MAX116EAX

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Data acquisition is a scientific and engineering process that involves the utilization and conversion of data between two different forms. Analog to Digital Converters (ADC) are used in data acquisition processes to convert analog signals into digital data. The MAX116EAX is an integrated, low power, 14-bit, analog-to-digital ADC designed to convert and digitize single-ended or differentially-input analog signals into discrete digital words. With its low power design, low noise, and excellent accuracy, this device is ideal for medical, instrumentation and portable applications.

The MAX116EAX features include an intelligent on-chip zero-scale calibration and one-shot conversion circuitry for high accuracy measurements. It also includes an on-chip, low power, voltage reference and programmable input signal range. The low power design, low noise, and excellent accuracy make the MAX116EAX ideal for a wide range of applications such as medical, industrial, and portable. In addition, its small size makes it well suited for custom applications.

The MAX116EAX is a single 14-bit, low power, analog to digital converter. It operates from a single 2.7V to 5.25V power supply and can support a wide range of input voltages, both unipolar and bipolar, up to its supply voltage. The converter has differential analog input channels and an on-chip voltage reference, allowing it to digitize both single-ended and differential-input analog signals. The integrated true zero-scale calibration circuitry provides fast and accurate calibration of the converter\'s gain and offset errors, resulting in excellent linearity and accuracy.

The MAX116EAX also supports a number of input ranges including +-5V, +-25V and ground-referenced single-ended inputs. It can be configured for bipolar and unipolar input ranges. The programmable input range allows for a wide range of signal ranges to be measured. The power consumption of the MAX116EAX is remarkably low, at only 12 mW. This makes it suitable for battery and medical power-sensitive applications.

The MAX116EAX has a serial asynchronous interface, which simplifies the implementation of the ADC into system designs. The interface is controlled by two pins - Clock and Data. The asynchronous serial interface can be configured to operate in a master or slave mode, enabling it to be connected to other serial interfaces such as a SPI. The MAX116EAX also supports a variety of start, stop and data transfer methods, enabling it to be easily and quickly implemented into existing systems.

The MAX116EAX is an excellent choice for a wide range of data acquisition and instrumentation applications. With its low power design, low noise, and excellent accuracy, this device is ideal for medical, instrumentation and portable applications. Its small size and wide range of input ranges make it suitable for a variety of custom applications. The asynchronous serial interface and programmable input range enable it to be quickly and easily implemented into existing systems. The MAX116EAX is an ideal solution for a wide range of applications.

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