16-8480-310C

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Sockets for ICs, Transistors play an important role in electrical and electronics systems. The 16-8480-310C is a unique socket for ICs, transistors, connectors, diodes, and reed switches. It is specially designed to provide reliable and secure connection between electronic components. This article will discuss the application field of 16-8480-310C and its working principle.

Applications of 16-8480-310C

The 16-8480-310C is widely used in various electronic applications such as test and measurement, industrial automation, and communication systems. It can be used in combination with ICs, transistors, connectors, diodes and reed switches in order to provide reliable connection between two or more components. It can be used in applications where high voltage and current levels need to be handled. It is also suitable for automotive electronics, lighting systems and consumer electronics.

The 16-8480-310C has been designed to provide reliable connection and power transfer even in harsh electrical and environmental conditions. It is suitable for applications which require high EMC and vibration level. It can also be used in settings where high temperature or dust and moisture could pose a threat to the components. In short, the 16-8480-310C can be used in a variety of applications, from simple projects to complex industrial systems.

Working Principle of 16-8480-310C

The working principle of the 16-8480-310C can be divided into three parts: contact, insulation and mounting. The contact design of the 16-8480-310C is based on a nickel-plated brass electrical contact. It has a single wire termination which guarantees consistent and reliable contact contact even in adverse environments. The contact is also designed to handle high-current levels and high temperatures.

In order to ensure reliable insulation between the contacts, the 16-8480-310C is equipped with three layers of insulation. The inner layer of insulation is made of polytetrafluoroethylene (PTFE) which is designed to avoid any contact between the contacts. The second layer of insulation is made of silicone which helps to provide additional protection against dust and moisture. The third layer of insulation is made of polychloroprene, which provides electrical isolation against any short circuiting of the contacts.

The 16-8480-310C comes in three different mounting variants: screw-mounting, snap-fastening and wafer-mounting. The screw-mounting variant is suitable for use in applications where frequent re-positioning of the contact is necessary. The snap-fastening variant is suitable for applications with fixed contact positions. The wafer-mounting variant is suitable for applications where the contact needs to be held in place without any physical connection.

The 16-8480-310C is designed to meet stringent safety and quality standards. The contact materials and design are approved by several international standards organizations such as EIA/TIA, RoHS, and CEC. In addition, all contacts undergo rigorous testing for durability, repeatability, and thermocouple accuracy. This ensures that the 16-8480-310C is reliable and provides consistent performance.

Conclusion

The 16-8480-310C is a versatile socket for ICs, transistors, connectors, diodes and reed switches. It offers reliable connection and power transfer, even in harsh electrical conditions. The 16-8480-310C is suitable for a variety of applications, from simple projects to complex industrial systems. In addition, the 16-8480-310C has been designed to meet stringent safety and quality standards. All of these features make the 16-8480-310C a reliable and secure connection between electrical components.

The specific data is subject to PDF, and the above content is for reference