Description
1. Product Title
National Instruments NI‑9205‑ 32‑Channel 16‑Bit C‑Series Voltage Analog Input Module
2. Product Overview
The NI‑9205 is a multiplexed C‑series analog voltage input module designed for NI CompactDAQ and CompactRIO measurement and control platformsNI. It supports flexible channel configuration with up to 32 single‑ended or 16 differential analog input channels for multi‑point voltage acquisition. Equipped with a 16‑bit ADC and programmable gain amplifier, NI‑9205 offers four configurable input ranges to adapt to different sensor output levels. Built‑in over‑voltage protection and isolation circuits defend measurement electronics against field‑side surge damage caused by mis‑wiring or transient noise. This module converts analog field sensor signals into digital data for host system processing, delivering high‑density, cost‑effective multi‑channel sampling for test benches and condition‑monitoring setups while reducing signal acquisition hardware complexity.
3. Technical Specifications
- Brand: National Instruments (NI)
- Model: NI‑9205
- Warranty: One Year
- Condition: 100% New & Original
- I/O Type: Analog voltage input; 32 single‑ended /16 differential channels
- ADC Resolution: 16‑bit, no‑missing‑codes guaranteed
- Max Sampling Rate: 250 kS/s aggregate sampling rate
- Input Ranges: ±10 V, ±5 V, ±1 V, ±0.2 V programmable rangesdownload.n…
- Isolation: 60 VDC channel‑to‑earth isolation
- Protection: Integrated over‑voltage input protection
- Operating Temp: ‑40 °C to +70 °CNI
- Humidity: 10%‑90% RH non‑condensingNI
- Connector: 36‑pin spring‑terminal or 37‑pin D‑SUB optionsNI
- Compatibility: CompactDAQ, CompactRIO C‑Series chassisNI
- Compliance: CE, UL, cUL certified
5. Application Scenarios
- Industrial Condition‑Monitoring System: Installed within CompactRIO racks for multi‑point vibration transducer and process sensor voltage acquisition on rotating machinery assets.
- Automated Product Test Bench: Deployed with CompactDAQ hardware for parallel multi‑channel voltage measurement in functional validation and endurance testing workflows.
- Research & Laboratory Data Acquisition: Used for high‑density analog signal logging of experimental sensors, capturing multi‑parameter voltage outputs for test‑data recording and post‑analysis.
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