What Are the Different Types of Microwave Parts?

It refers to a device that operates in the microwave band (frequency is 300 to 300,000 MHz), and is called a microwave device. Microwave devices can be divided into microwave oscillators (microwave sources), power amplifiers, mixers, detectors, microwave antennas, and microwave transmission lines according to their functions. Through circuit design, these devices can be combined into various microwave circuits with specific functions. For example, these devices can be used to assemble transmitters, receivers, antenna systems, displays, etc., for use in electronics such as radar, electronic warfare systems, and communication systems. equipment.

Microwave device

It refers to a device that operates in the microwave band (frequency is 300 to 300,000 MHz), and is called a microwave device. Microwave devices can be divided into microwave oscillators (microwave sources), power amplifiers,

(Microwavedevice)

Microwave devices can be divided into microwave electric vacuum devices, microwave semiconductor devices, microwave integrated circuits (solid-state devices), and microwave power modules according to their working principles and materials and processes. Microwave electrical vacuum devices include klystron, traveling wave tube, magnetron, return wave tube, gyrotron, virtual cathode oscillator, etc., which use electrons to move in a vacuum and interact with peripheral circuits to generate oscillations, amplifications, mixing, etc. Various functions. Microwave semiconductor devices include microwave transistors and

The combination of solid-state microwave power devices has the advantages of high efficiency and convenient use. It is of great significance for the realization of all-solid-state electronic equipment such as radar, communications, and electronic countermeasures. Microwave oscillator (microwave source) is an important device in the microwave system and the heart of electronic equipment, which directly affects its performance. For example, in a high-power microwave weapon system, a high-power microwave oscillator determines its killing efficiency; in a radar system, a microwave oscillator determines the range of the radar. Microwave oscillators will further develop in the direction of high power, high efficiency, miniaturization, power saving and low cost.