346-93-160-41-013000

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The 346-93-160-41-013000 application field and working principle cover a wide range of topics related to sockets, integrated circuits (ICs), transistors, and other elements used in electronic components.

Sockets for ICs are a form of socket that can be used to hold electronic components or integrated circuits (ICs). A socket for ICs typically consists of two components: a mounting-frame and a sub-frame into which an IC may be inserted. The mounting-frame is used to attach the socket to a circuit, while the sub-frame holds the IC firmly in place. Sockets for ICs come in two main types: solder-in sockets and press-in sockets. Solder-in sockets are usually more secure, as they require soldering into a PCB, while press-in sockets are easier to use and are commonly available as various adapters.

The 346-93-160-41-013000 is an example of a socket for an IC. It is a solder-in socket, meaning that it must be soldered into place onto a circuit board in order for it to work properly. It is designed to hold large ICs, such as power amplifiers and motor controllers. It also features mounting holes that can be used to attach the socket to its host circuit board.

Transistors are also another type of electronic component that is used in various circuits and applications. They are three-terminal devices that can be used for either switching or amplifying electrical signals. Transistors can be either bipolars (junction transistors) or fields-effect transistors (FETs). Junction transistors are better for amplification, while FETs are more suited for switching.The 346-93-160-41-013000 is an example of a socket for transistors. As with sockets for ICs, it features a mounting frame and a sub-frame. It is designed to hold two leaded transistors, with a distance of up to 4mm between the two leads. The socket also features mounting holes for attachment to a circuit board, as well as a latch for secure attachment. When fitted with a transistor, the socket can be used to switch or amplify an electrical signal.

The working principle of the 346-93-160-41-013000 is relatively simple. The socket is designed to securely hold and safely contain an IC or a transistor, allowing it to be soldered or pressed into place on a circuit board. Once the socket is attached to the circuit board, the IC or transistor can be installed and connected to the rest of the circuit. When power is applied to the circuit, the socket conducts the voltage or current, allowing the signal to flow through the circuit as intended.

In conclusion, the 346-93-160-41-013000 application field and working principle encompass two broad categories of electronic components: ICs and transistors. The purpose of the socket is to allow these components to be securely held and safely contained on a circuit board, and to allow the signals generated by them to flow through the circuit. As such, the 346-93-160-41-013000 is a useful and versatile tool in any circuit board designer’s toolkit.

The specific data is subject to PDF, and the above content is for reference