SOLC-110-02-L-Q-A

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SOLC-110-02-L-Q-A is a type of rectangular connectors – headers, receptacles, female sockets, which is widely used in different applications owing to its reliable performance and competitive price.

Typical applications of SOLC-110-02-L-Q-A primarily include consumer electronics such as notebook and desktop computers, tablets, telephones, medical monitoring equipment, automotive power systems, and many other industries. This type of rectangular connector provides safe and reliable connections between two points in any electronic device. Its surge protection capability makes it ideal for harsh environments. It also indicates that this type of connector is designed to withstand electrical and mechanical shocks.

The working principle of SOLC-110-02-L-Q-A is quite simple, which is based on the electrical contact principle. It consists of two parts, an inner part and an outer part. The inner part is where the electrical contact takes place while the outer part is where the mechanical contact between the two parts is made. In order for the electrical contact to be made, there must be an electrical connection between the two parts. This is usually done through physical contact, solder joints or pins.

The inner part of the connector is equipped with a metal contact with an electrical contact. When the two parts are joined, an electrical connection is created between the two parts. This contact is also referred to as the contact surface. The contact surface is often coated with an insulating material and is designed to reduce the chances of electrical breakdown and corrosion.

The outer part of the connector is composed of a plastic or metal housing, which is where the mechanical contact is made. The outer part of the connector is typically designed with an adjustable screw or a snap fit to allow for the secure connection of the two parts. The outer part of the connector is also commonly referred to as the housing.

The electrical contacts on the inner and outer parts work together to ensure a reliable electrical connection. Each contact is typically separated from the other contact by air which prevents any electrical interference between the two contacts. The contacts also provide an air gap which reduces the risk of electric shock.

When the two parts are connected, current is supplied through one of the contacts, and the electric charge is collected by the other contact. This electric charge is used to power the device or system where the connection is made. This process is referred to as the “electric path”. The electric path is the pathway through which electricity passes from one contact to the other.

That is the working principle of SOLC-110-02-L-Q-A. Its applications and performance are reliable, which allow this type of rectangular connector to be used in different applications. This type of connector is also quite easy to install, and because of its flexible design, it is compatible with many different devices.

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