AMC1303M2520DWVR

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The AMC1303M2520DWVR is a special purpose data acquisition device with a range of applications and working principles. This integrated circuit is designed for low-speed precision analog-to-digital and digital-to-analog converter. It is suitable for various applications such as voltage-to-frequency converter, digital gain and constant current monitoring, digital isolation and power supply isolation.

The suitable operating condition for this device is a temperature range from -40℃ to 85℃ and a power supply voltage from 5 to 20V. The device has an on-chip high-precision, low-power, low-voltage rail-to-rail transmission amplifier for high accuracy data acquisition. It also features a low-power, low-voltage, rail-to-rail differential amplifier for noise reduction and high accuracy signal processing. The device is suitable for many applications such as medical device, industrial process control, precision measurement and automation systems.

The AMC1303M2520DWVR utilizes a differential sampler mechanism in which a voltage signal is converted into the displacement of a sample capacitor, which is then sampled. This differential sampler has excellent noise immunity and Linearity performance, allowing for accurate data acquisition. The device is designed for sampling modes including single-ended and differential as well as single—and two-point calibration methods. It offers high resolution with 12-bit resolution, low offset of 2mV, low noise of 1.2uV and high speed operation up to 200 kHz.

The AMC1303M2520DWVR also has a fast, low-power operation with a typical current demand of only 1.8mA. In addition, it has an on-chip clock oscillator and on-chip Flash ROM to provide several programmable clock settings and memory. The device is capable of continuous data acquisition with low power consumption and wide dynamic range. It is compatible with various interfaces, including digital buses such as SPI, UART, I2C, and parallel digital bus.

The AMC1303M2520DWVR is a powerful integrated circuit for data acquisition, much faster than traditional sampling methods. This special purpose device provides high signal accuracy, high data rate and low power consumption for many applications including ATE and signal acquisition and analysis systems. The device is designed for cost-sensitive applications, offering high performance and excellent price/performance ratio.

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