612-93-324-41-004000

Series:	*
Part Status:	Active

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Sockets for ICs, Transistors

6-12-93-324-41-004000 are designed for use in various fields, such as automotive electronics, consumer electronics, medical electronics and sealing applications. They are also widely used in military and aerospace engineering and machine-building industries, as well as in industrial robotic applications.There are several types of 6-12-93-324-41-004000, including pin through hole sockets, mounting rail sockets, surface mount sockets, flex sockets, and wedge sockets. Each of the different 6-12-93-324-41-004000 feature various attributes to provide unique advantages to various applications.The pin through hole 6-12-93-324-41-004000 are designed to be installed in standard electronics boards. The pin is inserted into a hole in the board and subsequently soldered in place, with the socket sitting perpendicular to the board surface. Pin through hole sockets are typically used in applications where the board will need to be removed or replaced.The mounting rail 6-12-93-324-41-004000 are designed to be mounted on a rail. The socket is attached to the rail via a number of contact points, and is secured in place. This type of 6-12-93-324-41-004000 is often used in applications that have limited space available.The surface mount 6-12-93-324-41-004000 are designed to be adhered to flat surface-mounted boards. The contacts of the socket can then be brought into contact with the circuit components on the board. This method allows for the use of smaller components, while also reducing the amount of space required.The flex 6-12-93-324-41-004000 are designed to be used in flex circuits. The flex socket can be connected to a flex circuit, and the contacts of the socket can then be brought into contact with the circuit components on the flex circuit. This type of 6-12-93-324-41-004000 is often used in applications that require flexibility or a light-weight design.The wedge 6-12-93-324-41-004000 are designed to be mounted on a wedge. The socket is attached to the wedge via a number of contact points. This type of 6-12-93-324-41-004000 is most commonly used in applications that require a robust connection between the socket and the wedge. The 6-12-93-324-41-004000 can be used to connect transistors, integrated circuits, microcontrollers, and many other types of electronic components. This type of socket can be used in a wide range of applications, as well as in a variety of electrical and electronic circuits. The 6-12-93-324-41-004000 provide a secure connection between a transistor, an integrated circuit, or other components and the wiring or printed board. The socket blocks current and voltage, and it prevents accidental contacts with exposed wire. The 6-12-93-324-41-004000 also provide a reliable physical connection which ensures that the electrical circuit can be powered on and off without the risk of damage to components. The socket also reduces thermal conduction, which can help reduce thermal stress and the risk of components overheating.The 6-12-93-324-41-004000 are designed to provide reliable electrical contact, while protecting components from environmental variables and mechanical shock. The 6-12-93-324-41-004000 supports the electrical and mechanical connection between the used component and the circuit board, and it also provides a stable electrical connection, which is necessary for the reliable operation of the circuit. The 6-12-93-324-41-004000 also features an easy-to-use design which allows for a quick and easy installation and removal of components. This type of socket typically features a simple design which is easy to install and remove. This allows for quick and easy repair and replacement of damaged components. Overall, the 6-12-93-324-41-004000 is designed to provide secure, reliable connections between transistors, integrated circuits and other components. The sockets are designed to provide reliable electrical contact, while protecting components from environmental variables and mechanical shock. They also feature a simple and easy-to-use design which allows for a quick and easy installation and removal of components.

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