558-10-256M16-000101

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Sockets for ICs, Transistors involve the use of various types of integrated circuit (ICs) devices in order to enable electrical connection and signal transfer between them. A particular type of socket, known as a dual in-line package (DIP), comes in a variety of sizes and shapes, and is often used to interface ICs and transistors. One such socket, the 558-10-256M16-000101, is designed as a low profile, ground-compensated grid array socket with an electrical grid that enables fast and reliable signal transfer.

The 558-10-256M16-000101 socket is typically used in the testing, development, and assembly of various ICs and transistors in the automotive, medical, commercial, and aerospace industries. It can also be employed in a variety of other applications, such as the fabrication of daughter boards, or as a substitute for conventional leaded and THM (Through-Hole) sockets in applications where space and reasonable cost are of the utmost importance.

The 558-10-256M16-000101 socket is composed of a cast aluminum housing and features an adjustable socket plate made of stainless steel. This special socket plate design can accommodate two rows of ICs and transistors. It also features an adjustable time delay adjustment ring on the bottom which helps to ensure accurate timing of the signals sent through the socket. This is especially important when attempting to communicate with high performance devices.

Unlike other socket designs, the 558-10-256M16-000101 has no requirement for connecting screws, and its contact pins are extremely flexible and are designed to ensure reliable signal transmission even after multiple cycles of insertions and extractions. This means that the socket is re-usable, making it an economical choice for applications which require the frequent insertion and extraction of ICs or transistors.

The 558-10-256M16-000101 is designed to be compatible with various types of ICs and transistors, making it an ideal choice for applications which require a wide range of devices to be interfaced with. Furthermore, the socket has a robust mechanical design which can easily withstand shock and vibration, and is highly resistant to electrical noise. This makes it suitable for use in harsh environments.

The 558-10-256M16-000101 socket offers a wide range of benefits, making it an attractive choice for many applications. The socket is versatile, and can be employed in various fields, from automotive to aerospace. Furthermore, its adjustable time-delay adjustment ring allows for greater accuracy in the signal transfer time. Finally, its robust mechanical design ensures reliable connection and signal transmission, even in harsh environments, and its adjustable socket plate allows for the easy insertion and removal of ICs and transistors.

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