CS43198-CNZ

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Data acquisition refers to the process of gathering data from different sources for further analysis and processing. When it comes to analog signal amplitude, a Digital to Analog Converter (DAC) is needed to convert digital signals into analog signals. CS43198-CNZ is a type of DAC which is specifically designed for CompactPCI, AMC and other industrial applications. In this article, we\'ll talk about the application fields and working principle of the CS43198-CNZ.

Application Field of CS43198-CNZ

The CS43198-CNZ is designed for CompactPCI as well as Advanced Mezzanine Card (AMC) industrial applications in order to convert digital signals into analog signals. CS43198-CNZ has 16-bit resolution, 30-bit sampling rates, and 4-channel full range accuracy. It is also equipped with a fast and accurate low-latency FIFO output circuit which can be used with PCMCIA and CompactPCI systems. CS43198-CNZ provides a wide range of features such as low phase noise, high sampling performance, and low distortion and noise. Moreover, CS43198-CNZ also offers an expandable 16-channel event-driven system where any number of channels can be used in real-time applications.

CS43198-CNZ is designed to support both analog and digital data and is optimized for use in harsh environments. The onboard 10-bit SAR ADC can be used for precision measurement. The ADC supports a wide range of resolutions and sampling frequencies up to 24 kHz, which makes the CS43198-CNZ ideal for industrial applications such as noise suppression, vibration suppression and data acquisition.

CS43198-CNZ is also well suited for automotive, avionic, medical, military and other mission critical applications which have specific requirements for accuracy, stability and reliability. Moreover, CS43198-CNZ can be used in the fields of networked systems, software defined radio, spectrum analyzers and test equipments.

Working Principle of CS43198-CNZ

The CS43198-CNZ is a 16-bit resolution, 30-bit sampling rate, 4-channel full range DAC. It is based on the Sigma Delta architecture with a low-noise, low-distortion, fast and accurate output circuit. The DAC features an on-board 10-bit SAR ADC which supports a wide range of resolutions and sampling frequencies up to 24 kHz. It is also equipped with a fast and accurate low-latency FIFO output circuit which can be used with PCMCIA and CompactPCI systems.

The main working principle of the CS43198-CNZ is based on its ability to take in digital data from an ADC, and then convert it into analog signals. This process is based on a ΔΣ architecture. In ΔΣ architecture, digital data signals are converted into analog signals by taking the digital signal and then applying a digital to analog converter. After that, the converter produces analog signals which are then sent to the output stage. The CS43198-CNZ also has an analog to digital converter which is used to convert analog signals into digital signals.

The CS43198-CNZ is designed to be highly reliable and accurate. It is able to deliver sample rates of up to 30-bits, and has an overall Full Scale Range of up to 4V. The CS43198-CNZ also offers low phase noise and distortion, which makes it ideal for applications that require high precision and accuracy.

In conclusion, the CS43198-CNZ is a highly reliable, accurate and fast Digital to Analog Converter (DAC). It is suited for a variety of industrial applications such as audio, vibration suppression, noise suppression and data acquisition. The onboard 10-bit SAR ADC is also capable of providing high-precision measurements. Furthermore, the CS43198-CNZ also offer low phase noise, high sampling and low distortion and noise, making it suitable for use in various demanding applications.

The specific data is subject to PDF, and the above content is for reference