In this video, i have explained Monochrome TV Transmitter in Audio and Video Engineering, Television Engineering with following timecodes:

0:00 - Audio Video System / Television Engineering Lecture Series
0:24 - Outlines of Monochrome TV Transmitter
1:09 - Basics of Monochrome TV Transmitter
3:36 - Block diagram and Working of Monochrome TV Transmitter
10:04 - Parameters of Monochrome TV Transmitter

Following points are covered in this video:

0. Monochrome TV
1. Monochrome TV Transmitter
2. Basics of Monochrome TV Transmitter
3. Block diagram of Monochrome TV Transmitter
4. Components of Monochrome TV Transmitter
5. Working of Monochrome TV Transmitter
6. Parameters of Monochrome TV Transmitter

Engineering Funda channel is all about Engineering and Technology. Here this video is a part of Audio and Video Engineering, Television Engineering.

#MonochromeTVTransmitter, #ComponentsofMonochromeTVTransmitter, #WorkingofMonochromeTVTransmitter, #ParametersofMonochromeTVTransmitter, #AudioandVideoSystem, #TelevisonEngineering

Details of Monochrome TV Transmitter, Block diagram of Monochrome TV Transmitter, Working of Monochrome TV Tx:

A monochrome TV transmitter is a device that generates and transmits a monochrome (black and white) video signal to a TV receiver. The transmitter consists of various functional blocks that perform different tasks to generate the video signal. The block diagram of a monochrome TV transmitter typically consists of the following components:

Video Signal Source: The video signal source provides the video signal to be transmitted, which can be generated from a camera or a prerecorded source.

Video Amplifier: The video amplifier amplifies the video signal to the desired level for modulation.

Synchronization Signal Generator: The synchronization signal generator generates the horizontal and vertical synchronization signals that are required to synchronize the TV receiver with the transmitted signal.

Modulator: The modulator modulates the video signal onto a carrier wave to create a modulated signal that can be transmitted.

RF Amplifier: The RF amplifier amplifies the modulated signal to a level that is sufficient for transmission.

Transmission Antenna: The transmission antenna radiates the modulated signal into space, where it can be received by a TV receiver.

The working of a monochrome TV transmitter involves the following steps:

Video Signal Processing: The video signal from the video source is amplified to the required level by the video amplifier. The video signal is also processed to remove any unwanted noise or distortion.

Synchronization Signal Generation: The synchronization signal generator generates the horizontal and vertical synchronization signals that are required to synchronize the TV receiver with the transmitted signal. The horizontal synchronization signal determines the start and end of each line of the video image, while the vertical synchronization signal determines the start and end of each frame of the video image.

Modulation: The modulator modulates the video signal onto a carrier wave to create a modulated signal that can be transmitted. The modulated signal consists of the carrier wave with the video signal superimposed on it.

RF Amplification: The RF amplifier amplifies the modulated signal to a level that is sufficient for transmission. The amplified signal is then sent to the transmission antenna.

Transmission: The transmission antenna radiates the modulated signal into space, where it can be received by a TV receiver.

Overall, the monochrome TV transmitter works by generating a modulated signal that contains the video information and synchronization signals, and transmitting this signal via an antenna to a TV receiver. The TV receiver uses these signals to reconstruct the video image on the screen.