20-6513-11H

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Sockets for ICs, Transistors

The 20-6513-11H is a double-row open socket designed to allow two independent signal connections to a transistor or integrated circuit. This type of socket is particularly useful in applications where components must be replaced frequently in order to test their performance and/or troubleshooting. The 20-6513-11H is an ideal choice for applications in which quality control and long-term reliability are paramount.

Application Fields

The 20-6513-11H is well suited for use in a variety of applications. It is an excellent choice in industrial settings, laboratory environments, automotive, computer, telecommunications, and aerospace applications. This type of socket is particularly useful for applications requiring precise, reliable connections and minimal signal distortion. It is also commonly used in electronic test equipment, radio-frequency systems, signal processing systems, and audio/visual systems. The socket can also be used in applications involving semiconductor fabrication.

Working Principle

The 20-6513-11H socket works by connecting two separate signals to a single transistor or integrated circuit. It does this by providing two rows of through-hole pins that align with corresponding pins on the component’s body. The two rows of pins are connected together, allowing each pin to be wired in series. This allows the two signals to be connected to each other, without impedance or signal distortion. The socket also has a self-aligning latch mechanism, which ensures that the component is secured in place. This allows for an easy and reliable connection that can be quickly replaced when necessary.

Advantages of the 20-6513-11H Socket

The 20-6513-11H socket offers several advantages when compared to other types of sockets. It is easy to install and use, and provides reliable connections that are resistant to signal distortion and impedance. The self-aligning latch mechanism allows for a secure connection, which reduces the risk of accidental disconnection. This type of socket is also compatible with a variety of components, as it will work with both transistor-based and integrated circuit-based components. Additionally, the 20-6513-11H is designed to minimize the risk of EMI (electromagnetic interference) and provide precise signal transmission.

Conclusion

The 20-6513-11H socket is a reliable, convenient, and versatile component that can be used in a variety of applications. It is designed to provide robust, reliable connections for two separate signals, and has the added benefits of being compatible with both transistor and integrated circuits. The 20-6513-11H is also resistant to EMI, and provides minimal signal distortion and impedance. As such, it is an ideal solution for a wide variety of applications, and is a preferred choice in industrial settings, laboratories, automotive, computer, telecommunications, and aerospace applications.

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