208275-4

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Backplane Connectors are used in data communication and electronic applications to provide an external communication link between two or more devices. Designed for high-speed interconnectivity, they can be used for both serial and parallel communications. They provide efficient and reliable operation in environments with high amounts of data flow, while also allowing for system flexibility.

In many modern applications, the contact of a backplane connector is a critical part of the design. The 208275-4 backplane connector contact is designed for applications that require reliable and consistent data transfer, and also require a robust, durable contact system. The contact is designed to provide a high-performance connection that meets both the highest performance expectations, and the long-term reliability requirements common in many system designs.

208275-4 Application Field

The 208275-4 backplane connector contact is well suited for applications that require a reliable and robust electrical connection with exceptional performance characteristics. It is the ideal choice for applications where repeated signal integrity and reliable contact must be maintained for the life of the system. Because of its robust design and construction, it is well suited for applications where a very high level of environmental performance is needed, such as aerospace, medical, and military systems.

The 208275-4 contact is also suitable for communications in high-frequency applications, such as wide-bandwidth audio/video systems. It is capable of providing extremely low attenuation, as well as minimal signal distortion, making it ideal for complex and delicate signals.

The 208275-4 contact is extremely reliable when used in harsh environments, and its performance has been proven even in extreme temperature and humidity ranges. It is designed for advanced applications, where reliable contacts are essential and reliability overrides cost concerns.

Working Principle of the 208275-4

The 208275-4 backplane connector contact is based on the concept of a pogo pin. A pogo pin is a spring-loaded pin consisting of a pin, a spring, and a grounding cup. When the pin is compressed, it rebounds and creates a contact with the copper signal traces on the board. This contact is what enables the signal to be sent or received.

The 208275-4 uses a pressure-loaded pin designed to provide a low-resistance contact. This is accomplished by a combination of a unique pin shape and a precision-engineered spring. The pin is designed to maintain a constant force on the copper signal traces, thus ensuring that the connection will remain secure and reliable over the long term.

The spring design of the 208275-4 ensures a secure connection and eliminates the possibility of the pin slipping out of the PCB trace during operation. The spring also allows the contact to compensate for wear and tear over time, and keeps a secure connection even in the presence of environmental fluctuations.

The 208275-4 contact is designed for applications requiring reliable and predictable performance. It is built to withstand harsh environments and provides reliable signal transmission even in the presence of temperature variations and aging of the contact.

Conclusion

The 208275-4 backplane connector contact is designed for the modern data communication and electronic applications that are used in harsh environments. It provides both a secure connection and reliable signal transmission in the presence of temperature and environmental variations. Due to its robust design and construction, it is well suited for applications where a very high level of environmental performance is needed, such as aerospace, medical, and military systems.

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