SSQ-110-03-G-D-RA-LL

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Rectangular Connectors - Headers, Receptacles, Female Sockets comprise a wide range of products that provide electrical connection between two circuits. Amongst these products the SSQ-110-03-G-D-RA-LL range has become increasingly popular due to its design and versatility. This article will discuss the applications and working principle of the SSQ-110-03-G-D-RA-LL rectangular connectors.

Overview

The SSQ-110-03-G-D-RA-LL rectangular connectors are most commonly used in data, telecommunications, and audio/visual equipment. The SSQ-110-03-G-D-RA-LL range is a product of JLC Integrated System Co. Ltd and comprises of female headers, sockets and brackets that fit perfectly in each other. The B-line and C-line are the two most commonly used connectors.

The B-line connectors are designed to meet international IEC standards of circuit integrity, process safety and electromagnetic approval. They are primarily used in equipment that requires a reliable and robust connection, such as computers, telecommunication, and industrial control systems. The B-line connectors have a range of pin densities available, from 2 to 60 pins, with standard 16-Pin, 24-Pin, 32-Pin, and 64-Pin densities often being used.

The C-line connectors are designed for excellent performance and reliability, and are a go-to product for many customers owing to their cost effectiveness. They are used mainly in low power applications such as in the industrial and automotive fields. The C-line connectors are also available in 2 to 60 pins densities, with 16-Pin, 24-Pin, 32-Pin and 50-Pin variants commonly being used.

Applications

The SSQ-110-03-G-D-RA-LL range of connectors are used in a wide variety of applications. The two primary applications are in consumer electronics and industrial automation. In consumer electronics, the connectors are used to make connections between digital components, such as a screen or a camera. In industrial automation, they are used to make connections between different components in a control panel, such as an actuator, a sensor, and a light switch.

The SSQ-110-03-G-D-RA-LL connectors are also popularly used in data, audio, and video networks. The connectors are used to make relays in these networks, allowing the transfer of data from one source to another. Additionally, these connectors are used in medical equipment, as it is important for these cables to be of high quality to ensure that the data accuracy of these devices remain uncompromised.

Working Principle

The working principle of the SSQ-110-03-G-D-RA-LL rectangular connectors is quite simple. The connector consists of two parts: the male header and the female socket. The male header is inserted into the female socket, and then the two male pins of the header are held by the locking tabs inside the female socket. This creates an electrical connection between the two parts. These Connectors are designed to make sure that no current passes through when the connection is not in use.

In order to ensure proper contact between the two parts of the SSQ-110-03-G-D-RA-LL connector, both parts have to be cleaned frequently. This ensures that no debris or dust will accumulate between the two parts, which could create electrical resistance and reduce the performance of the connection. Additionally, the SSQ-110-03-G-D-RA-LL connectors are designed to be resistant to vibrations, moisture, chemicals, and temperature variations, ensuring it stays reliable for a long time.

Conclusion

The SSQ-110-03-G-D-RA-LL range of rectangular connectors has a wide range of applications in consumer electronics, industrial automation, data, audio, and video networks, as well as medical equipment. The connectors are designed to provide high performance, reliability, and cost effectiveness. Additionally, they are designed to be resistant to moisture, temperature variations, and to be vibration proof. The working principle of these connectors is simple: the male header is inserted into the female socket, and the two male pins are then held by the locking tabs inside the female socket. This creates an electrical connection between the two parts.

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