This ADC is designed with a 24-bit resolution for low-power sensor applications, highlighting its suitability for environments requiring high precision and low energy consumption. With a sampling rate of 19.2Ksps, the Sigma Delta ADC efficiently converts weak analog signals into precise digital data, ensuring high fidelity for sensor readings.
By utilizing SMIC's 180nm process technology, the device integrates advanced sigma-delta modulation to filter noise effectively and maintain signal integrity. Its low-power operation mode makes it ideal for battery-powered or energy-constrained environments, such as wearable devices or remote sensing applications. The ADC's precision and adaptability make it a reliable choice when exacting standards are needed without compromising power efficiency.
The ADC's robust design supports accurate data acquisition across diverse temperature and operating conditions, maintaining reliability in data-driven systems. This capability makes the ADC an invaluable tool for engineers seeking reliable measurements in low-power systems, ensuring outstanding signal clarity and accuracy in the transcription of analog input to digital output.
