929715-01-02-EU

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Rectangular connectors have become increasingly popular in a variety of electronic applications, particularly where high-speed or high-frequency signals are involved. The 929715-01-02-EU is an example of one of these connectors, and this article will explore the application field, the working principle, and features of this connector.

Application Field

The 929715-01-02-EU is a type of rectangular connector that is ideally suited for high-speed transmission and power generation in printed circuit boards. It is most commonly used in computer systems, server-based systems, industrial equipment, and instrumentation. Additionally, the 929715-01-02-EU is often used in a variety of other applications, such as automotive, medical, communications, lighting, consumer electronics, and aerospace.

Working Principle

The 929715-01-02-EU connector operates on an electrical principal known as signal geometry. It is constructed using two mating pieces, each of which contain individually insulated contacts that allow for the transfer of signals between two sections of a system. These contacts are joined to copper clad contacts that form a circuit within the connector, dissipation of heat being the key component in the operation.

Signal geometry works by controlling the signal transmission to and from the connector. This is achieved by controlling the angle of the contacts within the connector. By controlling this angle, the amount of signal being transmitted is kept within a certain range, and this range can be further increased by adding more contacts or increasing the copper thickness. This helps to reduce the amount of signal loss that is usually present when using unprotected wires.

Features

The 929715-01-02-EU Rectangular Connector has a number of features that make it ideal for a variety of applications. Firstly, the contacts inside the connector can be adjusted so that the signal is optimized by the best angle. Secondly, the connector has an extremely high current carrying capacity, which means that it can easily handle even the toughest of applications. Thirdly, it is constructed using fire-resistant material, which helps ensure a long life as well as increased reliability and safety.

The 929715-01-02-EU also features a gold-plated surface finish for improved signal quality and a special locking mechanism which increases its durability significantly. Additionally, it is highly resistant to vibrations, and has a wide temperature range, so it can operate in a range of environmental conditions. It also has excellent EMI/RFI protection and a very low profile for easy installation.

Conclusion

The 929715-01-02-EU is an example of a powerful and reliable rectangular connector. It is ideal for high-speed applications and has a number of features that make it a great choice for a wide range of applications. It operates on the signal geometery principal, and offers high current carrying capacity, fire-resistant construction, gold-plated surface finish, vibration resistance, and excellent EMI/RFI protection.

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