AMC1100DWV / AMC1300DWV

Converts a physical quantity into a signal for a measuring circuit.

Tutorial / documentation

Sensors

Quick documentation & first test preparation

  1. Identify component AMC1100DWV and its package.
  2. Check the measured quantity, useful range and calibration method.
  3. Identify the output interface and compatible electrical levels.
  4. Consult the application circuit in the linked documentation before testing.

AMC1100DWV

Fully-differential isolated amplifier, fixed gain = 8, peak isolation voltage 4250V, transient immunity 2.5kV/us, UL1577/IEC60747-5-2 approved, SOIC-8

  • Fully-differential isolated amplifier, fixed gain = 8, peak isolation voltage 4250V, transient immunity 2.5kV/us, UL1577/IEC60747-5-2 approved, SOIC-8
  • Check the measured quantity, useful range and calibration method.
  • Identify the output interface and compatible electrical levels.
  • The manufacturer’s pinout and absolute limits take precedence over this page.
Technical documentation

AMC1300DWV

Fully-differental isolated amplifier, ±250-mV Input, reinforced isloation, fixed gain = 8.2, peak isolation voltage 7071V, transient immunity 15kV/us, UL1577/VDE V 0884-11 approved, SOIC-8

  • Fully-differental isolated amplifier, ±250-mV Input, reinforced isloation, fixed gain = 8.2, peak isolation voltage 7071V, transient immunity 15kV/us, UL1577/VDE V 0884-11 approved, SOIC-8
  • Check the measured quantity, useful range and calibration method.
  • Identify the output interface and compatible electrical levels.
  • The manufacturer’s pinout and absolute limits take precedence over this page.
Technical documentation