146130-9

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

146130-9 rectangular connectors, referred to as headers, are commonly used electrical connectors that primarily offer quick and easy connection between circuits. They are designed to provide multiple electrical connections in a single unit, while occupying minimal board space. The 146130-9 headers are also known as male pins and have an easy plug-and-play system of connection, allowing the user to quickly snap two pieces of these headers into place for a professional and reliable connection.

Available in different sizes and designs, the 146130-9 rectangular connectors, or headers, can be designed both with various boards, providing the user with the ability to provide solutions where commonly required. Furthermore, it comes pre-assembled with pins and push back plates that allow for quick installation and removal. The use of the 146130-9 header is usually preferred to other types of electrical connection where saving board space is an important factor. In this regard, it is generally smaller than traditional headers, but has significantly higher current ratings.

In the case of the 146130-9 header, the pins of the header itself are constructed from high-temperature plastic, typically 0.03-0.05 mm thick. The pins are generally soldered and seated into the corresponding slots of the header. The header is designed in such a way that when it is connected to a board, the slots in the board will lock with the pins of the header. This ensures an effective electrical connection with the board. The tension between the header and the board also ensures a reliable connection, as the header cannot detach from the board even if there is force on either side.

The 146130-9 headers also have an anti-reverse feature, meaning that they are designed in a way that does not allow the pins to be inserted in the wrong direction. This ensures a proper connection and eliminates guesswork in the installation process. It is also useful in avoiding potential short-circuits, as the pins will not be inserted into the incorrect slots and potentially damage the board. Additionally, the mating connector of the header comes with a dust-seal to ensure protection of the board from dirt and dust which might otherwise enter the board and cause problems.

The 146130-9 headers are also designed to be durable and robust. The connections are designed in a way that puts the least amount of stress on the board, while providing the most reliable electrical connection. The pins are constructed of high-temperature plastics, meaning that they can withstand extreme temperatures, and the integrated dust-seal enhances the durability of the board. The headers are also designed to withstand shock and vibration, making them suitable for a wide variety of applications.

146130-9 headers are widely used in a number of industries including medical and automotive. As they provide space-saving solutions, they are also preferred for use in congested electronic systems. As a result, they are often used in a variety of applications including computer motherboards, HVAC systems, automotive electronics, and medical devices.

In conclusion, 146130-9 headers are robust and reliable electrical connectors designed to provide multiple electrical connections in a single unit. The headers are constructed from high-temperature plastic, which makes them durable and suitable for applications where there will be shock and vibration. Furthermore, the anti-reverse feature ensures that the pins can only be inserted in the correct direction, thus eliminating the possibility of short-circuits. The dust-seal further enhances the protection of the board from dirt and dust and the header is designed in a way that minimizes the stress on the board. As a result, the 146130-9 headers are often used in a variety of industries and applications for efficient and reliable electrical connections.

The specific data is subject to PDF, and the above content is for reference