10114508-V0J-80DLF

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The 10114508-V0J-80DLF Backplane Connector is a specialized type typically used as a high-speed connector in electronic equipment. This type of connector is designed for backplane applications, which are used to interconnect circuit boards in many different devices and computing systems. The connector incorporates a multi-row design featuring a variety of advanced features to meet the speed and cost requirements of modern applications.

The 10114508-V0J-80DLF has multiple features that make it ideal for backplane applications. It has a high-density, low-profile design that allows it to be mounted on the backplane with minimal interference. It also has a contact retention mechanism for a secure connection, along with a board cut-out system for easy installation. Additionally, it features a rugged construction that is capable of withstanding high shock and vibration environments.

The working principle of the 10114508-V0J-80DLF backplane connector is quite simple. Once the contacts are inserted into the connector, a locking mechanism is activated. This mechanism ensures that the contacts remain secure within the connector. The contacts themselves are spring-loaded, meaning they will move independently when pressure is applied, providing a reliable connection. This allows for high-speed data and power transmission.

The 10114508-V0J-80DLF Backplane Connector is most commonly used in a variety of electronic devices, such as mobile phones, tablets, and computers. It is also found in industrial and automotive electronics, as well as in other specialized applications. It is typically used as a connection between circuit boards in these various types of equipment. The data transfer rate is high, and the connector is powerful enough to support multiple transceivers.

In summary, the 10114508-V0J-80DLF Backplane Connector has a range of features that make it well suited to backplane applications. Its high-density, low-profile design combined with a secure locking mechanism and independent contact springs make it an ideal choice for many electronic devices. It is capable of efficiently transferring data and power, making it a reliable and cost-effective choice for a variety of applications.

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