Summary of 433MHZ RF RELAY CONTROL CIRCUIT PIC16F628
This article describes a remote control system using a PIC16F628 microcontroller and 433MHz RF modules. The transmitter features 8 buttons to send commands, while the receiver utilizes the same microcontroller to drive 8 relays. The circuit operates with a 5V logic supply for the PIC and a 12V supply for the relays. It supports transmission ranges of 50–60 meters, making it suitable for remote device control.
Parts used in the RF Relay Control Circuit:
- PIC16F628 microcontroller
- 433MHz RF transceiver module
- 8 buttons (433.92 MHz)
- RF receiver module
- 8 relays
- 5V power supply
- 12V power supply
RF relay control circuit PIC16F628 microcontroller used in the donor card 433MHz RF transceiver module with 8 buttons (433.92 MHz) command is sent to the recipient. Sadder still used in the RF receiver in... Electronics Projects, 433MHz RF relay control circuit pic16f628 “microchip projects, microcontroller projects, pic16f628 projects, “
RF relay control circuit PIC16F628 microcontroller used in the donor card 433MHz RF transceiver module with 8 buttons (433.92 MHz) command is sent to the recipient. Sadder still used in the RF receiver in the receiver module and PIC16F628 has 8 relays.
The transmitter circuit in the receiver circuit relay 12v to 5v supply necessary for working with the required 5v 12v relay spot available in petite pic and relay supply in this way is equal.
RF transceiver circuits of asm, hex, schema, and pcb have all files
Even the poor quality rf modules on the market in the open 50 … 60 m considering that in many areas, making it ideal for remote device control is a useful circuit also remote control nice to have
Source: 433MHZ RF RELAY CONTROL CIRCUIT PIC16F628 alternative link: 433mhz-rf-relay-control-circuit-pic16f628.RAR
- How many buttons are on the transmitter?
The transmitter has 8 buttons. - What is the operating frequency of the RF module?
The module operates at 433.92 MHz. - How many relays does the receiver control?
The receiver controls 8 relays. - What voltage is required for the PIC microcontroller?
The PIC requires a 5V supply. - What voltage is required for the relays?
The relays require a 12V supply. - What is the estimated transmission range?
The range is approximately 50 to 60 meters. - Can this circuit be used for remote device control?
Yes, it is ideal for remote device control. - What files are included with the project?
The project includes ASM, HEX, schema, and PCB files.
