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Data Acquisition - Analog to Digital Converters (ADC)

The MAX1084BCSA is a low power, high performance, 12-bit analog-to-digital converter (ADC) with step sizes of 0.254V and 0.127V providing super linearity, accuracy and low power consumption. The device operates from a single 2.7V to 5.5V power supply, does not need any calibration, can process input signals from 0 to VCC and responds quickly (65MHz with a 10KHz signal resolution). It also offers a practical alternative to other high precision applications.

MAX1084BCSA Application field

The MAX1084BCSA is a device with strong technological performance. It is suitable for applications that require high precision, such as medical device instrumentations, laboratory instrumentations, as well as embedded systems such as smart/IoT sensors, or any other type of application that needs to record and process data with high accuracy.

MAX1084BCSA Working Principle

The MAX1084BCSA works according to the standard ‘Delta-Sigma’ ADC ultra-low power conversion technique. A differential input signal is converted into a stream of digital values, kept in a serial input digital format, which is then processed into the output code. The result is an error-free signal conversion from the analog to the digital range. The high linearity and low power consumption of the MAX1084BCSA make it an attractive solution for any application that requires conversion of an analog signal to a digital representation.

Conclusion

The MAX1084BCSA is a low power, high performance device with excellent linearity and accuracy. Its ultra-low power conversion technique makes it suitable for low power embedded applications, e.g. IoT sensors. The use of the device is widespread in any application that needs to record and process data with high accuracy.

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