MAX19528EXE+

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The MAX19528EXE+ is a high performance, 16-bit Analog-to-Digital Converter (ADC) designed for data acquisition in a variety of medium precision applications. The ADC has an integrated serial interface, allowing it to be interfaced directly to microcontrollers, making it suitable for controlling data collection in industrial and automotive systems. It is also suitable for medical, photographic and other precision applications.

The MAX19528EXE+ is designed to filter noise and present a clean input signal for conversion. The ADC has two high-precision sample and hold capacitors, a conversion delay measurement circuit, and a programmable gain amplifier to ensure accurate and reproducible results over a wide range of input signals. The sample rate of the ADC is programmable and ranges from 100 Hz to 50kHz.

The ADC offers 3 different software selectable conversion modes, each optimized for different application requirements: average, peak, and cycle-by-cycle. Each mode provides good linearity, noise performance, and power consumption. The ADC is available in a tiny 8-pin MSOP package, making it well suited for space constrained applications. It is also available with an optional low-noise, high-frequency power supply for improved performance in critical applications.

The ADC also offers programmable gain, settling time, and output data format. The gain can be set from 2 to 128 times, allowing the ADC to cover an analog input range from 0V to the supply voltage. The settling time is adjustable from 4µs to over 200µs, depending on the gain setting and input signal frequency. The data format allows for either straight binary or two\'s complement output.

The MAX19528EXE+ ADC is a versatile solution for achieving high accuracy and repeatability in data acquisition applications. The ADC can process signals up to 50kHz with good linearity and noise performance, while consuming a low power. Its ability to program gain, settling time, and data format makes it ideal for a wide range of medium precision applications.

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