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ADX101QAMSOP10

  • Ultra-small, low-power, I2C-compatible, 3300 SPS, 12-bit ADC featuring internal reference, oscillator, and programmable comparator.

Product details

  • Parameters

  • Characteristics

  • Package

  • Description

    • • AEC-Q100

    • • Small 3mm × 3mm MSOP package.

    • • Ultra-small QFN package

      2mm × 1.5mm × 0.4mm

    • • Wide power supply range

      2.0V to 5.5V

    • • Low current consumption

      145µA (continuous conversion mode)

    • • Programmable output data rate

      128SPS to 3300SPS

    • MSOP10 3mm × 6mm

      128SPS to 3300SPS

    • • Single-cycle settling

    • • Internal low-drift reference voltage

    • • Internal oscillator

      Four-pin for address option

    • • I2C interface

      Four-pin for address option

    • • Four single-ended or two differential inputs

    • • Programmable comparator

    • • Operating temperature range

      −40°C to 125°C

  • ADX101(Q) is a precision, low-power, 12-bit resolution, I2C-compatible analog-to-digital converter (ADC) available in MSOP-10 and QFN-10 packages. The high integration of ADX101(Q) helps to simplify system design complexity and cost, integrating a low-drift voltage reference, oscillator, programmable gain amplifier (PGA), and digital comparator, among other functional blocks. The internal digital filter of ADX101(Q) offers flexible output data rates ranging from 128SPS to 3300SPS. The PGA provides an input range of ±256mV to ±6.144V, enabling precise large and small signal measurements. ADX101(Q) features an input multiplexer (MUX) that allows for two differential or four single-ended input measurements. The digital comparator in ADX101(Q) can be used for under-voltage and over-voltage detection. ADX101(Q) operates in either continuous conversion mode or single-shot mode. The internal filter is single-cycle stable in both modes. After a single-shot mode conversion, the device automatically powers down; thus, significantly reducing power consumption during idle periods. Additionally, ADX101(Q) can operate over a wide supply range, making it highly suitable for sensor measurement applications where power and space are constrained.

Related applications

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