110-43-628-41-605000

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

Sockets for ICs and transistors are a key part of the electronics industry, used to connect components in the devices we rely on everyday. Modern socket technology has advanced at an astonishing rate since their introduction nearly a century ago. With each new generation comes a new set of features, from customizable pin counts to higher-speed contact switches that set the stage for faster and more reliable electronic operations. The numbers 110-43-628-41-605000 refer to a specific application field and working principle for such sockets, and this article will take a look at how these components work and why they are so important.

The 110-43-628-41-605000 designation refers to a type of socket commonly used in mosfets and bipolar transistors. This type of socket is designed to provide rapid switching times between two distinct contact points, allowing for reliable and efficient operation of the component it\'s attached to. It\'s made to be compatible with various pin counts, depending on the needs of the device it\'s being used in. This versatility makes it a popular choice for many different types of devices, from computers and telecommunications networks, to medical equipment and industrial machinery.

The advantage of this particular socket stems from its ability to make contact with two different conductive points at the same time. This feature is quite useful when dealing with high-speed circuits, as it allows the device to quickly move from one state to another. This is known as the "switching speed" of the socket, and is usually measured in milliseconds. With such high-speed operation, these sockets are more reliable and efficient than other types of connectors, as the device will have less time to fail or suffer from electrical issues.

The working principle of the 110-43-628-41-605000 socket can be best explained by looking at its design. The socket features two rows of pins - a positive row and a negative row. The pins are arranged in a double-row format so that each pin can contact both the positive and negative contacts simultaneously. This allows for faster and more reliable operations than a standard single-row connector. The pin count on this socket can vary depending on the particular application, as the pins can be customized to fit the needs of the device it\'s being used in.

In addition to its fast switching speed, the 110-43-628-41-605000 socket provides a number of other benefits for its users. The socket is made from a high-grade nickel-plated brass, which ensures a long lasting performance and durability. It\'s also designed to be corrosion resistant for reliable operation in any environment. Since it\'s made from such a durable material, it also ensures a reliable contact between the pins and the device it\'s being used with.

Overall, the 110-43-628-41-605000 socket is an essential component in many electronics applications. Its fast switching speeds, customizable pin count, and durable construction make it a popular choice for many applications. These features ensure reliable and efficient operation for the device it\'s being used with, allowing users to gain the most out of their electronics projects. It\'s clear to see why this socket has become one of the go-to components for many electronics manufacturers, as it provides both reliability and efficiency in one neat package.

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