In fields such as 5G communications, radar detection, and test & measurement, RF passive components are the “unsung heroes” that ensure stable signal transmission. Today, Nanjing Jiada Technology Co., Ltd. will take you on a systematic overview of 14 key types of passive components, explaining their principles in simple terms, pairing them with practical application scenarios and crucial parameters, and helping you quickly grasp the core knowledge points!
In fields such as 5G communications, radar detection, and test & measurement, RF passive components are the “unsung heroes” that ensure stable signal transmission. Today, Nanjing Jiada Technology Co., Ltd. will take you on a systematic overview of 14 key types of passive components, explaining their principles in simple terms, pairing them with practical application scenarios and critical parameters, and helping you quickly grasp the core knowledge points!
What is the RF coaxial cable assembly used?
As a key component in the RF field, RF coaxial cable components play an important role in connecting, transmitting and protecting signals. It is widely used in modern communications, broadcasting, radar and other fields, and its role is far more than a cable. By transmitting signals from one place to another, it provides a solid foundation for the normal operation of wireless communication and radio frequency systems.
What are the types of RF coaxial connectors?
In the field of RF technology, RF coaxial connectors are the key components between RF cables and devices, and they are widely used to meet different frequency, power and application requirements. The core starter will introduce some common RF coaxial connector types in detail below.
What is the difference between isolator and circulator? How is it classified?
An isolator is a two-port device with one-way transmission properties. It transmits only a small loss in a specified direction, and transmits a large loss in the other direction (isolation). The isolator is composed of a magnetized ferrite sheet, a transmission line, and an output-input connector.
What is the purpose of the coupler? The structural principle and function of the coupler
A coupler (Coupler) is a device or device used to transmit signals or energy. Its main function is to transfer signals or energy from one circuit or system to another circuit or system while achieving appropriate electrical isolation or matching. The following are common applications and functions of couplers
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