4-Channel Signal Conditioning Module

1.Core Configuration: 4 independent signal conditioning channels in a 3U PXI single-slot module, designed for PXI hybrid chassis.
2. Isolation Performance: 1000Vdc galvanic isolation between inputs/outputs and between all channels, with 3-way isolation for maximum protection.
3.Signal Fidelity: DC offset ≤5mV, noise ≤10mVrms, ensuring accurate transmission of dynamic signals.
4. Integration: Powered via PXI backplane, compatible with standard PXI chassis, and includes drivers for LabVIEW, C/C++, and Python.
Product Description

High-Isolation Signal Conditioning for Demanding PXI Test Systems

The PXI2010I-1L is a high-performance, 4-channel signal conditioning module designed to protect sensitive test equipment while ensuring accurate signal transmission in high-voltage environments. It delivers 1000Vdc of isolation between inputs, outputs, and channels, making it ideal for aerospace, defense, and industrial applications where electrical noise and ground loops pose critical challenges.

As a 3U PXI single-slot module, it integrates seamlessly into PXI hybrid chassis, providing galvanic isolation, signal amplification, and noise filtering to ensure reliable measurements of low-voltage signals in harsh electrical environments.

Specifications

Parameter Specification
Channels 4 isolated channels
Isolation Voltage 1000Vdc (input-output, channel-channel)
Input Range -10V ~ +10V
Gain 1 (fixed)
Input Impedance 10MΩ ±5%
Bandwidth ≥100kHz (-3dB)
DC Offset ≤5mV
Noise ≤10mVrms
Coupling DC
Operating Temperature -10°C ~ +50°C
Form Factor 3U PXI single-slot module

Applications

  • Aerospace & Defense: Signal conditioning for flight control sensors, avionics testing, and high-voltage system monitoring.
  • Industrial Automation: Protection of PLCs and data acquisition systems in high-voltage manufacturing environments.
  • Power Electronics: Safe measurement of low-voltage signals in inverter, motor drive, and battery testing.
  • Test & Measurement: Isolation for mixed-signal test systems, eliminating ground loops in multi-channel data acquisition.
  • Railway & Transportation: Signal conditioning for traction control systems and vehicle monitoring networks.

Functionality

  • 3-Way Galvanic IsolationProvides 1000Vdc isolation between input and output, as well as between all four channels, eliminating ground loops and protecting downstream test equipment from high-voltage transients.​​​​​​​
  • Signal Conditioning & Noise ReductionMaintains a flat frequency response up to 100kHz, with low DC offset and noise, ensuring accurate transmission of dynamic signals like vibration and sensor outputs.
  • High-Impedance Inputs10MΩ input impedance minimizes loading effects on signal sources, preserving the integrity of low-level sensor signals.
  • PXI Chassis IntegrationPowered via the standard PXI backplane, it fits seamlessly into PXI hybrid slots for a compact, modular test system design.
  • Plug-and-Play OperationWorks with standard PXI chassis and includes a driver with APIs for LabVIEW, C/C++, and Python, enabling fast system integration.

Key Features

  • 1000Vdc IsolationRobust isolation protects sensitive instruments and ensures safety in high-voltage industrial and aerospace environments.
  • 4-Channel IndependenceFull channel-to-channel isolation prevents cross-talk and interference between multi-channel measurements.
  • High Bandwidth & Low Noise100kHz bandwidth and ≤10mVrms noise ensure accurate capture of fast-changing signals.
  • PXI Standard CompatibilityFits into any 3U PXI hybrid chassis, leveraging the PXI bus for power and communication.
  • No External Power RequiredEliminates the need for external power supplies, simplifying system setup and reducing cable clutter.

Custom Design

We offer tailored configurations to meet your unique requirements:

  • Gain Customization: Adjust gain values (e.g., ×10, ×100) for low-level signal amplification.
  • Bandwidth Optimization: Modify bandwidth for specialized high-frequency or low-noise applications.
  • Voltage Range Expansion: Extend input ranges to accommodate higher voltage signals (e.g., ±20V).
  • Environmental Hardening: Enhanced protection against extreme temperatures, humidity, or EMI for field deployments.
  • Software Integration: Custom driver development or integration with your existing test management systems.

Customization Process

Why Choose MXTD?

With over 12 a long time of industry involvement, Xi'an Mingxi Taida brings profound ability to each extend. Our commitment to quality drives persistent advancement in mechanical computing solutions.

  • Isolation Expertise: Our modules are engineered for 1000Vdc isolation, certified to meet IEC 61010 safety standards for high-voltage environments.

  • Modular Flexibility: Designed for PXI compatibility, enabling you to build scalable, multi-function test systems.

  • Global Support Network: 24/7 technical support via email, video call, and on-site service in key regions.

  • Proven Reliability: Deployed in 35+ countries with a 99.9% uptime rate in mission-critical applications.

  • Customer-Centric Collaboration: We work with you to design custom solutions that address your exact signal conditioning challenges.

Certifications and Certificates

Logistics and Transportation

FAQ

Q: Which PXI chassis are compatible with the PXI2010I-1L?

A: It works with all standard 3U PXI hybrid chassis from National Instruments, Pickering, and other leading vendors.

Q: Can I use this module with non-PXI systems?

A: The module requires a PXI hybrid slot for power and communication, but we can provide custom adapter solutions for non-PXI applications upon request.

Q: What software platforms does it support?

A: It includes drivers for LabVIEW, C/C++, and Python, with example code to accelerate application development.

Q: Does the isolation protect against transient voltage spikes?

A: Yes, the 1000Vdc isolation rating protects against both continuous high voltages and transient spikes up to 1000Vdc.

Q: Can I use it with high-frequency signals?

A: Yes, the module supports a bandwidth of ≥100kHz, making it suitable for dynamic signals like vibration and PWM outputs.

Contact us

Contact Us

Ready to discuss your 4-channel-signal-conditioning-module requirements? Our technical team stands ready to help you select the optimal configuration for your application. Whether you need standard specifications or custom modifications, we provide complete support from initial consultation through deployment and beyond.

Email: manager02@mxtdinfo.com

Contact us today to discover how our industrial computing solutions can enhance your project's success.

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