Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram


Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram
Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram

Of Q1 And It Is Transmitted Using The Antenna A1 Circuit Diagram

Inductor L2 and variable capacitor C5 forms the tank circuit necessary for creating oscillations. Capacitor C6 is the feedback capacitor. The modulated FM wave will be available at the collector of Q1 and it is transmitted using the antenna A1. Circuit diagram. Notes. Assembling the circuit on a good PCB will give better results.

Inductor L2 and variable capacitor C5 forms the tank circuit necessary for creating oscillations. Capacitor C6 is the feedback capacitor. The modulated FM wave will be available at the collector of Q1 and it is transmitted using the antenna A1. Circuit diagram. Notes. Assembling the circuit on a good PCB will give better results.

Capacitor C6 is the feedback capacitor. The modulated FM wave will be available at the collector of Q1 and it is transmitted using the antenna A1. Circuit diagram. Notes. Assembling the circuit on a good PCB will give better results.I used a 12V battery for powering the circuit.

L2 is nit a critical component and any coil from 2-10uH will do the job. Q1 will amplify the input signal from 50mW to about 200mW. Q1 can amplify much more, but It doesn’t need to do that because 200mW is good for the final transistor. If you want higher power you can decrease the resistor R2.

Q2 performs the job of oscillator and modulator. Inductor L2 and variable capacitor C5 forms the tank circuit necessary for creating oscillations. Capacitor C6 is the feedback capacitor. The modulated FM wave will be available at the collector of Q1 and it is transmitted using the antenna A1.

transmitted by the antenna A1. This TV transmitter circuit can be operated from 12V DC. Either a 12V DC power supply or a battery can be used for the purpose, using a battery will surely reduce noise and improve the performance. If you are going with a DC power supply, then …

Electronic Circuit Diagram and Layout. ... Audio signal to be modulated is pre-amplified by using the transistor Q1 and associated components. ... Which modulated composite signal (audio + video) transmitted by the antenna A1. Share on Facebook Share on Twitter Share on Google+ Share on Linkedin Share on Pinterest Share on Xing.

Capacitor C5 and inductor L1 forms the tank circuit which is responsible for producing the carrier frequency. The video signal is fed to the emitter of transistor Q2 via POT R7 for modulation. The modulated composite signal (audio+video) is transmitted by the antenna A1. Circuit diagram with Parts list. Notes. Assemble the circuit on a good ...

30/06/2011 · The modulated composite signal (audio+video) is transmitted by the antenna A1. This TV transmitter circuit can be operated from 12V DC. Either a 12V DC power supply or a battery can be used for the purpose, using a battery will surely reduce noise and improve the performance.

Capacitor C5 and inductor L1 forms the tank circuit which is responsible for producing the carrier frequency. The video signal is fed to the emitter of transistor Q2 via POT R7 for modulation. The modulated composite signal (audio+video) is transmitted by the antenna A1. Notes: Assemble the circuit on a good quality PCB.