Summary of PIC16F84 KING RIDER CIRCUIT
This article describes a King Rider LED effect circuit using the PIC16F84 microcontroller and LM358 op-amp. The system controls LED speed and brightness via a 50k potentiometer and offers selectable patterns through different operating modes. Power is supplied by a 12V DC source, regulated to 5V for the microcontroller using a 7805 IC, while a BC328 transistor drives the LEDs.Parts used in the KING RIDER CIRCUIT:
- PIC16F84 Microcontroller
- LM358 Op-amp
- LEDs
- 50k Potentiometer
- BC328 Drive Transistor
- 7805 Regulator IC
- DC 12V Supply Voltage
king rider led effect circuit pic 16f84 and LM358 based on LEDs burning speed and brightness 50k potentiometer with ayarlanabiiy the “Pattern select” but with the different operating modes can only be undertaken drive transistor bc328 circuit supply voltage... Electronics Projects, PIC16F84 king rider circuit "led projects, microchip projects, microcontroller projects, pic assembly example, pic16f84 projects,
king rider led effect circuit pic 16f84 and LM358 based on LEDs burning speed and brightness 50k potentiometer with ayarlanabiiy the “Pattern select” but with the different operating modes can only be undertaken drive transistor bc328 circuit supply voltage dc 12v opamp and microcontroller supply 7805 (5 volt) regulator IC provided with
KING RIDER CIRCUIT
Source: http://www.siliconchip.com.au/cms/A_30589/article.html
PIC16F84 king rider circuit schematic pcb source code alternative link:
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Source: PIC16F84 KING RIDER CIRCUIT
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What components are used in the King Rider circuit?
The circuit uses a PIC16F84 microcontroller, LM358 op-amp, LEDs, a 50k potentiometer, a BC328 drive transistor, and a 7805 regulator IC. -
How is the LED burning speed adjusted?
The burning speed and brightness are controlled using a 50k potentiometer. -
Can the operating pattern be changed?
Yes, the Pattern select allows for different operating modes to be undertaken. -
What voltage is required for the circuit supply?
The circuit requires a DC 12V supply voltage. -
How is the microcontroller power regulated?
A 7805 regulator IC is provided to supply the op-amp and microcontroller with 5 volts. -
Which transistor is used to drive the LEDs?
A BC328 transistor is used to undertake the drive function for the LEDs.
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