KNACRO PWM-to-Voltage Module 0% -100% PWM Converted to 0-10V Voltage (PWM-to-Voltage)

KNACRO PWM-to-Voltage Module 0% -100% PWM Converted to 0-10V Voltage (PWM-to-Voltage)

• PWM-to-voltage module able to convert the digital PWM signal into an analog signal 0 ~ 10V.
• PLC can be used for industrial control panel or other signal interface switching, by adjusting the PWM duty cycle to regulate the output voltage.
• Under the module size, easy to use in different places.
• Embedded microcontroller technology. Easy to operate, you can fine-tune the potentiometer.
• Take the PWM signal input level range by short-circuiting. Module Working voltage: DC12V ~ 30V (Power Requirements: greater than 100mA), PWM signal receiving frequency range: 1KHz ~ 3KHz.

Module Working voltage: DC12V ~ 30V; (Power Requirements: greater than 100mA).<br> PWM signal receiving frequency range: 1KHz ~ 3KHz.<br> 4.5V to 10V peak to peak level, jumper inserted at 5V. Class level signal mainly for general industrial control card (such as MACH3 board), 5V CPU interface;<br> 10V to 24V peak to peak level, jumper inserted at 24V. Class level signal mainly for conventional PLC interface.<br> Conversion range: 0% ~ 100% PWM converted to 0 ~ 10V voltage.<br> Tolerance: 5%.<br> Size：33*33*16mm(L*W*H).<br> Weight:11g.<br> Interface Description:<br> VCC: Power supply 12V ~ 30V.<br> GND: Power supply ground.<br> PWM: PWM input signal positive.<br> GND: the input signal negative terminal.<br> VOUT: Output voltage 0 ~ 10V.<br> GND: output voltage ground.<br> Instructions:<br> After the electrical connection, there is no output signal, the output 0V, the input output only. The first time power on, it is best to do a calibration: Get a 50% duty cycle signal access to PWM, GND. Relative amplitude corresponding jumper. Frequency 1KHz ~ 3KHz, measured with a multimeter VOUT, GND two ports, then the table is displayed at 5V, adjust the potentiometer board, the display on the multimeter at 5.00V. This allows the calibration of the correspondence between the pulse signal and modules.<br> When the frequency is changed, the corresponding relationship may be offset needs to be recalibrated.<br> By adjusting the duty cycle to regulate the output voltage.<br> Accuracy can be controlled by adjusting potentiometer.<br>