MAX1287ETA+T

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Data Acquisition - Analog to Digital Converters (ADC), such as the MAX1287ETA+T are used to digitize analog signals. This device is a single-chip Analog-to-digital Converter with an internal serial interface linked to a microprocessor. This device provides a unipolar or bipolar 12- or 10-bit resolution single-ended or differential analog voltage input with up to 4 MS/s throughput. It is designed for use in medical imaging, industrial instrumentation, and mobile communications, as well as audio/multimedia infotainment, military avionics, wireless devices, and other industrial, commercial and consumer applications.

The MAX1287ETA+T works by first sampling the analog signal, which is then digitally filtered, amplified and quantized as part of the A/D conversion process. The A/D converter then sends out a “digital output” representation of the analog signal, typically in the form of a 12-bit or 10-bit word. For example, the MAX1287ETA+T supports a 0 to +3V full scale range, with a differential or single ended analog input. Its 12-bit resolution and up to 4 MS/s throughput mode is ideal for applications such as ultrasound imaging, motor control, industrial automation, and other applications that require fast, accurate analog-to-digital conversion.

The MAX1287ETA+T meets process and voltage compatibility of the MAX1287 for use in mobile andindustrial systems. The device is designed for applications where system power supply requirements are a key part of the design. It is fabricated in a low-power process to minimize power dissipation and provides a standby options, allowing the user to minimize the power consumption without sacrificing performance. This helps minimize overall system cost.

The MAX1287ETA+T also provides a variety of features to help ensure errors do not occur in the analog-to-digital conversion process. To ensure accuracy of the data, it incorporates an offset and gain error correction, which helps maximize the dynamic range of the device, as well as signal-to-noise ratio. Additionally, the device operates over temperature and is internally frequency compensated.

These features make the MAX1287ETA+T ideally suited for applications that demand precision analog-to-digital conversion. The device can be used in a variety of medical and industrial systems, such as an ultrasound imaging system, or a mobile communications or automation-based system. The device can also be used for audio, multimedia and other consumer applications.

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