Feature

●√【Standard Function】This digital analog module enters a 0-100% PWM signal, the level is 3.3V and the output voltage is 0-10V.
●√【Multifunctional Application】The PWM signal to voltage converter can convert 0-100% PWM digital signals into analog signals.
●Reliability: the power supply of the PWM converter module has a reverse polarity protection function. Ensure a safe and stable working environment.
●Adjustable frequency: the reception frequency range of the signal of the PWM rotary voltage module is 100 Hz to 3 kHz (recommended 1 to 3 kHz) and the output power is about 10 mA.
●Application: This digital converter module can be widely used in switching signal interfaces of PLCs, microcontrollers or other industrial control boards.


Description

Specification:

1. Model: 3.3P-5V.

Function: input 0-100% PWM signal with 3.3V level, output 0-10V voltage

2. PWM signal reception frequency range: 100 Hz to 3 kHz (1 to 3 kHz are recommended)

3. Plug in the jump pin at 5 V.

4. Analog voltage output: The following output voltage of 0-10V is for illustration purposes

If there is no input signal after switching on, the output is 0V.

When switched on for the first time, calibration can be performed: enter a signal with 50% duty cycle and 3.3 V amplitude in DIN and DIN +. The frequency is 1-3 kHz. Use a multimeter to measure two of AO and GND. Adjust the potentiometer on the board so that the multimeter shows 5.40V. This calibrates the corresponding relationship between the pulse signal and this module. The resolution of this module is 0.1 V. The output current capability is 10mA. If the percentage of the duty cycle is inversely related to voltage, you can select the STEP LOW, ACTIVE check box to set the pins of the PWM output in the software.

5. Supply voltage: 15-30 VDC (power supply requirement: > 100 mA), 12 V adaptable.

6. Output power: approx. 10 mA.

7. Mounting method: 4 x M3 screw hole.

Port:

1. DIN +: Positive of PWM signal (connect to PWM signal when cathode is shared; connect to 3.3V of the signal connection when anode is common)

2. DIN: negative of PWM signal (connect to GND when cathode is shared; connect to PWM signal when anode is common)

3. 12-30V: Positive of power supply.

4. GND: mass of power supply

5. GND: Power supply ground. It is equipped with the mass of the power supply.