1738214-1

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Part Status:	Active

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Backplane Connectors - Accessories

Backplane connectors are an important type of electrical connector used in a variety of applications. These connectors are used to link electrical components together on a backplane, which is typically used as part of a computer or other electronic system. The 1738214-1 is a particular type of backplane connector that has been designed specifically for use in systems that require high speed data transmission over a wide bandwidth. Understanding the application field and working principle of the 1738214-1 is essential for those working in the field of integrated circuit performance and reliability.

1738214-1 Application Field

The 1738214-1 backplane connector is designed for use in areas where high data transmission rates are needed to move data from one circuit to another. This type of connector is especially suited for applications that require high speed data transmission over a wide bandwidth. Examples of these type of applications include RS-485/RS-422 datalinks, up to 40GHz radio frequency transmission, and asymmetric digital subscriber lines (ADSL). The 1738214-1 is also suitable for use with Ethernet and other telecommunications systems that require low latency and high transfer rates. In addition to its use in high speed data transmission applications, the 1738214-1 connector is also well-suited for use in linear power transfer systems, as it provides superior signal integrity and loss prevention compared to other types of connectors. This connector is also designed to be used alongside other electronic components, such as printed circuit boards (PCBs), integrated circuits (ICs), and systems-in-package.

1738214-1 Working Principle

The 1738214-1 backplane connector is designed to provide a flexible, reliable connection for data, power, and signal transmission between two components. This type of connector features a high-performance, double-contact system that uses an angled design to ensure that the contacts can be connected securely in the system. The connector is also designed with an integrated retention lever, which helps to ensure that the connector is firmly secured in its place. The connector’s design also helps to reduce the signal losses associated with traditional backplane connectors. By using a combination of angled and positioned contacts, the 1738214-1 connector reduces signal reflections and other interference, ensuring that the signal travels without interruption from one component to the other. Additionally, the connector features an integrated flex circuit technology that minimizes the space requirements of the board, allowing for more compact designs. In addition to its highly efficient design, the 1738214-1 connector also features a wide range of features that make it highly reliable and durable. The connector features a durable housing material, as well as a rugged exterior that helps to protect it from environmental conditions and accidental damage. Additionally, the connector is designed to be vibration-resistant, and it is resistant to corrosion, making it suitable for a range of applications.

Conclusion

The 1738214-1 backplane connector is an excellent solution for applications that require high speed data transmission over a wide bandwidth. This type of connector features an advanced design that helps to reduce signal losses, and its high-performance double contact system ensures that the connection is reliable and secure. Additionally, the connector is highly durable and resistant to environmental conditions, making it well-suited for a range of applications.

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