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MCP3912
  • MCP3912
  • MCP3912

MCP3912

Not Recommended for new designs

The MCP3912 errata has been addressed with a silicon change resulting in an update to the part number (MCP3912B). Although there are no plans to discontinue the MCP3912, new designs would be best served by using the newer device. The MCP3912B is particularly a better choice for systems sensitive to power consumption, as a circuit level resolution to one of the errata has been rendered unnecessary.We welcome questions, comments and recommendations for improvements to this page - please contact us at: ADCwebrequests@microchip.com if you have any; please mention the part number in the email subject header....

Microchip Technology MCP3912 Product Info

16 April 2026 0

Parameters

Resolution

24

Sample Rate kSPS Max

125

Input Channels Differential

4

SNRtyp

94

SFDR typ

112

ENOB

15.2

INL Typ LSB

5

Features

  • Four Simultaneous Sampling 24-bit Delta-Sigma A/D Converters
  • 93.5 dB SINAD, -107 dBc THD, 112 dBFS SFDR
  • Enables 0.1% Typical Active Power Measurement Error over a 10,000:1 Dynamic Range
  • 2.7V - 3.6V AVDD, DVDD
  • 16-Bit CRC Checksum and Interrupt Alert
  • Oversampling Ratio up to 4096
  • Register Map Lock
  • Ultra Low Power Shutdown Mode with <10 µA
  • -122 dB Crosstalk between the Two Channels
  • Differential Voltage Reference Input Pins
  • High Gain PGA on Each Channel (up to 32V/V)
  • Separate Data Ready Pin for Easy Synchronization
  • Individual 24-bit Digital Offset and Gain Error Correction for Each Channel
  • Continuous Read/Write Modes for Minimum Communication
  • Available in 28-Lead QFN and SSOP Packages
  • Extended Temperature Range: -40°C to +125°C
  • AEC-Q100 Grade 1
  • Description

    The MCP3912 errata has been addressed with a silicon change resulting in an update to the part number (MCP3912B). Although there are no plans to discontinue the MCP3912, new designs would be best served by using the newer device. The MCP3912B is particularly a better choice for systems sensitive to power consumption, as a circuit level resolution to one of the errata has been rendered unnecessary.


    We welcome questions, comments and recommendations for improvements to this page - please contact us at: ADCwebrequests@microchip.com if you have any; please mention the part number in the email subject header.

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