEK's PCIe-67360 is a high-speed digital I/O board with 32-CH bi-directional parallel I/O lines. Data rate up to 400 MB/s is available through the x4 PCI Express® interface. Clock rate can support up to 100 MHz internal clock or 200 MHz external clock, ideally suiting applications of high-speed and large-scale digital data acquisition or exchange, such as digital image capture, video playback and IC testing.

I/O Port Configuration & Level Shifting

The PCIe-67360, in initial power-up status for onboard 32-channel I/O lines is input lines. The 32-channel I/O lines are bidirectional and can be divided into four groups, each carrying 8 channels and individually configurable as an input or output port. The PCIe-67360 also supports software selectable logic levels of 1.8 V, 2.5 V, and 3.3 V, with all four groups matching the chosen logic level. In digital output mode, the outputs are tri-stated when the digital output lines are disabled. The programmable I/O direction and logic levels provide a flexible interface for devices under test (DUT).

Maximum Data Transfer Rate

The PCIe-67360 can support up to 400 MB/s throughput along with a 32-bit data width at a maximum 100 MHz internal clock rate or 8/16-bit data width at a maximum 200 MHz external clock rate. The combination scatter-gather busmastering DMA, deep onboard 8 k-sample FIFO size, and x4 PCI Express® interface guarantee no data loss during sustained high-speed data processing.

Phase Delay

The PCIe-67360 features phase shifting of external sample clock or internal sample clock exporting, optimizing acquisition/generation timing in high-speed data transfer applications. The phase shifting of sample clock supports adjustment up to 80 steps, that is phase shifting from 4.5¢X to 355.5¢X, preventing erroneous sampling during transition states, such that sample timing is valid and stable.

12C & SPI Serial Interfaces

PCIe-67360's application function I/O (AFI) can be configured as a I2C or SPI master node. The I2C interface supports fast mode and uses two bi-directional lines, SCL (serial clock) and SDA (serial data) respectively. The SPI interface uses four-wire signaling based on SCK (serial clock), SI (serial data input), SO (serial data output), and CS (chip select). Peripheral devices can communicate directly via the PCIe-67360¡¦s built-in I2C or SPI protocols along with provided APIs.​ 

Features

• 8/16/24/32-CH at Max. 100MHz for DI or DO; 8/16-CH at Max. 200MHz for DI in external clock mode
• 400 MB/s maximum throughput
• Voltage level software selectable from 1.8 V, 2.5 V, and 3.3 V
• 80-step phase shift in external clock mode
• Per group (8-bit) input/output direction selectable
• Support for I2C and SPI programmable serial interfaces for external device communication
• Flexible handshake and external digital trigger modes
• 8-channel auxiliary programmable I/O

The PCI Express-to-PXI/CompactPCI expansion kit provides control of PXI/CompactPCI modules installed in a PXI/CompactPCI expansion system using the high-bandwidth PCI Express technology. With comprehensive hardware and software transparency, the expansion kit enables fast and convenient detection of any installed PXI/CompactPCI cards in the expansion system, without requiring additional drivers or software installation. The PCIe-68560 and PXI-68565 are connected by a shielded twisted copper cable of up to seven meters for remote operating convenience. Suitable for remote industrial control or automation, the PCI Express-to- PXI/CompactPCI expansion kit is designed to withstand rugged environments and harsh operating conditions. .

Controlling 6U CompactPCI/PXI Modules:

Some applications require controlling 6U PXI or CompactPCI modules through PCI Express. For such applications, JYTEK provides the PXI-68565/6U, a 6U version of the PXI-68565. The PXI-68565/6U provides the exact same features as PXI-68565 but in a 6U CompactPCI/PXI form factor. The product package includes one PCIe-68560 to plug into a host PC, one PXI-68565/6U for the remote 6U CompactPCI/PXI chassis, and one ACL-EXPRESS-1/3/7 expansion cable.

Features

• PCI Express-based control of PXI/CompactPCI
• High-speed PCI Express x1 interface
• Direct control of PXI/CompactPCI systems
• Supports 32-bit/66 MHz PCI™ interface
• Expansion distance of up to 7 meters (expansion cables at 1 M, 3 M, and 7 M)
• Comprehensive hardware and software transparency

The PCIe-PXIe-68638 PCI Express-to-PXI Express expansion kit provides control of PXI Express modules installed in a PXI Express chassis using high bandwidth PCI Express technology. The extension kit can provide up to 4GB/s using PCIe Gen 2 x8 signaling. With comprehensive hardware and software transparency, the expansion kit enables fast and convenient detection of any PXI cards installed in the system, requiring no additional drivers or software.

Controlling PXI with PCI Express

The PCIe-PXIe-68638 PCI Express-to-PXI Express expansion kit provides additional PXI instruments slots to the host computer by implementing a PCI Express-based control of PXI modules. The technology consists of a PCIe-68638 host adapter installed in the host computer, a PCIe x8 cable, and a PXIe-68638, a remote controller with the 3U (Eurocard) expansion module. The PCIe-68638 comes in a PCI Express x8 footprint and equips with PCIe x8 cable connector.

Features

• PXI-5 PXI Express hardware specification Rev.1.0 compliant
• PCI Express® Base Specifications Rev. 1.0a
• Maximum system throughput 4 GB/s
• Supports four links x4 or two links x16 x8 PXI Express link capability
• Expansion distance of up to 5 meters (expansion cables at 2 meter or 5 meter)
• Comprehensive hardware and software transparency

JYTEK LPCI-63488A GPIB controller interface card, fully compatible with the IEEE 488 instrumentation control and communication standard, is capable of controlling up to 14 stand-alone instruments via IEEE 488 cables. It is designed to meet the requirements for high performance and maximum programming portability. The built-in 2KB FIFO and a block transfer mode provide up to 1.5 MB/s GPIB transfer rate. With the APIs that are compatible with NI-488.2* and VISA support, the LPCI-63488A provides the greatest compatibility with your existing applications and instrument drivers. (* NI-488.2 mentioned herein is the trademarks and properties of National Instruments Corporation.)​

Features

• Supports a 32-bit 3.3V or 5V PCI bus
• Low-profile PCI MD1 form factor
• Fully compatible with IEEE 488 standard
• Up to 1.5MB/s data transfer rates
• Built-in 2 KB FIFO for read/write operations

The IEEE-488 standard, also known as GPIB, is a bus interface that connects instruments with a computer to form an ATE system. Today, GPIB is still the most popular interface between computer and instruments. JYTEK"s USB-63488A, LPCI-63488A and LPCIe-63488A controller interface cards are fully compatible with the IEEE-488.2 instrumentation control and communication standard and are capable of controlling up to 14 stand-alone instruments via IEEE-488 cables. The USB-63488A, LPCI-63488A and LPCIe-63488A are designed to meet the requirements of high performance and maximum programming portability.

With APIs that are compatible with NI-488.2* driver software and VISA support, the USB-63488A, LPCI-63488A and LPCIe-63488A offer the best compatibility with your existing applications and instrument drivers. has also implemented GPIB interface on our PXI/ PXIe controller product line.

takes advantage of our proven expertise in PCI/PCIe interface cards when developing these GPIB interface cards. The LPCIe/LPCI, in the low-profile PCI form factor, can adapt to most industrial and desktop computers. A 2 KB FIFO between the GPIB bus and PCI controller buffers GPIB read/write operations, eliminating the gap between the slow GPIB bus (approx. 1.5 MB/s) and the fast PCI bus (132 MB/s), dramatically increasing overall system performance. The USB-63488A is further equipped with 32 KB FIFO to the read/write operations, for maximum transfer rates exceeding 1.2 MB/s.​

Features

• PCI Express 1.1 compatibility
• Fully compatible with IEEE 488.1 and 488.2 standard
• Up to 1.1 MB/s data transfer
• Onboard FIFO for read/write operations
• APIs provided compatible with NI-488.2 driver software

JYTEK"s GPIB interface solutions are delivered with complete software support, including a driver API set that is fully binary compatible with NI-488.2* driver. All programs written based on the GPIB-32.DLL library can be executed with the USB-63488A without any modification. The VISA library is also supported to ensure compatibility with applications utilizing VISA. Regardless if you are using VC++, VB, Delphi, LabVIEW*, or any other T&M ADEs. The USB-63488A provides "Plug and Play" compatibility with all your existing applications.

The USB-63488A GPIB interface provides a direct connection between the USB port on a desktop or laptop computer to GPIB instrumentation. With the USB-63488A GPIB interface and its USB Plug and Play feature, GPIB instruments can be connected and disconnected without having to shut down the computer. No external power supplies are necessary. The USB-63488A GPIB interface is equipped with a 2 meter USB cable that is USB 2.0 compliant.

*NI, LabVIEW, CVI and other names are trademarks or proprietaries of National Instruments Corporation or other companies.​

Features

• Simple GPIB connectivity for laptop computers
• Plug and Play interface;
• APIs compatible with the NI-488.2* driver software
• Fully compatible with IEEE 488.1 and 488.2
• Fully compatible with industry-standard VISA libraries

Features

• Hot-swappable in iDAQ system
• Euro-type spring terminal blocks
• 32-ch isolated DI/O (16-ch digital input, 16-ch digital output)
• High output driving capacity
• Interrupt handling capability
• Digital output type changeable between sink (NPN) type and source (NPN) type
• Isolation protection of 600 VRMS
• Support buffered acquisition/update rate up to 10kHz

Features

• Hot-swappable in iDAQ system
• Detachable Euro-type spring terminal connectors
• 48-channel TTL digital I/Os
• Configurable digital I/O direction
• Isolation protection of 60 VDC
• Supports buffered acquisition/update rates up to 200kHz

Features

• Hot-swappable in iDAQ system
• Detachable Euro-type spring terminal connectors
• 8-ch Form A solid-state relay (SSR) output
• 600VRMS isolation for relay outputs
• Supports buffered update rates up to 500Hz

Features

• Hot-swappable in iDAQ system
• 4-ch simultaneous sampling up to 256kS/s
• 24-bit resolution
• Direct IEPE supply
• Anti-aliasing filter equipped
• High gain up to ±187.5mV input range

Features

• Hot-swappable in iDAQ system
• 8-ch simultaneous RTD sampling
• 24-bit resolution
• Multiple supported RTD types and connection types
• Isolation protection up to 600VRMS

Features

• Hot-swappable in iDAQ system
• Detachable Euro-type spring terminal connectors
• 8 x 16-bit analog input channels with 600VRMS isolation
• Supports voltage and current measurements
• Wide common-mode voltage range (±275 V)

Features

• Hot-swappable in iDAQ system
• Detachable Euro-type spring terminal connectors
• 4 x 16-bit analog output channels with 600VRMS isolation
• Multiple voltage and current output ranges

Features

• 8-ch simultaneous sampling up to 1 MS/s
• 16-bit resolution
• Software selectable low-pass filter
• Wide input range up to 40 Vpp (±20 V range)
• Support both voltage and current measurement

Features

• Built-in USB 3.0 SuperSpeed hub
• Wide-range power input
• LED status indicators
• Physical ID switch for multiple module identification
• 4 x iDAQ slots
• 2 x programmable function pins for timing signals (trigger, clock) input/output

4-slot Industrial DAQ Chassis Module for iDAQ-66000 Controllers

Features

• PCIe interface connecting to iDAQ-66000 series controllers
• LED status indicators
• 4 iDAQ slots
• 2 programmable function pin for timing signal (trigger, clock) input/output

JYTEK PCIe-62200 series are high density and high-performance multi-function DAQ PCI Express cards. The devices can sample up to 64 AI channels with different gain settings and scan sequences. It makes them ideal for dealing with high-density analog signals with various input ranges and sampling speeds. These devices also offer differential mode for 32 AI channels in order to achieve maximum noise elimination.​

Features

• x1 lane PCI Express® Interface
• 64-CH single-ended or 32-CH differential analog inputs
• Onboard 1 k-sample A/D FIFO
• Bipolar or unipolar analog input ranges
• Programmable gains: x1, x2, x4, x5, x8, x10, x20, x40, x50, x200 (DAQe-2204); x1, x2, x4, x8 (DAQe-2205 & DAQe-2206)
• 512-configuration channel gain queue
• 2-CH 12-bit multiplying analog outputs with waveform generation

JYTEK PCIe-62208 is an high-density and high-performance analog input card. The device can sample up to 96 AI channels with different gain settings and scan sequences. It makes them ideal for dealing with high-density analog signals with various input ranges and sampling speeds. These devices also offer differential mode for 48 AI channels in order to achieve maximum noise elimination.​

Features

• x1 lane PCI Express® Interface
• 96-CH single-ended or 48-CH differential analog inputs
• Onboard 1 k-sample A/D FIFO
• Bipolar or unipolar analog input ranges
• Programmable gains of x1, x2, x4, x5, x8, x10, x20, x40, x50, x200
• 1024-configuration channel gain queue

JYTEK PCIe-62213/62214 can sample up to 16 AI channels with different gain settings and scan sequences. It makes them ideal for dealing with analog signals with various input ranges and sampling speeds. These devices also offer differential mode for 8 AI channels in order to achieve maximum noise elimination.​

Features

• x1 lane PCI Express® Interface
• Onboard 1 k-sample A/D FIFO
• Bipolar or unipolar analog input ranges
• Programmable gains: x1, x2, x4, x8
• 512-configuration channel gain queue
• 2-CH 12-bit multiplying analog outputs with waveform generation (PCIe-62214)
• Onboard 1 k-sample D/A FIFO (PCIe-62214)

JYTEK PCIe-62500 series are high-speed and high-performance analog output multi-function DAQ PCI EXpress cards. The devices are able to update up to 8-CH, 12-bit analog outputs simultaneously at sustaining 1 MS/s. The reference sources and the output polarities are programmable on per channel basis, combining with the multiplying DAC architecture, JYTEK PCIe-62500 series DAQ cards can generate complex modulated analog signals. The hardware-based arbitrary waveform generation frees the CPU intervention even when all analog outputs are updating at full speed, and the lengths of waveforms are only limited by the system memory.​

Features

• x1 lane PCI Express® Interface
• Hardware-based arbitrary waveform generation
• Onboard 8 k-sample D/A FIFO (PCIe-62501); Onboard 16 k-sample D/A FIFO (PCIe-62502)
• Programmable bipolar or unipolar analog output ranges on per channel basis
• Programmable internal or external reference sources on per channel basis
• 8-CH 400 kS/s 14-bit single-ended analog inputs (PCIe-62501); 4-CH 400 kS/s 14-bit single-ended analog inputs (PCIe-62502)
• 24-CH TTL digital input/output
• 2-CH 16-bit general-purpose timer/counter

JYTEK PXI-62010, PXI-62005 and PXI-62006 are simultaneous-sampling multifunction PXI modules to meet a wide range of application requirements. These products can simultaneously sample 4 AI channels with differential input configurations to achieve maximum noise elimination. They also provide 2-CH 12-bit analog outputs with waveform generation capabilities, which can be performed together with analog input functions. If more analog input or output channels are required, multiple modules can be synchronized through the PXI trigger bus. This makes the PXI-62000 series ideal for stimulus/response tests. The PXI-62000 series also feature analog and digital triggering, 24-CH programmable digital I/O lines, and 2- CH 16-bit general-purpose timer/counters. The auto-calibration feature adjusts the gain and offset to a specified accuracy, eliminating the need to calibrate the modules by adjusting trimpots.​

Features

• PXI specifications Rev. 2.0 compliant
• 3U Eurocard form factor, CompactPCI compliant (PICMG 2.0 R3.0)
• 4-CH differential analog inputs
• Up to 2 MS/s simultaneous-sampling rate (PXI-62010)
• 14-bit A/D resolution (PXI-62010)
• 16-bit A/D resolution (PXI-62005 & PXI-62006)
• On-board 8k-sample A/D FIFO (PXI-62010)
• Bipolar or unipolar analog input ranges

JYTEK's PXI-62022 is a simultaneous-sampling multi-function DAQ card to meet a wide range of application requirements for PXI bus computers. The device can simultaneously sample 16 AI channels with differential input configurations in order to achieve maximum noise elimination. If more analog input channels are required, multiple cards can be synchronized through the PXI Trigger bus. The PXI-62022 features digital triggering, 4-CH programmable digital I/O lines, and 2-CH 32-bit general-purpose timer/counter. The auto-calibration functions adjust the gain and offset to be within specified accuracies such that you do not have to adjust trim pots to calibrate the cards.​

Features

• Programmable gains of x1, x4
• Bipolar analog input
• Multiple cards synchronization through PXI trigger bus
• Onboard 8 K-sample (16 KB) memory for data storage
• 4-CH TTL digital input/output

JYTEK PXI-62204, PXI-62205, and PXI-62206 are high-density, high-performance multifunction PXI modules. These devices can sample up to 64 AI channels with various gain settings and scan sequences---making them ideal for high-density analog signals with various input ranges and sampling speeds. These devices also offer a differential mode for 32 AI channels to achieve maximum noise elimination. The PXI-62200 series also features analog and digital triggering, 2-CH 12-bit analog outputs with waveform generation capabilities, 24-CH programmable digital I/O lines, and 2-CH 16-bit general-purpose timers/counters.​

Features

• PXI specifications Rev. 2.0 compliant
• 3U Eurocard form factor, CompactPCI compliant (PICMG 2.0 R3.0)
• 64-CH single-ended or 32-CH differential analog inputs
• Up to 3 MS/s sampling rate (PXI-62204)
• 12-bit A/D resolution (PXI-62204)
• 16-bit A/D resolution (PXI-62205 and PXI-62206)
• On-board 1k-sample A/D FIFO
• Bipolar or unipolar analog input ranges

JYTEK PXI-62208 is an ultra high-density, high performance analog input module. This device can sample up to 96 AI channels with various gain settings and scan sequences, making it ideal for dealing with ultra high-density analog signals with various input ranges and sampling speeds. These devices also offer a differential mode for 48 AI channels to achieve maximum noise elimination. The PXI-62208 also features analog and digital triggering and 24-CH programmable digital I/O lines. Like all the other members in the PXI-62000 family, the PXI-62208 is able to perform analog input at full speed. Multiple modules can also be synchronized through the PXI trigger bus. The auto-calibration feature adjusts the gain and offset to a specified accuracy, eliminating the need to calibrate the modules by adjusting trimpots.​

Features

• PXI specifications Rev. 2.0 compliant
• 3U Eurocard form factor, CompactPCI compliant (PICMG 2.0 R3.0)
• 96-CH single-ended or 48-CH differential analog inputs
• Up to 3 MS/s sampling rate
• 12-bit A/D resolution
• On-board 1k-sample A/D FIFO
• Bipolar or unipolar analog input ranges
• Programmable gains of x1, x2, x4, x5, x8, x10, x20, x40, x50, x200

JYTEK PXI-62501 and PXI-62502 are high-speed, high-performance analog output multifunction PXI modules. These devices are able to update up to 8-CH, 12-bit analog output simultaneously sustaining 1 MS/s. The reference sources and output polarities are programmable individually per channel. Combine this with the multiplying PXI architecture, JYTEK PXI-62500 series PXI modules can generate complex modulated analog signals. The hardware-based arbitrary waveform generation frees CPU intervention even when all analog outputs are updating at full speed, and the lengths of waveforms are only limited by the system memory. The PXI-62500 series integrate up to 8-CH, 400 kS/s, 14-bit single-ended analog inputs with programmable polarity, 24-CH programmable digital I/O lines, and 2-CH 16-bit general-purpose timer/counters.​

Features

• PXI specifications Rev. 2.0 compliant
• 3U Eurocard form factor, CompactPCI compliant (PICMG 2.0 R3.0)
• 12-bit D/A resolution
• Up to 1MS/s simultaneous-update rate
• 4-CH multiplying analog outputs (PXI-62501)
• 8-CH multiplying analog outputs (PXI-62502)
• Hardware-based arbitrary waveform generation
• On-board 8k-sample D/A FIFO (PXI-62501)

JYTEK's PXI-69116 series are high-density and high-resolution multi-function DAQ cards for PXI/CompactPCI form factors. These devices can sample up to 64 analog input channels with different gain settings and scan sequences, making them ideal for dealing with high-density analog signals with various input ranges and sampling rates. The PXI-69116 series flexible configuration on analog inputs, which can provide 4 programmable analog input ranges for both bipolar and unipolar input. The A/D on the PXI-69116 series features a sampling rate up to 250kS/s at a resolution of 16 bits. This series also provide a differential mode for 32 analog input channels to achieve maximum noise elimination.

The PXI-69116 series also have 1-CH general-purpose timer/counter, 8-CH digital inputs & outputs. The PXI-69116 series deliver cost-effective and reliable data acquisition capabilities and are ideal for a broad variety of applications.​

Features

• PICMG 2.0 Rev 2.1
• 16-bit A/D and sampling rate up to 250kS/s
• 64-CH single-ended or 32-CH differential input
• On-board 1k-sample A/D FIFO
• Programmable gains of x1, x2, x4, x8
• 512-configuration channel-gain queue
• Bus-mastering DMA for analog inputs
• 8-CH TTL digital inputs and 8-CH TTL digital outputs

Features

• Size:71x30mm
• USB bus powered
• 2-Channel ± 5V voltege Differential Input(100KS/s, 12-Bit)
• 2-Channel ± 5V voltege output(100KS/s, 12-bits)
• 4-Channel digital input and output
• 2 channel counter input and output digital signal trigger

JYTEK PCIe/PXIe-6301 is a high-resolution temperature measurement module for PT100 sensor. It has up to 32 channels and can be compatible with 2-wire, 3-wire and 4-wire access (optional software). The maximum measurable resistance of PCIe/PXIe-6301 is 405Ω, covering the complete range of PT100 sensor resistance, and its sampling rate can reach 800 S/sec.

PCIe/PXIe-6301 has resistance measurement noise as low as tens of milliohms with the aid of 24 Bit ADC chip and optimized A/D conversion mechanism for resistance measurement. The temperature error of single measurement is less than 0.05 C.

PCIe/PXIe-6301 supports software, external and other acquisition trigger modes, and can generate trigger signals such as start-up and window. All trigger signals are allowed to be routed through PFI or PXI chassis backplane(only support PXIe-6301).​

Features

• 32 channels of 2-wire and 3-wire resistance terminal, or 20 channels of 4-wire resistance terminal
• 0 Ω - 400 Ω resistance measuring range
• -200°C--+850°C temperature measurement range (using PT100)
• Compensate wire resistance error when using 3-wire connection
• 128M sample onboard FIFO buffer for analog input
• DMA for analog input
• 24 bits resolution
• Provide resistance or temperature measurement value
• Analog/Digital/Software Trigger

PCIe/PXIe-5500 provides up to 32 channels of analog inputs, 4 channels of analog outputs, 32 channels of digital IO or four 32-bit counters/timers. 5500 family of boards use high throughput PCIe bus and high performance driver, it provides high performance and accurate measurement.​

Features

• 32 single-ended or 16 differential analog input channels
• 18 bits ADC
• 7 voltage ranges: ±10V/±5V/±2V/±1V/±0.5V/±0.2V/±0.1V
• 64M samples of FIFO buffer
• 4 simultaneous 16-bit analog output channels
• 32M sample FIFO buffer for analog output
• 6 ports digital IO, 8 channels per port
• 4 general 32-bit timer/counter
• DMA for analog input and output
• Analog/Digital/Software Trigger

JYTEK PCIe/PXIe-5500 Series products provide 32-CH analog input, 4-CH analog output, 32-CH digital I/O and two 32-bit counters/timers. The device uses a high-throughput PCI Express bus and multi-core optimized drivers and applications to deliver high-performance features.

Features

• 16 single-ended or 8 differential analog input channels
• 18 bits ADC
• 7 voltage ranges: ±10V/±5V/±2V/±1V/±0.5V/±0.2V/±0.1V
• 64M samples of FIFO buffer
• 2 simultaneous 16-bit analog output channels
• 32M sample FIFO buffer for analog output
• 3 ports digital IO, 8 channels per port
• 2 general 32-bit timer/counter
• DMA for analog input and output
• Analog/Digital/Software Trigger

Features

• 16 differential analog input channels
• 16 bits ADC
• 4 voltage ranges: ±10V/±5V/±2V/±1V
• 256M samples of FIFO buffer
• 8 ports digital IO, 2 channels per port
• Analog/Digital/Software Trigger

The PCIe/PXIe-5710 Series is a family of Analog Output function modules, which can run on PCIe, PXIe, TXI (Thunderbolt) and USB buses (coming soon). Depending on the model number, a 5710 series provide different AO channels, sampling rate.

JYTEK PCIe/PXIe-5711 is a 32 channels analog output module with 16 bits resolution. PCIe/PXIe-5711 has an output range of ±10 V with maximum update rate to 2 MS/s. It also provides output current drive in the range of ±10 mA.

Features

• 32 channels of voltage output
• 16 bits DAC
• Output range: ±10 V
• Maximum update rate
  • 1 channel. 2 MS/s
  • 8 channels (1 channel per bank) 2 MS/s
  • 32 channels. 1 MS/s
• Output current drive: ±10 mA
• Overdrive current：15 mA
• 8M samples FIFO buffer size per channel
• DMA for data transfers

PCIe/PXIe-5211 series modules are multi-purpose Counter/Timer modules, which can provide 8 channels of counter, supporting counting, frequency measurement, pulse width measurement, encoder, pulse output and other functions. The device utilizes a high-throughput PCI Express bus and multi-core optimized drivers and application software to provide high-performance capabilities.

Features

• 8 channels counter
• 40 channels multi-purpose PFI
• Up to 200MHz internal clock rate
• 1.8 V / 2.5 V / 3.3 V / 5 V level
• Edge counting / Frequency measurement / Period measurement / Pulse measurement / Two-Edge separation
• Quadrature (x1/x2/x4) encoder
• Two-Pulse encoder
• Dynamic reconfigurable counter output function
• Support multi-card synchronization
• On-board high-performance TCXO clock
• On-board clock generator for sampling

The PCI-69524 is a robust, multi-purpose module designed for turnkey material test systems (MTS). Equipped with four strain gauge-based transducer input channels, four general purpose analog input channels, and a 3-axis motion controller, the PCI-69524 delivers a complete hardware solution for MTS manufacturers. The PCI-69524 easily integrates physical quantity measurement and implements strategy of close-loop control in a single module package. For transducer measurement, the PCI-69524 supports sensitivity from 1.0 mV/V to 4.0 mV/V and provides a 1/200000 accuracy of measurement of full scale. These features make the PCI-69524 suitable for precise measurement in large-scale transducers.

Features

• 4-CH strain gauged-based transducer inputs
• Up to 30kS/s sampling rate
• Transducer input accuracy up to 1/200,000 counts at full-scale
• 4-CH 24-bit general-purpose analog input
• 3-CH PWM output, supporting single pulse and pulse train
• 3-CH encoder inputs, supporting CW/CCW & AB phase
• 2-CH 16-bit analog outputs
• Auto-calibration feature

The PCI-9527L is a high-performance, 2-CH analog input and 2-CH analog output dynamic signal acquisition board. This board is specifically designed for audio testing, acoustic measurement, and vibration analysis applications.

The JYTEK PCI-9527L features two 24-bit simultaneous sampling analog input channels. The 24-bit sigma-delta ADC provides a sampling rate up to 432 KS/s at high resolutions, making it ideal for higher bandwidth dynamic signal measurements. The sampling rate can be adjusted by setting the onboard DDS clock source to an appropriate frequency. All channels are sampled simultaneously and accept an input range from ±40 V to ±0.316 V. The PCI-9527L analog input supports software selectable AC or DC coupling and 4 mA bias current for integrated electronic piezoelectric (IEPE) sensors.

The JYTEK PCI-9527L also has two channels of 24-bit resolution, high fidelity analog output. The outputs occur simultaneously at software programmable rates up to 216 KS/s. A software programmable output range of ±0.1 V, ±1 V, and ±10 V is available on the output channels.

Features

• 24-Bit Sigma-Delta ADC and DAC
• 2-CH simultaneous sampling analog input, and 2-CH simultaneous updated analog output
• Supports IEPE output on each analog input, software-configurable
• 432 kS/s maximum sampling rate with software programmable rate
• Programmable input range: ±40 V, ±10 V, ±3.16 V, ±1 V, ±0.316 V
• Programmable output range: ±10 V, ±1 V, ±0.1 V
• AC or DC input coupling, software selectable
• Trigger I/O connector for external digital trigger signal

The USB-62405 is a 24-bit high-performance dynamic signal acquisition USB module equipped with 4 analog input channels providing simultaneous-sampling at up to 128 kS/s per channel. The USB-62405 also features software selectable AC or DC coupling input configuration and built-in high precision 2 mA excitation current to measure integrated electronic piezoelectric (IEPE) sensors such as accelerometers and microphones.

The USB-62405 delivers high precision, DC and dynamic measurement performance with very low temperature drift. The onboard 24-bit Sigma-Delta ADC supports anti-aliasing filtering, suppressing modulator and signal out-of-band noise and providing usable signal bandwidth of the Nyquist rate, making it ideal for high dynamic range signal measurement in vibration and acoustic applications.

The USB-62405 supports digital and analog trigger sources and flexible trigger modes, including post, delay, middle, gated, and pre-triggering for efficient data acquisition with no need for post-processing. The USB-62405 is USB bus powered and equipped with BNC connectors and removable spring terminals for easy device connectivity.

OS Information

• Windows 7/8 x64/x86, Linux, and Mac

Software Compatibility

• SeeSharp
• MATLAB®
• C/C++
• Visual Basic, Visual Studio.NET

Software Recommendations

• U-Test
• Visual Signal DAQ Express

With Visual Signal DAQ Express, the included time-frequency analysis application developed by AnCAD, ADLINK"s software alliance partner expert in machinery vibration analysis, the USB-2405 is easily configured to acquire data and perform analysis in seconds. Visual Signal DAQ Express is based on visualization of analysis function blocks, enabling convenient and quick construction of the required software function block using a visualized user interface, enabling complicated, multi-task analysis without any programming.

Visualized signal process and analysis functional block library

Visual Signal Express features a variety of signal process and analysis function blocks, including Filter, Mathematics, Transform, Convert, and Time-Frequency Analysis (TFA). These function blocks can be composed and linked to achieve multi-task analysis based on the data flow. 

Real-Time viewer

For data/waveform display, the Viewer area can be divided into several sub-windows for multi-viewer display. Visual Signal Express supports channel viewer, time-frequency viewer, and X-Y plotting. 

Features

• Hi-Speed USB 2.0, and USB bus powered
• 24-bit Sigma-Delta ADC with built-in anti-aliasing filter
• 4-CH simultaneous sampling analog input, up to 128kS/s
• AC or DC input coupling, software selectable
• Analog and Digital triggering & Full auto-calibration

The JYTEK new MCM-6100 machine condition monitoring edge platform, highlighting continuous 24/7 data collection and vibration measurement with maximized precision and sampling rates for rotating machinery and equipment. Integrating data collection, vibration analysis algorithms, computation, and network connection tasking in a single system, the MCM-6100 enables rotating machinery, tooling, and plant and automation equipment operators to easily overcome challenges inherent in conventional equipment maintenance. 

Features

• Easy to set up, ready-to-go rotary machine vibration/condition monitoring Edge Platform
• Built-in 4CH, 24-bit simultaneous sampling analog inputs, up to 128kS/s
• Supports IEPE 2mA excitation current output on each analog input to drive accelerator
• Equipped with Intel® Atom™ x7-E3950 processors (Quad core)
• Extremely compact with versatile I/O support
• Optional Phoenix GM Lite machine condition monitoring software
• Optional PCB 603C01 vibration sensor accelerometer
• Optional Wi-Fi wireless kit

Features

• Standalone Ethernet DAQ enabling edge computing
• RESTful API reports machine condition to IT system
• Supports C/C++ API for streaming data
• Built-in web console for easy configuration and use as portable DAQ
• Supports custom algorithms to filter data at the edge
• Supports IEPE 4mA excitation current output on each analog input to drive accelerometer
• Two 1Gb Ethernet port for cascade
• Supports TCP socket (client mode) to transmit data actively

The JYTEK PCI-69816/69826/69846 are 10MS/s, 20MS/s, 40MS/s sampling 16-bit 4-CH digitizers designed for digitizing high frequency and wide dynamic range signals with an input frequency up to 20 MHz. The analog input range can be programmed via software to  1 V or  0.2 V and  5 V or  1 V. With a deep onboard acquisition memory up to 512 MB, the PCI-69816/PCI-69826/PCI-69846 are not limited by the data transfer rate of the PCI bus to enable the recording of waveforms for extended periods of time. The PCI-69816/PCI-69826/PCI-69846 are equipped with four high linearity 16-bit A/D converters ideal for demanding applications with a high dynamic range such as radar, ultrasound, and software-defined radio. 

Features

• Standard height, half length PCI form factor
• 4CH simultaneous single-ended AI
• 16-bit high resolution A/D converter
• Up to 10MS/s, 20MS/s and 40MS/s per channel
• 512MB on-board memory for data storage
• Software selectable 50Ω or 1 MΩ input impedance
• Programmable input voltage range: ±1 V, ±0.2 V and ±5V, ±1V
• Multiple module synchronization via SSI

JYTEK's PCI-69812, PCI-69810 and PCI-69812A are 4-CH, 10 or 12-bit, 20 MS/s simultaneous-sampling analog input cards. The high-speed analog input channels are single-ended, with hardware programmable input ranges of ±1 V, ±5 V and input impedances of 50 Ω, 1.25 k Ω and 15 M Ω. The onboard 32 k-sample A/D FIFO can buffer so data throughput is less than 100 Mbytes/s, the FIFO performs as the temporary A/D sample buffer, and as a rule of thumb, no data loss will occur. When four channels operate at 20 MS/s simultaneously, each sample generates two bytes, resulting in 160 Mbyes/s (4 channels * 20 M * 2 bytes) throughput, which exceeds the peak 132 Mbyte/s bandwidth of PCI bus. To avoid data loss, the 32 k-sample FIFO is the limitation of sample count. For applications requiring a larger number of samples at full sampling rate, the PCI-69812A features 128 k sample A/D FIFO for storage.

In addition to the onboard 40 MHz time base, users are able to supply the external time base in either sine wave or digital forms. The PCI-69810 and PCI-69812 also feature external digital trigger and programmable analog trigger, thus the conversion start point of multiple cards can be synchronized to external events. The trigger modes include software-trigger, pre-trigger, post-trigger, middle-trigger and delay trigger, further expands the capabilities of these high-speed devices. JYTEK’s PCI-69812, PCI-69810 and 69812A deliver cost-effective and reliable data acquisition capabilities and are ideal for vibration testing, image digitizing, ultrasonic measurement, biomedical research, ATE and other high-end industrial, scientific, and military applications.

Features

• Simultaneous-sampling rate up to 20MS/s
• 4CH single-ended inputs, bus-mastering DMA for analog inputs, and 3-CH TTL digital inputs
• User-selectable input impedance of 50Ω or high-input impedance
• 12-bit A/D resolution on 9812 & 9812A, 10-bit A/D resolution on 9810
• On-board 32k-sample FIFO on 9810 & 9812, on-board 128k-sample A/D FIFO on 9812A
• Bipolar signal input range (+/-5V, +/-1V)
• Analog and digital trigger
• bandwidth >17 MHz -3 dB

JYTEK PCI-69820 is a 65 MS/s, high-resolution PXI digitizer with deep SODIMM SDRAM memory. The device features flexible input configurations, including programmable input ranges and user-selectable input impedance. With the deep on-board acquisition memory, the PXI-69820 is not limited by the 132 MB/s bandwidth of PCI bus and can record the waveform for a long period of time. The PCI-69820 is ideal for high-speed waveform capturing, such as radar and ultrasound applications, as well as software radio applications, or those signal digitizing applications which need deep memory for data storage.

Features

• Supports a 32-bit 3.3V and 5V PCI bus
• 14-bit A/D resolution and sampling rate up to 60 MS/s with internal timebase & 65 MS/s with external timebase
• 2-CH single-ended bipolar inputs, and on-board DDR3 RAM up to 512MB
• Analog and digital triggering
• Fully auto calibration
• Multiple modules synchronization capability
• User-configurable input impedance of 50Ω or high input impedance

The JYTEK PCIe-69814 is a PCI Express digitizer providing speedy, high quality data acquisition. Each of the four input channels supports up to 80MS/s sampling, with 12-bit resolution A/D converter. This allows simultaneous recording of signals on all channels with no inter channel phase delay. The extremely large on-board memory enables long recording times even at the highest sampling rates.

Unlike parallel PCI buses, PCI Express slots utilize serial point-to-point connection. Each connection pair (lane) can achieve burst connection speeds of 250MB/s. The PCIe-69814, based on x4 lane slot PCI Express technology, provides a clear advantage in that direct connection of each slot allows full transfer bandwidth for each individual card. The JYTEK PCIe-69814 x4 digitizer can be used in any standard PCI Express slot, x4, x8, or x16.

Features

• Up to 80 MS/s sampling, and 4 simultaneous analog inputs
• High resolution 12-bit ADC
• Up to 40 MHz bandwidth for analog input, 1 GB onboard storage memory
• Programmable input voltage range of ±0.5V, ±1V, ±5V, or ±10V
• Scatter-Gather DMA data transfer for high speed data streaming
• Provide 10 or 20 MHz digital onboard filter (FPGA)
• Provide PLL module for precise synchronization

JYTEK’s new PCIe-69834 high-speed PCI Express digitizer, featuring four simultaneously sampled 80 MS/s input channels with 16-bit resolution, 40 MHz bandwidth, and up to 1 GB DDR3 onboard memory. Each of the four input channels supports up to 80MS/s sampling, with 16-bit resolution A/D converter. This allows simultaneous recording of signals on all channels with no interchannel phase delay. The extremely large onboard memory enables long recording times even at the highest sampling rates. Each connection pair (lane) can achieve burst connection speeds of 250MB/s. The PCIe-69834, based on x4 lane slot PCI Express technology, provides a clear advantage in that direct connection of each slot allows full transfer bandwidth for each individual card.

The PCIe-69834 offers not only high performance and sampling rate w/low distortion front-end, but also value-added functionality and application oriented APIs, making it the ideal solution for radar testing, power management monitoring, and non-destructive testing.

Compellingly accurate high dynamic performance at 78dB SFDR, 67dB SNR, and -78dB THD 

Software-selectable 50Ω or 1MΩ input impedance and ±0.5V, ±1V, ±5V or ±10V input range provide versatility required to meet the most demanding application requirements 

FPGA-based 31-order FIR digital filter efficiently reduces noise and increases signal visibility, rejecting out-of-band and background noise in lower frequency applications

Supports noise reduction under 20 MHz signal content (FPGA-based with no host CPU loading or additional programing)

Measurement APIs easily convert basic voltage/time measurement results with no extra programming required for development of scoping application software

Scope utility for JYTEK Digitizer requires no additional programming

Features

• Up to 80 MS/s sampling, and 4 simultaneous analog inputs
• High resolution 16-bit ADC
• Up to 40 MHz bandwidth for analog input, 1 GB onboard storage memory
• Programmable input voltage range of ±0.5V, ±1V, ±5V, or ±10V
• Scatter-Gather DMA data transfer for high speed data streaming
• Provide 10 or 20 MHz digital onboard filter (FPGA)
• Provide PLL module for precise synchronization

The JYTEK PCIe-69852 is a 2-CH 14-bit 200 MS/s digitizer for high frequency and wide dynamic range signals with an input frequency up to 90 MHz. The 90 MHz bandwidth analog input with 50Ω impedance is designed to receive ±0.2 V, ±2 V, or ±10 V high speed signals. With a PCI Express bus interface and ample onboard acquisition memory up to 1 GB, the PCIe-69852 easily manages simultaneous 2-CH data streaming. With high speed and high linearity 14-bit A/D converters and high stable onboard reference, the PCIe-69852 provides both high accuracy and high dynamic performance, making it ideal for applications requiring high-speed data acquisition, such as optical fiber and LIDAR testing, and video signal analysis.

• Sampling rates up to 200 MS/s, delivering 83 dB SFDR, 62 dB SNR and -81 dB THD
• 14-bit high resolution ADC 
• Software-selectable 50Ω or 1MΩ input impedance, input range ±0.2V, ±2V, or ±10 

The PCIe-69852 is equipped with onboard Signal Averaging Technology, allowing detection of small repetitive signals in noisy environments, with no CPU loading, suitable for applications requiring extraction of small signals from background noise such as optical fiber testing. 

• Based on PCI Express Gen2 technology, the PCIe-69852 streams data on both channels at maximum data rate (200 MS/s), enabling continuous delivery to the host PC at rates up to 800 MB/s
• Using an 8 x 500 GB driver RAID system (4TB) extends capture sessions beyond one hour 

PCIe-69852 provides a dedicated connector for system synchronization interface (SSI), enabling multiple module synchronization, to extend the quantity of analog inputs within one system.

Features

• PCI Express specification Rev. 2.0 compliant
• 2 simultaneously analog inputs, up to 200 MS/s sampling rate, and High resolution 14-bit ADC
• Up to 90 MHz bandwidth for analog input
• 1 GB onboard storage memory
• Programmable input voltage range of ±0.2 V, ±2 V, or ±10 V
• One external digital trigger input and one external trigger output
• Full auto-calibration
• Support signal averaging feature

The JYTEK PXIe-69848/69848H is an 8-channel, 14-bit, 100 MS/s digitizer delivering both high-accuracy measurement results and high-dynamic performance. With a PXI Express bus interface and ample onboard acquisition memory up to 512 MB, the PXIe-69848/69848H can easily manage simultaneous 8-CH data streaming. High density and high speed digitizer features ideally position the PXIe-69848/69848H for applications such as LIDAR, radar signal acquisition, and PSU (Power Supply Unit) testing applications.

The PXIe-69848 provides a flexible set of input ranges from ±0.2V to ±2V, software selectable 50Ω or 1MΩ input impedance, a wide variety of triggering options and tight synchronization capability, all maximizing convenience of use. In addition, JYTEK provides the PXIe-69848H, features a x15/x50 signal condition module providing both high input voltage range of ±100V and high dynamic performance, delivering the optimum solution to measurement range expansion in a PXI system.

Simultaneous 8-CH Data Streaming

Benefiting from PXI Express architecture, users can synchronize multiple PXIe-69848 digitizers to mount a test system providing up to 64 channels in a single 9-slot PXI Express chassis. PXIe trigger functions enable all channels to sample simultaneously and synch to each digitizer. 

Extra Buffering

The PXIe-69848 provides built-in memory up to 512 MB for massive data storage, enabling users to extend acquisition for preset durations.

Flexible Use Options

The PXIe-69848 provides a flexible set of input ranges from ±0.2V to ±2V, software selectable 50Ω or 1MΩ input impedance, a wide variety of triggering options and tight synchronization capability, all maximizing convenience of use.

The JYTEK PXIe-69848H incorporates a x15/x50 attenuator allowing the PXIe-69848 to perform as a signal conditioning module. 8 simultaneous analog inputs and 15:1 or 50:1 attenuation ratio allow high input voltage range of ±100V. Input impedance, analog input connectors, over-voltage protection, and dedicated mechanical design match the attenuator board flawlessly with the PXIe-69848. The attenuator delivers the perfect solution to measurement range expansion in the PXI system.

Features

• PXI Express specification Rev. 1.0 compliant
• Up to 100 MS/s sampling rate & High resolution 14-bit ADC
• Up to 100 MHz bandwidth for analog input
• 512 MB onboard storage memory
• Programmable input voltage range of ±0.2 V or ±2 V, or ±100 V Max (PXIe-9848H)
• Scatter-Gather DMA data transfer for high speed data streaming
• One external digital trigger input
• Full auto-calibration

The JYTEK PXIe-69852 is a 2-CH 14-bit 200 MS/s digitizer for high frequency and wide dynamic range signals with an input frequency up to 90 MHz. The 90 MHz bandwidth analog input with 50Ω impedance is designed to receive ±0.2 V, ±2 V, or ±10 V high speed signals. With a PCI Express bus interface and ample onboard acquisition memory up to 1 GB, the PXIe-69852 easily manages simultaneous 2-CH data streaming. With high speed and high linearity 14-bit A/D converters and high stable onboard reference, the PXIe-69852 provides both high accuracy and high dynamic performance, making it ideal for applications requiring high-speed data acquisition, such as optical fiber and LIDAR testing, and video signal analysis.

• Sampling rates up to 200 MS/s, delivering 83 dB SFDR, 62 dB SNR and -81 dB THD
• 14-bit high resolution ADC 
• Software-selectable 50Ω or 1MΩ input impedance, input range ±0.2V, ±2V, or ±10 

The PXIe-69852 is equipped with onboard Signal Averaging Technology, allowing detection of small repetitive signals in noisy environments, with no CPU loading,suitable for applications requiring extraction of small signals from background noise such as optical fiber testing.

Data Streaming Up to 800MB/s 

• Based on PCI Express Gen2 technology, the PXIe-69852 streams data on both channels at maximum data rate (200 MS/s), enabling continuous delivery to the host PC at rates up to 800 MB/s
• Using an 8 x 500 GB driver RAID system (4TB) extends capture sessions beyond one hour

• Based on PCI Express Gen2 technology, the PXIe-69852 streams data on both channels at maximum data rate (200 MS/s), enabling continuous delivery to the host PC at rates up to 800 MB/s
• Using an 8 x 500 GB driver RAID system (4TB) extends capture sessions beyond one hour

When performing high channel count data acquisition, the PXIe-69852’s built-in phase-locked loop (PLL) allows multiple modules to lock to an external reference timing signal, such as PXI_CLK10 or PXIe_CLK100 from the PXI chassis backplane,such that each module can perform measurements simultaneously.

Features

• PXI Express specification Rev. 1.0 compliant
• 2 simultaneously analog inputs, up to 200 MS/s sampling rate, and High resolution 14-bit ADC
• Up to 90 MHz bandwidth for analog input
• 1 GB onboard storage memory
• Programmable input voltage range of ±0.2 V, ±2 V, or ±10 V
• One external digital trigger input and one external trigger output
• Full auto-calibration
• Support signal averaging feature

The JYTEK PXIe-69834 PXI Express digitizer provides high speed, high quality data acquisition with four input channels supporting up to 80MS/s sampling and 16-bit data resolution. This allows simultaneous recording of signals on all channels with no interchannel phase delay.The PXIe-69834 features external digital trigger input and triggers from the PXIe system timing slot and reference clock from the PXIe chassis, making it easy to achieve high simultaneous channel count recording of 8, 12, 16 and 20 channels. The PXIe-69834 is also equipped with 1GB of onboard memory for data buffering before transferring back to system memory. The PCI Express x4 Gen1 data bus is has enough bandwidth for direct streaming of ADC data back to system, if necessary.

The PXIe-69834 features an analog front-end with flexible input range of ±10V (1MΩ only), ±5V, ±1V, and ±0.5V along with software selectable 50Ω or 1MΩ input impedance. With its sophisticated design and calibration, the analog front-end provides high accuracy, low noise and high dynamic range performance, making it not only suitable for accurate DC signal measurement but also for AC signal analysis.

The PXIe-69834 is perfect for a wide range of applications including radar signal acquisition, fiber optic sensing, and power signal analysis.

Features

• Up to 80 MS/s sampling and 4 simultaneous analog inputs
• High resolution 16-bit ADC
• Up to 40 MHz bandwidth for analog input
• Programmable input voltage range of ±0.5V, ±1V, ±5V, or ±10V
• Scatter-Gather DMA data transfer for high speed data streaming
• 10 or 20 MHz digital onboard filter available (FPGA)
• Supports external sampling clock (20MHz to 80MHz) or external reference clock (10MHz)
• Full auto-calibration support

The PXIe-63987 PXI Express embedded controller, based on the 7th gen Intel® Core™ i7 processor, is specifically designed for hybrid PXI Express-based testing systems, delivering maximum computing power for a wide variety of testing and measurement applications.

Combining state-of-the-art 3.0GHz quad-core Intel® Core™ i7-7820EQ processors (3.7GHz maximum in single-core, Turbo Boost mode), and up to 32 GB of 2400 MHz DDR4 memory, the PXIe-63987 utilizes four separate computing engines on a single processor, enabling execution of numerous independent tasks simultaneously in a multi-tasking environment. With a configurable PCIe switch, the PXIe-3987 can support four links x4 or two links x16 and x8 PXI Express link capability, with maximum system throughput up to 16 GB/s by PCI Express 3.0 bus.

The PXIe-63987 provides ample interface flexibility, including two DisplayPort connectors, allowing connection to two monitors, dual USB 3.0 connections for high speed peripheral devices, dual Gigabit Ethernet ports, with one for LAN connection and the other for controlling LXI instruments, four USB 2.0 ports for peripheral devices and USB instrument control, and a Micro-D GPIB connector for GPIB instrument connection, for hybrid PXI-based testing systems control.

Features

• Intel® Core™ i7-7820EQ 3.0 GHz 14nm processor, 3.7 GHz maximum in single-core, Turbo Boost mode
• Up to 32 GB Dual Channel DDR4 at 2133/2400 MHz (supports non-ECC memory)
• Maximum system throughput up to 16 GB/s by PCI Express 3.0 Bus
• Supports four links x4 or two links x16 + x8 PXI Express link capability to PXI express chassis
• 240GB (or greater) SSD
• Dual GbE, Four USB 2.0, Dual USB 3.0, GPIB (IEEE488) controller
• Dual DisplayPort connectors, one RS-232/422/485 D-SUB9 connector
• Trigger I/O for advanced PXI trigger functions

Features

• 7th Generation Intel® Core™ i5 Processors (formerly Kaby Lake)
• 8 GB Dual Channel DDR4 at 2133 MHz(supports non-ECC memory)
• Maximum system throughput up to 16 GB/s by PCI Express 3.0 Bus
• Supports four links x4 or two links x16 + x8 PXI Express link capability to PXI express chassis
• 240GB (or greater) SSD
• Dual GbE, Four USB 2.0, Dual USB 3.0, GPIB (IEEE488) controller
• Dual DisplayPort connectors, one RS-232/422/485 D-SUB9connector
• Trigger I/O for advanced PXI trigger functions

Features

• 7th Generation Intel® Core™ i3 Processors (formerly Kaby Lake)
• 4GB Dual Channel DDR4 at 2130 MHz(supports non-ECC memory)
• Maximum system throughput up to 16 GB/s by PCI Express 3.0 Bus
• Supports four links x4 or two links x16 + x8 PXI Express link capability to PXI express chassis
• 500GB (or greater) HDD
• Dual GbE, Four USB 2.0, Dual USB 3.0, GPIB (IEEE488) controller
• Dual DisplayPort connectors, one RS-232/422/485 D-SUB9 connector
• Trigger I/O for advanced PXI trigger functions

The PXIe-63988 PXI Express embedded controller, based on the 9th gen Intel® Xeon® E processor, is specifically designed for hybrid PXI Express-based testing systems, delivering maximum computing power for a wide variety of testing and measurement applications. By utilizing the Intel® Xeon® E-2276ME processor (6 cores, 12 threads) with up to 64 GB of 2666 MHz DDR4 memory, the PXIe-63988 easily performs execution of numerous independent tasks simultaneously in a multi-tasking environment. With an auto configure PCIe switch, the PXIe-63988 can support four links x4 or two links x8 PXI Express link capability, with maximum system throughput up to 16 GB/s by PCI Express 3.0 bus. The PXIe-63988 provides ample interface flexibility, including two DisplayPort connectors, allowing connection to two monitors, dual USB 3.0 connections for high speed peripheral devices, dual Gigabit Ethernet ports, with one for LAN connection and the other for controlling LXI instruments, four USB 2.0 ports for peripheral devices and USB instrument control, and a Micro-D GPIB connector for GPIB instrument connection, for hybrid PXI-based testing systems control.

Features

• 9th Gen Intel® Xeon® E processor (codename "Coffee Lake")
• Up to 64GB GB dual channel DDR4 at 2133/2400 MHz (non-ECC)
• Maximum system throughput up to 16 GB/s by PCI Express 3.0 bus
• Supports four links x4 or two links x8 PXI Express link indent to PXI Express chassis
• 2x GbE, 4x USB 2.0, 2x USB 3.0, GPIB (IEEE488) controller
• 2x DisplayPort connectors, 1x RS-232/422/485 DB-9 connector
• Trigger I/O for advanced PXI trigger functions

The PXI-63982 PXI embedded controller, based on the 6th generation Intel® Core™ i7 processor, is specifically designed for hybrid PXI based testing systems, delivering a rugged yet stable platform for a wide variety of testing and measurement applications. By utilizing the Intel® Core™ i7-6820EQ processor (4 cores, 8 threads) with up to 32 GB of 2133 MHz DDR4 memory, the PXI-63982 easily performs execution of numerous independent tasks simultaneously. The PXI-63982 provides ample interface flexibility, including four USB 3.0 connections for high speed peripheral devices, dual Gigabit Ethernet ports (one for LAN connection, the other for controlling LXI instruments) two USB 2.0 ports for peripheral devices and USB instrument control, and a Micro-D GPIB connector for GPIB instrument connection for hybrid PXI-based testing systems control.

Features

• PXI-1 hardware specification Rev. 2.3 compliant
• 1x DisplayPort
• Dual channel DDR4 2133 MHz SODIMM up to 32 GB
• Maximum system throughput 132 MB/s
• Integrated SATA storage (SSD 240GB default)
• 4x USB 3.0 ports and 2x USB 2.0 ports
• 2x Gigabit Ethernet ports
• Built-in GPIB (IEEE488) controller

Features

• Thunderbolt 3.0 Technology
• PCI Express Gen3 bus speed
• The maximum system bandwidth is 40 Gbps, of which the PCI Express bus data bandwidth is 22 Gbps
• Daisy-chain function is supported
• Support thunderbolt or USB type-C device Hot-Plug
• Follow PXI-5 PXI Express® hardware specification Rev. 2.0
• PXI Express link performance
  • 4 Link configuration: X4 X4 X4 X4
  • 2 Link configuration: X8 x8
• Thunderbolt 3 cable length supports up to 2m
  • Active cable: 2m
  • Passive cable: 0.7m

The JYTEK PXI-62719A is a 3U PXI chassis with a series of advanced features:

• An innovative cooling mechanism to deliver efficient and uniform heat dissipation
• Superior stability within an extended temperature range
• Intelligent chassis management that dynamically monitors and manages fan speed, system voltages, and internal temperature
• Remote management via standard RS-232 monitoring port

The PXI-62719A is compliant with PXI and CompactPCI specifications and provides one system slot and eighteen peripheral slots. It is designed to meet or exceed application requirements by providing a large slot capacity, extended operating temperature range, and excellent heat dissipation in a lightweight and robust design. 

The PXI-62719A includes an Industrial-grade 600 W AC power supply to provide ample reliable power to the entire system. The PXI-62719A is designed with an external 10 MHz reference clock input, front panel LED indicators, and easy-access PXI/CompactPCI slots with card guides for convenient installation and use. With innovative features and robust design, the PXI-62719 is your best choices of PXI platform for all your test and measurement requirements. 

The JYTEK PXI-62719A features an innovative design for heat dissipation. The cooling fans are placed in the rear section of the chassis where cool air is pulled in through apertures on the bottom and exhausted through the back. This new design gives uniform air flow for each PXI slot and exceptional cooling capability. When this chassis is installed in a rack, the new cooling design minimize the drawing in of hot air from the rear area, where all other devices exhaust, while maintaining a steady temperature inside the chassis.

The PXI-62719A has a built-in control board that monitors and manages chassis status, including internal temperature, fan speed, and voltages. Using the RS-232 monitoring port, the chassis status information can be exported to another computer for remote management. The control board can also accept commands from the remote system to allow remote power on/off and fan speed control of the PXI-2719A chassis. 

JYTEK also provides an optional rack-mount kit to allow flexible installation of the PXI-62719A in a rack. By adjusting the position of rack-mount bracket, the PXI-62719A can be recessed in a cabinet rack up to 10 centimeters to accommodate external mechanical parts on the front side, such as complicated connectors/wires and mass interconnect modules.

Features

• Rack-mountable 19-slot PXI chassis with one system slot and eighteen PXI/CompactPCI peripheral slots
• PXI Hardware Specification Rev. 2.2 compliant
• Advanced forced-cooling mechanism for efficient and uniform heat dissipation
• External 10 MHz reference clock input via BNC connector
• 0°C to 55°C extended operating temperature range
• Intelligent chassis monitoring/control: Automatic fan speed control, chassis status monitoring /exporting and remote chassis power on/off control
• 600 W industrial-grade AC power supply
• Power, temperature and fan monitoring LEDs

The JYTEK PXIe-62590 is a 9-slot PXI Express chassis equipped with advanced features and functions. Compliant with PXI Express and cPCI Express specifications, the PXIe-62590 offers one system slot, one system timing slot, and seven hybrid peripheral slots for versatile test and measurement applications requiring enhanced bandwidth. The hybrid-slot design accepts installation of CompactPCI, PXI, CompactPCI Express, and PXI Express modules into any peripheral slots in PXIe-62590, maximizing flexibility. The PXIe-62590 is built on a four-link PXI express chassis with 8 GB/s system bandwidth, and 1 GB/s slot bandwidth for all peripheral slots.

The PXIe-62590 is implemented with a smart system monitoring controller, reporting full chassis status, including fan speed, system voltages, and internal temperature. Equipped with an industrial grade AC power supply, the PXIe-62590 still provides 400 W under 55XC, and delivers superior cooling capacity, from two 120 mm cooling fans on the rear of the chassis. Two BNC connectors for 10 MHz clock input/output on the rear panel increase chassis flexibility, enabling synchronization with supplementary devices. All in all, PXIe-62590 is the best PXI Express platform choice for testing and measurement requirements.

The JYTEK PXIe-62590 features an all-hybrid peripheral slot design, with PXI Express, cPCI Express, PXI, and CompactPCI modules compatible with every slot which give user the most flexibility to configure the PXI express system. And all the bandwidth of peripheral slots is up to 2GB/s, give modules the highest data through put. 

• Four-link PXI Express chassis
• Up to 8 GB/s system bandwidth 
• Up to 2 GB/s peripheral bandwidth for all slots  

The JYTEK PXIe-62590 features an innovative heat dissipation solution. Two 185.9CFM cooling fans in the rear section of the chassis draw cool air through lower apertures, which is then exhausted through the back. This design generates uniform airflow for each PXI slot, delivering exceptional cooling. When installed in a rack, the cooling design minimizes intake of hot air from the rear side, separating airflow for modules and power supplies, while isolating noise source (fan) from modules and maintaining a steady internal temperature. 

The smart chassis management is also equipped with the PXIe-62590. Fan speed is controlled automatically according to internal temperature or manually by users' command. Chassis temperature, fan speed and system voltages are continually self-monitored to ensure system stability. 

In further support of the portability requirements of PXI/PXIe measurement systems, the PXIe-62590 also provides an optional portable LCD monitor/keyboard accessory kit, allowing rack-cabinet PXI systems to be easily converted to fully portable PXI systems. 

Accessory kit includes: 

• 15 in. touch screen LCD monitor with 1024 x 768 resolution 
• English keyboard and touchpad 
• JYTEK factory or user installation 
• VGA video connection 
• No requirement for external power 

Features

• PXI™-5 PXI Express hardware specification Rev.1.0 compliant
• 9-slot PXI Express chassis with one system slot, one system timing slot, and seven hybrid peripheral slots
• Four-link PXI Express chassis
• Up to 8 GB/s system bandwidth & up to 2 GB/s peripheral bandwidth for all slots
• 0°C to 55°C extended operating temperature range, maximum total usable power is 400 W under 55°C
• Intelligent chassis management: Automatic fan speed control, Chassis status monitoring and reporting & Remote chassis power on/off control
• BNC connectors for 10 MHz clock input/output
• Power, temperature, and fan monitoring LEDs

The JYTEK PXIe-62780 is an 18-slot PXI Express chassis, compliant with PXI Express and cPCI Express specifications and offering one system slot, one system timing slot, ten hybrid peripheral slots, and six PXI Express peripheral slots for a wide variety of testing and measurement applications requiring enhanced bandwidth. The PXIe-62780 provides a configurable PCIe switch fabric and is configurable in two-link, and four-link PXI express deployments, with 8 GB/s system bandwidth and up to 4 GB/s slot bandwidth for dedicated peripheral slots, thanks to PCIe gen2 signaling technology.

The PXIe-62780 implements a smart system monitoring controller, reporting full chassis status, including fan speed, system voltages, and internal temperature.

Equipped with an industrial grade AC power supply, the PXIe-62780 provides 800 W under 55°C, and superior cooling capacity, from three 120 mm fans on the rear of the chassis, and two BNC connectors for 10 MHz clock input/output on the rear panel increase chassis flexibility, enabling synchronization with supplementary devices. All in all, PXIe-62780 is a superior PXI Express platform choice for testing and measurement requirements.

The PCIe switch fabric of PXIe-62780 can be configured in four-link, two-link, user can configure it depends on the different application. 

The JYTEK PXIe-62780 features an innovative heat dissipation solution, with three 185.9CFM cooling fans in the rear section of the chassis drawing cool air through lower apertures, then exhausting through the back. This design normalizes airflow for each PXI slot, delivering exceptional cooling. When installed in a rack, the cooling design minimizes intake of hot air from the rear side, separating airflow for modules and power supplies, while isolating source (fan) noise from modules and maintaining a steady internal temperature. 

The PXIe-62780's built-in system monitoring controller monitors and manages full chassis status,including internal temperature, fan speed, and DC voltages, with monitored data accessible with the embedded controller or remote PC via standard RS-232 connector. 

The JYTEK PXIe-62780 features 10 hybrid peripheral slots, preserve backward compatibility to accept PXIe/PXI/cPCIe/cPCI modules, providing maximum flexibility in PXI and PXI Express module slot replacement, reducing the costs of system upgrade.

Features

• 18-slot PXI Express chassis with one system slot, one system timing slot, 10 hybrid peripheral slots, and 6 PXI Express peripheral slots
• Configurable PCIe switch fabric, can be configured as four-link, two-link, PXI Express chassis
• Up to 8 GB/s system bandwidth and Up to 4 GB/s peripheral bandwidth for dedicated slots
• Intelligent chassis management: automatic fan speed control, chassis status monitoring and reporting, remote chassis power on/off control
• BNC connectors for 10 MHz clock input/output
• Innovative cooling mechanism dissipates 38.2W for each peripheral slot
• Maximum total usable power of 800 W under 55°C

The JYTEK PXIe-62301 compact 6-slot PXI Express chassis, compliant with PXI Express and cPCI Express specifications, provides one system slot with three expansion slots and five hybrid peripheral slots, supporting a wide variety of enhanced-bandwidth testing and measurement applications. The hybrid-slot design accepts installation of CompactPCI, PXI, CompactPCI Express, and PXI Express modules in any peripheral slot for maximum flexibility. Built on a four-link PXI Express chassis with 8GB/s system bandwidth, the PXIe-62301's peripheral slots are all connected with PCIe gen2 x4, with slot bandwidth up to 2GB/s. The PXIe-62301 implements a smart system monitoring controller, reporting full chassis status including fan speed, system voltages, and internal temperature. 

The compact, rugged, half-rack size with efficient construction uniquelty suits the PXIe-62301 for portable use with minimized space requirements. An industrial grade AC power supply delivers 320W performance under 50°C, with superior cooling capacity. All in all, the PXIe-62301 is an ideal PXI Express platform choice for practically any testing and measurement operation.

High system bandwidth, up to PCIe Gen2 8 GB/s

Built on a four-link PXI Express chassis with 8GB/s system bandwidth, the PXIe-62301's peripheral slots are all connected with PCIe gen2 x4, with slot bandwidth up to 2GB/s.

• Compact construction, reduced footprint
• Light 5.85kg weight, rugged
• Portable use, equipped with side handle and rubber feet
• Bi-directional deployment options for flexible setup
• Half-rack size with efficient construction
• Easy to set up in rack-mount systems,
• Even two PXIe-62301 chassis can be accommodated into one rack-mount system
• Enhanced heat dissipation for peripheral modules, maximizes system stability

Easy-to replace modular cooling fan

ChassisWatch™ Smart System Monitoring Control Utility 

1.Chassis status monitoring (temperature, fan speed, DC voltages)

2.Automatic fan speed control based on chassis temperature

3.Threshold settings trigger alarms when user-configured limits are exceeded

4.Status reporting to embedded/external controller via SMBUS

5.Fan speed toggling between Max/Auto

Features

• Entry level platform provides an ideal balance between performance and price point
• Compact half-rack with bi-directional setup for portable application in a wide variety of testing environments
• Replaceable modular cooling fan reduces maintenance requirements
• High per-slot cooling capacity up to 38W
• Intelligent chassis management with automatic fan speed control and temperature/power status monitoring
• System bandwidth up to 8GB/S & peripheral bandwidth up to 2GB/s for all slots

The PXIe-62785 chassis combines a high-performance 18- slot PXI Express backplane with a high-output power supply and a structural design that has been optimized for maximum usability in a wide range of applications. The chassis' modular design ensures a high level of maintainability and offers replaceable power supplies for high-availability applications, resulting in a very low mean time to repair (MTTR). The PXIe-62785 chassis fully complies with the PXITM-5 PXI Express Hardware Specification, offering advanced timing and synchronization features.

PXIe-62785, using PCI Express 3.0 technology, features 24GB/s of system bandwidth for high-throughput, peer-topeer data transfer applications, and up to 8 GB/s bandwidth for all peripheral slots. Moreover, the chassis offers 1170W power in total, and 50W/82W of power cooling capacity per slot so that PXIe-62785 can provide higher power budgets for high performance and power PXI modules. The PXI Express timing and synchronization feature functions are for high clock accuracy and external clock and trigger routing.

The PXIe-62785 is equipped with a smart system monitoring controller, reporting chassis status including fan speed, system voltages, and internal temperature, remote chassis monitoring via Ethernet port, and inhibit control.

Features

• PXI™-5 PXI Express hardware specification Rev.1.0 compliant
• 18-slot PXI Express chassis with one system slot, one system timing slot, six hybrid peripheral slots, and ten PXI Express peripheral slots
• PXI Express System Slot routed as 2 Link Configuration x8 x16
• Up to 24 GB/s (PCI Express 3.0 x8 x16 link) system bandwidth
• 0°C to 55°C extended operating temperature range
• Replaceable maintenance unit with fan and power supply unit
• Low-jitter internal 10/100 MHz reference clock for PXI/PXI Express slots with ± 1 ppm stability
• Variable speed fan controller optimizes cooling and acoustic emissions, and inhibit connector for remote power button and voltage monitor

GW Instek launches a new series of desktop battery tester, the GBM-3000 series, which uses AC 1kHz as the test signal and measures battery's voltage and internal resistance to 300V (GBM-3300) and 80V (GBM-3080). The series features 3.5" TFT LCD, 4-wire measurement method, high-resolution (6-digit voltage / 5-digit resistance) measurement display capability, and independent GO/NOGO determination of voltage and resistance, various communications interfaces, etc. to meet various types of battery measurements, ranging from single cell, battery cell, to the end product (battery), etc. so as to facilitate users in achieving accurate measurements at all stages of production.

Features

• 3.5’ TFT LCD (320x240)
• Measurement items: DC voltage and AC resistance
• Voltage measurement: 300V (GBM-3300) or 80V (GBM-3080)
• Resistance measurement: 0mΩ~ 3.2kΩ(max.)
• Basic accuracy for voltage measurement: 0.01%
• Basic accuracy for resistance measurement: 0.5%
• Measurement resolution up to 0.1μΩ and 10μV, suitable for single-cell measurement
• Independent GO/NOGO determination function for voltage and resistance respectively
• The judgment mechanism of test lead (probe) disconnect/contact failure is to ensure the measurement reliability
• Standard interfaces: USB host/device, RS-232C and Handler

The GFC-8000 Series performs virtually all of the counting measurements required in laboratories, in terms of both period and frequency. A bright red 8 digit LED display with an included overflow indicator provides a clear view. Both models feature a stable time base with a maximum resolution of 100nHz and 10nS at 1Hz for frequency and period measurement, respectively. Gate time can be configured for fast response (5 digits/10ms) or accuracy (7 digits/s) for more control. For high frequency needs, the GFC-8270H can operate at up to 2.7GHz. The GFC-8000 Series features easy operation with a simple front panel interface, suitable for both portable and bench-top use.

Features

• Frequency and Period Measurement
• High Resolution at Both High and Low Frequency
• 0.01Hz~2.7GHz Frequency Range(GFC-8270H)
• 0.01Hz~1.3GHz Frequency Range(GFC-8131H)
• 10mV rms High Sensitivity
• 100nHz Resolution for 1Hz Input
• Variable Trigger Level Control
• Microprocessor Controlled Intelligent Counter(only GFC-8270H)

The GVT-427B is compact analog AC millivoltmeters ideal for low level voltage measurements beyond ordinary multimeter capabilities; 300uV sensitivity is maintained over 100V full scale. GVT-427 provides dual channel measurement, simultaneously or separately. Voltage scale is separated into 12 ranges, instantly accessible by a large rotary selector. The wide measurement range(10Hz~1MHz) and voltage(-70dB~+40dB) provide ample headroom for most applications.

Features

• 300μV Full Scale Sensitivity
• Measurement Frequency: 10Hz ~ 1MHz
• Measurement Amplitude: -70dB ~ +40dB in 12 Ranges
• Dual Channel (GVT-427B)
• CE Approved (GVT-417B)

The GAD-201G distortion meter is aimed at total harmonic distortion (THD) and AC voltage measurement at audio frequency range, from 20 ~ 20kHz. Frequency and voltage value are displayed simultaneously on dual meters, with measurement range automatically switching over full scale. Shortcut keys are provided for commonly used 400Hz, 1kHz, and 10kHz measurement. Output terminal feeds basic waveform (X) and harmonic distortion (Y) to external monitoring device. Residual distortion, including hum and noise, is kept at a minimum level of 0.03%, making the GAD-201G ideal for high-class audio application.

Features

• Automatic level & distortion measurements
• Auto or Hold function selectable
• 0.1% ~ 100% in 7 distortion measuring ranges
• 20Hz ~ 20kHz in 3 continuous ranges
• 400Hz, 1kHz, 10kHz 3 frequency spots
• 1mVrms ~ 300Vrms in 12 ACV measuring ranges

PCS-1000I high precision AC and DC shunt meter can simultaneously measure current and voltage with the maximum 6 1/2 measurement resolution. 

GW Instek rolls out the new PCS-1000I isolated output high precision current shunt meter, which inherits the simultaneous voltage and current measurement function of PCS-1000. PCS-1000I adopts five sets of independent shunt resistors to provide five current measurement levels, including300A,30A,3A, 300mA, and 30mA to meet the requirements of different current level measurements. Internally, PCS-1000I utilizes two sets of 24bits ADCs and low temperature coefficient electronic components to mainly focus on the current measurement of power supply devices. High precision PCS-1000I can be used in adjusting and calibrating instruments. Additionally, temperature variation will not cause PCS-1000I to yield any measurement errors.  PCS-1000I can automatically select optimal measurement level with the maximum resolution so as to replace manual selection to save operational time.

PCS-1000I provides a BNC output, which can connect with an oscilloscope to directly observe current waveform variation without using a current probe.  General oscilloscopes do not have isolated channels and their input and output are structured at a common point, therefore, the output load will likely result in measurement errors.  PCS-1000I’s isolated current output design can prevent measurement errors from an oscilloscope with non-isolated outputs.  PCS-1000I, a high precision AC/DC current shunt meter, not only provides USB and GPIB communications interfaces for users to remotely control the instrument but also conducts simultaneous voltage and current measurements. The SCPI communications commands of PCS-1000I allow users to remotely control PCS-1000I via a PC to operate measurement data readbacks.

PCS-1000I will replace non-isolated output PCS-1000 models, which will be discontinued.

Features

• 6 1/2 digit voltage and current measurement resolution
• Simultaneous current and voltage measurement
• Five current measurement levels (AC&DC): 30mA/ 300mA/ 3A/ 30A/ 300A
• AC voltage measurement levels: 200mV/ 2V/ 20V/ 200V/ 600V
• DC voltage measurement levels: 200mV/ 2V/ 20V/ 200V/ 1000V
• Standard: USB& GPIB
• CE verification

GW Instek GPM-8213 power meter is designed specifically for single-phase (1P/2W) AC power supply’s power measurements. Powerful features, including 4” TFT LCD, five-digit measurement display, 19 power measurement parameters, integral measurement function, high-accuracy voltage/current/power measurement capabilities, front/rear panel input terminals, and various communications ports, are to facilitate users with clear, convenient, and accurate power measurements.

Features

• 4” TFT LCD
• Two data display modes
• Standard : two major measurement items + six secondary measurement items
• Simple : displaying test data of four different measurement items
• Listed as an accepted device for SPEC Power® testing
• Met the requirement of IEC 62301 power measurement
• Voltage/ current test frequency bandwidth : DC~6kHz
• Watt resolution : 1mW
• Lowest current range : 5mA, resolution : 0.1uA
• Current/voltage measurements reach CF=3 for distorted wave and CF=6 for half range
• W-h (power vs time)/A-h (current vs time) integration function
• Total harmonic distortion measurement
• Front panel test terminal
• Standard interface : RS-232C, USB device, LAN
• Optional interface : GPIB
• Optional test fixture : GPM-001

GW Instek GPM-8310 is a digital power meter for single-phase (1P/2W) AC power measurement. Features include DC, 0.1Hz~100kHz test bandwidth, 16bits A/D, and 300 kHz sampling rate. It adopts 5” TFT LCD screen with a five-digit measurement display and provides 25 power measurement related parameters, and has a high-precision measurement capability. It also features the ability to display waveform (voltage/current/power), the integration measurement function, harmonic measurement and analysis of each order, external sensor input terminals, and various communication interfaces, etc., to help users achieve clear, convenient and accurate power measurements. This power meter is a most cost-effective power meter with most complete functionalities among the products of the same category.

Features

• 5”TFT LCD
• DC, 0.1Hz ~ 100kHz voltage/current test bandwidth
• Two numerical display modes: General mode: displays 2 main test items + 8 secondary test items ; Simple mode: displays the test values of 4 main test items
• Waveform display: V (voltage), I (current), P (power)
• The current/voltage can be measured to a deformed wave with CF of 3, and the half-range CF can reach 6 or 6A
• Listed as an accepted device for SPEC Power® testing
• 50th order of harmonic measurement and analysis (value and bar graph)
• Integration function supports automatic level-changing
• External current sensor input terminals (EXT1/EXT2)
• Standard interfaces: RS-232C, USB device/ host, LAN, GPIB
• Optional interface: Digital I/O (DA4) (must be installed before leaving the factory)

GW Instek GPM-8320/8330 are digital power meters designed specifically for measuring power in three-phase AC power sources, making it suitable for most electrical and electronic product testing applications (GPM-8320 provides 2 modules, and GPM-8330 provides 3 modules). These models have a testing bandwidth of DC, 0.1Hz~100 kHz and feature 16-bit A/D converters and a sampling rate of 300 kHz. A 5-inch TFT LCD display, 5 digits of measurement readings, 25 different power measurement parameters, and high precision measurement capabilities are also provided.

GPM-8320/8330 also feature waveform display capabilities (voltage/current/power), the integration measurement function, harmonics measurement and analysis of multiple orders (50/60Hz measurement complies with IEC61000-4-7 requirements), external sensor input terminals, and a variety of communications interfaces. These features help users achieve clear, convenient, and accurate power measurements, making them the most fully-featured and cost-effective power meters in the same category.

GPM-8320/8330 provide multiple input voltage configuration wiring modes (1P3W/3P3W/3P4W/3V3A). Users can choose the wiring mode according to their specific requirements to measure parameters for specific wiring methods, and even calculate efficiency. In addition, for a rated input voltage of 1000V and an input current of 20A, they support a minimum current range of 0.5A (resolution of 0.1mA), power measurement resolution of 0.1mW, crest factor of 3 (for half range, the CF can reach up to 6 or 6A), and voltage/current/power measurement accuracy of ±0.1% reading ±0.05% range. Users can select different measurement modes (AC+DC/ AC/ DC/ V-MEAN) to provide up to 25 related parameters for power measurement.

These parameters include voltage (Vrms/ Vac/ Vdc/ Vmn/ V+pk / V-pk), current (Irms/ Iac/ Idc/ I+pk/ I-pk), frequency (VHz/ IHz), power (P/ P+pk/ P-pk), crest factor (CFV/ CFI), apparent power (VA), reactive power (VAR), power factor (PF), phase angle (DEG), total harmonic distortion (THDV/ THDI), maximum current ratio (MCR), and MATH calculation function. Therefore, they provide the best range and accuracy support for measuring the power consumption of electrical and electronic products.

Features

• 5” TFT LCD
• Voltage/Current Test Freq. Bandwidth: DC, 0.1Hz~ 100kHz
• Waveform Display : V (Voltage), I (Current), P (Wattage)
• Distorted wave Current/Voltage measurement: full range for CF=3, and half range for CF=6 (or 6A)
• Meeting IEC 61000-4-7 harmonic measurement (50/60Hz)
• Wiring selecting button (1P3W,3P3W,3P4W,3V3A)
• Harmonic measurement & analysis up to 50 orders
• Auto ranging function for Integration mode
• Screen Capture through USB host
• Provide external current sensor input (EXT1/EXT2)
• Standard Interface: RS-232C, USB device/ host, LAN；Optional Interface: GPM-DA12 - GPIB + Digital I/O (factory installed only)

GOM-804/805 feature 3.5-inch TFT display, maximum 50,000 counts measurement display, the rapid sampling rate of 60 readings per second, optimum 0.05% measurement precision, four wire measurement method as well as the temperature measurement and temperature compensation measurement function to meet the requirement of low resistance measurement application. The GOM-805 also includes various drive modes and Dry circuit for contact resistance measurement applications. More features, including 20 sets of panel setting memory and many external control interface such as RS-232C, USB, Handler/Scan/EXT IO or GPIB (option), greatly elevate GOM-804/805 milliohm meter’s convenience on practical applications.

GOM-804/805 adopt 3.5-inch color LCD to enhance the clarity of measurement results and to provide display for related setting criteria that tremendously brings up the completeness of test information. Additionally, GOM-804/805, with the optimum 0.05% precision, augment the measurement speed to 60 sampling rate per second and maintain the display digits of five instead of four despite of different speed selections. Furthermore, the independent functionality keys and direction keys together increase the operational convenience which allows users to complete their measurement tasks with intuitive convenience and speed.

GOM-805 provides Dry circuit and various drive modes (DC+, DC-, Pulsed, PWM) for measurement applications on different materials. The pulsed current output mode is suitable for interacting conductors of different materials and this output mode is to reduce the thermal EMF influence, which is caused by electric potential difference generated from different conductors acting on different temperatures while conducting low resistance measurements. The DC+ and DC- output modes are best for the measurement requirements of inductive components. The PWM output mode, ideal for changing temperature sensitive materials, can avoid resistance value variation which is due to over load happened on current measurement for a long period of time. During the DC+, DC- and Pulsed drive is supplied; the Dry circuit can work with them also. Dry circuit can limit the applied voltage under the open circuit voltage of 20mV to avoid over voltage occurred on the both ends of components. The over voltage will damage the oxide coating and the thin layer of contact surface, as a result, the validity of measurement will then be ruined. For instance, contact resistance of connector measurement is one of the applications.

With respect to connecting the external control, GOM-804/805 provide a D-sub 25-pin combined interface to execute, according to the functionalities, Handler, Scan or EXT IO for respectively connecting to a sorting machine; connecting to an external on-off switch, and directly conducting external trigger control. For remote control and measurement result retrieval requirements, GOM-804/805 also provide various interface selections such as RS-232C, USB, and GPIB (GOM-804(option)/GOM-805(standard) interface. Furthermore, the control commands are compatible to that of GOM-802 that saves time in adjusting programs while switching from the old model to the new model.

To sum up, GOM-804 evolves from GOM-802 platform with more advanced functionalities and specifications, including display digits, measurement speed and standard interface (RS-232C/USB). With all the capabilities of GOM-804, GOM-805 augments itself with new measurement abilities (Dry circuit and various drive modes) to meet the requirements of broader low resistance measurement applications.

• Totally replacing the existing models
• Faster measurement without sacrificing resolution
• Dry circuit test for GOM-805 only
• Various drive modes for GOM-805 only
• Standard interface for control and communications
• Command compatibility

Features

• 50,000 counts
• 3.5” (320 x 240) TFT LCD display
• High accuracy of 0.05% precision
• 1Amp test current, 0.1µΩ resolution
• Fast measurement of 60 readings per second
• Four wire resistance measurement
• Temperature compensation measurement function
• Delayed measurement
• 20 sets of panel setting memory
• Dry circuit (GOM-805 only)
• Drive modes (GOM-805) : DC+/DC-, Pulsed, PWM, Zero, Standby
• Drive modes (GOM-804) : DC+, Standby
• Interface: USB device, RS-232C, Handler/Scan/EXT I/O, and GPIB (option)

GW Instek presents a dedicated option, multiplex scanner box, for specific safety tester series. This multiplex scanner box, GSB-01/02, has a function that distributes the test voltage or current provided by the GPT-9800/9900/9900A series to multiple test points. Up to eight channels can be used for outputs on one scanner. Operator can conduct AC/DC withstanding, insulation resistance and ground bond test on test points depending selected scanner model. Furthermore, up to four scanners can be connected to the tester, allowing a maximum of 32 channels. These features ensure highly reliable and labor-saving for electrical and electronic equipment with multiple test points.

An electric potential mode for each channel – HI (voltage applied), LO (return) and X (open mode) can be set either by the front panel operation or through commands by the USB/GPIB(Option) of GPT-9800/9900/9900A. The multiplex scanner permits specified setting – AC/DC withstanding or insulation resistance or ground bond tests on assigned one of the eight test channel. For example, you can set CH1 ~ CH3 to HI (high voltage) and CH4 to LO.

It adds the following functions to the GPT-9800/9900/9900A tester:

• One scanner extends the output to eight channels. A potential of HI, LO, or X can be set for each channel and an AC/DC withstanding voltage, insulation resistance or ground bond test can be conducted at any eight test points depending on model of scanner.
• A maximum of four scanners can be connected to one GPT-9800/9900/9900A tester. This allows the output to be extended to up to 32 channels.

This allows labor-saving, reliable withstanding voltage, insulation resistance or ground bond testing of electric or electronic equipment or electronic components with multiple test points.

Features

• GSB-01 (8CH High Voltage Scanner Box)
• GSB-02 (6CH High Voltage and 2CH Ground Bond Scanner Box)
• Front & rear input connector design is suitable for the GPT-9800/9900/9900A series
• A maximum of 4 scanner boxes (32 CH) can be connected to one GPT-9800/9900/9900A series
• High-intensity LED for Channel, Status & Judgment indications

Testing is Just a Fingertip Away

The GLC-9000, leakage current tester, is used to perform leakage current (or called touch current) tests on general purpose electric (IEC 60990) equipment. This tester engages with nine measurement networks (or called Measuring Device) to provide the simulation of human body while the EUT (equipment under test) is taking a leakage current testing in compliance with the specific standards or regulations such as IEC, UL, JIS...etc..

In order to provide a simple operation environment, the GLC-9000 equips with large TFT LCD touch panel to configure system as well as to present the measurement settings information and result simultaneously. Besides, there are 50 preset testing conditions, which conform to IEC60990 and other standards, for general electric equipment can be recalled to reduce the setting time. In addition, 30 sets empty memory are available for user defined setting.

A Meter mode is also available for the GLC-9000, it uses the measurement terminal (T1/T2) to measure voltage as the same way of ordinary voltmeter. During the voltage measurement, the SELV function (safety extra low voltage) is applicable to detect whether the voltage value between measuring points exceed the SELV setting.

• Simple and Intuitive System
• Various Measurement Network
• Preset Test Conditions
• Various Standard Interfaces
• Measurement Network (MD)

Features

• Touch Panel with Color LCD Display
• 9 Different Measurement Network to Simulate the Resistance of Human Body
• 8 Different Types of Leakage current
• Various Leakage Current Measuring Mode：DC/AC/AC+DC/AC Peak
• Upper & Lower Limitation for PASS/FAIL Judgment
• Meter Mode with SELV/CONV Function
• 50 Preset Test Conditions Conform to IEC 60990; 30 Sets Memories for Customer Defined
• Various Standard Interfaces：RS232/GPIB/USB Host & Device/EXT I/O

GW Instek launches a new leakage current tester–GLC-10000, which features 12 simulated human impedance networks that comply with related safety regulations so as to conduct leakage current test for electric equipment under normal condition or single fault condition. These 12 simulated human impedance networks are comprised of networks for medical electric equipment and general electric and electronic equipment to ensure that the product design and manufacture are in compliance with requirements of safety regulations including IEC, EN, UL, etc.

GLC-10000 provides test requirements for most IT products, household appliances and other electronic and electric equipment, and even medical electronics in the measurement of leakage current (or touch current), including the required measurement network, measurement bandwidth of various current forms are all in compliance with the requirements of the latest version of the applicable regulations. Furthermore, in order to comply with the leakage current flow paths under different regulations, GLC-10000 provides 20 measurement options to meet the requirements of the old and latest versions of the standards.

GLC-10000 is equipped with a 7-inch TFT LCD touch screen, which makes the operation more convenient and fast, and the large screen allows setting information and test results to be displayed on the LCD at the same time, improving the readability of information observation. In addition, users can select the front socket output (10A max.) or the rear terminal block output (up to 20A) to measure the leakage current according to the current consumption of the DUT. 30 sets of internal memory can be used to store the measurement settings of users' products. In addition, 1000 sets of measurement results can be stored to conduct subsequent analysis.

For the rear panel configuration, GLC-10000 also provides a reserved MD external terminal block (EXT+/EXT-), and users can self-define the required simulated impedance networks (only applicable to parallel RC combination) to measure the leakage current to meet the requirements of new MD in future regulations. In addition, GLC-10000 provides a variety of standard interfaces, such as RS-232C, USB device, LAN and Remote I/O, and even GPIB (optional) to meet the needs of system control and data acquisition.

Features

• Suitable for Medical Electrical & General Electrical of Leakage Current Measurement
• 7" Touch Pane with Color LCD
• 12 Different Measurement Network to Simulate the Resistance of Human Body (Including IEC 60601-1:2020 3.2rd)
• The Measurement of Maximum Allowable Leakage Current is Up to 50mA
• External Terminal for Extension MD Connection
• MD OUT Terminal can be Connected to an Oscilloscope for Convenient Comparison of Measured Waveforms
• 30 Sets Memories for Test Parameter; 1000 Sets Memories for Measured Data
• Test Parameter Export/Import Function Through USB Host
• USB Storage for Measurement Data/Screen Capture
• Various Standard Interfaces: RS-232C, USB Host & Device, LAN, Signal I/O and GPIB (Optional)

GW Instek rolls out40A AC ground bond tester ─ GCT-9040 to augment the existing safety tester product line and to replace the legacy model GCT-630. GCT-9040 provides the maximum AC test current of40Aand adopts the PWM design the same as other models to ensure test efficiency and reliability. Furthermore, large LCD display, 100 memory blocks from setting criteria, and programmable communications interface together deliver users with higher readability and convenience.

In addition to the standalone ground bond test operation, GCT-9040, with40AAC ground bond test capability, can also externally connect with GW Instek safety testers such as GPT-9800/9900/9900Aseries to augment users’ product test requirements by the all-in-one test platform. For instance, GPT-9802 (AC/DC withstanding tester), via external connection, can be expanded to a safety tester system with three testing functionalities.

Additionally, after the safety tester system has been assembled, not only the sequential test function for the original all-in-one models can be executed, but also the simultaneous output test can be conducted. The simultaneous output test allows two testers to simultaneously test DUT so as to shorten the overall test time. Whether the safety tester system executes sequential test or simultaneous output test, GCT-9040 will automatically obtain control over two testers, including activation control, final status indication light, and pin signal output from Digital I/O etc. to avoid confusion caused by each tester’s indication light.

Last but not least, GCT-9040, with respect to remote control and data retrieval, not only provides standard USB (optional GPIB) interface to control all functionalities but also controls connected safety testers (GPT-9800/9900/9900Aseries) via commands to read measurement results. 

Features

• AC 40A Ground Bond Tester
• Measuring Resistance from 1mΩ~650mΩ
• Connect with the GPT-9800/9900 series to become a multifunctional test or simultaneous test system
• 240x64 Ice Blue Dot Matrix LCD
• Function Key for quick selecting
• High intensity flash for Caution & Status indication
• PWM switching amplifier to enhance the power efficiency and reliable testing
• Max. 100 memory block for test condition setting.
• Remote terminal on the front panel for “start” and “stop” remote active
• Interface : USB device, Signal I/O and GPIB (optional)

GW Instek launches new economical safety testers (hi-pot tester/hipot tester), the GPT-9600 Series, which offers an affordable solution for supporting routine tests of major items of the safety standards such as IEC, EN, UL, CSA, GB, JIS and other safety regulations.

The GPT-9600 Series is built upon a platform of 100VA AC maximum power output. The GPT-9603 is a 3-in-1 model capable of performing AC withstanding, DC withstanding and insulation resistance tests. The GPT-9612 is capable of performing AC withstanding and insulation resistance tests. The GPT-9602 is capable of performing AC and DC withstanding tests, and GPT-9601 is able to perform AC withstanding test. The GPT-9600 Series is equipped with the high-efficiency PWM amplifier, which is the core of the platform design to impede the influence from the input AC voltage fluctuation and ensure a stable voltage output.

Following a tidy and easy-to–use design concept, the GPT-9600 Series renders users an intuitive operation environment by a simple and clear panel layout, a large LCD display and color LED indicators. The switching power supply, used as a universal input source, accommodates the power systems in most countries in the world. The GPT-9600 series, equipped with the same output voltage function as that of all GW Instek Safety Testers, indicates the expected output voltage before high voltage tests are applied. Furthermore, an AUTO mode, including test sequence selections of withstanding-then-insulation or insulation-then-withstanding, is designed for models carrying insulation Resistance test function to reduce the testing time of dual test items.

Other functions and features of GPT-9600 include: the zero crossing turn-on operation protects DUT from the impact of surge voltage output, the interlock function safeguards users from the hazardous shock of unintentional touch of the voltage output, a remote output on-off terminal in the front panel and a signal I/O port in the rear panel are provided as the means for remote start/stop control of the safety tester (hi-pot tester/hipot tester).

Features

• 100VA AC Test Capacity
• 240x48 Ice Blue Dot matrix LCD
• Auto W-I or I-W Mode
• ARC Detection
• RMS Current Measurement
• Zero Crossing Turn-on Operation
• Safety INTERLOCK function
• PWM amplifier to enhance the power efficiency and reliable testing
• Automatically Switching Input Source for Universal Input Voltage
• Interface : Remote terminal and Signal I/O

A Solid Foundation for Reliable, Safe and Practical Safety Compliance Testing

GW Instek is launching to the market a series of safety tester (hi-pot tester/hipot tester) with high durability and multiple user-protection design. The GPT-9800 supports the major test items among all the needed for the compliance of the safety standards such as IEC, EN, UL, CSA, GB, JIS and other safety regulations.

A total of 4 safety testers in the GPT-9800 Series, namely GPT-9804, GPT-9803, GPT-9802 and GPT-9801, are available for various applications. The GPT-9804 is a 4-in-1 model capable of performing AC withstanding, DC withstanding, insulation resistance and ground bond tests. The GPT-9803 is a 3-in-1 model capable of performing AC withstanding, DC withstanding as well as insulation resistance tests. The GPT-9802 is capable of performing both AC and DC withstanding tests, whereas the GPT-9801 is able to perform AC withstanding test. The series of safety tester is built upon a high-efficiency PWM amplifier platform with AC 200VA maximum output capacity to impede the influence from the voltage fluctuation of the input AC source. This ensures a stable voltage supply for all the tests of the GPT-9800 Series.

Targeting user’s protections, the GPT-9800 series uses a combination of hardware and software controls to improve safety: A self-check is performed to make sure all the functions and operations are under normal condition each time when the tester is turned on; the Zero Crossing Turn-On design imposes the output voltage to always begin at the zero crossing of a sine wave to avoid the impact of surge voltage output; and the output voltage is automatically cut off (within 150μs) when abnormal output voltages have been detected or when the upper or lower current limits have been reached during testing. To protect operator from hazardous injury, the GPT-9800 Series automatically discharges the DUT after test (within 200ms) each time to eliminate excessive voltage that remains on the DUT. To further ensure safety, the interlock connector can also be used as double protections to prevent inadvertent operation.

The GPT-9800 Series, equipped with a simple & clear panel layout, a high resolution dot matrix LCD display, and color LED indicators, allows operators to interpret measurement results easily and quickly. All major test functions, including AC withstanding (AC 5kV/40mA), DC withstanding (DC 6kV/10mA), insulation resistance (DC 50V ~ 1000V) and ground bond (AC 30A max.) tests, are performed under a high-stability voltage output with high-resolution measurement results. Further more, the test duration, ramp up time and upper/lower limits of the output voltage are fully-adjustable to accommodate a wide variety of safety tests with accurate measurement results.

Other functions and features of the GPT-9800 include: open circuit detection for ground bond testing to get correct measurement result with confidence; 100 sets of memory to save panel settings, which can be recalled for single test individually or for automatic tests in sequence; a remote output on-off terminal in the front panel and a signal I/O port in the rear panel provided as the means for remote start/stop control of the safety tester; RS-232C, USB and GPIB (optional) interfaces available for PC remote control and test result logging.

• High Efficiency and High Stability Output
• High Accuracy and High Resolution Testing Performance
• Safety Guarding throughout the Testing Period
• Multiple Protection Mechanisms
• Friendly User Interface
• High Efficiency and High Stability Output

Features

• 200VA AC Test Capacity
• 240x64 Ice Blue Dot matrix LCD
• Manual/Auto Mode
• Function Key for quick selecting
• High intensity flash for Caution & Status indication
• Safety INTERLOCK function
• Zero Crossing Turn-on Operation
• Controllable Ramp-up Time
• RMS Current Measurement
• High resolution: 1uA for measuring current, 2V for setting voltage
• PWM amplifier to enhance the power efficiency and reliable testing
• Max. 100 memory block for test condition (step) setting. And each step can be named individually.
• Remote terminal on the front panel for “start” and “stop” control
• Interface : RS-232C, USB device, Signal I/O and GPIB (optional)

A Solid Foundation for Reliable, Safe and Practical Safety Compliance Testing

GWInstek is launching a new safety tester (hi-pot tester/hipot tester) family, the GPT-9900 series, with 500VA maximum output capacity to the market. The family of four, including GPT-9904, GPT-9903A, GPT-9902A and GPT-9901A, come joining the GPT-9800 series, which carries 200VA output capacity, to serve the market with higher power demands for the safety tests of electronic products and components. The GPT-9000 series supports the major test items among all the needed for the compliance of the safety standards such as IEC, EN, UL, CSA, GB, JIS and other safety regulations.

The GPT-9900 series is built upon a platform of AC 500VA maximum power output. The GPT-9904 is a 4-in-1 model capable of performing AC withstanding, DC withstanding, insulation resistance and ground bond tests, whereas the GPT-9903A is a 3-in-1 model capable of performing AC withstanding, DC withstanding and insulation resistance tests. The GPT-9902A is capable of performing both AC and DC withstanding tests whereas The GPT-9901A is able to only perform AC withstanding tests.The GPT-9900 series safety tester follows every good feature and advantage of the GPT-9800 series. The high-efficiency PWM amplifier is the core of GPT-9900 platform design to impede the influence from the voltage fluctuation of input AC source. The output voltage is automatically cut off (within 150μs) upon the detection of an abnormal output voltage or a trip of current limits during test to protect the operator from hazardous injury. The GPT-9900 series automatically discharges the DUT after each test to eliminate excessive voltage that remains on the DUT.

Following a tidy and easy-to-use design concept, the GPT-9900 series is equipped with a simple & clear panel layout, a high resolution dot matrix LCD display, and color LED indicators, allowing operators to interpret measurement results easily and quickly. In the role as the complement of 200VA safety testers, the GPT-9900 series is designed upon a 500VA output platform to enhance all major test functions, including AC withstanding (AC 5kV/100mA), DC withstanding (DC 6kV/20mA), insulation resistance (DC 50V ~ 1000V/50GΩ max.) and ground bond (AC 32A max./650mΩ max.) tests, with high-power measurement capabilities. Further more, the test duration, ramp up time and upper/lower limits of the output voltage are fully-adjustable to accommodate a wide variety of safety tests with accurate measurement results. The “Sweep” function of the GPT-9900 series is able to display the test results point by point all through the testing period to form a trace graph. This graphic display performs the characteristic verification of a DUT through observing the parameter response to the changes of the applied voltage or current or testing time. On the graph a movable marker is available to get the parameter reading on the specific point of user’s interest.

Other significant functions and features of the GPT-9900 series include the rear panel output for system applications, the open-circuit detection to ensure proper connections of apparatus for ground bond test, 100 sets of memory to save and recall the panel settings for individual or sequential tests, a remote output on-off terminal in the front panel and a signal I/O port in the rear panel provided as the means for remote start/stop control of the safety tester, and RS-232C, USB and GPIB (optional) interfaces available for PC remote control and test result logging.

Features

• 500VA AC Test Capacity
• Short Current > 200mA
• 240x64 Ice Blue Dot matrix LCD
• Sweep Function for DUT characteristic analysis
• Insulation resistance measurement up to 50GΩ(GPT-9903A/9904)
• Manual/Auto Mode
• Function Key for quick selection
• High intensity flash for caution & Status indication
• Safety INTERLOCK function
• Zero Crossing Turn-on Operation
• Controllable Ramp-up Time
• RMS Current Measurement
• High resolution: 1uA for measuring current, 2V for setting voltage
• PWM amplifier to enhance the power efficiency and reliable testing
• Max. 100 memory block for test condition (step) setting. And each step can be named individually.
• Remote terminal on the front panel for “start” and “stop” control
• Rear panel output available
• Interface : RS-232C, USB device, Signal I/O and GPIB (optional)

GW Instek introduces the flagship model (200VA output capacity) safety analyzer-the GPT-12000 series, which is the first safety analyzer in the world to comply with IEC 61010-2-034 (Safety requirement for electrical requirement for measurement, control and laboratory use – particular requirements for measurement equipment for insulation resistance and test equipment for electric strength), which stipulates that the requirements of the software and hardware interfaces must be followed while designing high voltage and insulation resistance test and measurement instruments so as to ensure that users are provided with necessary protection and warning while using the instruments.

Analyze Your Safety Tests

• Meets IEC 61010-2-034 design requirements

• High Accuracy and High Resolution Testing Performance

• Flexible supplementary testing mechanism

• Statistic and analysis

• Sweep and tabular automatic test

• Complete test data retrieval interface

Features

• 200VA AC Test Capacity
• Comply with IEC 61010-2-034
• 7”TFT LCD
• Manual / Auto Mode
• RMS Current Measurement
• Zero Crossing Turn-on Operation
• Controllable Ramp-up & Ramp-down Time
• Capacitive Load Testing Capability up to 47μF
• Statistics & Analysis Function
• Sweep Function for DUT Characteristic Analysis
• Convenience Listed AUTO mode easy to read result & judge
• Internal Storage & USB Storage available
• Barcode Function available
• Setting Data Export / Import
• Rear panel output available
• Interface : RS-232C, USB host/device, Signal I/O and option GPIB or LAN
• Universal power input

GW Instek introduces the flagship model (500VA output capacity) safety analyzer-the GPT-15000 series, which is the first safety analyzer in the world to comply with IEC 61010-2-034 (Safety requirement for electrical requirement for measurement, control and laboratory use – particular requirements for measurement equipment for insulation resistance and test equipment for electric strength), which stipulates that the requirements of the software and hardware interfaces must be followed while designing high voltage and insulation resistance test and measurement instruments so as to ensure that users are provided with necessary protection and warning while using the instruments.

Analyze Your Safety Tests

• Meets IEC 61010-2-034 design requirements

• High Accuracy and High Resolution Testing Performance

• Flexible supplementary testing mechanism

• Statistic and analysis

• Sweep and tabular automatic test

• Complete test data retrieval interface

Features

• 500VA AC Test Capacity (short circuit current > 200 mA)
• Comply with IEC 61010-2-034
• 7”TFT LCD
• Manual / Auto Mode
• RMS Current Measurement
• Zero Crossing Turn-on Operation
• Controllable Ramp-up & Ramp-down Time
• Capacitive Load Testing Capability up to 47μF
• Statistics & Analysis Function
• Sweep Function for DUT Characteristic Analysis
• Convenience Listed AUTO mode easy to read result & judge
• Internal Storage & USB Storage available
• Barcode Function available
• Setting Data Export / Import
• Rear panel output available
• Interface : RS-232C, USB host/device, Signal I/O and option GPIB or LAN
• Universal power input

The GPT-9500 series is a three-in-one multi-channel hipot tester, providing AC withstanding voltage (5kV max.), DC withstanding voltage (6kV max.), and insulation resistance (1000V max.). The design of the series conforms to the latest IEC-61010-2-034 standard requirements and it is built on the output platform of AC 150VA.

This series has 2 models and each model has a built-in 8-channel scanner. The series meets safety regulations: IEC, EN, UL, CSA, GB, JIS and other safety regulations. The series aims at the needs of the main test items of general electronic components or winding components during routine tests.

The status of the 8 channels of GPT-9513 can be set to H, L or X according to the test requirements, especially suitable for winding components such as transformers to perform mutual testing of multiple points of single components. The status of the 8 channels of GPT-9503 only provides the setting of H or X, which is more suitable for general components such as passive components for high-voltage testing between two points. 

Extend Your Tests

• Meets IEC 61010-2-034 design requirements
• Bulit-in 8 channel Scanner
• Test parameter Export / Import through USB host
• Statistic (counter) function

Features

• 150VA AC Test Capacity
• 3 in 1 Tester : AC, DC, IR
• Built-in 8 channel Scanner
• 480 x 272 Color TFT LCD
• Test parameter Export / Import through USB host
• Statistics (counter) function
• Insulation resistance measurement up to 10GΩ
• Open/Short Check (OSC)
• ARC detection
• Multi-language: Traditional / Simplified Chinese、English
• Interface: RS-232C and USB host/device

The LCR-916/915/914 are smart, convenient and fully-functional dual display handheld LCR meters. The test frequency extends as high as 100 kHz/10kHz, providing greater flexibility to test a wider range of components.The LCR-916/915/914 use a dual 20,000 /2,000 count display. The 20,000 count display is used for displaying the primary parameters such as capacitance, inductance and resistance as well as DC resistance measurement, and a 2,000 count display is for secondary parameters such as Q, D, ESR and RP measurement. Secondary measurements can also be combined with the primary measurement while the primary measurement is still being taken.

The LCR-916/915/914 provide two measurement methods, 2 wire and 5 wire measurement. The LCR-916/915/914 also come with a host of various standard or optional accessories to assist the testing a number of different component types. The meters also include handy functions such as data hold, tolerance sorting, zero mode and Min/Max (for LCR-916 only).

The meter’s USB interface can be used to log data to a PC using the LCR900 software and the DC 5V is provided to power the meter.

With the LCR-916/915/914, you can perform quick and basic LCR measurements with precision at an affordable price.

Features

• 20,000/2,000 Counts Dual Display
• Test Frequency : 100/120Hz/1/10/100kHz
• Auto LCR Mode for DUT Measurements
• 0.2% Basic Accuracy
• Measurement Parameters : L,C,R,D,Q,ESR,θ,DCR
• Parallel/Series Testing Mode
• Sorting Mode for Quality Control
• 2Wire or 5Wire Measurement Available
• Data Hold and Zero Mode Supported
• Max/Min
• Auto Range, Auto Backlit
• Low Battery Indication
• Auto Power off
• Data Collection/AC power operation

The LCR-6000 series, a compact LCR meter with diversified and abundant features, is an excellent tool for various application stages of passive components, including R&D, engineering testing, incoming inspection, etc., or the production and sorting of passive components.

High-precision LCR-6000 meter provides test frequency from 2kHz/20kHz/100kHz/200kHz/300kHz (the highest), the basic accuracy is up to 0.05%, and there are 5 models in total.​

The LCR-6000 series adopts 3.5-inch color LCD and features opulent display parameters. In addition to simultaneously displaying setting criteria and measurement results, the series increases two additional monitoring parameters. In other words, there are four parameters, primary/secondary and two monitoring, simultaneously shown on the screen that tremendously enhances the measurement efficiency. The enlarge display mode not only emphasizes the measurement results, but also provides PASS/FAIL judgment to facilitate a rapid and convenient test result.

Convenience is one of the unique features. The LCR-6000 series comes equipped with two zero methods, which are full frequency range and spot. Users, without turning off the power and changing test fixture, can freely change frequency within the provided frequency range to conduct measurements. By so doing, tremendous time can be saved from repeatedly executing zero operation. Additionally, frequency range of the series is consecutive that allows users to input precise frequency value to conduct the most genuine test on components.

The brand new compacted LCR-6000 series can effectively improve the limitation of space. Diverse measurement functionalities and display methods are making the series the high CP ratio choice in meeting the requirements of R&D, component assessment for engineering departments, category sorting requirements for component production, and IQC for verification on component specifications. 

Features

• 3.5” color LCD
• 5 models (10Hz~2kHz/20kHz/100kHz/200kHz/300kHz)
• Consecutive test frequency
• Basic accuracy : 0.05%
• Measuring speed up to 25ms (max.)
• Full frequency range or spot OPEN/SHORT
• 16 major/secondary parameter measurement combinations and two additional monitoring parameters(maximum four different parameters can be shown simultaneously)
• DCR measurement and internal D.C. bias voltage (±2.5V)
• PASS/FAIL judgment
• Auto Level Control (ALC) function
• BIN function provides 9BIN and 1AUX, totally 10 BIN
• 10 steps listed tests to select different frequency, voltage and current criteria
• Standard interface : RS-232C, Handler and USB Host / Device
• Compact size, ideal for automatic equipment (2U,1/2 RACK)

GW Instek launches a new series of high-frequency LCR meter ~ LCR-8200(A), which has five models and the maximum test frequency is up to 50MHz. The entire series adopts 7-inch color display and features a high measurement accuracy (0.08%).

The measurement results can be presented numerically or graphically according to the selected measurement mode, allowing users to optimally interpret the characteristics of the DUT. At the same time, a full range of standard interfaces such as USB device / RS-232C / Handler and GPIB allow users to control the instrument by the most familiar interface without worrying about additional hardware investment costs.

Furthermore, the series also provides USB storage function when operating in the graphics mode. The measured characteristic curves and values of the DUT are saved for subsequent analysis. The wide variety of features of the LCR-8200(A) can help users easily respond to the test requirements of passive components in R&D, engineering, and production.

Features

• Wide Test Frequency：
  • LCR-8200A:DC, 10Hz~50/30/20/10/5 MHz
  • LCR-8200:DC, 10Hz~30/20/10/5/1 MHz
• 7" LCD color Display
• 0.08% Basic Accuracy
• Displaying Four Measurement Results Simultaneously From 17 Selectable Measurement Parameters Freely
• 15 Steps List Measurement
• Two Curves Sweep Mode
• Equivalent Circuit Model Analysis (LCR-8200A only)
• Internal DC Bias Voltage ±12V
• USB Storage Available
• ALC Function Available
• Standard Interfaces: RS-232C, USB Host/Device, LAN, GPIB and Handler
• Universal Power Input

Digital Clamp Meter -- ACA, ACV, DCV, Ohm, Diode, Buzzer.

The GCM-403 is digital clamp meter can measure AC/DC voltage, AC/DC current, resistance, diodes, continuity, capacitance, frequency and temperature.  Tapered jaws, auto range, data hold, REL function and auto power off which makes it a superb tool for electricians. 

The GCM-407 is digital clamp meter with true RMS measurement. Featuring tapered jaws, a wide range (AC 600A/750V, DC 1000V max input), capacitance measurement as well as non-contact voltage sensing function and the ability to keep MAX/MIN or hold data  and automatically power down make the GCM-407 suitable for almost any cable measurement task.  

Features

• Auto Range, Expect Current Measurement
• Auto Power Off
• Max Hold
• True RMS Measurement (GCM-407)
• (AC)600A/600V Max Input (GCM-403)
• (AC)600A/750V Max Input (GCM-407)
• Mini Size
• High Accuracy
• MAX Clamp Size: 28mm (GCM-403)

50000 Counts Dual Display Digital Multimeter

The GDM-8245 is an economical bench-top DMM equipped with a rich set of features. The GDM-8245 has similar functions to those of GDM-8246, but with slightly reduced DCV accuracy and no communication interface. The large 7 segment LED dual display features up to 50,000 counts and the ability to show two measurements at once: ACV plus frequency or dBm, DCV plus dBm or ACV ripple. The GDM-8245 carries an extensive list of measurement items - DC Voltage/Current, AC Voltage/Current with true RMS, Resistance, Capacitance, Frequency, Continuity (with beeper), Diode Test, and dBm. Additional measurement functions, such as Max/Min, Hold and Relative value. With great range, good accuracy and ability to accept up to 20A of current, the GDM-8245 is the perfect general purpose DMM.

Features

• 50000 Counts Display
• Multi-Function : ACV, DCV, ACA, DCA, R, C, Hz, Continuity Beeper, Diode, Test, Max/Min, REL, Hold, dBm
• Dual Display Indicate ACV and Hz,or DCV(ACV) and dBm
• Manual or Auto Ranging
• 0.03% DCV Accuracy
• ACV Measuring Frequency Up to 50kHz
• AC True RMS or AC + DC True RMS

Unrestrained Storage and Connection

   -- Data storage no longer be bound by transmission wire

GW INSTEK rolls out the new generation Dual Measurement Multimeter -- the GDM-834x series, which has two models -GDM-8341 and GDM 8342. Its exceptional features include 50,000 counts, VFD dual-display, 0.02% basic DC voltage accuracy and a USB protocol connector to provide users with measurement precision, lucid data observation, and the convenience to connect with the personal computer.

The GDM-834x series not only supports the fundamental measurement items provided by general multimeters, but also equips with capacitance and temperature measurement functions. Furthermore, the GDM-834x series also provides many auxiliary functions to meet the measurement requirements for manufacturing process tests, educational experiments and testing facilities.

With respect to storing and retrieving data, the GDM-834x series has two methods to offer: first, the USB flash drive storage function --- operating alone without connecting with a computer; second, USB interface (virtual COM port) and optional GPIB interface (must be installed in factory) for automatic measurement system users to conveniently save and retrieve data.

• Convenient USB flash drive storage function
• Selectable measurement speeds
• Various measurement items and functionalities
• Dual measurement/dual display
• Command compatibility & Free software-remote control and data retrieving

Features

• 50,000 counts, VFD display
• Dual measurement/Dual display
• Selectable measurement speeds, the maximum: 40 Readings/s for DCV
• The basic precision of DC voltage: 0.02%
• Auto/manual Ranging
• True RMS (AC，AC+DC) measurements
• 11 different measurement functions
• Max./Min., REL, MX+B, 1/X, Ref%, Compare, Hold, dB, dBm
• Standard USB device interface to connect with a computer
• Temperature measurement function (GDM-8342 only)
• USB storage for Data collection (GDM-8342 only)

GW Instek presents the brand new 5 1/2 Digit Dual Measurement Multimeter─ GDM-8351 to replace GDM-8251A of the same category. GDM-8351 features VFD dual-display, maximum 120,000 counts, 0.012% basic DC voltage accuracy and USB/RS232C connectors to provide users with measurement precision, lucid data observation, and the convenient connection with the personal computer.

In addition to the fundamental measurement items such as AC/DC voltage, AC/DC current, AC+DC voltage/current, 2W/4W resistance, frequency, temperature measurement, continuity beeper and diode test, GDM-8351 also equips with the capacitance measurement function. Furthermore, the GDM-8351 also provides many auxiliary functions, including maximum/minimum values, dB, dBm, compare, reading hold, algorithms (MX+B, 1/X, %) etc. to meet the measurement requirements for manufacturing process tests, educational experiments and testing facilities.

For the external control, the pin of digital I/O interface not only provides the signal output frequently used by the compare function, but also allows users to define signal output for each pin. Under the self-definition mode, users can apply the I/O as a simple digital hardware. The external control requirement can be achieved by signals from each pin so as to help users reduce trouble of making hardware.

With respect to remote control and retrieving data, GDM-8351, taking consideration of users’ habitual practice and universal system interface, provides standard RS-232C and USB interface to edit control programs and read measurement results. It is worth noting that for utilizing the USB interface, users have options of selecting either USBCDC or USBTMC mode. While USBTMC is selected, users are able to control instrument with the USB interface exactly the same as controlling instrument with the GPIB interface; therefore, the relatively expensive GPIB connection cable is no longer required.

• Dual measurement/Dual display
• Selectable measurement speeds
• Various measurement items and functionalities
• Convenient Digital I/O function
• Free software-remote control and data retrieving
• Command compatibility

Features

• 120,000 counts, VFD display
• Dual measurement/Dual display
• The basic precision of DC voltage: 0.012%
• Selectable measurement speeds, the maximum: 320 Readings/s
• True RMS (AC，AC+DC) measurements
• Auto/manual selection
• 12 different measurement functions: AC/DC voltage, AC/DC current, AC+DC voltage/current, 2W/4W resistance, continuity beeper, diode test, capacitance, frequency, temperature
• Many auxiliary functions: Max./Min., REL/REL#, Compare, Hold, dB, dBm, Math (MX+B, %, 1/X)
• Digital I/O provides dual mode (standard Compare and User definition modes)
• Standard RS-232C and USB device interface (support USBCDC and USBTMC modes)

Is the resolution of your current mulitmeter inadequate to read the smallest signal? Need an easy to use multimeter with data-logging? Take a look at the GoodWill GDM-8255A series 5 1/2 digit dual-display digital multimeter. It features a DC voltage accuracy of 0.012% with an industry-leading response time. With robust hardware and software the GDM-825xA series will save time on debugging and analysis whilst saving you money. 

The GDM-8255A carries an extensive list of standard measurement items with a dual-display allowing two measurement items to be displayed simultaneously. Advanced measurement functions, such as Max/Min, Hold, Relative value and Compare, are suitable for a multiplicity of applications such as production testing, research and field verification. The USB, RS-232C and 9-pin digital I/O interface are included as standard features for romte control and data capturing for ATE.

For convenient PC-based remote control and extensive data capture, the GDM-8255A includes DMM-Viewer software at no additional cost. DMM-Viewer mimics the operation of the multimeters on the PC, allowing you to quickly use the software with little effort.

The optional scanner card (GDM-SC1A), creates a self-contained multipoint measurement solution with plug-in design. This approach eliminates the complexities of multipoint measurements and data processing. The scanner lets users effectively measure multiple channels connected to a single GDM-8255A.

• Rich Measurement Functions with Enhanced Features
• Fast Measurement Speed & Transfer rate
• Diverse Measuring Combinations with VFD Dual Color Display
• Multiple Standard Interfaces
• Convenient PC Software
• Effective Multiple Measurement Scanner Card

Features

• GDM-8255A 199,999 Counts Display
• VFD Two Colors Display
• 0.012% DCV Accuracy
• True RMS (AC, AC+DC)
• 9 Major Measuring Functions and 10 Advanced Measurement Functions
• 2W/4W Resistance Measurement
• High Voltage 1000V and 10A Current Range
• Standard Interface : RS-232C, USB Device, Digital I/O
• Free PC Software (DMM-VIEWER), LabVIEW Driver
• Optional: 16+2 Channels Scanner Card

Boost Your Measurement Speed & Efficiency

The GDM-8261A is a high precision 6 ½ digit Digital Multimeter with dual measurement displays, 11 measurement functions and 10 math functions at high accuracy (35ppm DC voltage accuracy) to accommodate the most frequently performed parameter measurements in various application fields today.

The GDM-8261A adopts a scanner card, which carries 16 V-Channels and 2 I-Channels, to facilitate the measurements of multiple-test points on either a device or multiple devices all at a press of a button. With this multi-point measurement capability, the GDM-8261A can be used as a semi-auto ATE System to increase the throughput of manufacturing test or as a data logger to perform long-term monitoring or characterization of a DUT. A PC Software, DMM-Viewer, is available with GDM-8261A to support multi-channel panel setting and data logging of the scanner card. Besides, a LabVIEW driver is also supported to help users create his/her own virtual instrument on the PC screen for easy programming. For ATE system measurements or remote control applications, both USB and RS-232 Interfaces are provided as standard, and either GPIB or LAN can be selected as optional interface for the GDM-8261A.

• Ideal for Bench Assignments
• Dual Measurements with Dual Displays
• High Measurement Resolution & High Sampling Rate
• 2/ 4 Wire Resistance Measurement
• Store/Recall Function
• Math Measurement
• Temperature Measurement
• Versatile Interfaces & Transmitted Speed
• Multipoint Scanner Card Measurement
• Convenient PC Software

Features

• 6 1/2 Digit Display：1,200,000 counts
• DCV Basic Accuracy：0.0035%
• Dual Measurements to perform two selected measurements simultaneously
• Bright Vacuum Fluorescent Display (VFD)
• Provide AC+DC Voltage or Current Measurement Functions
• 11 Measurement Functions & 10 Math Functions
• High Resolution: Up to 100pA with DCI and 1nA with ACI Measurements
• Temperature Measurement (RTD & Thermocouple) from -200°C ~ +1820°C
• High Transmission Speed: Up to 2,400 readings/sec through the USB
• Standard Interfaces : USB, RS232C, Digital I/O
• Optional Interfaces : GPIB or LAN
• Optional Scanner Card : GDM-SC1A (V ch x16, I ch x2)
• Free PC software : DMM Excel ADD-INS , LabVIEW Driver

GW Instek launches GDM-906X series 6 ½ digit dual measurement multimeter (2 models: GDM-9061 and GDM-9060), featuring high precision DC voltage accuracy, fast sampling rate, 12 measurement functions (DC voltage/current, AC voltage/current, 2-wire/4-wire resistance, frequency, period, diode, continuity beeper, temperature, capacitance), 6 mathematical functions (dB/dBm/Compare/ MX+B/Percent and 1/X) as well as a variety of communications interfaces (USB device/host, RS-232C, LAN, digital I/O and optional GPIB) to provide comprehensive measurement capabilities, higher speed and accuracy.

Features

• 6 1/2 Digit Display:1,200,000 Counts
• 4.3 TFT Graphic LCD
• DCV Basic Accuracy:0.0035%(GDM-9061)/0.0075%(GDM-9060)
• 12 Measurement Functions: DCV, ACV, DCI, ACI, 2-wire and 4-wire Resistance, Frequency, Period, Diode, Continuity, Temperature and Capacitance
• Sampling Rate up to 10k SPS (GDM-9061)
• Dual Measurement Function to Providing Two Selected Measurement Simultaneously
• Offer Graphical Capabilities lncluding Histogram, Bar Meter and Trend
• Temperature Measurement Support RTD, Thermistor as Well as Thermocouple
• Standard Interfaces: USB Host/Device, RS-232C, LAN, Digital I/O
• Optional Interface: GPIB

The GDM-500 Series hand-held DMM is a compact, high precision, battery operated multimeter designed to meet the application requirements of service engineers. The GDM-500 series design is driven by mobile-oriented features: automatic power-off to preserve battery life, a large backlight display for crisp viewing, a rotary selector and push buttons to ease operation, and NCV (Non-Contact Voltage) function for outdoor use.

The basic functions of the Series match the extensive functionalities of bench-top multimeters: fuse-protected current input, true RMS for accurate AC measurements, Audible/Visual Alarm when Overload, Auto ranging, Duty cycle and Relative mode. The compact, reliable and economical GDM-500 Series is ideal for engineers.

Selection Guide

Features

• Auto Ranging (GDM-541/533/532)
• True RMS (GDM-541/533/532)
• Analog Bar (GDM-541/533)
• USB (GDM-541/533)
• Display Backlight (GDM-541/533/532/531)
• NCV Function (GDM-541/533/532/531)
• Audible / Visual Alarm (GDM-541/533/532/531)
• AC+DC Voltage (GDM-541)
• LPF ACV (GDM-541)
• hFE Test (GDM-541)
• LoZ ACV (GDM-533)

The DAQ-9600 data acquisition system is a modularized data acquisition system with high flexibility and higher performance. The mainframe is equipped with 3 module slots and a built-in precision 6 1/2 digital DMM is the core of its test and measurement. 5 modules are available to meet different measurement needs. For the research and development of analyzing product characteristics or the production and manufacturing of system testing or fault diagnosis, a data acquisition system with flexibility and high performance can effectively fulfill different measurement requirements by expansion and change that make the overall test simpler, faster and more reliable.

Customized configuration for changing needs

The DAQ-9600 provides 3 module slots, and all of which can be used to install and control selected modules. 5 different modules are available to meet different measurement needs. These modules include general-purpose modules, multi-function modules, matrix module and high-voltage and high-current module. Users can choose, mix and match these modules to obtain the functions as required. The measurement channels of each module can be configured independently, including measurement function, range, speed and the advanced measurement functions such as offset compensation. The DAQ-9600 can provide up to 60 two-wire measurements, 120 single-ended measurements, or 96 matrix crosspoints in a half-rack, which saves work space and cost when completing complex and diverse measurement tasks.

Precise test and measurement

The test and measurement core of the DAQ-9600 is a 6 1/2-digit DMM, which has the functions and performance of an industrial-grade DMM. It can measure and convert 14 different input signals. In addition to high resolution, it also provides basic accuracy of 0.0035% DC voltage, 0.05% basic accuracy of AC voltage and 0.01% basic accuracy of resistance (within one-year calibration period). The functions of this DMM can be used with general-purpose modules (DAQ-900/ DAQ-901), multi-function module (DAQ-903) and high-voltage and high-current module (DAQ-909). All multiplexer modules use "disconnect before connect" scanning to ensure that only one channel (or a pair of channels) is closed at a time.

Built-in signal conditioning

The DAQ -9600 does not rely on external or plug-in signal conditioning modules to handle functions other than DC voltage, which not only greatly reduces noise and errors generated by external wiring from entering the system, and improves reliability. At the same time, it does not have unnecessary cables, wire distribution boxes and signal conditioning components that makes configuration quicker and easier. Taking temperature measurement as an example, the measurement of thermocouples is often accompanied by the Seebeck effect (the thermoelectric phenomenon in which the temperature difference between two different electrical conductors or semiconductors causes a voltage difference between two substances). All DAQ-9600 modules provide cold junction compensation (except DAQ-904) to ensure maximum accuracy for all channels measuring thermocouples, avoiding the use of temperature extension wires with external cold junctions, which will increase noise and errors generated by external wiring into the system.

Internal memory and USB storage

The DAQ-9600 can store the measurement results without connecting to a PC with the non-volatile memory capacity of 100k readings. Users can store the measurement results inside the system first, and then connect to a PC to collect data. In addition, for larger memory capacity, the DAQ-9600 also supports the USB storage function, which can directly record data to an external USB flash drive, or copy the data of the internal non-volatile memory to the flash drive for follow-up analysis.

Simplify data collection and analysis

The DAQ-9600 provides LAN, USB and GPIB (optional) to meet the most suitable and customary remote control interface requirements. Users can be benefitted from the free data collection software (DAQ-Data Logger) to easily and quickly set up tests, acquire and store measurement data, and perform real-time observation and analysis during the measurement process. If LAN is used as the interface, it can be easily connected to the company network to collect measurement data and store it in the central database. It can also use a common web browser (such as Chrome, IE) through the built-in graphical web interface to configure test and measurements, define and execute scan lists to reduce the time spent on programming.

DAQ-Data Logger	Web Control

Features

• Large 4.3”TFT color display
• 3-slot mainframes with built-in 6 ½ digit DMM
• Basic 0.0035% DCV accuracy
• 6 selectable switch modules
• Up to 450 channel/s scan rate
• Up to 100 kilo points internal memory
• Measures and converts 14 different input signals:
• Temperature with thermocouple, RTDs and thermistor; dc/ac volts; 2- and 4-wire resistance; frequency and period; dc/ac current and capacitance; direct strain and bridge strain
• USB storage support to copy/log data in standalone operation
• Interface: Digit I/O, LAN, USB host/device and mini GPIB(optional)
• Free PC software, DAQ-Data logger, makes it easy to configure and control your tests

GW Instek launches 20 models of the AEL-5000 series AC/DC electronic loads depending on the power range. The power range of a single unit is from 1875W to 22500W, and up to 8 units can be connected in parallel. The maximum power of single-phase parallel connection can reach 180kW, and the total power of 3-phase can reach 540kW, which are suitable for UPS, Inverter/Breaker, AC Power Source, Battery, Fuse/Breaker, DC Power Source and other applications.

The AEL-5000 series has built-in precision measurement circuits such as 16-bit A/D and DSP to provide accurate measurement items, which include voltage root mean square value (Vrms), current root mean square value (Arms), and watt value (Watt), volt-ampere (VA), crest factor (CF), power factor (PF), total harmonic distortion (THD), voltage total harmonic distortion (VTHD), current total harmonic distortion (ITHD) , peak current (Ipeak), maximum current (Amax), minimum current (Amin), maximum voltage (Vmax), minimum voltage (Vmin), time measurement. In addition, built-in test modes include UPS Efficiency, PV Inverter Efficiency, UPS Back-up time, Battery Discharge time, UPS transfer time, Fuse/Breaker Trip/Non-Trip, short circuit simulation, OCP, OPP and other test modes.

The AEL-5000 series has the Turbo mode (ON or OFF can be selected) design, which can increase the current and power of the electronic load by 2 times in one second. For test applications that require transient high power and large current such as transient overload test of protective components or short circuit of Fuse/Breaker and AC power supply, OCP and OPP tests etc.. The Turbo mode provides the most economical solution.

The AEL-5000 series also supports the Load On startup function (pre-set Load On). When the inverter or uninterruptible power supply is turned on, the series directly loads the set load current to verify that whether startup of the inverter or uninterrupted power supply connecting to the electrical appliance is stable. At the same time, the Load On start function can also set positive half cycle or negative half load to verify whether the output voltage of the inverter or uninterruptible power supply remains stable when the actual electrical appliance only has a positive half cycle or negative half cycle load current. Control load angle and unload angle can also be set (range 0~359 degrees) to verify the stability of the transient response of the inverter or uninterruptible power supply when the appliance is plugged in and unplugged. In addition, the series also supports SCR/TRIAC current phase modulation waveform, 90 degree Trailing Edge and Leading Edge settings.

For the application of the adjustable bandwidth (BW) function, when the bandwidth of the DUT does not match the bandwidth of the AEL-5000 series, there will be oscillations. Users can reduce the BW setting value accordingly to meet the response speed of the DUT. Inrush Current verifies whether the transient response of the inverter output voltage is stable when the electrical appliance is turned on (Inrush Current) and when the electrical appliance is suddenly connected (Surge Current).

The entire series of AEL-5000 provides over-voltage warning, over-current, over-power, and over-temperature protection. Analog Input terminal can control constant current, constant power and other working modes through external voltage. Vmonitor/Imonitor terminal is used to connect external voltage/current monitoring device. In addition, a variety of optional control interfaces are provided such as GPIB, RS-232, USB, and LAN to meet the needs of system integration.

Features

• CC, Linear CC, CR, CV, CP and AC Rectifier Load Mode
• Frequency Range : DC, 40~440Hz
• Turbo Mode for 2 Times the Current and Power of Electronic Load within 1 Second
• Three Units Parallel up to 90kW and Three-phase △ or Y Load Connection Can be Synchronized Control by One Master Unit
• Loading and Unloading Angle Control; 0~359 Degree is Settable
• Positive Half-cycle or Negative Half-cycle Loading
• Supports SCR/TRIAC Current Phase Modulation Waveforms,90 Degree Trailing Edge and Leading Edge
• Optional Interface : GPIB、RS232、USB、LAN

Satisfy All Your High Speed Load Simulation Needs

The PEL-2004A and PEL-2002A are multiple channel, programmable DC electronic loads with a modularized structure. The PEL-2000A Series is designed to meet the continuing shift toward high speed operation in today's semiconductor market. As the power supply units, DC-DC converters, and batteries that drive semiconductor circuits to follow this shift, power supply design, quality inspection, and characteristic certification using high-speed performance loads have become necessary.

The PEL-2000A Series includes two types of mainframes and 4 types of load modules to accommodate users' requirements in a flexible manner. Any load module combination can be used with a mainframe to tailor a test system based on the number of channels, and the maximum load power, voltage and current of each channel. Multiple loads can be connected in parallel to provide a higher-power load to test higher power supply outputs. This flexibility significantly reduces the investment needed for future projects that have different power requirements. The PEL-2004A is a 4-slot mainframe with a master control unit to hold 4 load modules, while PEL-2002A is a 2-slot mainframe with master control unit to hold 2 load modules. When the PEL-2004A is configured with 4 load modules rated at 350W each, the PEL-2000A series is able to sink up to 1.4kVA of power.

For higher load capacities, mainframes can be linked together in parallel with standard MIL 20-pin connectors. A maximum of 5 mainframes, including one master and 4 slaves can be chained together to create a total load capacity of 7kW for high current and high power applications. Using 4 dual channel load modules, the PEL-2004A is able to test 8 power supply outputs simultaneously. The Sequence function allows each channel to change its load sink according to a predefined sequence at a rate of up to 100 s per step.

Each sequence is able to run concurrently under the control of one clock. This is one of the most powerful features of the PEL-2000A ASeries as it is able to realistically simulate a multi-output power supply load. Under Dynamic mode, the load current or load resistance pulses between two preset levels at a pre-defined speed up to 25 s per step. This is often used as the standard test procedure to verify the response of a power supply to quick load changes. Most remarkably, multiple load channels can be connected in parallel to run Dynamic tests synchronously under a single clock. This Parallel Dynamic functionality gives the flexibility to perform dynamic tests for a high-power power supply without the need of another high-power load.

The PEL-2000A Series includes a number of protection modes: Over Current Protection (OCP), Over Voltage Protection (OVP), Over Power Protection (OPP), Reverse Voltage Protection (RVP), and Under Voltage Protection(UVP). The protection modes are useful to protect both the load modules and the DUT(s). A buzzer can be set when a protection setting has been tripped. When a protection mode has been tripped, the load unit will display an alarm and stop sinking current/voltage. When a load unit is operating in CR or CV mode, the unit may need Over Current Protection to prevent excessive current being sunk. Over Current Protection stops the load from sinking more current than its recommended limit and prevents the load from burn-out damage.

Over Voltage Protection is used to limit the amount of voltage sink. If the OVP trips, the PEL-2000A Series load will stop sinking voltage. Over Power Protection is used when the input power exceeds the specifications of the load. When OPP is tripped, the power will cease to be sunk. Reverse Voltage Protection prevents reverse voltage damage to the PEL-2000A Series up to the specified rating. When Reverse Voltage Protection has been tripped, an alarm tone will sound until the reverse voltage is removed. Under Voltage Protection will turn off the load when the voltage drops below a set limit. The Go/NoGo function is available to monitor test results all the time.

When a test result goes beyond a preset limit range, a "No Go" indication will be shown on the display and a "No Go" signal can be sent out through the D-SUB interface for external device control. This Go/NoGo function is available for CC mode, CV mode, and CR mode. Under "Program" mode, 12 programs, each containing 10 panel setup memories, can be edited to create work routines for repetitive tests. After a program has been executed, the results of all test steps, along with the Go/NoGo judgments, will be shown on the screen.

For external control and system configuration, the PEL-2000A series has USB and RS-232 interfaces as standard and LAN as well as GPIB as an option. The LabView driver and Data Logging PC software are both supported for all the available interfaces. Each channel has an analog control/monitoring connector on the rear panel to externally turn a load on/off and to externally monitor load input current and voltage.

Features

• Sequence function to do high Efficient load simulations
• Flexible configuration with mainframes and plug-in modules
• Multiple independent load inputs up to 8 channels in a mainframe
• Parallel connection of inputs for increased load capacity
• Parallel connection of inputs for static and dynamic tests
• OPP/OCP/OVP/OTP protections
• External channel control/monitoring via an analog control connector
• Multi-Interface USB Device / Host, RS-232C, and GPIB /LAN (Optional)

GW Instek launches new PEL-3000E series programmable single-channel electronic load. In the series, PEL-3031E provides 300W (1V~150V/60A) and PEL-3032E provides 300W(2.5V~500V/15A) current sink capability. Inherited from the PEL-3000 series, PEL-3000E has an easy-to-read LCD panel and user-friendly interface. This model features high speed and accurate measurement capability for electronic component, battery, portable charger and power products that require low to medium power consumption.

The PEL-3000E series is designed for current sink operation starting from 60mA and aims at measurement applications, including charger, adapter, various power supply equipment, and portable charger.

The PEL-3000E has seven operating modes. Among them, four basic operating modes are constant current, constant voltage, constant resistance, and constant power. Three other combined operating modes are constant current + constant voltage, constant resistance + constant voltage, constant power + constant voltage. Users can select operating modes based upon products' test requirements. For C.C. mode, electronic load will sink a constant current according to the set current value; for C.V. mode, electronic load will attempt to sink sufficient current to control the source voltage to the programmed value; for C.R. mode, electronic load will sink a current linearly proportional to input voltage according to the set resistance value; for C.P. mode, electronic load will initiate load power sinking operation (load voltage x load current)in accordance with the programmed power setting.

To meet the requirements of different test conditions, the Static function is to sink a constant current; the Dynamic function is to periodically switch between two sink conditions, and the Sequence function is to provide tests for more than two sink conditions. The sequence function can be divided into Normal Sequence and Fast Sequence. Normal Sequence is the most flexible mean of generating complex sequences that can facilitate users to establish a set of changing current sink conditions based upon different sinking conditions (CC, CR, CV or CP mode) and time(adjustable range: 1ms to 999h 59min 59s). Fast sequence allows time resolution of 25us to be set for the smallest step. Setting parameters for multiple steps can simulate consecutive current changes of various real load conditions. For instance, while using an electronic load to test a power-driven tool's power supply, we can first obtain waveforms by an oscilloscope and a current probe from the tool, and subsequently, use the obtained waveforms to edit simulated current waveforms, via electronic load's sequence function, to test the power-driven tool and to analyze its operational status. The Soft Start function allows users to determine the rise time of current sink that is to decide the required time to reach electronic load's set current, resistance or power value. Setting a proper rise time for Soft Start is effective to counter output voltage fluctuation caused by DUT's (power supply) transient output current. It is worth noting, General DC loads do not have the soft start function.

When conducting high speed current sink operation, the inductance effect on the cable connecting electronic load and DUT will lead to transient voltage drop on electronic load's input terminal, therefore, that will result in Voltage Non-monotonic increase. PEL-3000E's soft start function not only allows output voltage to be Monotonic increase, but also prevents inrush current and surge voltage from happening on DUT. For instance, tests using a power supply, LED and a DC load (activate the soft start function) can prevent inrush current and surge voltage from causing damages on LED.

The built-in BATT Test Automation of PEL-3000E provides battery discharge applications with more flexible discharge stop setting as well as rise and fall Slew Rate for discharge current settings. OCP, OPP test Automation for DUT (ex. Power Supply), provide users with high resolution measurement values to verify DUT's activation point. Provide users with measurement results so as to help them determine whether DUT's actual over protection activation point meets the regulations. Other than that, PEL-3000E provides users with analog control terminal to control PEL-3000E from external voltage, external resistance and switch. Analog control terminal can also monitor electronic load's status and display protective alarms.

Features

• 7 Operating Modes: CC, CV, CR, CP, CC+CV, CR+CV, CP+CV
• Fast/ Normal Sequence Function
• Soft Start
• Battery discharge test
• OCP、OPP test Automation
• Max. Slew Rate: 2.5A/us
• Dynamic mode
• Protection: OVP, OCP, OPP, OTP, RVP, UVP
• Remote Sense
• Integrate voltage, current and power measurement functions
• External Voltage or Resistance Control
• Rear Panel BNC、Trigger IN/OUT
• Analog External Control
• USB/GPIB(Optional)

The PEL-3000 series, a single-channel, programmable D.C. electronic load with 0.01mA current resolution and 16A/μs current Slew Rate, is very ideal for testing server power supply and SPS (Switching Power Supply) for commercial and industrial computers. For a heavy-duty device like cloud ecosystem running 24-hour nonstop operations, a stable and high-power power supply, ranging from 175W to 1050W, is required to maintain the normal operation of server, Hub, and the equipment of data storage and internet communications. Owing to the increasing demand of data transmission and large scale data storage of telecommunications systems, the infrastructure of internet communications is in the pace of rapid expansion. This has greatly boosted the market demand of telecommunications equipment powered by power supply of 2000W and above. The flexible power combination of PEL-3000 meets the test requirements of present high-power power supply.

The PEL-3000H programmable DC Electronic load, which not only inherited functions and features from the PEL-3000 series but providing three current ranges for all PEL-3000H series and adding voltage monitor BNC terminals on the front panel. The PEL-3000H series, a single-channel, programmable D.C. electronic load with 800V and 0.84A/μs current Slew Rate, is ideal for the test of the high voltage devices such as the EV & HEV in-vehicle chargers, DC/DC converters or high-voltage batteries.

Features

• Operating voltage (DC)：0~150V(PEL-3000)/ 0~800V(PEL-3000H)
• Operating Mode : C.C / C.V / C.R / C.P / CC+CV / CR+CV / CP+CV
• Parallel Connection of Inputs for Higher Capacity (Max : 9,450W)
• Support of High Slew Rate：Max. 16A/us((PEL-3000)/ 0.84A/us(PEL-3000H)
• Run Program Function（GO/NO GO Test）
• Sequence Function for High Efficient Load Simulations
• Dynamic(Switching) Function：0.0166Hz ~20kHz
• Soft Start Function：Off / On(1~200ms, Res：1ms)
• Adjustable OCP / OVP / OPP / UVP Setting
• Short Circuit Function
• Timer function : Elapsed Time of load on
• Cut Off Time(Auto Load Off Timer )：1s to 999h 59min 59s or Off
• External Channel Control / Monitoring via Analog Control Connector
• Setup Memories：100 sets
• 3.5 Inch TFT LCD Display
• Multi Interface : USB 2.0 Device / Host , RS-232 , GPIB / LAN (Optional)

GW Instek PEL-5000C series single-channel electronic load provides 150V/ 600V/ 1200V models with a power range of 6kW~24kW. PEL-5000C has a total of 24 models featuring different combinations of power, voltage, and current. It can test and verify the specifications of batteries, electric vehicle chargers/charging stations, electric vehicle batteries and solar panels. PEL-5000C supports parallel connection for same voltage specification and different power models. PEL-5000C can support up to 8 units connected in parallel to provide a maximum power of 192kW.

For the scenario of battery testing, PEL-5000C specifically provides four battery discharge modes, namely CC+CV battery discharge test mode, CP+CV battery discharge test mode, CC+ UVP battery discharge test mode, and CP+ UVP battery discharge test mode. Users can choose a suitable test mode according to the test requirements. In addition to the four battery discharge modes, PEL-5000C also provides Time period discharge, Pulse discharge, and RAMP discharge modes. Users can set the discharge time, or discharge in the pulse current mode, or even set the rising/falling slew rate of the discharge current. These functions can be very flexible in the simulation of the battery discharge current waveform when an electric vehicle is running.

In order to meet the verification requirements of different DUTs, PEL-5000C provides a variety of test functions, including inrush current test mode, solar panel MPPT test mode, automated OCP, OPP test functions and 150 sets of parameter storage function. The 1200V model of PEL-5000C not only provides full power output at 1000V, but also provides 60% power output at 1200V output, which is higher than the 50% power output of other manufacturers of similar electronic loads. High-voltage batteries or chargers directly connected to the electronic load may cause damage to the electronic load. PEL-5000C has a built-in slow starter, which not only protects the DC load, but also saves the user's installation cost and setting time for measurement.

Features

• Maximum power up to 192KW
• Up to 8 units of master/slave parallel control
• 5-digit digital voltage, current and power meter
• Large LCD Display
• Display voltage value, current value, watt value at the same time
• Suitable for power factor regulator (PFC) testing (600V, 1200V models)
• Automatically perform OCP, OPP test
• The power-on state value can be set
• Constant current, constant resistance, constant voltage, constant power, constant current + constant voltage, constant power + constant voltage, dynamic and short circuit modes
• Short circuit time can be set during short circuit test
• Over current, over power, over temperature protection and over voltage warning
• Voltage polarity display can be set to positive value ("+") or negative value ("-")
• Support solar panel MPPT test
• Optional interface: GPIB, RS232, USB, LAN

The PEL-500 series single-channel electronic load has a total of 5 models and provides 0~80V/ 0~500V voltage operating ranges and 250~700W power operating range. The series can be applied to R&D, quality control, ATE system and production test, including voltage source/current source test; switching power supply transient response; constant voltage mode for current limiting test; battery simulation; and battery discharge test.

Features

• 5-digit digital voltage, current and power meter
• Simultaneous display of voltage, current, and watts
• Short-circuit time can be set during short-circuit test
• Automatic test function of overcurrent protection/overpower protection
• The battery discharge test function can set the discharge stop voltage (Vbatt), discharge capacity (AH, WH) and stop discharge time.
• Surge test can simulate boot overshoot current and transient current from hot plugging.
• Constant current, constant resistance, constant voltage, constant power and Dynamic mode
• Overvoltage, overcurrent, over power, over temperature protection and reverse polarity detection
• Voltage polarity display can be set to positive value ("+") or negative value ("-")
• Communications interface: RS232, USB

Satisfy All Your High Speed Load Simulation Needs

The PEL-2004B and PEL-2002B are multiple channel, programmable DC electronic loads with a modularized structure. The PEL-2000B Series is designed to meet the continuing shift toward high speed operation in today's semiconductor market. As the power supply units, DC-DC converters, and batteries that drive semiconductor circuits to follow this shift, power supply design, quality inspection, and characteristic certification using high-speed performance loads have become necessary. The PEL-2000B Series includes two types of mainframes and 4 types of load modules to accommodate users' requirements in a flexible manner.

Any load module combination can be used with a mainframe to tailor a test system based on the number of channels, and the maximum load power, voltage and current of each channel. Multiple loads can be connected in parallel to provide a higher-power load to test higher power supply outputs. This flexibility significantly reduces the investment needed for future projects that have different power requirements. The PEL-2004B is a 4-slot mainframe with a master control unit to hold 4 load modules, while PEL-2002B is a 2-slot mainframe with master control unit to hold 2 load modules. When the PEL-2004B is configured with 4 load modules rated at 350W each, the PEL-2000B series is able to sink up to 1.4kVA of power.

For higher load capacities, mainframes can be linked together in parallel with standard MIL 20-pin connectors. A maximum of 5 mainframes, including one master and 4 slaves can be chained together to create a total load capacity of 7kW for high current and high power applications. Using 4 dual channel load modules, the PEL-2004B is able to test 8 power supply outputs simultaneously. The Sequence function allows each channel to change its load sink according to a predefined sequence at a rate of up to 100 s per step. Each sequence is able to run concurrently under the control of one clock. This is one of the most powerful features of the PEL-2000B ASeries as it is able to realistically simulate a multi-output power supply load. Under Dynamic mode, the load current or load resistance pulses between two preset levels at a pre-defined speed up to 25 s per step. This is often used as the standard test procedure to verify the response of a power supply to quick load changes. Most remarkably, multiple load channels can be connected in parallel to run Dynamic tests synchronously under a single clock. This Parallel Dynamic functionality gives the flexibility to perform dynamic tests for a high-power power supply without the need of another high-power load.

The PEL-2000B Series includes a number of protection modes: Over Current Protection (OCP), Over Voltage Protection (OVP), Over Power Protection (OPP), Reverse Voltage Protection (RVP), and Under Voltage Protection(UVP). The protection modes are useful to protect both the load modules and the DUT(s). A buzzer can be set when a protection setting has been tripped. When a protection mode has been tripped, the load unit will display an alarm and stop sinking current/voltage. When a load unit is operating in CR or CV mode, the unit may need Over Current Protection to prevent excessive current being sunk. Over Current Protection stops the load from sinking more current than its recommended limit and prevents the load from burn-out damage. Over Voltage Protection is used to limit the amount of voltage sink. If the OVP trips, the PEL-2000B Series load will stop sinking voltage. Over Power Protection is used when the input power exceeds the specifications of the load.

When OPP is tripped, the power will cease to be sunk. Reverse Voltage Protection prevents reverse voltage damage to the PEL-2000B Series up to the specified rating. When Reverse Voltage Protection has been tripped, an alarm tone will sound until the reverse voltage is removed. Under Voltage Protection will turn off the load when the voltage drops below a set limit. The Go/NoGo function is available to monitor test results all the time. When a test result goes beyond a preset limit range, a "No Go" indication will be shown on the display and a "No Go" signal can be sent out through the D-SUB interface for external device control. This Go/NoGo function is available for CC mode, CV mode, and CR mode. Under "Program" mode, 12 programs, each containing 10 panel setup memories, can be edited to create work routines for repetitive tests.

After a program has been executed, the results of all test steps, along with the Go/NoGo judgments, will be shown on the screen. For external control and system configuration, the PEL-2000B series has USB, RS-232/RS-485 and LAN interfaces as standard and as well as GPIB as an option. The LabView driver and Data Logging PC software are both supported for all the available interfaces. Each channel has an analog control/monitoring connector on the rear panel to externally turn a load on/off and to externally monitor load input current and voltage.

Features

• Sequence function to do high Efficient load simulations
• Flexible configuration with mainframes and plug-in modules
• Multiple independent load inputs up to 8 channels in a mainframe
• Parallel connection of inputs for increased load capacity
• Parallel connection of inputs for static and dynamic tests
• OPP/OCP/OVP/OTP protections
• External channel control/monitoring via an analog control connector
• Standard multiply interfaces : USB Device / Host, RS-232C/RS485 and LAN
• Optional interface : GPIB

GW Instek PEL-5000G series single-channel electronic load provides 150V/ 600V/ 1200V models with a power range of 4kW~6kW. PEL-5000G has a total of 9 models featuring different combinations of power, voltage, and current. It can test and verify the specifications of batteries, electric vehicle chargers/charging stations and electric vehicle batteries. PEL-5000G supports parallel connection for same voltage specification and different power models. PEL-5000G can support up to 8 units connected in parallel to provide a maximum power of 48kW.

For the scenario of Battery Charger testing, PEL-5000G specifically provides four battery discharge modes, namely CV+Current Limit test mode, CV+Power Limit test mode,  CC mode and CP mode. Users can choose a suitable test mode according to the test requirements.

For Battery Discharge Function, users can set the discharge cut-off voltage, discharge time, or discharge capacity (Ah) in CC or CP mode to meet the battery testing requirements.

In order to meet the verification requirements of different DUTs, PEL-5000G provides a variety of test functions, Surge current test mode, automated OCP, OPP test functions and 150 sets of parameter storage function. The 1200V model of PEL-5000G not only provides full power output at 1000V, but also provides 60% power output at 1200V output, which is higher than the 50% power output of other manufacturers of similar electronic loads.

High-voltage batteries or chargers directly connected to the electronic load may cause damage to the electronic load. PEL-5000G has a built-in slow starter, which not only protects the DC load, but also saves the user's installation cost and setting time for measurement on 600V/1200V models.

The communication interfaces supported by PEL-5000G include GPIB, RS232, USB, and LAN. The power, voltage and current of each model are shown in the following table:

Features

• 5 digital V / A / W Meter can be displayed on Large LCD display simultaneously
• Flexible CC, CR, CV, CP, CV + CL, CV + PL, Dynamic and short circuit operation modes
• Not only CC, CR, and CP mode have parallel operation functions, but CV mode also has parallel operation functions
• Surge Test mode for Capacitive load for current rising transient test
• Voltage meter display can be configured as polarity positive（”＋”）or negative(“－”）
• Master-slave control is up to 1 Master and 7 Slaves
• Optional Interface: GPIB, RS232, USB, LAN
• SEQ Load Mode's programmable function allows for ultra-high-speed step changes from 0.02 to 999000 ms in CC or CP mode
• Provide battery BMS protection test function
• Optional 9923 load current waveform generator to provide the battery actual discharge current waveform simulation
• Built-in test modes include Battery Discharge, BMS, Short circuit, OCP, OPP test modes
• Turbo mode can withstand up to 1.5 times the current and power electronic load within 2 sec. period, most fit BMS, Short circuit, OCP, OPP test
• Protection against V, I, W, and ℃