H2.4-R-SR2

Coaxial connectors are one of the most commonly used type of interfacing connectors for most radio frequency (RF) signals. The H2.4-R-SR2 type of connector is a Miniature Coaxial Connector designed for impedance matched connections between coaxial RF signal lines and other equipment. It is designed with a 50ohm impedance value with an impedance tolerance of ± 5%. This type of connector is designed to provide a durable and signals connection with minimal interference.

The H2.4-R-SR2 connector consists of two parts – the plug and the socket. It has a conical type shape which ensures an efficient mating process and secure low impedance connections. The plug is designed with four flat blade contacts to provide the best electrical connection as well as simple installation. The socket is designed to accept a pin-terminated plug. It also comes with a unique design which allows for both snap-on and crimp type connection. The socket is also designed with four contact blades to ensure the best electrical connection and smooth mating.

The H2.4-R-SR2 connector is designed for various applications including digital or analog transmission, electronic instrumentation, Broadcast and Professional audio/video applications, Antenna systems, and Military applications. It is ideal for any application which requires a dependable and reliable connection. It is also designed for use in harsh environments where additional strength and durability are needed.

The working principle of the H2.4-R-SR2 connector is simple. The plug is inserted into the socket and secured with screws. The contact blades on the plug and the socket make a low impedance connection when the plug is inserted into the socket. When the plug is properly secured, the current passes through the connection with minimal interference. The electrical connections between the contact blades also provide additional protection to the RF signal from any outside interference or noise.

The H2.4-R-SR2 connector offers a number of advantages over other types of RF connectors. It is designed to provide an efficient mating process and secure low impedance connections. The design ensures that a proper electrical connection is made with minimal interference. It is also designed for use in harsh environments where additional strength and durability are needed. It is an ideal choice for RF signal and equipment connections in a variety of applications.