Home > Electronic Components > PWM to voltage PWM to 0-5v 0-10v low frequency 5 ~ 500Hz linear conversion transmitter module

PWM to voltage PWM to 0-5v 0-10v low frequency 5 ~ 500Hz linear conversion transmitter module

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PWM to voltage PWM to 0-5v 0-10v low frequency 5 ~ 500Hz linear conversion transmitter module
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  • PWM to voltage PWM to 0-5v 0-10v low frequency 5 ~ 500Hz linear conversion transmitter module
  • PWM to voltage PWM to 0-5v 0-10v low frequency 5 ~ 500Hz linear conversion transmitter module
  • PWM to voltage PWM to 0-5v 0-10v low frequency 5 ~ 500Hz linear conversion transmitter module
  • PWM to voltage PWM to 0-5v 0-10v low frequency 5 ~ 500Hz linear conversion transmitter module
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  • PWM to voltage PWM to 0-5v 0-10v low frequency 5 ~ 500Hz linear conversion transmitter module
  • PWM to voltage PWM to 0-5v 0-10v low frequency 5 ~ 500Hz linear conversion transmitter module
  • Description
PWM to voltage module
 
This is a linear conversion module, and the PWM data output by the internal chip is expressed by the voltage signal.
 
Module parameters
 
1. Supply voltage: 9V to 24V
 
2. Signal input voltage range: 4 ~ 24V
 
3.signalInput frequency range: 5Hz ~ 500Hz
 
4.signalInput duty range: 0 ~ 100%
 
5. Output voltage: 0.00V ~ 5.00V / 0.00V ~ 10.00V
 
6. Input method: J1 pad on the circuit board: open by default, not used yet.
 
7. Output method: J2 pad on the circuit board: open circuit (output 0.00V to 5.00V); short circuit (output 0.00V to 10.00V), the default is open circuit.
 
8. Application: remote data acquisition and control equipment;
 
9. Size: (length) 26mm * (width) 23mm * (height) 10mm
 
10. Module interface:
 
24V: positive power connector (9V to 24V).
G: Power ground interface.
IN: Signal input positive connector.
G: signal input negative connector.
OUT: Signal output interface (0.00V to 5.00V / 0.00V to 10.00V).
G: Power ground interface.
 
Note: When outputting 0.00V to 10.00V, the power supply voltage must be 15V.
 
Output (0.00V ~ 5.00V) Resolution: 0.050V / D (V / per duty)
 
Output (0.00V ~ 10.00V) Resolution: 0.100V / D (V / per duty)
 
Calculate the measured duty cycle formula: (output voltage (V) / resolution) = duty cycle (%).
 
Example: Output (0.00V ~ 5.00V) Output is 2.5V
 
(2.5 (V) /0.05) = 50 (%).

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