PICMICRO LED TACHOMETER CIRCUIT

Handmade pretty stylish LED display digital speedometer tacho meters. Source or assembly code pic16f874 PIC16F877 can be done with the circuit and wiring diagrams directly from the preparation given the 33-hole leds pcb layout on a plaque made analog… Electronics Projects,Β PICmicro LED tachometer CircuitΒ β€œled projects, microchip projects, microcontroller projects,

PICMICRO LED TACHOMETER CIRCUIT

Handmade pretty stylish LED display digital speedometer tacho meters. Source or assembly code pic16f874Β PIC16F877Β can be done with the circuit and wiring diagrams directly from the preparation given the 33-hole leds pcb layout on a plaque made

analog instrument into a digital tachometer with analog bargraph LEDs. The meter can measure and display a speed range from 0 rpm to 8000 rpm and higher in 250’er increments. Intermediate values ​​are indicated by a pulse-pause ratio of the next higher LED. This is admittedly a bit of getting used to when it flashes in the view, but can be improved in the software.

LED TACHOMETER CIRCUIT

The LED tachometer is based on the PIC 16F874/877 which can control the LEDs directly with its wealth of I / O pins and makes the overall circuit is therefore very simple.

Was programmed the circuit for a 4-cylinder gasoline engine. The speed is measured directly or via divider resistors at ZΓΌndspulenunterbrecher. Configured the PIC on a clock frequency of 20MHz. There were all port pins except PORTA, 0 used as LED pins. The circuit is connected to a total of 4 cables. (+ Ub, GND, CLOCK, backlight).

LED TACHOMETER CIRCUIT

FILE DOWNLOAD LINK LIST (in TXT format):Β LINKS-7897.zip

Source: PICMICRO LED TACHOMETER CIRCUIT


About The Author

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.

Leave a Comment

Your email address will not be published. Required fields are marked *

This site uses Akismet to reduce spam. Learn how your comment data is processed.