Microwave ovens/microwaves, as the name suggests, use microwaves to cook rice. A microwave oven is a modern cooking hob that uses microwaves to heat food. Microwave is an electromagnetic wave. The microwave oven is composed of a power supply, a magnetron, a control circuit, and a cooking chamber. The power supply supplies approximately 4,000 volts of high voltage to the magnetron, and the magnetron continuously generates microwaves under excitation of the power source and is coupled to the cooking chamber through the waveguide system. Near the inlet of the cooking chamber, there is a rotatable agitator. Because the agitator is a fan-shaped metal, it has a reflection of the microwave in all directions after being rotated, so that the microwave energy can be evenly distributed in the cooking chamber. The power range of a microwave oven is generally 500 to 1000 watts. Thereby heating the food. Jammer Antenna serves as a pivotal tool in electronic warfare operations, pivotal for disrupting and neutralizing enemy communication networks, radar systems, and a myriad of electronic devices. Its primary function is to emit targeted electromagnetic waves, deliberately crafted to interfere with or outright block signals transmitted by adversary equipment. This comprehensive guide delves into the intricate details of Jammer Antenna, encompassing its distinctive features, intricate design aspects, widespread applications, and essential technical specifications: Jammer Antenna,Drone Jammer Antenna,Signal Jammer Antenna,jammer signal blocker 27 antennas,Anti Drone Antenna Yetnorson Antenna Co., Ltd. , https://www.yetnorson.com
1. Features
Versatility: Jammer Antenna can be used in a variety of electronic jamming scenarios, including communication jamming, radar jamming, etc.
Efficiency: It can emit powerful electromagnetic waves to effectively interfere with target signals, reduce their reception quality or make them completely ineffective.
Adaptability: The transmission frequency, power and other parameters can be adjusted according to different mission requirements to cope with different types of electronic equipment.
Concealment: In some designs, Jammer Antenna may have a small size and concealed appearance, which is easy to deploy and hide.
2. Design Features
Rugged and durable: Made of high-grade aluminum alloy, it has all-weather working capabilities and does not require on-site debugging or adjustment.
Flexible installation: It can be installed on the top of the vehicle or directly connected to the jammer equipment. Optional pole mounting hardware is also available.
High performance: Ensures smooth VSWR (voltage standing wave ratio) and constant gain throughout the MHz frequency band.
Radiating element: It is made of large diameter brass radiating elements stacked vertically, phase-fed, and encapsulated in a Fiber Glass shell, providing excellent signal transparency and mechanical strength.
3. Application
Jammer Antenna is widely used in military, security, law enforcement and other fields for:
Communication interference: Interfere with enemy radio communications and destroy their command and control capabilities.
Radar interference: Interfere with enemy radar systems, making it impossible to accurately detect and track targets.
Electronic warfare: As part of the electronic warfare system, it is used in conjunction with other electronic reconnaissance, electronic destruction and other means to form a comprehensive electronic warfare capability.
5. Summary
As an important equipment in electronic warfare, Jammer Antenna interferes with enemy electronic equipment by emitting electromagnetic waves. It has the characteristics of versatility, high efficiency, adaptability and concealment. Its design features and technical parameters ensure effective application in different scenarios. With the continuous development of electronic technology, the performance and application scope of Jammer Antenna will continue to improve and expand.