Feature

●Applications: This module is used to convert the signal to a voltage signal at the end of the current signal to detect a single chip
●Wide Supply Voltage Range: The current-voltage converter has a wide supply voltage range, and the output voltage supports multiple range
●Adjustable: Using advanced production technology, you can adjust the 0 point and full scale by yourself
●High Precision: Current signal sampling resistor adopts high precision, low temperature drift, high output precision coloring resistance
●Features: Made of high quality plastic, the current-voltage converter has high stability, excellent linearity, and industrial grade


Description

Function:
1 Wide Supply Voltage Range: The current-voltage converter has a wide supply voltage range, and the output voltage supports multiple range.
2. Adjustable: Using advanced production technology, you can adjust the 0 point and full scale by yourself.
3 Features: Made of high quality plastic, the current-voltage converter has high stability, excellent linearity, and industrial grade.
4 High Precision: Current signal sampling resistance adopts high precision, low temperature drift, high output precision coloring resistance.
5 Usage: This module is used for single chip detection by converting the signal to voltage signal at the end of the current signal transmission.


How to use:
How to use:
1 The module is wired as defined and the power supply voltage is 7-36V (if the output is 10V, the power voltage should be larger than 12V)
2. D2 light should be lit after turning on the power supply. Otherwise, please check the cable connection. The board is protected from reverse connection so the reverse connection is not burned.
3 If the current input is minimum (0mA or 4mA), adjust the 0 potentiometer to make the VOUT output minimum (0.0V or other voltage)
4 When the current input reaches the maximum value (20mA), the SPAN potentiometer is ma