D4K2LE-1D5A5-E

Coaxial Connectors (RF)

D4K2LE-1D5A5-E is a RF coaxial connector designed for custom applications. The D4K2LE-1D5A5-E connector is used primarily in cellular phones, broadcast communications, and other wired high-frequency data transmission systems. It is designed to provide a low-loss connection in applications where a secure, reliable connection is required.

The D4K2LE-1D5A5-E connector is designed with an inner and outer contact, which makes it well suited for use in applications where minimal interference or signal loss is desired. The inner contact of the D4K2LE-1D5A5-E is gold plated, which provides an efficient connection and can be certified to specific signal transmission quality standards. The outer contact is also gold plated, which improves contact resistance and facilitates reliable mating.

The D4K2LE-1D5A5-E connector features a threaded coupling nut which provides a secure connection that is resistant to vibration. The connector is designed for a 50-ohm impedance and is rated for electrical and environmental performance up to 10GHz. The connector is available in both standard and custom configurations, making it suitable for a range of applications.

The working principle of the D4K2LE-1D5A5-E connector is based on the concept of impedance matching. To achieve an ideal connection and minimal signal loss, the impedance of the connector must match the impedance of the system. This is accomplished by providing an inner and outer contact which has a higher impedance than the system. By doing this, the signal is transmitted with minimal loss and interference.

The D4K2LE-1D5A5-E connector is designed for use in transmission systems which require a secure, low-loss connection. It is ideal for applications in broadcast communications, cellular phones, and other high-frequency transmission systems. The connector is designed for excellent impedance matching and is rated to handle frequencies up to 10GHz. It is also available in both standard and custom configurations, which makes it suitable for a range of applications.