PIC16F628 MULTI-MODE ENCODER, COUNTER CIRCUITS CCS C

Summary of PIC16F628 MULTI-MODE ENCODER, COUNTER CIRCUITS CCS C


This article describes a PIC16F628-based multi-mode encoder and counter circuit operating at 20MHz. It features three modes: "enc" for millimeter accuracy, "Counter" for value setting, and "disp" for decimeter display. The system detects direction via B output transitions (Low-to-High or High-to-Low) to increment or decrement counts.

Parts used in the PIC16F628 Multi-Mode Encoder:

  • PIC16F628 Microcontroller
  • Encoder Input
  • B Output Pin
  • CCS C Compiler
  • Proteus ISIS Simulation
  • Eagle PCB Design Files

Hello friends, I have done well to share with you the counter circuits as functions istedim.kısa tell. There are three mode of counter: enc: millimeter accuracy in the measurement is made. The value is set in the output data…. Electronics Projects, PIC16F628 Multi-Mode Encoder, Counter Circuits CCS C “ccs c examples, microchip projects, microcontroller projects, pic16f628 projects,

PIC16F628 MULTI-MODE ENCODER, COUNTER CIRCUITS CCS C

Hello friends, I have done well to share with you the counter circuits as functions istedim.kısa tell. There are three mode of counter:

enc: millimeter accuracy in the measurement is made. The value is set in the output data.
Counter: Counts the amount is set at the value of the output data.
disp: Meter makes measurement, shows decimeter accuracy

You can connect to the encoder input, interrupt b0 rises from 0 to 1 at the moment in a direction B output is 0 if one is going in the other direction. I do not know, but these commands can be prepared from the PLC logic business benefits

example of output at a low level to high levels (Low-to-High) transition in the B output of availability if one direction while rotating B-> LOW other direction while rotating B-> HIGH so that it becomes the direction in which return you will understand that the output of the Low-to-High transitions a If B is looking at the state variable increases HIGH, LOW detract from the

Note: PIC16F628 Set the frequency of 20MHz.

PIC16F628 COUNTER CIRCUITS SCHEMATICS

PIC16F628 COUNTER CIRCUITS SCHEMATICS

To be @ Picproj forum’s sharing all of the source files in hex ​​isis simulation eagle pcb’s ccs c code and other files

PIC16F628 COUNTER ENCODER MANUAL

PIC16F628 COUNTER ENCODER MANUAL

PIC16F628 Multi-Mode Encoder proteus isis simulation schematic proteus ares pcb and CCS C source code files download:

FILE DOWNLOAD LINK LIST (in TXT format): LINKS-5288.zip

Source: PIC16F628 MULTI-MODE ENCODER, COUNTER CIRCUITS CCS C

Quick Solutions to Questions related to PIC16F628 Multi-Mode Encoder:

  • What are the three modes of the counter?
    The modes are enc for millimeter accuracy, Counter for value setting, and disp for decimeter display.
  • How does the device determine rotation direction?
    It checks if the B output transitions from Low to High or High to Low during rotation.
  • What frequency is set for the PIC16F628?
    The frequency is set to 20MHz.
  • What happens when the B output goes from Low to High?
    The state variable increases if one direction is detected while rotating.
  • Can I access the source code files?
    Yes, CCS C code, hex files, and simulation files are available for download.
  • Which software tools are mentioned for this project?
    The project uses Proteus ISIS, Eagle PCB, and CCS C compiler.

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