When you need reliable, high-precision data acquisition and signal generation capabilities, our 32-Channel Analog Input/Output Board delivers exceptional performance for industrial applications. This progressed analog I/O arrangement combines 32 input channels with 32 yield channels in a single compact 3U shape figure. Whether you're working with PXIe, CPCI, PCIe, or PCI transport frameworks, this flexible board gives ±10V voltage run with 16-bit determination for both input and yield operations.
Our analog input/output sheets speak to cutting-edge innovation in estimation and control frameworks. Each unit highlights double usefulness with synchronous analog flag procurement and era capabilities. The sheets back different transport interfacing counting PXIe, CPCI, PCIe, and PCI setups, making them congruous with different mechanical computerization platforms.
Built with accuracy components and progressed flag conditioning circuits, these sheets keep up fabulous flag astuteness over all channels. The strong plan guarantees solid operation in requesting mechanical situations whereas giving the precision and speed required for basic estimation applications.
| Parameter | Input Specification | Output Specification |
|---|---|---|
| Number of Channels | 32 channels | 32 channels |
| Resolution | 16-bit | 16-bit |
| Voltage Range | ±10V | ±10V |
| Accuracy | 0.1% FSR | Offset: ±1mV, Gain: ±2.0mV |
| Sampling Rate | Single: 1MSPS, Multi: 500KSPS | 1 MSPS |
| Input Impedance | 10MΩ/2pF | N/A |
| Output Impedance | N/A | ≤20Ω |
| Drive Capability | N/A | 10mA per channel |
| Signal Bandwidth | 1.5MHz (-3dB) | N/A |
| Maximum Safe Input | ±25V (power on/off) | N/A |
| Specification | Details |
|---|---|
| Dimensions (PXI/CPCI) | 160mm × 100mm × 20mm |
| Dimensions (PCIe/PCI) | 175mm × 106mm × 20mm |
| Operating Temperature | Commercial: -20°C to +60°C, Industrial: -40°C to +70°C |
| Storage Temperature | -55°C to +85°C |
| Humidity | 5% to 90% (non-condensing) |
| Interface Speed | PXI/CPCI: 32-bit 33MHz, PXIe: x4 4Gbps |
Perfect for handle observing, quality control frameworks, and robotized fabricating lines requiring exact analog flag estimation and control.
Ideal for mechanized test hardware, flag reenactment, and information procurement frameworks in inquire about and advancement environments.
Essential for hardware-in-the-loop testing, flight test systems, and preparing frameworks requiring real-time analog flag generation.
Excellent for natural observing, basic wellbeing observing, and logical information collection applications.
The 32-Channel Analog Input/Output Board supports various acquisition modes including single acquisition, continuous monitoring, and trigger-based data collection. This flexibility allows you to optimize performance for specific application requirements.
Advanced timing highlights guarantee exact synchronization between channels with less than 100ns mistake between any two yield channels. This precision is vital for applications requiring facilitated flag generation.
Comprehensive driver back incorporates energetic libraries and demo programs for fast application improvement. Consistent with Windows working frameworks and custom Linux/VxWorks/RTX/LabVIEW RT environments.
Every project has unique requirements. Our engineering team specializes in customizing analog I/O solutions to match your specific needs. Whether you need different voltage ranges, additional channels, or specialized interfaces, we can modify our 32-Channel Analog Input/Output Board design accordingly.
Our OEM/ODM services include hardware modifications, custom firmware development, and specialized software drivers. We work closely with you throughout the design process to ensure the final solution meets all technical and commercial requirements.

With over 12 a long time of involvement in estimation and control frameworks, Xi'an Mingxi Taida brings profound specialized information to each venture. Our group gets it the challenges you confront and gives arrangements that work dependably in real-world applications.
Rigorous testing strategies guarantee each board meets the details some time recently shipment. Our quality control forms incorporate comprehensive utilitarian testing, natural stretch screening, and calibration verification.
From introductory interview through post-delivery bolster, our group gives specialized help when you require it. We offer fast investigating, standard follow-ups, and progressing specialized direction to maximize your success.
Partnering with trusted coordinations suppliers, we guarantee secure, convenient conveyance with full following and protections scope. Each shipment is completely assessed to avoid transport damage.


Q: What software drivers are included?
A: We provide comprehensive driver packages including dynamic libraries, demo programs, and development examples for Windows platforms. Custom drivers for Linux and real-time operating systems are available upon request.
Q: Can the board operate in harsh industrial environments?
A: Yes, our industrial-grade version operates from -40°C to +70°C with robust EMI/EMC protection suitable for demanding industrial applications.
Q: Is calibration required?
A: Manual calibration is supported and recommended for maximum accuracy. Calibration procedures and software are included with each unit.
Q: What is the maximum sampling rate across all channels?
A: Multi-channel sampling reaches 500KSPS aggregate across all active channels, while single-channel operation achieves 1MSPS maximum rate.
Ready to integrate high-performance analog I/O capabilities into your system? Our technical team is here to help you select the right configuration and provide ongoing support throughout your project.
For technical specifications, custom design inquiries, or pricing information, contact us at manager03@mxtdinfo.com. We respond promptly to all inquiries and look forward to supporting your next project with reliable, high-quality 32-Channel Analog Input/Output Board solutions.
Our customers’ satisfaction speaks for our quality — contact us to experience the same reliable service.