HIF3H-26DB-2.54DS(91)

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Rectangular connectors are one of the most commonly used types of electrical connectors. In the case of the HIF3H-26DB-2.54DS(91) connector, it is part of the Headers, Receptacles, Female Sockets family. This type of connector is used in a variety of applications, however in this article we will focus on what it is used for and the working principles behind it.

To begin with, the purpose of the HIF3H-26DB-2.54DS(91) connector is to provide a connection between two devises, or mating receptacles. It is designed to efficiently transmit power, data, or communication signals from one component to the other. The versatility of this particular type of connector makes it a perfect choice for a wide number of applications. Examples of the sorts of applications it is suited for include: automotive, industrial, medical, and communications.

In examining the working principles of the HIF3H-26DB-2.54DS(91) connector, it is helpful to take a moment to discuss a bit of the nomenclature associated with it. This particular connector is classified as a 2.54 mm pitch connector. The pitch refers to the spacing between the mating points of the contacts inside the connector. It is also characterized as “26 db”, which refers to the number of contacts the connector is equipped with. The “91” in the name defines the external insertion depth of the connector. The shape of the connector is rectangular- cylindrical, or “rec-cyl”. All these items of information taken together help to provide an overall picture of the connector and its associated properties.

Now, in terms of the practical working principles, the design of the HIF3H-26DB-2.54DS(91) connector enables it to establish electrical continuity between two separate components. The contacts inside the connector make contact with the mating pins or receptacles in order to provide the necessary connection. This is usually accomplished by pushing the two components together, although certain pins may need to be soldered for a more permanent connection. The contact between the pins within the connector creates an electrical pathway that allows current to flow. This enables the devices to communicate with one another.

The working principles of the HIF3H-26DB-2.54DS(91) connector are not terribly complex. However, a full understanding of the features, characteristics, and applications of this particular type of connector is essential for a successful application. The knowledge gained from such an understanding can help to ensure that the right connector is selected for any given requirement.

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