DC motor control with PIC16F877A and CCS C The microcontroller PIC16F877A has two CCP modules CCP1 and CCP2, these modules could be used to give us two PWM signals. In this topic we are going to see how to use […]
DC motor speed and direction control with PIC16F877A and H-bridge Read More >>
Interfacing DC motor with PIC16F84A using H-bridge We can control DC motor speed and direction using H-bridge circuit, the H-bridge circuit allows us to reverse power supply polarity and with PWM technique we can easily control the speed of the
DC Motor speed and direction control with PIC16F84A and CCS C Read More >>
DC motor interface with PIC18F4550 microcontroller It is easy to control the speed of a DC motor using PIC18F4550 microcontroller since this microcontroller has a CCP module to generate a PWM signal, and by varying the duty cycle of the
DC motor speed control with PIC18F4550 and CCS PIC C Read More >>
DC motor interfacing with PIC16F877A It is easy to control the speed of a DC motor using PIC16F877A microcontroller since this microcontroller has a CCP module to generate a PWM signal, and by varying the duty cycle of the PWM
DC Motor speed control with PIC16F877A and CCS C compiler Read More >>
Interfacing DC motor with PIC16F84A DC motor speed can be easily controlled if the microcontroller has CCP module to generate PWM (Pulse Width Modulation) signal, the speed is controlled when the PWM signal duty cycle is varied and if the
DC motor speed control using PIC16F84A and CCS C compiler Read More >>
PIC18F4550 PWM + ADC Example PIC18F4550 has one CCP module and one ECCP (Enhanced CCP) module, the CCP module which CCP2 can generate a PWM signal on pin RC1, and ECCP which is CCP1 has an enhanced PWM capabilities, but
PIC16F877A PWM ADC Example The microcontroller PIC16F877A has two CCP modules and with these modules we can generate two PWM (Pulse Width Modulation) signals PWM1 related with CCP1 and PWM2 related with CCP2. Both PWM modules use Timer2 to generate
The microcontroller PIC18F4550 has 13 ADC (Analog to Digital Converter) channels. The resolution of the PIC18F4550 ADC is 10-bit, which means the analog value after conversion is stored as a 10-bit number that varies from 0 to 1023 (0x3FF). The
The microcontroller PIC16F877A has 8 ADC (Analog to Digital Converter) channels (–PIC16F877A datasheet–). The resolution of the PIC16F877A ADC module is 10-bit, which means the analog value after conversion is stored as a 10-bit number that varies from 0 to
PIC18F4550 LCD Example This topic shows a simple example for interfacing LCD display with HD44780 controller with PIC18F4550 microcontroller using CCS PIC C compiler. In 4-bit mode there are 7 data lines between the PIC microcontroller and the LCD which
PIC18F4550 interface with LCD using CCS PIC C compiler Read More >>