PWM Operating Modes in Nuvoton N6E003 Microcontroller. The next step is to select the PWM operation modes. Each PWM supports three operations modes - Independent, Synchronous, and Dead-Time enable ...

This tutorial is a part of series of MSP430G2 LaunchPad tutorials in which we are learning to use the MSP430G2 LaunchPad from Texas Instruments. So far we have learnt the basics of the board and have ...

You can control the brightness of these LEDs using variable resistors VR1, VR2 and VR3 respectively. Parts Needed. Arduino UNO board – 1 ; 5mm LEDs Red, Green, Blue – each 1 ; 100K Variable resistor – ...

This project demonstrates how to generate PWM (Pulse Width Modulation) signals using a PIC microcontroller. The code is written in Embedded C using MPLAB IDE, and the simulation is done in Proteus.

This project is using PWM to control the brightness of the LED lights. That is achieved by modulating the width of the pulses that are created at the microcontroller Analog output pin. Mbed NXP ...

The Pulse Width Modulation (PWM) plays an important role in controlling the circuits. If you want to control the speed of the motor PWM plays a key role. This is a project circuit in which we use PWM ...

This Light Intensity Controller Project describes how a simple circuit can be designed to control the intensity of a string of LEDs. The circuit is based on a common 555 timer IC that employs pulse ...

Learn how to implement PWM control for your VFD using a microcontroller or DSP. Follow these steps to choose your hardware, program your algorithm, and test and tune your system.

Pulse Width Modulation is definitely the preferred method of dimming an LED with a microcontroller, but we were interested in hearing about a different method called Binary Code Modulation. BCM doe… ...

During Ramp 1 time, the PWM signal's pulse width is incremented for LED 1 and decremented for LED 2. For example, let's have the ramp time equal 2 seconds and consist of 128 up/down steps. Thus ...