Interfacing PIC Microcontrollers to Peripherial Devices

Bohdan  Borowik holds a position as an associate professor at the Electrical & Automation Department  in Bielsko, Poland. He holds Degree of Technical  Sciences Doctor  and is a holder of  FCC license given in the USA. H posesses the long-standing practice in Hi-Tech Companies in the USA and Europe. He actually works as the lecturer in the field of processor systems. He cooperates with universities in Czech Republic. http://www.bel-borowik.com/

 

Table of contents;  Preface;  Testing board description; Test examples; Test 1. Turn the LED on for the calculated period of time. Test 2. Turn on the LEDs connected to various lines of port B; Test 3. Turn on the LEDs connected to various lines of port B; Test 4. All LEDs connected to portb blink with different frequencies; Test 5. Acoustic signal of 1 kHz frequency  generated with PWM module  ; Test 6. Morse code: PIC generated with PWM; Test 7. LED turn on after pressing switch on RB4; Test 8. Waking the device from SLEEP with RB4 interrupt-on-change; Test 9. Working with debugger. Turn the LED on for the calculated period of time. ; Test 10. Driving a 7-Segment LED Display with PIC16F628 microcontroller; Test 11. Driving a 7-Segment LED Display with PIC16F628 microcontroller (cont.); TTest 12. Interfacing a PIC microcontroller to an LCD  Hitachi DisplayTest;  13. Timer; Test 14. Dual RS232 software interface for PC and PIC microcontroller; Test 15. Matrix Keypad + serial transmission; The Stack Memory Tables, Table instructions; Data memory; The application of the PIC24FJ microcontroller with  the 240x128 LCD display and the analog accelerometer sensor; Interfacing microcontroller to Graphics display T6963C; References