801-43-003-40-002000

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Rectangular Connectors are generally classified into two sub-categories: Headers and Receptacles. Header Connectors, also known as Female Sockets, are devices used to secure two cables together, typically with a connection from one point to another. Receptacles, on the other hand, are devices used to interface with cables, commonly through electrically or mechanically connecting to them. Each type of connector has its application field and working principle.

801-43-003-40-002000 is a Header Connector and its primary application is for computer and telecommunications systems. It is designed to allow data transfer between system components, such as a PC and a communications card. Its working principle is as follows:

The Header Connector incorporates a set of pins that provides a mating area for requests and responses between devices. The pins contain electrical connections that interact with the circuits or transceivers of the system that they are connected to. The electrical connection creates a reference signal for the communication line and allows for the exchange of data. The pins on the Header Connector have a contact rating of 5 A (Amps) per pin and a maximum current rating of 30 A.

The Header Connector also has a snap-in design which provides a secure connection between the devices. This helps to ensure that the data signals will not be disrupted by physical movement or external interference. The connector also has a dust exclusion feature which prevents important components from becoming blocked by dust particles, thus reducing the chances of a device malfunction. The Header Connector also has a low insertion force, which makes it much easier to connect and disconnect.

In conclusion, the 801-43-003-40-002000 is an excellent choice for computer and telecommunications systems. It is designed to provide a reliable connection between devices, provide a degree of protection from external interference, and function smoothly without requiring too much effort to connect and disconnect. Its snap-in design and dust exclusion feature ensure that it will remain a reliable source of data transfer for a long time.

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