Description
The NI PXI-6115 is a high-performance multifunction I/O module designed for PXI-based systems. It offers a comprehensive set of features that cater to various industrial and research applications. Here are the key parameters, specifications, dimensions, weight, series, features, and functions of the NI PXI-6115 in English:
Parameters and Specifications:
Analog Input: The module provides 4 channels of analog input with 12-bit resolution and a sampling speed of up to 10 MS/s per channel.
Analog Output: It offers 2 channels of analog output with 12-bit resolution and a maximum output rate of 4 MS/s for a single channel and 2.5 MS/s for dual channels.
Digital I/O: The module includes 8 lines of digital I/O with a timing rate of 10 MS/s.
Counters/Timers: It features 2 counters/timers with 24-bit resolution.
Dimensions and Weight:
The specific dimensions and weight of the NI PXI-6115 may vary, but it is typically designed to fit standard PXI slots. It is advisable to consult the official product documentation for precise measurements.
Series:
The NI PXI-6115 belongs to the NI PXI series of multifunction I/O modules.
Features:
High Performance: The combination of high-resolution analog I/O, digital I/O, and counters/timers provides excellent performance for various applications.
Synchronization: The module supports simultaneous sampling, enabling precise synchronization between analog input, analog output, and digital I/O.
Triggering: It offers digital triggering capabilities, enhancing the flexibility and precision of data acquisition.
Compatibility and Expandability: The PXI-6115 is compatible with PXI-based systems and can be easily integrated into larger test and measurement setups.
Functions and Applications:
The NI PXI-6115 is ideal for a wide range of applications that require high-speed, high-resolution data acquisition and control.
It is commonly used in laboratory research, design verification testing, manufacturing testing, and other industrial automation scenarios.
The module is particularly suitable for applications that require precise synchronization between analog and digital signals, such as stimulus/response testing, 42V automotive applications, radar systems, sonar, and ultrasonic testing.
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