ADC1410S065F1-DB

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Analog to Digital Converters (ADCs) are essential components used to convert analog signals to digital outputs. The ADC1410S065F1-DB is a high-precision and low-power 16-bit successive approximation register (SAR) analog-to-digital converter (ADC), that draws at 170 uA from a 1.8 V supply and clocks at 1 MHz.

Application Field

The ADC1410S065F1-DB is most widely used in portable and IoT applications such as any kind of communication requiring device measurement and analog processing, data acquisition systems, medical diagnostics, analog signal protection, automotive requirements, and energy management. For example, in medical diagnostics, its low-power and high-precision features are particularly suitable for body sensor network applications which require energy efficient solutions.

Working Principle

The principle of operation of ADC1410S065F1-DB is based on successive approximation register architecture, which means that offset and gain errors are intrinsically corrected. It works by repeatedly comparing the input voltage with an internal reference voltage. At each comparison, a bit of the output digital code is decided until the full-scale range (FSR) is achieved.

The ADC1410S065F1-DB includes an internal high-speed clock oscillator and an internal track-and-hold (T&H) amplifier, making it suitable for a wide range of applications. The digital core architecture is designed for high performance and is capable of achieving 110dB of SNR and -105dB THD at 6.4-MSamples/s.

The ADC1410S065F1-DB also contains many features and functions to make the design process of the application easier and simpler. These include an input multiplexer, a digital filter and decimation module, an embedded voltage reference, a pseudo differential amplifier and a temperature monitor.

Conclusion

The ADC1410S065F1-DB is a high-precision, low-power, 16-bit SAR ADC. It is widely used for analog-to-digital signal conversion in portable and IoT application such as communication devices, data acquisition systems, and medical diagnostics. Its operating principle relies on successive approximation register architecture and many features are included for improved functionality and ease-of-use.

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