• 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
100-Channel PXIe Universal Switch Module - Maximize Test System Flexibility
Product Overview
The TF85150 PXIe Multiplexer Switch Modulerepresents the pinnacle of switching technology, which delivers unprecedented channel density and configuration flexibility for modern automated test environments. This advanced 196-channel Multiplexersupports three distinct operational modes-single-line 196-channel, dual-line 98-channel, and dual-line 95-channel topologies-providing engineers with unparalleled adaptability for diverse testing scenarios. Being a High-Density PXIe Switch, the device offers a convenient way to connect test sources to multiple devices under test, and at the same time, it keeps high signal integrity.
Reliability and performance were some of the major considerations when building this advanced Automated Test Multiplexerwhich employs cutting-edge latching relay technology that brings about low power consumption and fast switching speeds of 1ms. The module's 18MHz bandwidth is also sufficient to ensure stable signal transmission for audio testing, medium-frequency applications, and digital bus switching. That makes it the perfect fit for semiconductor validation, integrated circuit testing, and electronic product verification. Besides, the flexible 1 or 2 Wire PXIe configuration user capability means that users can tailor to either high-channel-count single-ended measurements or differential signal routing requirements.
Applicaiton Scenarios
Automotive electronics validation
Semiconductor ATE systems
Integrated circuit performance verification
Electronic product electrical parameter testing
Multi-device functional verification
Parameters
Basic Specifications | |||
Channel Scale | 100-Channel SPST or 50-Channel DPST | ||
Operating Temperature | 0℃ ~ +55℃ | Overall Dimensions | 3U |
Storage Temperature | -22℃ ~ +70℃ | Bus Type | PXIe |
General Characteristics | |||
Maximum Switching Voltage | 100V | Maximum Switching Current | 1A |
Maximum Switching Power | 60W | Open-Circuit Resistance | >1×10⁹Ω |
minimum switching load | 20mV/10mA | Thermoelectric EMF | <12μV |
Maximum Operating Frequency | 20MHz | Expected Life | >1×10⁸ |
On-Resistance | initial: ＜0.55Ω | Relay Operation Time | typical value: 1ms |
end-of-life: ＞1.0Ω | maximum value:3.4ms | ||
Crosstalk Between Channels | |||
| 10kHz≤-85dB | 100kHz≤-65dB | 1MHz≤-45dB | 10MHz≤-25dB |
Channel Isolation | |||
| 10kHz≥85dB | 100kHz≥65dB | 1MHz≥45dB | 10MHz≥25dB |
Topology Diagram
100 Channel 50 Channel
Customization
The functions and appearance of the TF85180 universal switch series products can be flexibly customized according to user requirements to meet the needs of different applications. Each customized product of the TF85180 universal switch series products will correspond to an independently filed product model, which facilitates users to place orders for the customized product of the TF85180 universal switch series products at any time.
Experience the perfect balance of channel density, power efficiency, and configuration flexibility with the TF85180 - the smart choice for engineers designing next-generation test systems.
FAQ
1. Q: What's the advantage of having both SPST and DPST configurations?
A: The dual-mode design provides exceptional flexibility - use 100 SPST channels for high-density signal routing or 50 DPST channels for switching differential pairs and isolated signals in the same hardware.
2. Q: How does the latching relay technology benefit system operation?
A: Latching relays consume power only during state changes, significantly reducing thermal load and power consumption in multi-module test systems while maintaining relay states during power cycles.
3. Q: What kind of applications will benefit from the 18MHz bandwidth?
A: This bandwidth is perfect for audio testing, medium-frequency signal switching, as well as digital bus testing, where signal integrity must be maintained through the switching matrix without significant attenuation or phase shift.
4. Q: What was the consideration behind selecting latching relays for this product?
A: Latching relays only use power during switching, which makes them perfect for high-density systems that are sensitive to power dissipation and heat generation.
5. Q: What benefits does the 200-pin front connector bring to system integration?
