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PIC16F877 NOKIA 3310 LCD DISPLAY IR REMOTE RC5 CONTROL

Remote control circuit nokia 3310 LCD screen used in the PIC16F877 microcontroller can be used rc5 protocol detailed frequency information is also given on...

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Tags: #lcd#nokia#remote
Muhammad Bilal By Muhammad Bilal
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CategoryLCD & Display Projects
PIC modelPIC16F877A
IncludesDownload files
Reading time~2 min

Summary of PIC16F877 NOKIA 3310 LCD DISPLAY IR REMOTE RC5 CONTROL

This project implements a multiprotocol IR remote control using a PIC16F877 microcontroller and optional Nokia 3310 graphic LCD. It supports RC5, NEC, SIRCS, Samsung and more, includes learning capability, low-power sleep, EEPROM storage, and provides Eagle PCB and schematic files plus CCS C source code and drivers for display, IR read, and EEPROM.

Parts used in the PIC16F877 Nokia 3310 LCD Display IR Remote RC5 Control:

  • PIC16F877 or PIC16LF877-04/L (4 MHz PLCC)
  • Nokia 3310 graphic LCD (LPH-7779) — optional
  • 24LC256 EEPROM (low power)
  • TSOP34836 IR receiver (low voltage)
  • IR LED
  • 74HC148 encoder (SMD)
  • 5 optional LEDs
  • Printed circuit board (PCB) (Eagle files provided)
  • CCS C source files: 011_28.c, 16F877_mb.h, nokia_3310_mb.c, ir_read_mb.c, 24256_mb.c

Remote control circuit nokia 3310 LCD screen used in the PIC16F877 microcontroller can be used rc5 protocol detailed frequency information is also given on other control systems. Printed circuit board pcb eagle and schema files as well as resources... Electronics Projects, PIC16F877 Nokia 3310 LCD Display IR Remote RC5 Control "ccs c examples, microchip projects, microcontroller projects, pic16f877 projects,

PIC16F877 NOKIA 3310 LCD DISPLAY IR REMOTE RC5 CONTROL

Remote control circuit nokia 3310 LCD screen used in the PIC16F877 microcontroller can be used rc5 protocol detailed frequency information is also given on other control systems. Printed circuit board pcb eagle and schema files as well as resources available in CCS C code through 011_28.c, 16F877_mb.h, nokia_3310_mb.c, ir_read_mb.c, 24256_mb.c

PIC16F877 INFRARED REMOTE CONTROL

NEC SIRCS JAPAN RC5 SAMSUNG compatible, multiprotocol infrared remote control Replaces up to 6 existing remote controls into one. With manual learning function, LED display and/or LCD. 2V6-3V2, low power (sleep function) More protocols will be added later if needed (DENON-DAEWOO,MOTOROLA,RECS80.)

PIC16LF877-04/L (4Mhz PLCC Package), 24LC256 EEPROM (low power), 74HC148 encoder (SMD), optional Nokia 3310 graphic LCD (LPH-7779), IR LED, 5 optional LEDs, TSOP34836 IR receiver (low voltage)

PIC16F877 INFRARED REMOTE CONTROL

Source: www.techdesign.be PIC16F877 Nokia 3310 LCD Display IR Remote RC5 Control alternative link:

FILE DOWNLOAD LINK LIST (in TXT format): LINKS-2273.zip

Source: PIC16F877 NOKIA 3310 LCD DISPLAY IR REMOTE RC5 CONTROL

  • What microcontroller is used in the project?
    The project uses a PIC16F877 or PIC16LF877-04/L microcontroller.
  • Can the project use a Nokia 3310 LCD?
    Yes, an optional Nokia 3310 graphic LCD (LPH-7779) can be used.
  • Which IR protocols are supported?
    Supported protocols include RC5, NEC, SIRCS (Japan), Samsung, and more with planned additions.
  • Is there EEPROM storage in the design?
    Yes, a 24LC256 low power EEPROM is used for storage.
  • Does the project include PCB and schematic files?
    Yes, Eagle PCB and schematic files are available for the project.
  • Are source code and drivers provided?
    Yes, CCS C source files and drivers are provided, including 011_28.c, 16F877_mb.h, nokia_3310_mb.c, ir_read_mb.c, and 24256_mb.c.
  • Which IR receiver is specified?
    The TSOP34836 low-voltage IR receiver is specified.
  • Does the design support learning remote functions?
    Yes, the project includes a manual learning function to replace multiple remotes.
  • Are power-saving features included?
    Yes, the design mentions low power operation with a sleep function at 2.6–3.2 V.
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Muhammad Bilal

Muhammad Bilal

I am a highly skilled and motivated individual with a Master's degree in Computer Science. I have extensive experience in technical writing and a deep understanding of SEO practices.