95157-108VB01C03LF

Rectangular Connectors - Headers, Male Pins

The 95157-108VB01C03LF connectors are a range of rectangular connectors often referred to as HEADERS, MALE PINS or male connectors. They are used in a variety of application fields and each have different working principles.

Application Field

• Telecommunication
• Domestic Appliances
• Industrial Machines
• Audio/Visual
• Consumer Electronics
• Computers

The 95157-108VB01C03LF connectors can be used in any of these application fields as they are reliable, robust and easy to assemble. Their springy contact pins ensure electrical stability even in harsh environments.

Working Principle

The 95157-108VB01C03LF connectors feature a unique design which helps them to be both reliable and robust. The design features two separate parts, the male and the female connector. These two parts connect together to form an electrical connection. The male insert has a series of contact pins which are made up of either gold or copper, depending on the application. These contact pins are pre-loaded into the connector housing and are held in place by a solder joint. The female connector can either be mounted onto a PCB board or part of an electrical device.

The 95157-108VB01C03LF connectors are then joined together using a mating connector that press fits the contact pins. This ensures a secure electrical connection with the contact pins being held firmly between the connector housing and the mating connector. This also helps to ensure a reliable connection. The contact pins are then soldered in place to create a water-tight seal.

Conclusion

The 95157-108VB01C03LF connectors are a popular choice for applications in the telecommunication, domestic appliances, industrial machines, audio/visual, consumer electronics and computer industries. They are reliable and robust due to their unique design which features two parts and springy contact pins. The contact pins are held securely in place by a solder joint and are then secured further with a mating connector and solder joint.