95735-405

Rectangular Connectors - Headers, Male Pins includes various types and sizes of components that can be used to form a system. The 95735-405 is a combination of male pin and 40 way header which work together in a cost effective design to transfer electrical signals between multiple devices. Before understanding the application field and working principle of this particular device, it is important to know about the design to have a better understanding of its use.

The 95735-405 consists of an enclosure with dimensions of 2.54 x 2.54mm. Connector parts are twice of those dimensions to allow better fitting of the pins. There are relatively 40 vertical male pins that fit perfectly onto the board in a row. This gives the parts greater stability as the pins stay in place even if the board is rotated. The top of the pin has an enlarged part which is the contact area. This large area helps provide a strong contact with the components they are connected to.

The application field of this device is mainly along the fields including computer and electronic systems. It is considered a cost efficient device since it does not require a complex set up. As such, it is commonly used on a variety of electronic boards. The device also works great for high volume applications where multiple connection points are required. Furthermore, the device can be used in harsh environments since the contacts are made with tightly sealed structures.

The working principle of the 95735-405 is quite simple. It is a plug and play device which basically requires the user to simply join the board with the pins and the connectors will ensure that electrical signals pass through the pins without any problems. The contact area of the pins have a spring mechanism which allows the contact to be firmly held in place regardless of vibration or any other environmental factor. The contact is also well insulated to protect it from any kind of electric interference.

In conclusion, the 95735-405 has a great application field and an easy working principle. It is cost efficient and can be used in a variety of electronic boards. Furthermore, it is also well insulated against electric interference and provides excellent contact strength regardless of the environment.