CES-103-02-G-S

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The CES-103-02-G-S is a common rectangular connector, which falls under the category of Headers, Receptacles and Female Sockets. Rectangular connectors are widely used in various applications and industries such as the automotive, medical and industrial sectors, and this specific variation of the connector is especially designed for higher current and higher voltage applications. This article will discuss the various applications and the underlying working principles of the CES-103-02-G-S connector.

The CES-103-02-G-S connector has a wide range of applications in the automotive industry, particularly in automotive electrical systems. The connector is used to connect a variety of components such as radiators, air conditioning units, alternators, power windows and much more. In addition to this, the connector is also used in many industrial applications such as robotics, SCADA systems, sensor networks and embedded systems. The CES-103-02-G-S connector is also widely used in the medical sector, being used to connect medical diagnostic equipment, blood analysis equipment and other medical equipment.

The working principle of the CES-103-02-G-S connector is relatively simple, and the general principle of operation is as follows. The connector consists of two parts, namely the header and the receptacle. The header is designed to be mounted onto a pre-determined printed circuit board, while the receptacle is designed to be connected to a different component that requires electric power or signal transfer. Both the header and the receptacle contain a set of electrical contacts, which will be used to establish a secure electrical connection between the two components.

The contacts of the header and receptacle are electrical conductors, and in order to ensure that the connection is secure, the contacts are usually made of a metal such as tin. In addition, the contact surfaces are usually plated with a thin film of gold. This gold layer serves to both reduce the electrical resistance between the two contacts and to protect the contacts from tarnishing or discoloration due to oxidation.

When the connector is connected, a secure electrical connection is established between the two components. The electrical signals or power supplied to the connector can then be passed through the contacts and from the header to the receptacle, and vice versa. In addition to the two electrical contacts, the connector also contains a mechanical locking mechanism, which ensures that the connector remains locked into position instead of being inadvertently detached from the circuit.

Overall, the CES-103-02-G-S connector is widely used in various industrial and automotive applications due to its robust design and reliable connection. The two electrical contacts work together to provide a secure and reliable electrical connection for various components, while the mechanical locking mechanism ensures that the connector stays firmly in place. The connector can also be used in a variety of work environments due to its high rated temperature and durability. Therefore, the connector is an attractive option for a wide range of industrial and automotive applications.

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