NI SCXI-1600 16-bit Data Acquisition Module

NI SCXI-1600 16-bit Data Acquisition Module

DESCRIPTION

NI SCXI-1600 16-bit Data Acquisition Module is a high-performance, versatile, and easy-to-use data acquisition device that is suitable for a wide range of applications. Its high sampling rate, multi-channel capability, and wide signal compatibility make it an indispensable tool for engineers and technicians in various fields.

Main Features

High-Performance Data Acquisition

The NI SCXI-1600 boasts up to 352 channels with a 16-bit ADC, capable of sampling at rates up to 200 kS/s. This allows for efficient and accurate acquisition of analog signals.

It offers a bandwidth of 10 kHz, ensuring high-quality data acquisition over a wide range of frequencies.

Full-Function Control and Data Module

The module serves not only as a data acquisition device but also as a full-function control and data module for SCXI digital I/O, switches, analog inputs, and analog outputs.

It can be installed in an SCXI chassis and provide clock, calibration, and external digital trigger connections for other SCXI modules.

Ease of Use

The NI SCXI-1600 supports plug-and-play functionality, making it easy to integrate into existing systems.

It is compatible with USB, supporting power supply or hot-plugging into USB ports for convenient connection and integration with other devices.

Wide Signal Compatibility

The module is capable of receiving analog signals from other modules and digitizing, amplifying, and transmitting them through USB ports.

It is compatible with various signal types, including RTD, thermocouples, strain gauges, current sources, and voltages.

Powerful System Timing Controller

The NI SCXI-1600 uses the National Instruments DAQ-STC as its system timing controller, ensuring the accuracy and stability of data acquisition.

Specifications

Bus Type: SCXI

Operating System/Object: Supports Windows, real-time systems, and Linux.

Measurement Types: Including current, temperature, thermocouple, voltage, etc.

Number of Channels: 32 (analog input channels)

Sampling Rate: Up to 200 kS/s

Signal Conditioning: Supports 0-20 mA current input, low-pass filtering, and other functions.

Applications

The NI SCXI-1600 data acquisition module is widely used in various fields that require high-precision data acquisition and processing, such as:

Industrial Automation: For monitoring and controlling industrial processes and equipment.

Environmental Monitoring: For collecting data on environmental parameters such as temperature, humidity, and air quality.

Scientific Research Experiments: For conducting experiments that require precise data acquisition and analysis.

Additional Features

LED Indicators: The front panel is equipped with LED indicators for monitoring the V+ and V- rails of the chassis, as well as the activity and ready status of the data acquisition module.

BNC Connector: A dedicated BNC connector is provided on the front panel for calibration purposes.

Software Support: The NI SCXI-1600 runs on NIDAQmx driver software, which is compatible with various software packages and application development environments such as LabVIEW, LabWindows/CVI, or Measurement Studio.

Functional characteristics

Multiple Signal Acquisition: The module is capable of acquiring multiple types of signals, including analogue inputs, analogue outputs, digital inputs and outputs, etc., which can meet the data acquisition requirements in different industrial measurement and control scenarios.

High-precision Data Acquisition: As a 16-bit data acquisition module, it can provide high-precision data acquisition and accurately convert analogue signals into digital signals, thus providing a reliable data basis for subsequent data analysis and processing.

External Trigger and Clock Function: Equipped with external digital trigger, clock and calibration connection function, it can provide all modules in the chassis with a unified trigger signal, clock signal and calibration signal to ensure the synchronous work of each module and improve the data acquisition accuracy and stability of the whole system.