DF4-9P-2R26

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The DF4-9P-2R26 is a rectangular connector in the Direct Wire to Board type, designed to provide a simple, secure, and reliable connection between two electronic components, allowing electric power or data communication signals to be exchanged between two components. This type of connector is a common rectangular board-in connector.

The DF4-9P-2R26 contains a total of nine pins with two rows of pins. One row contains four pins, the other row contains five pins. The pins are arranged in pairs along both the rows. This structure allows for a wide variety of different pin configurations as well as for maximum flexibility during assembly. The two rows of pins are further divided into two sections, so that the five pins in the second row can be used for routing signal and power cables separately.

When two components (such as a circuit board and an electronic component) are plugged into the DF4-9P-2R26, the pins of the two components establish a secure connection. Depending on the application, the pins may either be soldered directly together, or an insulation-displacement contact (IDC) can be used to create the connection. The IDC is a unique feature that makes it easy to connect two components with a single twist and press movement.

The DF4-9P-2R26 is designed to be structurally robust and reliable, ensuring it remains securely connected between components. The wide variety of pins and the flexibility of their arrangement allows the connector to accommodate a variety of different components and sizes. This makes it ideal for applications such as connecting a circuit board to an LED lamp, electrically impregnated substrates, microcontrollers, or any other type of electronic component.

The DF4-9P-2R26 is designed to be both durable and reliable while providing quick and easy assembly. It features an ergonomic design for ease of use and is simple to repair or replace if necessary. In addition, the connector is capable of handling high loads, so it is suitable for higher power applications. This ensures a safe, secure, and reliable connection between two electronic components and makes it an ideal choice for a wide variety of applications.

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