65823-075LF

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Rectangular Connectors - Headers, Male Pins are widely used in electronic circuit and device assembly. The 65823-075LF is a versatile 40-pin double-row header pin strip with a receptacle at the rear. It has the following features that make it an ideal choice for many machine connection applications.

Application Field:
The 65823-075LF is ideal for projects requiring a secure within-circuit connection. It is commonly used in the automotive, computing, medical and industrial equipment industries. This rectangular connecting pin strip is easy to use and install, and also suitable for a variety of applications like single-board computers, robots, GPS, wide range voltage and power supply circuits.

Working Principle:
The 65823-075LF has a double row of stacked sockets that can accept either 5.0mm spacing male pins or 5.08mm spacing headers. The 40 connections consist of two rows of 20 pins each, spaced with 2.54mm pitch between pins. The male pins can be inserted vertically into the three-legged receptacle or through the back side of the rectangular connector via a spinning capillary technology.

The center receptacle can accept one of two kinds of mating plugs, which are the push-lock friendly 5mm spacing headers and the 5.08mm spacing plug. The capacity of gauge up to 12 can be maintained in any of the two mating pins. The front side of the 65823-075LF connector has no insulation layer, allowing for any kind of cables or wires to be soldered easily.

Any number of connections can be made with the 65823-075LF as the combination of mating pin/plug size, pitch and the number of connections make it very versatile. The connector is also compact and lightweight, adding to its durability and portability. It has a temperature range of -55 to +125 C with operating voltage of 16Vdc.

The 65823-075LF Rectangular Connector - Headers, Male Pins offers an ideal solution for high-performance soldering or clamping connections in many electronic circuits and machines. It is a reliable and easy to install option for secure within-circuit connection.

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