CS4399-CNZ

Series:	*
Packaging:	Tray
Part Status:	Active
Number of Channels:	2
Mounting Type:	Surface Mount
Package / Case:	40-WFQFN Exposed Pad
Supplier Device Package:	40-QFN (5x5)

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Introduction to the CS4399-CNZ

The CS4399-CNZ is an innovative signal conditioning ASIC from Intersil Corporation. This ultra-compact, low-power signal conditioning device simplifies the task of collecting, measuring and recording electrical signals in a variety of industrial and consumer products. The CS4399-CNZ provides a standard industrial connectivity to multiple sources, eliminating the need for custom signal conditioning and signal processing systems. In addition, the device provides numerous features such as dynamic signal gain, voltage and temperature measurement, differential input and output operation, signal conditioning, and on-chip gain/offset correction.

Applications Fields of the CS4399-CNZ

The CS4399-CNZ is designed to meet the performance and cost requirements of manufacturers of consumer and industrial products requiring robust, low-cost signal conditioning solutions. Examples of applications include consumer, automotive, medical, communications, industrial, process control and instrumentation, laboratory, and instrumentation equipment.The CS4399-CNZ has been specifically designed for Industrial IoT (IIoT) applications that require reliable, low-power and high-performance signal conditioning solutions. The device is suitable for data acquisition systems, real-time signal conditioning systems, remote monitoring systems, and the potential for artificial intelligence-based decision making. The CS4399-CNZ can be easily integrated into existing systems and its combined features provide a compact solution for system designers. The CS4399-CNZ is a fully integrated, very simple and intuitive signal conditioning ASIC that uses on-chip algorithms to perform complete signal conditioning tasks such as signal filtering and signal boosting, while also providing low power consumption and high noise immunity.

Working Principle of CS4399-CNZ

The CS4399-CNZ is based on a sophisticated signal conditioning IC architecture that consists of analog, mixed-signal, and digital components. It has been designed to reduce design time and cost, while providing better signal fidelity and accuracy. The CS4399-CNZ relies on a combination of logical and mathematical algorithms to achieve accurate and reliable signals. The CS4399-CNZ provides a low-noise, low-power, programmable signal conditioning system capable of conditioning a variety of analog signals. It can sense and amplify small signals, and can produce outputs in both differential and single-ended forms for simplified connection and measurement. The ASIC uses on-chip mixed-signal processing algorithm to improve noise immunity as well as providing an integrated thermal compensation mechanism that ensures accurate gain conditioning over temperature. The device also contains on-chip compensation circuitry, digital-to-analog converters (DACs), on-chip temperature sensing, temperature-controlled voltage reference, user-programmable gain and offset, and differential reference outputs.The CS4399-CNZ provides a variety of options for configuring its operation, including user-programmable gains, offsets, and gains control for each input. The CS4399-CNZ can be configured for a wide range of Gain/Offset combinations to suit system requirements. The ASIC also includes adjustable offset cancellation for improved accuracy.

Conclusion

The CS4399-CNZ is an effective solution for signal conditioning and monitoring applications in industrial environments. This ASIC provides a wide range of features and a sophisticated signal conditioning IC architecture designed to reduce design time and cost while providing improved signal fidelity and accuracy. It offers a complete solution for data acquisition systems, real-time signal conditioning systems, remote monitoring systems, and the potential for artificial intelligence-based decision-making.

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