Television.
Laboratory Manual for
Television Engineering
B. Tech.
SEM. VI(E.C.)
Developed by
Keyur Patel
Manish Patel
Supported by
Tanmay Bhatt,
Faculty of Technology
Dharmsinh Desai University
TABLE OF CONTENTS
Sr. No. Title Page No.
1. Monochrome and colour television receiver block diagram. 3
2. To Trapezoidal Waveform Generation (15625 Hz). 8
3. To study Sync separator circuit. 15
4. To study Pattern generator. 19
5. To study Vectroscope. 27
6. A) To study Composite video signal. 38
B) To Study Colour signal 7. To study RF Section (Tuner). 45
8. RF section Fault finding by simulation of faults. 50
9. To study details of VIF section through test points. 52
10. VIF section Fault finding by simulation of faults. 57
11. To study Chroma section and faults in chroma section. 60
12. To study fault finding in monochrome television receiver. 62
LAB 1
Monochrome and Color Television Receiver
AIM: To Study The Monochrome Television Receiver and Colour Television Receiver.
APPARTUS: A Monochrome and Colour Television Receiver.
Block diagram of Monochrome Television Receiver and colour television receiver:
THEORY:
A Monochrome Television Receiver Consists of the following functional sections which will be studied and explained as:
1. Input from Antennas:
Strongest signal is induced in the antenna if it has same polarization as the transmitting antenna. All TV antennas are mounted in horizontal position for better reception and favorable signal to noise ratio. A yogi antenna, i.e. a dipole with one reflector and two or more directors, is a compact high gain directional array, and is often used in fringe areas. In areas where signal strength is very low, booster amplifiers with suitable matching network are used. on the other hand,
Television Engineering
B. Tech.
SEM. VI(E.C.)
Developed by
Keyur Patel
Manish Patel
Supported by
Tanmay Bhatt,
Faculty of Technology
Dharmsinh Desai University
TABLE OF CONTENTS
Sr. No. Title Page No.
1. Monochrome and colour television receiver block diagram. 3
2. To Trapezoidal Waveform Generation (15625 Hz). 8
3. To study Sync separator circuit. 15
4. To study Pattern generator. 19
5. To study Vectroscope. 27
6. A) To study Composite video signal. 38
B) To Study Colour signal 7. To study RF Section (Tuner). 45
8. RF section Fault finding by simulation of faults. 50
9. To study details of VIF section through test points. 52
10. VIF section Fault finding by simulation of faults. 57
11. To study Chroma section and faults in chroma section. 60
12. To study fault finding in monochrome television receiver. 62
LAB 1
Monochrome and Color Television Receiver
AIM: To Study The Monochrome Television Receiver and Colour Television Receiver.
APPARTUS: A Monochrome and Colour Television Receiver.
Block diagram of Monochrome Television Receiver and colour television receiver:
THEORY:
A Monochrome Television Receiver Consists of the following functional sections which will be studied and explained as:
1. Input from Antennas:
Strongest signal is induced in the antenna if it has same polarization as the transmitting antenna. All TV antennas are mounted in horizontal position for better reception and favorable signal to noise ratio. A yogi antenna, i.e. a dipole with one reflector and two or more directors, is a compact high gain directional array, and is often used in fringe areas. In areas where signal strength is very low, booster amplifiers with suitable matching network are used. on the other hand,