current turn voltage module 0-20mA current turn 0-5V voltage
Overview
LC current turn voltage module LC-A2V put current signal（0-20mA）turn to voltage signal （0-5V）output.
Function features
1.MCU embedded technology.
2.Implement industrial standard (0 ~ 20 mA) on the current transformation on the industry standard voltage (0 ~ 5 v).
3.The drive ability MAX15MA, linear output.
4.The output signal can be directly connected AD converter.
5.Can be connected with the AD function with single chip microcomputer.
6.Convenient module is small, easy to carry and use.
7.Module working voltage: DC10 - 30V
8.Conversion range: 0 ~ 20 mA current transformation of 0- 5V voltage.
Hardware introduction
VCC: work power 10 - 30V
The power to GND: work
CIN: 0-20mA input current
GND: input current negative side
VOUT: 0-5 v output voltage
GND: output voltage
Instructions: the working voltage VCC &GND, not reverse connection, in order to avoid damage to the board and components.
Access control current in CIN end, on the output side there is a corresponding voltage output.
If the corresponding relations between current and voltage deviation can be calibrated by adjusting the potentiometer.
LC current turn voltage module LC-A2V put current signal（0-20mA）turn to voltage signal （0-5V）output.
Function features
1.MCU embedded technology.
2.Implement industrial standard (0 ~ 20 mA) on the current transformation on the industry standard voltage (0 ~ 5 v).
3.The drive ability MAX15MA, linear output.
4.The output signal can be directly connected AD converter.
5.Can be connected with the AD function with single chip microcomputer.
6.Convenient module is small, easy to carry and use.
7.Module working voltage: DC10 - 30V
8.Conversion range: 0 ~ 20 mA current transformation of 0- 5V voltage.
Hardware introduction
VCC: work power 10 - 30V
The power to GND: work
CIN: 0-20mA input current
GND: input current negative side
VOUT: 0-5 v output voltage
GND: output voltage
Instructions: the working voltage VCC &GND, not reverse connection, in order to avoid damage to the board and components.
Access control current in CIN end, on the output side there is a corresponding voltage output.
If the corresponding relations between current and voltage deviation can be calibrated by adjusting the potentiometer.
