35RAPC3BVN4

Barrel - Audio Connectors

Barrel - audio connectors are physical connectors, typically used for line out/headphone applications in an audio system. They provide the physical electrical connection between two pieces of audio equipment, such as speakers and amplifiers. The 35RAPC3BVN4 is a type of barrel-audio connector, and is primarily used in professional audio applications. This type of connector is becoming increasingly popular as it is lighter, more reliable and provides a clean signal.

Application Field

The 35RAPC3BVN4 is most commonly used in concert and amplified stage applications, where clean audio signals are required. This type of connector is also commonly used in recording studios, radio stations and audio broadcasting applications. In addition, it is used in many consumer and professional audio applications, such as headphones and musical instruments.

Working Principle

The 35RAPC3BVN4 is a 3-pin barrel-audio connector that consists of three components: a male connector, a female connector and a sleeve. The male connector has two pins that are identical in diameter and are spaced 1.35mm apart. The female connector has two corresponding apertures that accept the pins from the male connector. The sleeve is threaded and is used to connect the two connectors together. The pins are spring-loaded and serve as a connection between the two components.

Once the two connectors have been screwed together, the male connector pins make direct contact with the female connector apertures, creating the electrical connection. The sleeve also provides secure mechanical coupling between the two components. This tight physical connection helps ensure that the connection is strong and noise-free.

Conclusion

The 35RAPC3BVN4 is a versatile and reliable barrel-audio connector, suitable for a wide range of professional and consumer audio applications. Although this type of connector is relatively new, it already has many advantages over traditional connectors, such as being lighter, more reliable and providing a cleaner signal. It is quickly becoming the preferred choice for many audio applications.