Two Digit 7 Segment display CC counting 0-99 using proteus ,pic16f877a and Mikro c | MikroConroller
429 بار بازدید -
12 ماه پیش
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Circuit Setup:Set up your Proteus
Circuit Setup:
Set up your Proteus project and create the circuit. Place a PIC16F877A microcontroller and a two-digit 7-segment display on the schematic. Connect the appropriate pins of the microcontroller to the corresponding pins of the 7-segment display based on the datasheets.
MikroC Code:
Write the MikroC code to control the counting and display on the 7-segment display.
Define an array arraycc[] that holds the binary patterns to display digits 0 to 9 on the 7-segment display in common cathode configuration.
Inside the main() function:
Initialize the required ports and settings. Set the display pins as output and clear them initially.
Enter an infinite loop using while(1) to continuously count and display.
Within the loop, use a for loop to count from 0 to 99.
Extract the tens and ones digits using division and modulo operations.
Set the appropriate 7-segment display pattern from the digitPatterns[] array and enable the corresponding display segment pins.
Add a delay to control the display duration.
Disable the segment pins after the delay.
Compile and Load:
Compile the MikroC code. Once compiled, generate the HEX file.
Load HEX File:
Load the compiled HEX file into the microcontroller in the Proteus simulation. This is typically done by double-clicking the microcontroller and selecting the HEX file.
Simulation:
Start the simulation in Proteus. The code will execute, and you will see the two-digit 7-segment display counting from 00 to 99 repeatedly on the simulated display.
Keep in mind that this description is a general overview. The actual pin configurations, display patterns, and timing parameters may vary based on the specific microcontroller, 7-segment display, and simulation settings you are using. Always refer to the datasheets of your components for accurate pin connections and specifications.
Set up your Proteus project and create the circuit. Place a PIC16F877A microcontroller and a two-digit 7-segment display on the schematic. Connect the appropriate pins of the microcontroller to the corresponding pins of the 7-segment display based on the datasheets.
MikroC Code:
Write the MikroC code to control the counting and display on the 7-segment display.
Define an array arraycc[] that holds the binary patterns to display digits 0 to 9 on the 7-segment display in common cathode configuration.
Inside the main() function:
Initialize the required ports and settings. Set the display pins as output and clear them initially.
Enter an infinite loop using while(1) to continuously count and display.
Within the loop, use a for loop to count from 0 to 99.
Extract the tens and ones digits using division and modulo operations.
Set the appropriate 7-segment display pattern from the digitPatterns[] array and enable the corresponding display segment pins.
Add a delay to control the display duration.
Disable the segment pins after the delay.
Compile and Load:
Compile the MikroC code. Once compiled, generate the HEX file.
Load HEX File:
Load the compiled HEX file into the microcontroller in the Proteus simulation. This is typically done by double-clicking the microcontroller and selecting the HEX file.
Simulation:
Start the simulation in Proteus. The code will execute, and you will see the two-digit 7-segment display counting from 00 to 99 repeatedly on the simulated display.
Keep in mind that this description is a general overview. The actual pin configurations, display patterns, and timing parameters may vary based on the specific microcontroller, 7-segment display, and simulation settings you are using. Always refer to the datasheets of your components for accurate pin connections and specifications.
12 ماه پیش
در تاریخ 1402/06/09 منتشر شده
است.
429
بـار بازدید شده