A1-10D-2.54C

Rectangular Connectors - Housings

The A1-10D-2.54C is a chip-level rectangular connector that comes with a circuit board on either side and a housing that holds the components together. The A1-10D-2.54C is part of the A1 Series and is commonly found in applications that require a reliable connection on two PCBs or connected components.

Application field

The A1-10D-2.54C is typically used in applications that require a reliable connection on two PCBs or connected components. As an example, the connector can be utilized in LED lighting, consumer electronics, automotive lighting, control panel and power tool applications. It is also found in medical devices and in measuring instrumentation. Additionally, the connector is also used in industrial applications, where a reliable and secure connection is required.

Working Principle

The A1-10D-2.54C connector is designed with a central contact, two rows of 10 dual swept pins and two top-loaded self-aligning receptacles. The central contact provides an easy alignment of the receptacles. The dual swept pins provide secure contact and increase the contact area of the connector. The self-aligning receptacles ensure a proper connection between the two connectors.

The A1-10D-2.54C is designed with a locking mechanism that ensures a secure connection between the two connectors. The locking mechanism keeps the connector in place and ensures it is resistant to vibration and shock. Additionally, the connector is designed with a unique design which reduces the contact resistance between the two connectors. This helps to increase the durability and reliability of the connection.

The A1-10D-2.54C is designed for use in high-current applications with a current rating of up to 10A. The connector has a current handling capacity of 300V at 10A. Additionally, the connector can handle up to 250V at 20A. The connector is designed to withstand temperatures from -25 to 80 degrees Celsius.

Overall, the A1-10D-2.54C is an ideal connector for applications that require a reliable connection. The connector has a unique design and is engineered to withstand high-currents. The locking mechanism keeps the connector in place, while the special design reduces contact resistance. Furthermore, the connector is suitable for a wide range of applications.