647051-3

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The 647051-3 headers are rectangular male pins which are designed to connect two separate circuit boards together. These pins are typically used in board-to-board applications and have a pitch of 2.54mm. The pins also feature a latch stop which helps to secure the connection and prevent it from coming loose. They are available in both single and double row configurations and have an insulated, translucent polyethylene housing that features insulation protection against electrical shock.

The 647051-3 headers provide a reliable and inexpensive method of connecting two circuit boards together. They are easy to install, are widely available and are very secure once installed. They have plated contact pins which help to reduce the risk of contact failure due to oxidation or corrosion. Furthermore, the insulation surrounding the pins helps to protect against electric shocks.

The working principle of 647051-3 headers is relatively straightforward. The first step is to insert the header in the correct direction into the board-to-board connection. Once inserted, the latch stop secure the header in place and helps to stop the connection from coming loose. The pins then make contact and the connection is established. The insulation surrounding the pins helps to protect against electric shocks.

647051-3 headers are widely used in a variety of applications due to their ease of installation, reliability and security. They are commonly used in a range of electronics applications such as computers, consumer electronics, audio and communication systems, automotive applications and more. Furthermore, they can be used in applications that require high voltage and current levels and are widely available in a variety of sizes and configurations.

Overall, the 647051-3 headers are an ideal solution for board-to-board connection applications. They are easy to install, secure and highly reliable once installed. Furthermore, they offer excellent insulation protection against electric shocks and are widely available in a variety of sizes and configurations. As such, they are a popular choice for a range of applications.

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