304-13-164-41-770000

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Rectangular connectors represent a class of interconnects widely used in many industries. They are especially convenient for use in automobiles, consumer electronics, and higher-end medical, military, and aerospace devices. These connectors are composed of headers, receptacles, and female sockets (304-13-164-41-770000) that are mated together to form a working interface. This article will provide an overview of the application fields and principles of operation of rectangular connectors.

Application Fields

Rectangular connectors are used in a diverse range of applications. They are typically used in telecommunications and automotive, as well as in a variety of consumer electronics. These connectors are preferred for applications that require extreme vibration, dust, and moisture resistance, as well as durability. The two most common types of rectangular connectors are female socket connectors and header connectors. These connectors are also ideal for use in high-end medical, military, and aerospace applications due to their small size, reliability, and robustness.

In the automotive industry, rectangular connectors are commonly used for connecting in-dash components such as radios, speakers, and navigation systems. They can also be used in engine management connections, including wiring to sensors, relays, and injectors. Rectangular connectors are also the preferred type of connector for audio, video, data, telemetry, and communication systems. In the realm of consumer electronics, rectangular connectors are frequently used for connecting devices such as cell phones, portable media players, and laptop computers.

Working Principle

Rectangular connectors consist of two major components – a header and a receptacle, which are connected by inserting the header into the receptacle. The header is typically found in the form of a single-wire or multi-wire cable and is inserted into the receptacle, which can be mounted to an external substrate. The receptacle is typically composed of two halves with contact pins in the interior which mate with contact pins on the header.

Once the headers and receptacles are mated together, they form an electrical connection between the two components. The contacts within the receptacles are spring-loaded so that they make secure contact with the pins on the header. This ensures a strong and reliable electrical connection. In addition, dust and debris can be kept out by using an appropriate snap-fit cover. Additionally, these connectors are designed to withstand extreme temperatures, vibrations, and dust.

In conclusion, rectangular connectors (304-13-164-41-770000) are a type of interconnect often used in many industries, including automotive, telecommunications, consumer electronics, and higher-end medical, military, and aerospace applications. These connectors consist of two components – headers and receptacles – which are mated together to form a working interface. The electrical connection between the components is made through spring-loaded contacts within the receptacles and pins on the header. The robust design, reliable contacts, and dust- and moisture-resistance make rectangular connectors ideal for a wide range of applications.

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