Need help?Do you have a question about the NI CompactDAQ cDAQ-917 Series and is the answer not in the manual?
Details warranty period, repair, and replacement terms for NI devices and software.
Critical warning against using products in life support or surgical implants, emphasizing system failure risks.
States publication cannot be reproduced or transmitted without prior written consent from the corporation.
Refers to NI Trademarks and Logo Guidelines for detailed information on NI's trademarks.
General safety precautions and guidelines for operating the NI cDAQ chassis.
Instructions for safely unpacking the cDAQ chassis to prevent electrostatic discharge damage.
Step-by-step guide for installing the cDAQ chassis and associated software.
Procedures for mounting the cDAQ chassis on a desktop, panel, or DIN rail.
Description of key chassis features like LEDs, grounding screw, and connectors.
Information on available cables and accessories for the cDAQ chassis and ordering details.
Explains how to use the cDAQ chassis with C Series I/O modules for measurements.
How triggers initiate and control analog input data acquisition events.
Details the timing signals essential for analog input tasks, like sample clocks.
Describes the AI Sample Clock signal for acquiring analog input data points from channels.
Explains data acquisition with multiplexer-based analog input modules.
Details behavior of sigma-delta modules requiring oversampling clocks for synchronization.
Information on modules for measuring slowly varying signals like temperature.
Explains software-timed and hardware-timed data generation for analog output.
Details hardware-timed generation advantages: speed, determinism, and hardware triggering.
Describes using onboard FIFO buffers for analog output data transfer.
Explains AO Start and Pause triggers for controlling waveform generation timing.
Details timing signals for AO waveform generation, including sample clock and timebase.
Describes the AO Sample Clock signal for updating analog output channels.
Compares serial DIO for slow signals and parallel DIO for fast signals.
Covers acquiring digital waveforms and using DI Sample Clock.
Explains triggers for starting/stopping digital input acquisitions.
Details timing signals for digital input operations.
Describes programmable debouncing filters for digital input lines to reduce jitter.
Covers generating digital output using C Series I/O modules.
Explains software-timed and hardware-timed digital output generation.
Describes using onboard FIFO buffers for digital output data transfer.
Explains configuration of Programmable Function Interface (PFI) terminals for timing and control.
Details programmable debouncing filters for PFI signals to reduce input jitter.
Explains the counter timing engine and its capabilities for measurements and pulse generation.
Lists various applications for counter inputs, including edge counting and measurements.
Details how counters count rising or falling edges on the Source input.
Explains how counters measure the duration of a pulse using the Gate signal.
Describes methods for measuring signal frequency using one or two counters.
Lists various counter output applications like pulse generation and frequency division.
Explains arm start, start, and pause triggers for counter operations.
Covers features like cascading counters, prescaling, and synchronization modes.
Describes the circuitry managing data flow and routing timing/control signals.
Illustrates the cDAQ chassis clock routing circuitry and timebases.
Explains the use of the 80 MHz Timebase as a source input for counters.
Details the 20 MHz Timebase generation and its function in timing signals.
Details the 100 kHz Timebase generation and its use in timing signals.
Lists example programs to help users get started with NI-DAQmx and C Series modules.
Lists relevant documents for developing applications and understanding device capabilities.
Provides links to Quick Start, Specifications, and Calibration Procedure documents.
Provides resources for technical support, including self-help and discussion forums.
Information on NI training courses and certification programs.
Information on National Instruments Alliance Partner members for project assistance.
To Next Page
General