223002-1

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Backplane connectors are used to transmit data signals and power between printed circuit boards. For the purpose of this article, the specialized connector type known as a “223002-1” will be discussed. Specifically, its application field and working principle.

Application Field of 222002-1

The 222002-1 is a highly specialized connector type made by Molex Incorporated and is utilized only in specific applications. It is mainly used in the telecom and networking industry where high-speed transmission is needed. With a maximum speed reaching 8.5 Gbps, the 222002-1 has the capability to transmit large amounts of data efficiently over longer distances with minimal signal loss. In addition, it is also utilized in some industrial applications such as medical equipment and robotics.

Working Principle

Like other types of backplane connectors, the 222002-1 utilizes electrical properties to transmit signals and power. It is composed of two parts; an insulator and two rows of conductors. The insulator is made of a hard material such as ceramic and is designed to keep the conductors in place and ensure that the signals are only transmitted through the conductors. The two rows of contact pins are arranged in a quadrilateral pattern and each row has multiple pins at designated intervals. These pins are made of a conductive material and are connected to the contacts on the circuit boards to transfer the signal and power.

The 222002-1 utilizes the principle of differential signaling to transmit signals. This means that it sends a pair of signals with opposite polarities on each row of pins. This technique negates any noise or interference, ensuring that the signals are being transmitted accurately and reliably. It also helps to boost signal integrity and transmission speed.

Conclusion

The 222002-1 is a highly specialized connector type that is used in specific applications that require high speed transmission with minimal signal loss. It utilizes the principle of differential signaling to transmit signals, ensuring accurate and reliable transmission. Its superior speed and signal integrity has made it the preferred choice for many telecom and networking applications as well as some industrial applications.

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