CS4353-CNZR

Data Acquisition - ADCs/DACs - Special Purpose

The CS4353-CNZR is a converter that allows direct access to and control of any system signal paths. It is part of a suite of converters designed by FlexPath that can interface with a variety of systems. The CS4353-CNZR combines signal conditioning and signal control with a variety of analog-to-digital and digital-to-analog conversion capabilities.

Application Field

The CS4353-CNZR converter is designed for general purpose data acquisition and data analysis applications. It is ideally suited for applications, such as video processing, audio processing, signal conditioning and signal control, and is also suitable for production applications. The CS4353-CNZR can be used in a variety of different industrial, commercial and military applications. In addition to its utility in industrial, commercial and military applications, the CS4353-CNZR is also used in data acquisition and data analysis for electrical and mechanical engineering, avionics and land mobile systems.

Features

The CS4353-CNZR converter features a wide range of features that make it attractive for a variety of applications. It offers a high resolution, low noise design with a full set of standard control functions, enabling direct access to system signal paths. The converter has two inputs and two analog-to-digital/digital-to-analog channels, a programmable gain and offset control, an analog multiplexer, a digital selector, and two embedded encoders. In addition, it offers an enhanced noise reduction feature and a built-in error correction circuit. The CS4353-CNZR is designed with a wide dynamic range exceeding 10 volts peak-to-peak and a high-resolution configuration with up to 24-bit resolution. It also features a programmable gain and offset control, allowing for adjustable gain, offset, and pulse width settings. Additionally, the converter includes embedded encoders for encoding data for transmission over serial communications.

Working Principle

The CS4353-CNZR converter operates according to a three-stage process: acquisition, modulation, and output. During acquisition, the converter input channels capture signals from a variety of analog sources. After acquiring the signals, they are then modulated as per the user’s requirements and sent to the output stage. At the output stage, the signals are modified to meet the destination’s requirements, such as voltage and current range, phase and frequency, etc. The CS4353-CNZR can also be used for digital-to-analog conversion, allowing for the conversion of digital signals into analog signals.

Conclusion

The CS4353-CNZR converter is a high-performance solution that can be used for a variety of applications. It features a wide range of features, such as a wide dynamic range, programmable gain and offset control, embedded encoders, and error correction. These features make the CS4353-CNZR an excellent choice for data acquisition and data analysis applications. Its three-stage process of acquisition, modulation, and output further make the CS4353-CNZR an important tool for data analysis and system control.