06-6513-11

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Sockets for ICs, transistors, and other small components allow a more convenient way to integrate and work with microprocessors and other forms of digital circuits than permanent soldering. The 06-6513-11 socket is a recent solution, one with multiple features designed to make working with digital microelectronics simpler and more reliable.

Application Field

The 06-6513-11 socket has a wide application field. With the capability of handling almost any type of digital circuitry, the 06-6513-11 socket is ideal for use in consumer electronic products like smartphones, laptops, tablets, all-in-one PCs, televisions, digital audio systems, video streamers, game consoles, and other digital products.

The socket can also be used in medical equipment, aerospace and automotive applications, wireless communication systems, as well as industrial control systems. In addition, this socket is used by hobbyists working with digital projects as well as educational institutions. With its correct electrical ratings, it is suitable for use in almost any type of circuit design.

Working Principle

The 06-6513-11 socket works on a typical press-fit/push-on mechanism. At the front of the socket is a row of pins arranged in an array with the pin on one side slightly longer than the last. Each pin has a notch in it that acts as a guide for insertion of the chip or transistor into the socket. When the inserting element is pushed into the socket, the longer pin breaks off and becomes lodged in the back of the device, creating a secure connection between the two elements.

In addition, the socket itself is made of a metal material that is highly resistant to corrosion, so no special remedies are necessary to protect the connection from outside elements. The metal also provides good thermal properties, which help in the dissipation of heat and thus protect the circuit.

The socket also features anti-static protection. This helps to ensure that no stray electric signals can reach the chip or transistor, which could impair its performance or even cause permanent damage. It is also designed with a locking mechanism that prevents the chip or transistor from being accidentally removed from the socket.

Finally, the socket has a very low contact resistance compared to most other solutions available, meaning that no large voltage drops occur when the device is connected. This are based on the quality of the contacts and their distribution close to the pins that make connection with the chip or transistor easier and more reliable.

In conclusion, the 06-6513-11 socket proves to be a versatile solution when dealing with various types of digital projects. Its design takes into account the most important aspects of a successful circuit design, such as anti-static protection, low contact resistance, and thermal dissipation. With this socket, hobbyists and professionals alike can be assured of a secure and dependable connection.

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