4-176313-6

Rectangular Connectors - Headers, Receptacles, Female Sockets are one of the most commonly used connectors in electronics. One particular connector, the 4-176313-6, is widely utilized across many industries, from the automotive to telecommunications to consumer electronics fields. This article will explore the various applications of the 4-176313-6 as well as its working principle.

The 4-176313-6 connector is a miniature receptacle connector that fits 0.1 inch spaced contacts into a single row, with 2 to 12 contacts available. It is constructed of a burnished 5/zinc-plated steel shell with a nylon 66 insulator and has a current rating of 1A max. Due to its small form factor, the connector is excellent for low-profile applications, such as in medical devices or components of mobile phones. Additionally, its high insulation resistance and low contact resistance make it useful for power applications as well.

In the automotive industry, the 4-176313-6 connector is used to connect the microprocessors that control various systems in a car such as the ABS, airbags, and power steering. These microprocessors send and receive signals from the engine, transmission, and other automotive systems in order to monitor the running of the car. The connector’s small size and high insulation resistance makes it ideal for this purpose.

In the telecommunications field, the 4-176313-6 is very often employed as an expandable terminal block connector, due to its signal transmission performance. The connector is used to connect telephone lines to PBX systems, and is known for its secure connection, as it can make cable joint connections without the need for soldering.

In the consumer electronics industry, the 4-176313-6 connector is found in a variety of products. It is used in joysticks and game controllers, used to transfer signals from the controller to the game console or computer. It is also used in computer audio and video cards, for signal integration. Additionally, the connector can be found in digital cameras, used to connect the LCD to the main board.

The working principle of the 4-176313-6 connector is similar to that of other electrical connectors. It consists of a contact spring, which presses and holds the insert when the insert is inserted into the connector. This creates a secure connection between the two surfaces. The contact is then finished off with a mechanical device, such as a locking device, which prevents the connector from being unplugged.

In conclusion, the 4-176313-6 connector is a small form factor connector that is widely used across multiple industries. It offers excellent signal transmission performance for a variety of applications, from automotive to telecommunications to consumer electronics. Its working principle relies on a contact spring and a mechanical locking device to create a secure connection.