ICL3243CV

Introduction to ICL3243CV

The ICL3243CV is a low-power, low-voltage, multiplicity data converter specifically designed to handle the demanding requirements of modern high-speed communication systems. The device features a high-speed delta-sigma modulator with integrated low-pass filter, clock buffer, and temperature-compensated reference buffer, making it well suited for applications requiring high precision and low distortion. The ICL3243CV is available in several package options, including expanded plastic, BGA, and chip-scale packages.

Application Field and Working Principle of ICL3243CV

Application Field of ICL3243CV

The ICL3243CV is used in a variety of applications requiring high precision and low distortion. The device is ideal for high-speed communications systems requiring signal conversion between analog and digital systems. The ICL3243CV is used in high-speed applications such as automotive audio systems, wireless local area networks (WLANs), high-speed modems, and high-definition television (HDTV).

Working Principle of ICL3243CV

The ICL3243CV device is a high-speed delta-sigma data converter consisting of a low-power, low-voltage, multiplicity data converter with a high-speed delta-sigma modulator. The device integrates low-pass filter, clock buffer, and temperature-compensated reference buffer to obtain the best accuracy and precision in signal conversion. The ICL3243CV can be configured to convert input signals into eight-bit, ten-bit, or sixteen-bit digital output signals with minimal distortion. In addition, it features an integrated clock buffer to provide an additional accuracy of +/- 200 ppm with an internal oscillator or an external reference signal.

The ICL3243CV device operates on a 3.3-V supply voltage and supports a wide operating temperature range from -40°C to +85°C. This makes it suitable for applications in rugged environments. The device features low jitter values, integrated input stages and high-speed data converters, and low power consumption. The ICL3243CV also includes integrated diagnostics for monitoring and troubleshooting system performance and a sensitive switching point that minimizes digital quantization errors. The device is also compatible with most common control and digital signal processor (DSP) architectures.

Conclusion

The ICL3243CV is a low-power, low-voltage, multiplicity data converter designed to handle the demanding requirements of modern high-speed communication systems. The device integrates a high-speed delta-sigma modulator, low-pass filter, clock buffer, and temperature-compensated reference buffer to provide high precision and low distortion signal conversion. The ICL3243CV is suitable for use in applications requiring signal conversion between analog and digital systems, such as automotive audio systems, WLANs, modems, and HDTV. The device features a 3.3-V supply voltage, wide operating temperature range, low jitter, integrated input stages and data converters, and low power consumption.