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Memory Connectors - Accessories: 83808-22010S Application Field and Working Principle

Despite their small size, memory connectors are an important part of the design of any electronic device. The 83808-22010S is a popular memory connector that has been designed for use in a range of applications. This article will examine the 83808-22010S application field and its working principle.

Application Field

The application field for the 83808-22010S includes a number of electronic devices and machines. It is used in standard memory boards, microprocessors, and circuit boards. Additionally, it is ideal for use in consumer electronics such as video game consoles, personal digital assistants, and mobile phones. Furthermore, it is a common choice for use in medical equipment, security systems, and entertainment systems.

The 83808-22010S, due to its durability and reliability, is suitable for use in many hostile and potentially hazardous conditions. It has a gold-plated contact that makes it resistant to oxidation, ensuring that its electrical connections are protected even in extreme temperatures or other harsh conditions. Additionally, the memory connector can be mounted on a range of surfaces, allowing for greater flexibility in its application.

Working Principle

The 83808-22010S is a three-contact memory connector that consists of three components: a body, a contact, and a retention mechanism. The body is constructed from thermoset polyester material and is designed to provide support and protection for the contact. The contact is made from copper and has a gold-plated finish that provides protection against oxidation. Finally, the retention mechanism is a dual-cam design that enables the connector to lock firmly onto the surface to which it is mounted.

The 83808-22010S has a memory-connector interfacing with a seated contact on a printed circuit. The contact is held in place with a dual-cam locking mechanism that firmly secures the connector to the board. Once the connector is seated, the board can be connected to the memory module. The signal is then sent through the contact, which communicates information between the board and the memory module.

The 83808-22010S is designed to ensure reliability and accuracy in its signal transmission. It has a high-performance contact system that ensures that the connector is both secure and reliable. Additionally, the robust design and construction ensure that it is resilient and able to stand up to tough conditions. The gold-plated contact also helps to provide a corrosion-resistant contact.

Conclusion

The 83808-22010S is a robust and reliable memory connector that can be used in a number of different applications and conditions. It is constructed with a thermoset polyester body, a copper contact with a gold-plated finish, and a dual-cam locking mechanism. The 83808-22010S is designed to ensure that the signal is reliable and accurate between the board and memory module. Its gold-plated contact further helps to protect against oxidation in harsh environments.

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