EWV.00.250.JTLP

Coaxial Connectors (RF)

A coaxial connector is a type of electrical connector used for radio frequency (RF) applications. The most commonly seen example is an antenna jack, which is used to attach a coaxial cable to a piece of electronics. The RF coax connectors are different from other types of connectors that are used for audio and video applications, such as the 3.5mm and RCA connections. The RF connector is designed for higher frequencies, and is essential for transmitting signals with clarity and low loss. The type of connector chosen for a particular application will determine factors such as insertion loss, impedance, and the amount of power that can be transmitted.

The EWV.00.250.JTLP is an example of a coaxial connector that is designed for RF applications. It is a right angle, sub-miniature coaxial receptacle. It has an impedance of 50 ohms and a VSWR of 1.30:1. Its outer conductor is comprised of metalized Mylar, and its inner conductor is made of beryllium copper with gold plating. The EWV.00.250.JTLP is rated for up to 3 watts of power at up to 3 GHz.

The EWV.00.250.JTLP is used for a variety of RF applications, such as cell phones, mobile networking, Wi-Fi, and two-way radios. It can also be used in the automotive industry as a Vehicle Telematics connector. The most common use of the EWV.00.250.JTLP, however, is in the medical industry, where it is used to connect RF sensitive medical devices, such as CT and MRI machines.

The working principle of any type of RF coaxial connector is based on impedance matching. The male and female connectors must have a matching impedance in order to ensure that a clean signal is delivered with minimum losses. The EWV.00.250.JTLP achieves a good impedance match with its 50 ohm impedance. This is important because it allows for a low insertion loss, ensuring that the transmitted signal is clean and clear, with minimal power loss due to resistor mismatch.

The EWV.00.250.JTLP is a convenient and reliable connector for a variety of RF applications. It is designed to provide optimum performance and can reliably transmit signals up to 3 GHz with minimal power loss. The low VSWR and 50 ohm impedance of the EWV.00.250.JTLP make it an ideal choice for a variety of applications, including medical imaging, automotive telematics, Wi-Fi, and two-way radio communications.