Summary of TSA5511 5W PLL FM TRANSMITTER PIC16F627A
Summary: A PLL FM transmitter project using a PIC16F627A and TSA5511 offers 5W output, RDS/SCA and MPX audio inputs, optional stereo encoder and LCD, and tuning via two buttons. It operates from 11–13.8 V, draws up to 1.2 A, and covers 87.5–107.9 MHz. Board is 109 x 54 mm and includes assembly files, PCB schematics, and an ASM hex.Parts used in the PLL FM Transmitter:
- PIC16F627A microcontroller
- TSA5511 PLL chip
- Transistor(s) for RF output (power varies up to 1.7 W per transistor specification)
- LCD display (optional)
- Buttons for tuning (two)
- Audio/MPX input circuitry (including preemphasis option)
- RDS/SCA input circuitry
- Power supply components for 11–13.8 V stabilized input or battery connection
- PCB (109 x 54 mm)
- Passive components: resistors, capacitors, inductors, and coils for winding as illustrated
- Connectors and wiring
Asm hex file schema PCBs have been described as illustrated winding supply voltage and transistor used varies according to the strength values given between 1 .7 watts. PLL FM Transmitter Circuit The transmitter includes RDS -SCA input and Audio ... Electronics Projects, TSA5511 5W PLL FM Transmitter PIC16F627A " microchip projects, microcontroller projects, pic assembly example,
Asm hex file schema PCBs have been described as illustrated winding supply voltage and transistor used varies according to the strength values given between 1 .7 watts.
PLL FM TRANSMITTER CIRCUIT
The transmitter includes RDS -SCA input and audio - MPX input with optional preemphasis. It can be used with or without a stereo encoder. It can be used with or without a stereo encoder. Tuning over the FM band is provided by two buttons. Tuning over the FM band is provided by two buttons. The transmitter can also work without the LCD display. The transmitter can also work with the LCD display.
Supply voltage: 11-13.8 V (stabilized or from a battery)
Supply current: up to 1.2 A
Standard frequency range: 87.5-107.9 MHz
Audio / MPX input sensitivity: 2 V pp (for 75 kHz deviation freq.)
RDS / SCA input sensitivity: 0.2 V pp (for 7.5 kHz deviation freq.)
Board dimensions: 109 x 54 mm
Source: pira.cz PLL FM Transmitter pic assembly code schematic pcb alternative link:
FILE DOWNLOAD LINK LIST ( in TXT format ): LINKS-3188.zip
Source: TSA5511 5W PLL FM TRANSMITTER PIC16F627A
Quick Solutions to Questions related to PLL FM Transmitter:
- What supply voltage does the transmitter require?
The transmitter requires 11–13.8 V (stabilized or from a battery). - How much supply current does the transmitter draw?
Supply current is up to 1.2 A. - What frequency range does the transmitter support?
Standard frequency range is 87.5–107.9 MHz. - What is the audio MPX input sensitivity?
Audio/MPX input sensitivity is 2 V pp for 75 kHz deviation frequency. - What is the RDS/SCA input sensitivity?
RDS/SCA input sensitivity is 0.2 V pp for 7.5 kHz deviation frequency. - Can the transmitter be used without a stereo encoder?
Yes, it can be used with or without a stereo encoder. - Are the LCD and buttons required for operation?
The transmitter can work without the LCD display, and tuning is provided by two buttons. - What are the board dimensions?
The board dimensions are 109 x 54 mm. - Are assembly files and PCB schematic available?
Yes, assembly files, ASM hex, schematics, and PCB are provided (source references and download links listed).
Related projects
PIC microcontroller power supply circuit by Chayapol
This is 5V portable power supply circuit for pic microcontroller experiments. or PIC microcontroller power supply circuit. As The PIC16F627A microcontroller use...
LED Projects · PIC16F627A6 Digits LED 7-Segment Multiplexing using PIC16F627A
In the post 'LED 7-Segment Multiplexing', I have explained about the concept and benefits of multiplexing. Multiplexing implementation is very similar to...
LED Projects · PIC16F627ABinary/bcd to 7-segment decoder for PIC16F627A
Overview This is a building block project I developed to try out a few ideas. It decodes a 4-bit binary word to...
Meters & Test Instruments · PIC16F688Determine capacitance by measuring the charging time using PIC16F688
When TEST botton is pressed, RA3 pin is set to "1". R2 and R3 are divide the voltage to 1/2 Vra3 which...
Meters & Test InstrumentsFrequency Meter Using Microcontroller
This tutorial simply states how to calculate frequency of a pulse source using a microcontroller. Story https://youtu.be/NAoj-HLRIro This tutorial simply states how...
Meters & Test Instruments · PIC16F84ADigital thermometer with PIC16F84 circuit
This electronic project is a very simple thermometer that is based on the PIC16F84A microcontroller, designed by Microchip. Why to use a...

