1410188-3

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Backplane connectors are a type of electrical connector commonly used in the backplane of electronic devices to carry power and data signals. The use of backplane connectors has grown exponentially over the years as applications have become increasingly complex. The 1410188-3 backplane connector is one such example of this growth. In this article, we will discuss the application field and working principle of the 1410188-3 Backplane Connector.

Application Field

The 1410188-3 Backplane Connector is commonly used in a wide range of applications, including data centers, computing, telecommunications, industrial, medical, instrumentation, and aerospace. It is a versatile connector that is suitable for high-speed transmission of data and power connection requirements. The connector is able to carry up to 20 Amps of current and is ideal for linking servers, disk arrays, network routers, and other computer equipment.

The 1410188-3 Backplane Connector is designed to reduce crosstalk, minimize impedance, and ensure stability in electrical connections. It also has a gold-plated contact to prevent oxidation corrosion, enhancing performance and improving signal integrity. Moreover, the 1410188-3 connector has a mating alignment key and a cable anti-rotation feature for secure and stable connections. This feature ensures that data and power connections remain firm and reliable, even in heavy-duty and harsh environments.

Working Principle

The 1410188-3 Backplane Connector works on the basis of transmission of signals from one connector module to another. It uses an 8-pin connection system, which is compliant to various industry standards, such as MIL-STD-1553, ARINC 429, and AECMA 1012. The pin configuration of the 1410188-3 connector allows for both horizontal and vertical connections.

The 1410188-3 connector is made up of two modules—a connector module and a contact module. The connector module comprises an aluminum housing, and the contact module is composed of two layers—the contact surface and the solderable layer. A signal transfer occurs when a standard signal is transmitted from the connector module to the contact module. The signal is then transmitted from the contact module to the solderable layer and from the solderable layer to the other contact module and the connector module, completing the loop.

Conclusion

The 1410188-3 Backplane Connectors are versatile connectors designed for various electronic applications. They allow for high-speed transmission of data and are capable of carrying up to 20 Amps of current. Moreover, the connectors are designed to reduce crosstalk, minimize impedance, and ensure stable and reliable electrical connections. The 1410188-3 connectors have a mating alignment key and a cable anti-rotation feature for secure and stable connections. All these features make the 1410188-3 Backplane Connectors an ideal choice for a wide range of applications.

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