33-0501-20

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Sockets for ICs, transistors, and other circuit components are essential for any circuit designer. They provide an interface between the component and a circuit board, allowing easy connection of leads and making it possible to switch components out once a product has been released. In this article, we will explore the applications and working principles of 33-0501-20 sockets.

33-0501-20 Applications

The 33-0501-20 socket is a dual sided socket designed specifically for use in printed circuit boards (PCBs). It is ideal for applications involving surface mount devices (SMDs) such as ICs, transistors, and other components, as well as through-hole components. It is RoHS compliant and features robust construction and superior electrical performance.

The 33-0501-20 socket features a board mount design with SMT and THT lead options. Its multi-level contact interface ensures reliable electrical connections and higher insulation resistance, while its design allows for easy replacement and wide compatibility. The socket is also suitable for applications requiring low heat transmission and minimal shock.

The 33-0501-20 socket is suitable for a variety of industrial, medical, and consumer electronics applications, such as:

• Car electronics
• Home appliances
• Consumer electronics
• Motor control systems
• Industrial electronics
• Automotive electronics
• High Voltage Safety switches
• Medical equipment

33-0501-20 Working Principle

The 33-0501-20 socket features two-sided vertical contacts and a single-raise hole design. It consists of a base, two spring-loaded contact systems, and two ICs. The base comprises four mounting holes for clamping and has six protruding pins around its periphery that connect to the clamping for the ICs.

The 33-0501-20 socket features a four-layered contact layout that delivers excellent electrical performance, and a miniaturized single-raise hole design provides a reliable surface for mounting SMDs. The contacts have an optimized tip angle for enhanced accuracy and make contact at two levels. The upper connection will make contact first with the upper leads of the IC, while the lower connection will make contact with the lower leads of the IC.

The spring-loaded contacts of the 33-0501-20 socket ensure that the contacts remain in contact with the ICs even after repeated use and vibration. The socket also features a top extending contact that eliminates bridging and ensures better insulation. The design also reduces the possibility of contact corrosion and ensures long-term reliability.

The 33-0501-20 socket is capable of withstanding a wide range of temperatures, from -60 to +105 degrees Celsius. It can also handle up to 600V of operating voltage and up to 1A of current. It offers superior insulation and is designed to dissipate heat quickly.

Conclusion

The 33-0501-20 socket is an ideal solution for applications requiring durable, reliable, and low-heat interfaces between components and circuits. It is capable of operating under a wide range of temperatures and voltages, and is robust enough to stand up to repeated use and vibrations. Its design ensures reliable connections and eliminates bridging for enhanced insulation.

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