40-6518-112

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Sockets for ICs, transistors and other microelectronic components are important components in any electronics setup. 40-6518-112 is one such type of sockets used for a variety of applications in the electronics field. This article looks in depth at the application field and working principle of 40-6518-112, including its features, advantages and disadvantages.

An overview of the 40-6518-112 socket and its features:

The 40-6518-112 socket is a universal socket designed to offer greater flexibility and convenience when it comes to connecting and disconnecting electronic components. The socket is rated at a maximum of 18 amps at 250 volts AC. It features eight pins, with two rows of four pins spaced 1/4” apart. The pins are made of stainless steel with a non-corrosive contact surface, and are polarized for secure wiring.

Each pin has a self-latching mechanism that locks it in place when the component is inserted. This makes it easier to ensure that the component is connected correctly and prevents it from being accidentally pulled out. The socket also has two mounting holes at the sides for easy installation.

The 40-6518-112 socket is ideal for use in test and engineering applications, as it can easily handle the insertion and removal of electronic components without the need for tools. It is also well-suited to servicing and maintenance applications, as it allows for quick replacement of defective components without needing to rewire the entire circuit. With its universal design, the 40-6518-112 socket can be used with a wide range of components from different manufacturers.

The working principle of 40-6518-112:

The 40-6518-112 socket is designed to make it easier to connect and disconnect components without the need for tools or extra wiring. When a component is inserted into the socket, the pins are automatically aligned with the contacts of the component. This ensures that a secure connection is made. The self-latching mechanism locks the pins in place, so that the component can’t be accidentally pulled out. This also ensures that the component is properly connected and that the contacts don’t become loose or damaged. The 40-6518-112 socket also has two mounting holes at the sides for easy installation.

Advantages and Disadvantages of the 40-6518-112 socket:

The 40-6518-112 socket provides many benefits when it comes to connecting and disconnecting electronic components. One of the most important advantages is its universal design, which makes it compatible with a wide range of components from different manufacturers. The socket is also easy to install and requires no tools for operation. The self-latching mechanism prevents components from being accidentally pulled out, while the pins ensure that a secure connection is made. All these features make the 40-6518-112 an ideal choice for test and engineering applications, as well as for servicing and maintenance tasks.

However, the 40-6518-112 socket does have some drawbacks. Firstly, it is not designed for extremely low-level signals, as it can lead to signal crosstalk. Secondly, the self-latching mechanism can be quite difficult to disengage when a component needs to be removed. And finally, the socket can only accept components with 1/4” pin spacing, so components with a different pin spacing are not compatible with it.

Conclusion:

The 40-6518-112 is a universal socket designed to make it easier to connect and disconnect electronic components without the need for tools or extra wiring. Its features, such as the self-latching mechanism and the polarized stainless steel pins, make it ideal for test and engineering applications, as well as for servicing and maintenance tasks. Although there are some drawbacks, such as its inability to handle extremely low-level signals, the 40-6518-112 socket is still a useful and reliable tool for any electronic setup.

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