• Accuracy: < 0.1% F.S. • Excitation Voltage: 5 - 15 V DC • Full-Scale Deflection: < 0.3 mm • Selectable Range: 0.1 - 20 kN • Technology: Silicon Piezoresistive • Housing: Stainless Steel
- 304 stainless steel monolithic housing - Amplitude-frequency response up to 10,000 Hz - 10,000g shock resistance on any axis - Selectable measurement range: ±50g to ±500g - MEMS variable capacitance technology - Lightweight: 15g
Accuracy: ±0.02% span over the temperature range Response Time: 300 milliseconds or less Long-term Stability: ±100 ppm FS/year Measurement Range: 0-20 MPa (selectable) Sensing Technology: Silicon resonant sensor Overpressure Tolerance: 1.5 times the full-scale pressure
● High-Density Matrix Configuration: 128 cross-point 2-wire topologies, e.g.,4×32, 8×16, and dual 4×16 matrix configurations can be easily and flexibly accommodated in it. ● Low-Power Latching Relays: The devices use the least amount of electricity to carry out their work. Hence, they can maintain the constantly high performance for the entire time of operation. ● Program-Controlled Channel Switching: Switching of a certain channel can be controlled externally, and thus a test source can be rapidly and reliably connected to a number of different DUTs. ● Integrated Relay Life Monitor: The counter inside relays records the number of times a relay is operated so that it can be serviced on time. ● Compact Front-Panel Design: Channels can be fully accessed through the 100-pin high-density connector in a 3U PXIe form factor that is space-saving.
● High-Density Channel Design: A total of 80 independent SPST relays are housed in a single 3U PXIe slot, suitable for large-scale signal switching applications. ● Medium-Power Signal Capacity: The device can carry up to a 2A current and 300VDC/250VAC voltage, perfectly suitable for power testing in automotive, aerospace, and industrial sectors. ● Electromagnetic Relay Technology: This technology offers reliable switching performance for medium-power signals with top-notch isolation features. ● Relay Usage Monitoring: The built-in operation counting feature can help in predictive maintenance and the management of the lifecycle. ● Compact Front-Panel Integration: The high-density 160-pin connector furnishes the channels' access in a neat and tidy way, especially for small test systems.
● High-Density Integration: One PXIe slot can hold 64 SPDT relays, so a compact multi-channel signal switching is realized for low-to-medium-power applications. ● Strong performance: It is able to support a current up to 1A and a voltage up to 150VDC, thus being able to accomplish a switching speed at the millisecond level for highly efficient test automation. ● Extremely dependable and long-lasting: The performance of the system is decent at 10 million operations; thus it is perfect for industrial testing, semiconductor validation, and functional verification. ● Versatile system integration: The package also comes with VISA-based DLL drivers for Windows and Linux, making it very easy to control and scale the system. ● Budget-friendly option: The modular design can bring down system complexity as well as maintenance costs, thus it is totally suitable for R
● 6 Independent Programmable Channels: Allows parallel simulation of multiple resistance values with separate channel controls ● High Precision & Resolution: Offers 0.125Ω resolution with an accuracy of ±0.1-0.2% over 3Ω to 1.51MΩ range ● Low Thermoelectric EMF Design: The use of a special switching technique drastically lowers thermoelectric measurement errors for extremely low-resistance applications ● Ground-Isolated Architecture: The entire channel-to-ground isolation accommodates floating measurements and eliminates ground loops ● Fault Simulation Capability: Programmable open/short circuit modes enable in-depth sensor and wiring failure tests
● High-Power Switching Capacity: The relay module consists of 20 isolated relay channels of SPST, and each one has the capacity of switching power up to 300W, so it can handle demanding power switching applications. ● Program-Controlled Automation: Offers software-controlled channel switching, which allows full automation without manual cable changes. ● Bidirectional Signal Routing: Provides flexible connection from test sources to devices, consisting of reliable bidirectional signal transmission. ● Compact 3U PXIe Design: 4HP thickness, width, and front-panel cable interfaces are used for the efficient utilization of space in the test system. ● Semiconductor & Electronics Testing: The system is optimized for semiconductor validation and electronic product verification automated test systems.
● High-Density Channel Configuration: The device supports 196-channel (1-wire), 98-channel (2-wire), and 95-channel (2-wire) configurations, allowing versatile testing scenarios ● Fast and Stable Switching: The implementation of latching relays with 1ms switching speed and 18MHz bandwidth allows for efficient testing and signal integrity ● Intelligent Lifecycle Management: A relay usage counter is integrated and aids in predictive maintenance and real-time monitoring ● Compact PXIe Design: The device sits in a 3U 4HP form factor and is equipped with a front-panel 200-pin connector that facilitates space-efficient system integration ● Seamless System Integration: The product is compatible with Windows/Linux systems, and comes with VISA-based DLL drivers that aid automated test development
● High-Density Channel Configuration: The device supports 196-channel (1-wire), 98-channel (2-wire), and 95-channel (2-wire) configurations, allowing versatile testing scenarios ● Fast and Stable Switching: The implementation of latching relays with 1ms switching speed and 18MHz bandwidth allows for efficient testing and signal integrity ● Intelligent Lifecycle Management: A relay usage counter is integrated and aids in predictive maintenance and real-time monitoring ● Compact PXIe Design: The device sits in a 3U 4HP form factor and is equipped with a front-panel 200-pin connector that facilitates space-efficient system integration ● Seamless System Integration: The product is compatible with Windows/Linux systems, and comes with VISA-based DLL drivers that aid automated test development
Key Features Multi-Topology 128-Channel Design: The device can handle a 1-wire/2-wire/4-wire multiplexer and matrix set-ups, thus giving the maximum flexibility for the test. Precision Low-Voltage Measurement: In semiconductor testing, the device uses reed relays that are low in thermal drift to ensure that the signal switching is accurate. Intelligent Relay Life Monitoring: The built-in usage counter keeps track of relay operations for predictive maintenance and lifespan. Software-Configurable Architecture: It allows the change of dynamic topology without physically reconnecting via software control. High-Density 3U PXIe Form Factor: A small 4HP design with a front-panel LFH-200 connector for a system that efficiently uses the space.
