48-6553-10

Sockets for ICs, Transistors

The 48-6553-10 socket is a type of connector used between integrated circuits, transistors, and other electronic components. It is a specialized type of socket that is typically used in commercial and military applications. It is designed to accommodate circuits with a minimum of pin and trace connections, allowing for quick and easy integration of components into a circuit board. It is also highly dependable and durable, which makes it suitable for long-term use in high-end applications.

One of the features of the 48-6553-10 socket is its shallow profile design, which reduces the component and trace connections that need to be made. This design allows it to be used in tight spaces, such as within military equipment and consumer electronics. Additionally, it is also designed to be shock and vibration-resistant, making it suitable for turbulent environments. This socket also features low thermal resistance, low electrical loss, and lightning-fast transmission speeds.

The 48-6553-10 socket can typically be found on circuit boards, along with transistors, capacitors, resistors, and other components. To ensure a reliable connection between elements, the socket must be properly soldered onto the board. This process requires a specialized soldering iron with fine tips that can heat up the pins of the socket quickly. The soldering process is also used to create permanent connections between components, which can last for many years in typical usage.

The working principle of the 48-6553-10 socket is based on the electrical contacts that are used to provide the connection between two electrical circuits. These contacts create a conductive bridge that can facilitate current flow from one part of the circuit to the other. The contact\'s design depends on the type of electronics it is being used for, and it can either be single-ended or double-ended. This socket is designed to be compatible with both types of connections.

The 48-6553-10 socket is designed to provide reliable connections between electronic components while also allowing for quick and easy integration into a circuit board. Its specialized design makes it suitable for highly demanding applications, and its low thermal resistance and fast transmissions speeds make it particularly suitable for use in military and consumer electronic products. The socket must be soldered onto the board in order to ensure a reliable connection between components, and the working principle behind this socket is based on the electrical contacts that are used to bridge two electrical circuits.