Tutorial: AMC1100DWV / AMC1300DWV
Converts a physical quantity into a signal for a measuring circuit.
Sensors
Quick documentation & first test preparation
- Identify component AMC1100DWV and its package.
- Check the measured quantity, useful range and calibration method.
- Identify the output interface and compatible electrical levels.
- 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.
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.
Inputs and outputs must match the function described in the selected reference’s documentation.