145-0901-801

RF coaxial connectors, like the 145-0901-801, have evolved since their invention over 100 years ago. Today, they are used worldwide in a variety of applications, such as radios, television, GPS systems, and antenna systems.The 145-0901-801 connector is a standard, threaded coaxial connector. It’s used for signals up to 8GHz, and it handles a maximum power of 400 watts. This type of connector is considered a high-performance device, due to its flexibility and strength.When considering the application field and working principle of the 145-0901-801, one must first understand the basic components of a coaxial connector. It includes an outer conductor, and inner conductor, a dielectric material, and a metallic cover. The outer conductor is usually in the form of a cylindrical shell. The inner conductor is typically a solid or stranded wire. The dielectric material seals the electrical connection between the two conductors, and the cover provides strain relief and physical protection.When it comes to the working principle of the 145-0901-801, it relies on the electric and magnetic fields generated by the two conductors. The electric field is generated by the voltage differential of the two conductors. The magnetic field is produced by the current in the inner conductor through the dielectric material.The 145-0901-801 is highly versatile and can be adapted for various applications. It can be used for high-power, high-speed signals or lower-power, lower-speed signals. It is also ideal for transmitting data in a wide range of frequencies.The connector is most commonly used in radio and TV broadcasting, radar systems, long-distance communications networks, Wi-Fi networks, and satellite systems. It is also used in industrial applications, such as medical equipment, avionics, and automotive systems.In conclusion, the 145-0901-801 is a versatile, high-performance coaxial connector. It is used in a variety of applications, and its construction is optimized to provide the best possible performance. The electric and magnetic fields generated by the two conductors make it ideal for transmitting data in a wide range of frequencies.