16-6822-90C

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Sockets for ICs, transistors and other electronic components serve as a bridge between the component and a circuit board or other metal substrate. They both allow the component to heat up or cool down quickly, as well as provide more reliable electrical connections. The 16-6822-90C socket is a tool-less socket designed for power semiconductors such as SCRs, diodes and transistors. Furthermore, it provides increased performance by creating a low thermal resistance junction between the semiconductor and the heat sink.

The 16-6822-90C socket is a single-banded, open-architecture socket that features double springs. It is constructed using cast aluminum alloy with an anodized finish and has three sizes: short, medium, long. It is designed for easy installation, and can be used with most heat sinks. Additionally, the socket has built-in protection against over-voltage, over-current and over-temperature.

The primary application areas for the 16-6822-90C socket are high-power switching and power conversion. Its design allows it to transfer both heat and electrical energy efficiently, making it ideal for use in high-power circuits. It is also commonly used in audio and video amplifiers, motor drives, and industrial control applications. Furthermore, it is suitable for use in energy storage systems such as batteries, supercapacitors and other types of capacitor-based energy storage systems.

The 16-6822-90C socket works by utilizing thermal and electrical conduction. It is designed with a thermal gap that bridges the component to the heat sink. This thermal gap creates additional thermal conduction between the component and the heat sink, increasing the efficiency of heat transfer. Additionally, the electrical connections created by the socket ensure reliable power delivery to the component.

In summary, the 16-6822-90C socket is a tool-less socket designed for high-power semiconductors such as SCRs, diodes, and transistors. It is made of a cast aluminum alloy with an anodized finish and has three sizes: short, medium, and long. The primary application areas for the socket are high-power switching and power conversion. It works by utilizing thermal and electrical conduction to transfer heat and electrical energy to the component. This socket is ideal for use in high-power circuits, audio and video amplifiers, motor drives, and industrial control applications, as well as in energy storage systems such as batteries, supercapacitors, and other capacitor-based energy storage systems.

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