5-104550-6

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Rectangular Connectors - Headers, Receptacles, Female Sockets come in a variety of designs. Among these designs, 5-104550-6 rectangular connectors are the most commonly used. These connectors are ideal for applications with high signal integrity as they make reliable, strong, and secure connections. In this article, we will go over the key application fields and the working principle of 5-104550-6 rectangular connectors.

Application Fields of 5-104550-6 Rectangular Connectors

5-104550-6 rectangular connectors are popularly used in a wide variety of application fields. These connectors are often used in automotive, aerospace, telecommunications, consumer electronics, medical, and industrial applications due to their superior durability and reliability. In automotive electronics, 5-104550-6 connectors are often used for applications such as body control, climate control, powertrain control, and engine control. In aerospace applications, they are used for wiring connections within the instrumentation and avionic systems. In telecom applications, they are deployed in voice and data networks. In consumer electronics, they are relied upon for all types of digital audio-visual signal connections. In medical industries, these connectors are ideal for providing connections to medical equipment.

Working Principle of 5-104550-6 Rectangular Connectors

5-104550-6 rectangular connectors are available in single-row and double-row configurations. The double-row variant of 5-104550-6 connectors include a male header with two rows of pins and a female socket with two rows of connectors. The contact pins in the male header are held in place by an aluminum alloy latch. This latch ensures they remain in place even with a high degree of vibration and shock. The female socket is constructed from molded plastic, which provides superior insulation and electrical shielding. The two rows of contact pins are arranged in a right angle and the connection is made when the female socket is closed over the male header.

The locking mechanism in 5-104550-6 rectangular connectors allows them to be used in high-vibration and shock environments. The female socket features two locking pins which have to be inserted and locked in holes on the male header for the connection to be made. The two locking pins are held in place by a stainless-steel snap-in mechanism, which ensures that the connection remains secure. Once the locking pins are engaged, the connection is secure and both the male header and female socket are firmly connected. When the connection is to be released, the locking pins must be disengaged.

In conclusion, 5-104550-6 rectangular connectors are designed to provide a reliable and secure connection in a variety of applications. They are ideal for applications that require high signal integrity and are often used in automotive, aerospace, telecommunications, consumer electronics, medical, and industrial applications. The key difference between the single-row and double-row design is the locking mechanism, which ensures that the connection remains secure in high-vibration and shock environments. With their superior performance and reliability, 5-104550-6 rectangular connectors are an ideal choice for a wide variety of applications.

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