QR/P-8P-C(01) Connectors, Interconnects

Introduction

A backplane connector is an essential part of any electronic system containing multiple boards that are interconnected. Today’s systems commonly breathe the fast data processes that occur when immense amount of data is digitally transmitted, retrieved and stored, so a reliable connection between backplanes and buses needs to be authorized. This is where the QR/P-8P-C(01) enters.

QR/P-8P-C(01) Application Fields

The QR/P-8P-C(01) is designed particularly for high-density applications that require multiple connectors, such as in backplanes for telecom NET, control systems, distributed networks, personal computers, etc. It is designed to provide a robust connection between a number of high-speed, low-speed, and baseband signals.

The QR/P-8P-C(01) is designed for stronger mechanical integrity and robust performance. It is constructed with high-strength complex plated metal, and features a double insulator design that ensures longer life and better performance. It also has better grounding characteristics, which ensure maximum signal integrity.

The design of the QR/P-8P-C(01) also has better power routing. The terminals can be directly connected to the main power supply, so no additional power supply or jumper wiring is required. It is capable of carrying large current and voltage levels, which make it suitable for applications that require high current or voltage.

QR/P-8P-C(01) Working Principle

The QR/P-8P-C(01) works in a similar way to other backplane connectors. It uses a series of high-speed conductors, which are connected to the higher-speed circuits, and low-speed conductors, which are connected to the lower-speed circuits. It also has connecting points for two types of power connections, main power and standby power. The main power connection provides the power to the higher-speed circuits, while the standby power connection provides power to the lower-speed circuits.

The QR/P-8P-C(01)’s transmission line is composed of two parts: the higher-speed conductors and the lower-speed conductors. The higher- speed conductors are responsible for carrying the high-speed signals, while the lower-speed conductors are responsible for carrying the low- speed signals. The two types of conductors are interrelated in such a way that they can pass data from one circuit to the other without interference.

The high-speed conductors have an integrated clock, which is used to control the timing of data transfers. The lower-speed conductors have no clock and thus rely on an external clock. The QR/P-8P-C(01)’s clock is configurable, allowing users to set optimal transfer rates and reduce latency.

Conclusion

The QR/P-8P-C(01) backplane connector is an essential part of modern electronic systems. Its carefully designed construction ensures a robust connection between different types of high-speed and low-speed circuits. It also features two types of power connectors for larger current or voltage applications. Its integrated clock is configurable, allowing users to set optimal transfer rates and reduce latency.