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

0:00 - Audio Video System / Television Engineering Lecture Series
0:27 - Outlines of Image Continuity in TV
0:58 - Basics of Image Continuity in TV
3:29 - Parameters of Image Continuity in TV
4:02 - Horizontal scanning in TV
7:41 - Vertical scanning in TV

Following points are covered in this video:

0. Image Continuity in TV
1. Basics of Image Continuity in TV
2. Horizontal scanning in TV
3. Vertical scanning in TV

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

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Details of Image Continuity in TV, Horizontal scanning in TV, Vertical scanning in TV, Television Engineering:

Image continuity in TV refers to the ability of the television system to create a smooth and continuous image on the screen. This is achieved by breaking the image up into small horizontal lines and scanning them across the screen in a sequential manner. The two types of scanning used in TV systems are horizontal scanning and vertical scanning.

Horizontal scanning in TV refers to the process of scanning each line of the image from left to right across the screen. This is achieved by using a beam of electrons that moves back and forth across the screen at a very high rate. As the electron beam moves across the screen, it illuminates the phosphors on the screen, which create the image.

Vertical scanning in TV refers to the process of scanning each line of the image from top to bottom across the screen. This is achieved by using a series of pulses that are synchronized with the horizontal scanning process. These pulses cause the electron beam to move down the screen to the next line, and the process is repeated for each line of the image.

The combination of horizontal and vertical scanning allows the TV system to create a smooth and continuous image on the screen. The image is broken up into small lines that are scanned across the screen in a sequential manner, which creates the illusion of a continuous image.

Overall, the process of image continuity in TV is a critical aspect of television engineering. It requires precise synchronization between the various components of the TV system, including the camera, transmitter, and receiver, to ensure that the image is displayed correctly and without interruption. Advances in technology have led to the development of more advanced and sophisticated TV systems, which provide higher-quality images and greater functionality.