Adjustable Voltage to PWM Converter Module: Digital - to - Analog Signal Controller (Voltage to PWM)

Product Overview:

🪶 The Voltage to PWM Converter Module is a versatile and efficient solution designed to seamlessly convert voltage signals to PWM (Pulse Width Modulation) and vice versa. This module operates effectively within a specified range, allowing for dynamic conversion of digital signals into precise analog outputs. It provides a robust solution for applications requiring reliable signal manipulation in automotive, industrial control systems, and various electronic projects.

🔧 Key Features:

⚡ This module excels in converting PWM digital signals into a corresponding 0-10V analog voltage output. The analog output is directly influenced by the duty cycle of the PWM signal, enabling fine-tuned control over the voltage output. Additionally, it can convert voltage inputs ranging from 0-5V or 0-10V into PWM signals with a duty cycle that is proportional to the input voltage. This two-way conversion allows flexibility for various digital and analog signal applications.

Specifications:

PWM to Voltage:

• Operating Voltage: DC 12V-30V (Minimum current requirement: > 100mA)
• PWM Input Frequency Range: 1kHz - 3kHz
• Input Level Options:
  • 4.5V to 10V (5V jumper setting, designed for standard industrial control systems such as MACH3)
  • 12V to 24V (24V jumper setting, designed for PLC interfaces)
• Conversion Range: 0%-100% PWM to 0-10V voltage output
• Accuracy Tolerance: ±5%

🧰 Voltage to PWM:

• Operating Voltage: DC 5V-12V
• Output PWM Frequency: Approximately 50kHz
• PWM Amplitude: 5V
• Conversion Range: 0-5V/0-10V to 0%-100% PWM
• Accuracy Tolerance: ±1%-3%

Pin Configuration:

PWM to Voltage:

• VCC: Power supply input (12V-30V)
• GND: Ground connection
• PWM: Positive input terminal for PWM signal
• VOUT: Output for 0-10V voltage

Voltage to PWM:

• VCC: Power supply input (5V-12V)
• VIN: Input voltage terminal (0-10V)
• PWM: Output for PWM signal

Operating Instructions:

PWM to Voltage:

💍 Upon powering the module, the output voltage will initially be 0V in the absence of an input signal. To establish a proper calibration, it is advisable to input a PWM signal with a 50% duty cycle and frequency between 1kHz and 3kHz. Connect this to the PWM and GND terminals. Utilize a multimeter to monitor the output voltage at VOUT, adjusting the onboard potentiometer until it accurately displays 5.00V. Subsequent changes in frequency may necessitate re-calibration to maintain accuracy.

🛠️ The output voltage can be manipulated by adjusting the duty cycle of the input PWM signal, and precision can be enhanced using the onboard potentiometer.

Voltage to PWM:

🛠️ To utilize the voltage to PWM conversion function, connect a suitable voltage to the VIN terminal, making sure to observe the correct polarity to prevent damage. The module accommodates two operating voltage ranges: 0-5V or 0-10V, depending on the selected mode. Adjusting the input voltage will modify the PWM duty cycle, with further precision achievable through the onboard potentiometer.