MS5175 is a high-precision, continuous conversion ADC with 4 single-ended input channels and up to 16-bit conversion accuracy. It features an integrated 2.048V reference and uses an I2C-compatible interface.
MS5192T/MS5193T are low-power, low-noise, 16-bit/24-bit ADCs with three differential input channels, suitable for high-precision measurement applications.
MS5194T/MS5195T are low-power, low-noise, 24-bit/16-bit ADCs with six differential input channels, suitable for high-precision measurement applications.
MS5198T/MS5199T are low-power, low-noise, 16-bit/24-bit ADCs with three differential input channels, suitable for high-precision measurement applications.
MS7705/MS7706 are ADCs for low-frequency measurements. They use Sigma-Delta conversion technology to achieve 16-bit no missing codes output.
MS5213T is an ADC for low-frequency measurements. It uses Sigma-Delta conversion technology to achieve 16-bit no missing codes accuracy.
MS1242/MS1243 are high-precision, wide dynamic range Sigma-Delta ADCs with an operating voltage of 2.7V to 5.25V, achieving 24-bit no missing codes conversion and up to 21-bit effective accuracy.
MS1112 is a high-precision, continuous conversion self-calibrating ADC with 2 differential or 3 single-ended input channels and up to 16-bit conversion accuracy. The integrated 2.048V reference allows a differential input range of ±2.048V.
MS1100 is a high-precision, continuous conversion self-calibrating ADC with up to 16-bit conversion accuracy. The integrated 2.048V reference allows a differential input range of ±2.048V.
