The ACPL-C79X evaluation boards can accommodate either a ACPL-C79B (0.5% tolerance), ACPL-C79A (1% tolerance), or ACPL-C790 (3% tolerance) device on U1, to demonstrate the high linearity and lowoff set capability of Avago’s Isolation Amplifier over a wide range of input current conditions. It allows a designer to easily test the performance of the high-precision isolation amplifier in an actual application under real-life operating conditions. Many of the circuit recommendations discussed in Application Note 1078 are implemented on the board. Operation requires merely the addition of a 5V Supply and a low-resistance shunt resistor on the input side of the isolation amplifier. The board has holes for mounting a through-hole shunt, and pads for mounting a surface-mount shunt. The board may also be used for general voltage isolation without any shunt resistor.
Features
Easily test the performance of the high-precision isolation amplifier
The board has holes for mounting a through-hole shunt and pads for mounting a surface-mount shunt
The board can be used for general voltage isolation without any shunt resistor
Applications
Solar Inverters, Wind Turbine Inverters
Industrial Process Control
Data acquisition systems
Switching Power Supply Signal Isolation
General Purpose Analog Signal Isolation
Traditional Current Transducer Replacements
Current/Voltage Sensing in AC and Servo Motor Drives
The ACPL-C79X evaluation boards can accommodate either a ACPL-C79B (0.5% tolerance), ACPL-C79A (1% tolerance), or ACPL-C790 (3% tolerance) device on U1, to demonstrate the high linearity and lowoff set capability of Avago’s Isolation Amplifier over a wide range of input current conditions. It allows a designer to easily test the performance of the high-precision isolation amplifier in an actual application under real-life operating conditions. Many of the circuit recommendations discussed in Application Note 1078 are implemented on the board. Operation requires merely the addition of a 5V Supply and a low-resistance shunt resistor on the input side of the isolation amplifier. The board has holes for mounting a through-hole shunt, and pads for mounting a surface-mount shunt. The board may also be used for general voltage isolation without any shunt resistor.
Features
- Easily test the performance of the high-precision isolation amplifier
- The board has holes for mounting a through-hole shunt and pads for mounting a surface-mount shunt
- The board can be used for general voltage isolation without any shunt resistor
Applications
- Solar Inverters, Wind Turbine Inverters
- Industrial Process Control
- Data acquisition systems
- Switching Power Supply Signal Isolation
- General Purpose Analog Signal Isolation
- Traditional Current Transducer Replacements
- Current/Voltage Sensing in AC and Servo Motor Drives
