Adjustable PWM to 0 - 10V Voltage Converter Module for Digital to Analog Signal Conversion (PWM to Voltage)

PWM to Voltage Converter Module: 0%-100% to 0-10V for PLC and MCU Applications

🛠️ This versatile module is designed for seamless voltage and PWM conversion, transforming PWM digital signals into analog voltage outputs ranging from 0 to 10 volts. By finely tuning the PWM duty cycle, users can effectively control the output voltage, allowing for precise adjustments between 0V and 10V. The module accepts pulse-width modulation (PWM) inputs with a duty ratio configuration that extends from 0% to 100%, making it highly adaptable across various applications.

📦 Compact and Easy to Integrate: The compact design ensures that this module can be easily integrated into a variety of projects and systems, making it a valuable addition to both industrial and hobbyist setups.

Product Specifications:

• PWM Conversion Voltage: Converts PWM signals to a voltage range of 0-10V.
• Operating Voltage: DC 12V-30V; ensuring robust performance (requires a minimum of 100mA).
• PWM Signal Frequency Range: Compatible with PWM signals between 1kHz to 3kHz.
• Input Level Range: Accepts a peak-to-peak voltage between 4.5V and 10V (configurable for standard industrial control cards) or between 12V and 24V for PLC interfaces (via a jumper setting).
• Conversion Accuracy: Provides a conversion range with an allowable error of 5%.

💍 Voltage to PWM Conversion:

• Operating Voltage: DC 5V-12V.
• Output PWM Frequency: Approximately 50kHz with a PWM amplitude of 5V.
• Voltage Conversion Range: Adjusts voltage levels between 0-5V and 0-10V, translating these into PWM signals with a duty cycle from 0% to 100%.

Connection Overview:

• VCC: Power supply connection (12V to 30V).
• GND: Ground connection for the power supply.
• PWM: Positive input for the PWM signal; includes a negative input connection labeled GND.
• VOUT: Output connection delivering a voltage output in the range of 0-10V.
• Output GND: Ground connection for the output voltage.

🛠️ This module is ideal for applications requiring precision analog control, such as automation systems, robotics, and other electronic projects, providing users with reliable and adaptable signal conversion capabilities.