10091836-S0J-30B

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The 10091836-S0J-30B is a specialized type of backplane connector, designed to fulfill the particular needs of many industries. The purpose of this type of connector is to connect backplanes, which are part of the internal wiring infrastructure of most electrical devices and systems. By connecting backplanes, bridges can be formed between different areas of the circuit.

The main characteristics of this connector are its high speed, high power, and excellent EMC performance. It is also designed for high performance reliability and durability under harsh conditions. It is often specified for both high speed and high power applications.

The 10091836-S0J-30B uses an 8-contact interface that is optimized to provide superior EMI protection. This connector also has a very low profile, which makes it perfect for tight space applications. Additionally, it offers excellent stability with respect to vibration and shock.

Like all backplane connectors, this type of connector is designed to provide mechanical stability and electrical isolation. It is also designed to provide additional features, such as the ability to transfer high speed signals, and enable voltage-level translation between two planes. The 10091836-S0J-30B is designed to support both single-ended and differential interface signals.

The working principle of the 10091836-S0J-30B is as follows. When connected to a backplane, the connector\'s contacts create a bridge between two planes. A single-ended signal will transmit through one contact, while a differential signal will pass through both contacts. The signal is then translated to the other plane. In addition, the connector is also designed to limit the amount of power that can be transferred between the two planes.

In summary, the 10091836-S0J-30B is a specialized type of backplane connector that is designed to offer superior EMI protection, high speed and power performance, and excellent stability. It is often specified for tight space applications, and is useful in many industrial applications. The working principle involves the creation of a bridge between two planes, in order to allow a signal to be transferred between them.

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