IT1-252S-SV(26)

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Arrays, Edge Type, Mezzanine (Board to Board) rectangular connectors are widely used indoors for connecting and transferring signals for a variety of electrical and electronic systems. The IT1-252S-SV(26) is specifically designed to provide reliable and secure electrical connections between two printed circuit boards (PCBs) or a custom board-level wiring solution. It meets the needs of a range of industrial and commercial applications.

The IT1-252S-SV(26) is based on a rugged and reliable edge connector, which consists of two connector halves, one male and one female, each with a 48-pin array. It is designed for superior performance with resistance to shock, vibration, and temperature extremes. The connector ensures a secure connection with two male and two female board-level slide-lock mechanisms, which provide a tight tension if necessary. The contact resistance and current capacity of the IT1-252S-SV(26) are well-known and highly reliable. The connector has a current rating of 2A and is insulated for a voltage of 400VAC.

The working principle of the IT1-252S-SV(26) is quite simple. Each pin on the male connector half is slotted onto a corresponding pin on the female connector half. This causes the two connector halves to form a secure electrical connection. Each pin is insulated with a polymer material to ensure a reliable connection and protect against any potential short circuits. Further, the connector is designed with a protuberance on each side, which securely locks the two connector halves when they are mated together.

The IT1-252S-SV(26) is a reliable and secure solution for a range of industrial and commercial applications. It is designed to allow for the rapid connection of two circuit boards, while ensuring a reliable and secure electrical connection. Its highly reliable contact resistance and current capacity make it an ideal solution for a wide range of applications. Moreover, its ability to withstand shocks, vibration, and temperature extremes make it a great choice for harsh environment applications.

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