CA7068-000

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CA7068-000 Application Field and Working Principle

Rectangular connectors are interconnecting housings often used for electric circuits. Featuring a rugged construction, rectangular connectors are used in a wide variety of applications in harsh environments, such as automotive and aviation industries. CA7068-000 is a type of rectangular connector housing that offers a higher current carrying capacity, superior dust and water proofing, and improved dielectric strength compared to its predecessors. This article provides details of the application field and working principle of the CA7068-000 housing.

Application Field

The CA7068-000 housing is suitable for applications in automotive, aviation, medical, communication, energy, and other industries. For instance, in aviation, the CA7068-000 housing is used in navigation systems, in-flight entertainment systems, and flight control systems, due to its superior dielectric strength, dust proofing, and water proofing capabilities. The CA7068-000’s thermoplastic construction with a zinc-alloy shell makes it highly resistant to mechanical shock and vibration, making it a perfect choice for these applications. Furthermore, the CA7068-000 has a high current-carrying capacity of at least 25 A, making it suitable for applications with high voltage and current levels.

In addition to aviation, the CA7068-000 housing is also used within the automotive industry. It is often used in interior vehicle systems, such as audio systems and lighting systems, due to its combination of portability and durability. The housing is also capable of controlling the direction of the current from one circuit to another, making it suitable for automotive systems which require precise current control. As such, the CA7068-000 is increasingly becoming a popular choice for automotive applications.

Working Principle

The CA7068-000 housing requires no special tools or complex wiring for operation. The housing consists of two halves which connect to form a complete enclosure for the electrical connections. Each half of the housing is made up of two layers. The inner layer is composed of an elastomeric material, while the outer layer is composed of a thermoplastic material. The elastomeric material is designed to provide a seal between the two halves of the housing, preventing the ingress of water and dust. The thermoplastic material provides superior impact and vibration resistance.

At the center of the housing is a series of contacts which are designed to make the electrical connection. These contacts feature precision tear-drop-style contacts which provide superior electromagnetic interference (EMI) shielding. The tear-drop-style contacts also minimize the contact resistance and provide superior current-carrying performance compared to conventional construction.

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