CES-112-01-S-D

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The CES-112-01-S-D connector is a high-performance rectangular connector, which is part of a series of connectors used widely throughout the electronics and automotive industries. It is a robust connector that offers superior signal integrity and reliable operation, giving customers the extra confidence they need when selecting the right connection. The CES-112-01-S-D rectangular connector is classified as belong to Headers, Receptacles, Female Sockets which are rectangular connectors, also known as board-to-board or wire-to-board connectors, offering solutions for a wide range of cabling needs.

Theoretically, a dual row (row or stack) rectangular connector could be interpreted as two separate single row connectors stacked back to back. In reality, however, a dual row rectangular connector is a single unit consisting of two mating parts-a male header and a female socket or receptacle. The combination of a dual row rectangular connector and mating parts, therefore, offer a higher density of electrical contact points.

The contact strength of the male header is determined by the number of mating points, size of contact and type of contact within the male header itself. The female socket, also known as a receptacle, is fitted with a corresponding number of female contact points to match the male header. It is these contact points which form the connection between the two pieces.

Given the CES-112-01-S-D dual row rectangular connector contact strength has been designed to meet UL 94V-2, it provides users with a highly reliable and robust connection. This contact strength has been specifically designed to endure shock and vibration to ensure reliable performance. A further advantage of the design is that it allows for a smaller connection width than a regular straight or curved contact.

The CES-112-01-S-D rectangular connectors offer a range of advantages, which other connectors may not be able to provide. This includes performance that meet the requirements of the automotive industry, many of which have strict safety requirements. The CES-112-01-S-D rectangular connectors offers increased stability and reliability compared to other types of rectangular connectors for a more secure connection.

In practice, the CES-112-01-S-D dual row rectangular connector is used mainly for its cost-effectiveness. With its increased robustness, it can often save money while still providing reliable installations. The connector’s design also enables it to be used for both the data and power applications as it can deliver up to 600 volts. The design of the CES-112-01-S-D dual row rectangular connector makes it particularly suitable for applications in which space is limited, such as embedded boards and personal computers.

The CES-112-01-S-D connector is designed to meet numerous industry standards and regulations. Such regulations include ISO-118-01 and ESA-752-001, and the connector has also passed UL and CSA testing. The connector also meets requirements applicable in the automotive, telecommunications, aerospace and medical industries.

The working principle of the CES-112-01-S-D dual row rectangular connector is one of a sequential connection. This essentially means that the connection between the two pieces is established when the male header and female socket is pushed together and the contact points become aligned. This alignment allows the contacts to mate, completing the connection.

The force required to make this connection is known as retention force, and this will vary depending on the number of contact points and type of connector being employed. Too much retention force will make it difficult to make a connection, whereas too little force may cause the connection to be unreliable. Therefore, it is important to pay attention to the retention force when considering which type of connector to use.

The CES-112-01-S-D dual row rectangular connector is an economical and reliable solution for many applications, and is suitable for a wide range of industries. Its superior design assists in maintaining reliable connections with smooth transitions between contact points, and offers environmental protection, which makes it a reliable choice for a variety of applications.

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