In this video, i have explained Horn Type Loudspeaker in Audio and Video Engineering, Television Engineering with following timecodes:

0:00 - Audio Video System / Television Engineering Lecture Series
0:22 - Outlines of Horn Type Loudspeaker
1:05 - Basics of Horn Type Loudspeaker
3:25 - Structure of Horn Type Loudspeaker
6:28 - Working of Horn Type Loudspeaker
9:20 - Directivity of Horn Type Loudspeaker
10:38 - Characteristics of Horn Type Loudspeaker
11:49 - Advantages of Horn Type Loudspeaker
12:10 - Disadvantages of Horn Type Loudspeaker
12:28 - Applications of Horn Type Loudspeaker

Following points are covered in this video:

0. Loudspeaker
1. Horn Type Loudspeaker
2. Basics of Horn Type Loudspeaker
3. Structure of Horn Type Loudspeaker
4. Working of Horn Type Loudspeaker
5. Characteristics of Horn Type Loudspeaker
6. Directivity of Horn Type Loudspeaker
7. Applications of Horn Type Loudspeaker
8. Advantages of Horn Type Loudspeaker
9. Disadvantages of Horn Type Loudspeaker

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

#HornTypeLoudspeaker, #StructureofHornTypeLoudspeaker, #WorkingofHornTypeLoudspeaker, #CharacteristicsofHornTypeLoudspeaker, #AudioandVideoSystem, #TelevisonEngineering

Details of Horn Type Loudspeaker, Structure & Working of Horn Type Loudspeaker:

A horn type loudspeaker is a type of loudspeaker that uses a horn to amplify and direct the sound waves produced by a driver. It is commonly used in sound reinforcement systems and public address systems where high sound pressure levels are required.

The structure of a horn type loudspeaker consists of several key components. The most important component is the driver, which is a cone-shaped diaphragm attached to a coil of wire. The driver is suspended within a frame by a flexible surround, and a magnet is placed behind the driver to provide a magnetic field. The coil is connected to the input signal, which causes it to move back and forth in response to changes in the signal.

The driver is mounted at the narrow end of the horn, which gradually widens towards the mouth of the horn. The horn is designed to match the acoustic impedance of the driver to the surrounding air, which helps to maximize the efficiency and directivity of the sound waves produced by the driver. As the driver vibrates, it creates sound waves that are amplified and directed by the horn.

In an audio-video system, horn type loudspeakers are often used in outdoor or large indoor spaces where high sound pressure levels are required. They are commonly found in public address systems, concert sound systems, and sound reinforcement systems. Horn type loudspeakers are popular due to their high efficiency, directivity, and ability to produce high sound pressure levels. They are often used in combination with other components such as amplifiers and equalizers to achieve the desired sound quality and volume.

Overall, the horn type loudspeaker is an important component of many audio systems, and its design and construction play a critical role in achieving the desired sound quality and volume. However, its performance can be affected by a variety of factors, such as the design of the horn, the quality of the driver, and the acoustics of the listening environment.