The AMC0x00R-Q1 is a precision, galvanically isolated amplifier with a ±250mV,
differential input and single-ended, ratiometric output. The
input is optimized for direct connection to a shunt resistor or other low-impedance
signal source.
The isolation
barrier separates parts of the system that operate on different common-mode voltage
levels. The isolation barrier is highly resistant to magnetic interference. This
barrier is certified to provide reinforced isolation up to 5kVRMS (DWV
package) and basic isolation up to 3kVRMS (D package) (60s).
The AMC0x00R-Q1 outputs a single-ended signal proportional to the input
voltage. The full-scale output is set by the voltage applied to the REFIN pin. The
output of the AMC0x00R-Q1 is designed to connect
directly to the input of an ADC. Connect REFIN to the same reference voltage as the
ADC to match the dynamic input voltage range of the ADC.
The AMC0x00R-Q1 comes in 8-pin, wide- and narrow-body SOIC packages, and is
fully specified over the temperature range from –40°C to +125°C.
The AMC0x00R-Q1 is a precision, galvanically isolated amplifier with a ±250mV,
differential input and single-ended, ratiometric output. The
input is optimized for direct connection to a shunt resistor or other low-impedance
signal source.
The isolation
barrier separates parts of the system that operate on different common-mode voltage
levels. The isolation barrier is highly resistant to magnetic interference. This
barrier is certified to provide reinforced isolation up to 5kVRMS (DWV
package) and basic isolation up to 3kVRMS (D package) (60s).
The AMC0x00R-Q1 outputs a single-ended signal proportional to the input
voltage. The full-scale output is set by the voltage applied to the REFIN pin. The
output of the AMC0x00R-Q1 is designed to connect
directly to the input of an ADC. Connect REFIN to the same reference voltage as the
ADC to match the dynamic input voltage range of the ADC.
The AMC0x00R-Q1 comes in 8-pin, wide- and narrow-body SOIC packages, and is
fully specified over the temperature range from –40°C to +125°C.