5535661-1

Series:	--
Packaging:	Bulk
Lead Free Status / RoHS Status:	--
Part Status:	Obsolete
Moisture Sensitivity Level (MSL):	--
Accessory Type:	Guide Rail
For Use With/Related Products:	PCMCIA

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Memory Connectors - Accessories

5535661-1 connectors are a type of electrical connector which provide an electrical connection between two or more electrical circuits. Also known as a memory connector, it is designed to secure an electrical connection between two components in an electrical system. The most common use for these connectors is to provide a reliable connection to a computer’s memory module.These memory connectors were initially developed as an alternative to traditional solder-based circuit connections. The use of a memory connector instead of solder eliminates the need for extensive manual labor and allows for much quicker circuits assembly. As such, memory connectors have become an invaluable tool in reducing production costs and ensuring quality of a wide variety of electronic devices.A memory connector is made up of two components. The first component consists of a pair of pins on the end of a connector, which are inserted into the second component, a matching memory socket. Once the connection is made, an electrical connection is secured between the two components. 5535661-1 connectors are designed to be able to handle high voltage applications and have the ability to withstand shock and vibration.To ensure that the memory connector is properly secured, the terminal pins are designed with retention clips which secure the connection. These clips are typically made of metal and can often be found on either side of the connector. The retaining clips help to hold the connector in place by providing resistance when the connector is inserted into the memory socket and the force applied to the connector is removed.The most common application for 5535661-1 connectors is within the memory modules found in computers. The connector is typically used to connect a RAM memory module to a motherboard. In order to ensure the contact between the two components, the connector must be properly aligned and securely attached.In addition to memory modules, memory connectors can also be used in other applications such as hard drives, graphic cards, sound cards, and power supplies. By using a memory connector, manufacturers have been able to reduce costs associated with manual labor and provide for a more reliable connection that can support large amounts of current.The working principle of a memory connector involves the use of two terminals which are inserted into two metallic/conductive slots in the memory socket. The two terminals provide an electrical connection when one is inserted into the other. The electrical connection is secured via steel retention clips which are located on either side of the connector.In conclusion, memory connectors are a type of electrical connection device used in many electronic devices. The most common application for these connectors is to provide an electrical connection between two components such as a RAM memory module and a motherboard. The working principle of a memory connector is based on two terminals that are inserted into two conductive slots in the memory socket, which are secured by two steel retention clips for a reliable connection. The design of the memory connector eliminates the need for extensive manual labor and allows for quicker and more reliable connections when used in a wide range of electronic devices.

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