PXIe 196 Channel 1 Or 2 Wire Multigroup Multiplexer Switch Module

  • PXIe 196 Channel 1 Or 2 Wire Multigroup Multiplexer Switch Module
  • PXIe 196 Channel 1 Or 2 Wire Multigroup Multiplexer Switch Module
  • video
  • TF85150
  • PXI Multiplexer Switch Module
  • 196-Channel
●​‍​‌‍​‍‌​‍​‌‍​‍‌ 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


196-Channel PXIe Multiplexer Switch Module 

Ultimate Flexibility for Automated Test Systems


196 Channel Multiplexer

    

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.


Key Features

  • 196 independent channels in single-line configuration

  • 98/95 channels in dual-line differential modes

  • 18MHz operational bandwidth for signal integrity

  • 1ms fast switching speed with latching relays

  • 200-pin high-density front panel connector

  • Built-in relay usage counter for predictive maintenance


The compact 3U 4HP PXIe Multiplexer Switch Module design maximizes rack space utilization while providing full access to all channels through a single, robust connector interface. This 196 Channel Multiplexer is specifically engineered for integration into sophisticated Automated Test Multiplexer systems, offering compatibility with both Windows and Linux operating environments. The included VISA-based DLL drivers facilitate seamless secondary development and custom test application implementation.


1 or 2 Wire PXIe


Application Scenarios

  • Semiconductor automatic test equipment (ATE)

  • Integrated circuit performance verification

  • Wafer-level testing and validation

  • Electronic product electrical parameter testing

  • Multi-device functional verification systems


Product Parameters


Basic Specifications

Channel Scale

Single-line 196-channel/Dual-line 98-channel/Dual-line 95-channel Multiplexer

Operating Temperature

0℃ ~ +55℃

Overall Dimensions

3U

Storage Temperature

-22℃ ~ +70℃

Bus Type

PXIe

General Characteristics

Maximum Switching Voltage

100VDC

Maximum Switching Current

1A

Maximum Switching Power

60W

minimum switching load

20mV/1mA

Open-Circuit Resistance

>1×10⁹Ω

Expected Life

<1×10⁸
thermoelectric EMFtypical value:  3μV

On-Resistance

initial:  0.7Ω
maximum value:  <12μVend-of-life:  ≥1.0Ω

Relay Operation Time

typical value:  1ms

Maximum Operating Frequency

single-line:  18MHz
maximum value:  3.4ms
dual-line:  8MHz

Channel Isolation

Isolation Between Different Relays in Single-Line Channels:

10kHz > 90dB

100kHz > 70dB1MHz > 50dB
Isolation Within the Same Relay in Single-Line Channels:
10kHz > 68dB100kHz > 48dB1MHz > 28dB
Isolation Between Dual-Line Channels:
10kHz > 95dB100kHz > 75dB1MHz > 55dB
Isolation of Open Circuits:
10kHz > 90dB100kHz > 70dB1MHz > 50dB

Topology Diagram


PXIe Multiplexer Switch Module196 Channel Multiplexer1 or 2 Wire PXIe

       196 Channel                                                 98 Channel                                          95 Channel


Product Customization

    The functions and appearance of the TF85150 Multiplexer Switch Series can be flexibly customized according to user requirements to meet the needs of different applications. 

    Each customized product of the TF85150 Multiplexer Switch Series will correspond to an independently filed product model. This independently filed product model for each customized product of the TF85150 Multiplexer Switch Series facilitates users to place orders for the customized product of the TF85150 Multiplexer Switch Series at any time. When users have specific functional or appearance needs that go beyond the standard specifications of the TF85150 Multiplexer Switch Series, the TF85150 Multiplexer Switch Series can be adjusted through customization to fit those needs. 

    The independent product model filing for each customized variant of the TF85150 Multiplexer Switch Series also ensures that users can easily identify and reorder the exact customized product of the TF85150 Multiplexer Switch Series whenever required.


The High Density PXIe Switch incorporates intelligent lifecycle management through its built-in relay operation counter, enabling predictive maintenance planning and minimizing unexpected downtime in production test environments. The 1 or 2 Wire PXIe flexibility ensures that engineers can reconfigure their test systems for optimal performance across different measurement types without requiring hardware modifications.

Whether deployed in R&D laboratories, manufacturing test floors, or quality assurance facilities, the TF85150 establishes new benchmarks for PXIe Multiplexer Switch Module performance. Experience the perfect combination of channel density, switching speed, and configuration versatility with this industry-leading 196 Channel Multiplexer - the intelligent choice for engineers designing next-generation automated test systems that demand reliability, precision, and scalability.


FAQ

1. Q: What's the main advantage of the three configurable modes?
    A: The switchable modes (196×1, 98×2, 95×2) provide exceptional flexibility, allowing the same module to handle both high-channel-count single-ended measurements and differential signal routing without hardware changes.

2. Q: How does the relay counting function benefit my test system?
    A: The built-in relay usage counter enables predictive maintenance by tracking relay cycles, allowing you to replace modules before failure and minimize unexpected downtime in automated test equipment.

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?
A: A single high-density connector replaces the multiple cable connections, thus providing clean signal paths with less and faster setup time, and also allowing signal integrity to be maintained across all 196 ‍‌‍‍‌‍‌‍‍‌channels.


Company Introduction

TFC was founded in 2015, with its headquarters located in Changsha, Hunan. It has a standardized workshop of over 6,000 square meters and takes "Making every connection more reliable, making every piece of data more accurate" as its guiding principle, dedicated to providing customers with high-performance component products and solutions. The company has three business divisions: Instrumentation, Connectors, and Sensors. It is a national high-tech enterprise integrating R&D, production, testing, and sales, covering technologies such as signal connection technology, signal conditioning technology, signal switching technology, and signal detection technology.

Corporate Strength

  • 6000㎡
    Factory Covered
  • 2015
    Founding Time
  • 130
    Employee Count
  • 100+
    Countries Served

Certificate

TFC has obtained National Standard (GB) Quality Management System Certification and Weapon Equipment (GJB) Quality System Certification. It has also established an independent and complete internal quality testing system. All products undergo strict full-process testing in accordance with national standards (GB) and weapon equipment standards (GJB) to ensure compliance and stability of performance.

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