Description
NI PCI-6115 Product Description
Technical Specifications
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Product Model: PCI-6115 (778534-01)
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Brand: National Instruments (NI)
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Warranty: One Year
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Input Voltage: ±42 V maximum extended analog input voltage range
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Operating Temperature: 0°C to 55°C (32°F to 131°F)
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Storage Temperature: -40°C to 85°C (-40°F to 185°F)
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Response Time: 10 MS/s per-channel high-speed synchronous sampling response
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Protection Class: Standard industrial full-length PCI board anti-static protection grade
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Accuracy Class: 12-bit ADC high-precision analog signal acquisition accuracy
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Output Frequency: High-speed analog output refresh frequency matching sampling rate
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Rated Current Range: Standard PCI bus power supply current, low steady-state power consumption
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Communication Interface: Standard PCI bus interface, RTSI synchronous trigger bus
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Supported Protocols: NI-DAQmx driver protocol, multi-device synchronous triggering protocol
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Overload Capacity: Built-in overvoltage protection and signal anti-aliasing filter interference suppression
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Dimensions: Standard full-length industrial PCI slot board form factor

Product Overview
The PCI-6115 is a high-speed synchronous multifunction DAQ (Data Acquisition) board developed by National Instruments, designed for high-precision industrial measurement and stimulus-response testing scenarios. This full-length PCI board features 4-channel 12-bit synchronous analog input with 10 MS/s per-channel sampling rate, paired with dual analog output channels, correlated digital I/O and 24-bit counter modules. It supports an extended ±42 V input range and onboard anti-aliasing filters, effectively resolving signal aliasing, low sampling efficiency and asynchronous data acquisition issues in high-frequency testing. Equipped with large-capacity onboard memory and RTSI bus synchronous triggering function, it realizes multi-device collaborative high-speed data collection. Compatible with NI-DAQmx drivers for simplified configuration and debugging, it delivers stable and reliable testing performance. Widely applied in automotive testing, radar, ultrasonic detection and laboratory automation fields, it provides accurate high-speed measurement solutions for research engineers and system integrators.








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