42-3552-11

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Sockets for Integrated Circuits (ICs), Transistors and other electronic components are essential elements in the development, prototyping, debugging, servicing and use of electronic systems and tools. They allow the quick exchange of components and prevent the need to re-solder devices onto the circuit board to complete the task. The two types of sockets are the Through-Hole (THS) and Surface Mount (SMD) sockets. The model 42-3552-11 is a Through-Hole Socket specifically designed for use with hetero-epitaxial substrate devices, such as transistors and chips.

The 42-3552-11 socket is a simple and easy-to-use socket that has a large number of pins to support the connection of devices with up to 32 pins. It is made of a printed circuit board (PCB) with etchable wiring and gold plated pads. The socket has a thermal protection feature that keeps the pins on the device from overheating as the socket is used. It also has an over-voltage protection system which limits the amount of peak voltage allowed in the connection.

The socket has several different layers of pins that allow for various applications. The bottom pin layer is used for the substrate connection, the middle layer is for the power connections and the top layer is used for also used for power connections and then for the data connections. The 42-3552-11 socket also features an additional ground layer which helps protect the pins from electromagnetic interference (EMI).

To use the socket, the device must first be mounted onto the board with all the pins aligned properly. Then the socket is placed on the board with the pins going through the holes in the board and the ground plane. The socket is then soldered to the board. Once that is done, the device can be inserted into the socket. When the device is in the socket, the pins on the device line up with the copper pads on the socket and make a reliable connection when the socket is connected to power.

The 42-3552-11 socket is an important tool for prototyping, debugging and servicing electronic systems and tools. It can be used with a wide variety of devices, including transistors, voltage regulator chips, microcontrollers and other ICs. It provides a reliable connection between the device and the components on the board, and helps to reduce the risk of accidental wrong connections. It also provides protection from the over-voltage and the EMI.

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