226600-1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Coaxial Connectors (RF) are connectors that are used to transmit signals through coaxial cables. The 226600-1 is a type of connection that is designed to carry high frequency signals and is commonly used in radio or digital audio applications. This type of connector features a central pin surrounded by a cylinder and a metal shield. The cylinder serves to protect the pin and metal shield, while the shield provides the electrical ground. The main benefit of the 226600-1 is its design as it can be used to carry both analog and digital signals.

The 226600-1\'s application field is vast and includes any field where high frequency transmission is required. For example, they are used in two-way radios, TV broadcast systems, military communication systems, cellular communications and antenna systems, among many others. They can also be used for audio systems as the inside of the connector is designed to minimize noise and interference. Additionally, these connectors can be used in digital systems such as for data communication in Ethernet networks.

The working principle of the 226600-1 is based on the design of its components. The central pin is responsible for the signal transmission, while the metal shield and the cylinder serve to protect the connection from external interference. The design ensures that the signal is directed to the outside of the connector and the unwanted signals are shielded away from the main signal. Additionally, the cylinder helps hold the shield in place and maintains the orientation of the connection.

The 226600-1 is a robust and reliable co-axial connector that can be used effectively for high frequency signal transmission. It is designed to be used in multiple applications and features a simple installation process. Additionally, they do not require any soldering and are more cost-efficient compared to other connectors. As a result, they are increasingly being used in many fields of communication and broadcast engineering.

The specific data is subject to PDF, and the above content is for reference