PWM (Pulse Width Modulation) Output Applications
⏱️ Estimated Duration: 20 minsMaster the configuration and application of PWM output to achieve smooth adjustment of light brightness, motor speed, etc.
📚 Learning Points
- PWM Working Principle: Explain the principle of Pulse Width Modulation (PWM) and its role in control
- PWM Electrical Parameters: Limits of NMOS output type, maximum switching load (DC36V 10A), and PWM load (DC36V 8A)
- Use as a Switch: Use as an ordinary switch output when the duty cycle is set to 0 or 100%
- Dimming Application Practical: Achieving stepless dimming of LED lights by adjusting the Duty Cycle
- Advanced Control Function Preview: Introduce advanced parameters such as frequency, pulse count, acceleration/deceleration rate, and their applications in motor control
Content in Progress
Detailed content for this section is currently being written. Please stay tuned. You can browse other completed sections or check out the MQTT Protocol Documentation .