700MHz-840MHz 100W anti-UAV N-UAV signal jamming module This module is a special high-power jamming equipment, which is mainly used to disrupt signals in the frequency range of 700-840MHz. As an advanced UAV Drone Jamming Module, it adopts advanced gallium nitride (GaN) technology to provide high-efficiency interference with lower energy consumption, which is suitable for the applications that need reliable interference in this frequency band. As a practical UAV Drone Jammer, it is equipped with a durable N-connector that can ensure safe integration into various systems. Frequency range: effective in 700–840 MHz band, and optimized for signal interruption in this band. GaN technology allows: providing high output power, low heat generation, maximizing energy efficiency and durability. N-type connector: Ensure stable and reliable connection in various settings. High power output: it can interfere with strong signals at a long distance. Thermal management: integrate heat dissipation to achieve long-term stable operation. Compact and lightweight design: easy to integrate into mobile or fixed interference solutions. Rugged and durable: able to withstand challenging environmental conditions and ensure reliable performance. Low noise output: reduce accidental interference with other frequency bands and improve operation accuracy. FAQ: 1.Can the module work normally in a low temperature environment? Yes. Its working temperature range is-20 ~+65℃, and it can work normally in low temperature environment, and its gain and power stability can be kept in good condition. 2.Can the input signal source of this module be replaced? Sure. The input signal source of the module is a built-in high-speed noise modulation signal source, and other signal sources such as customized VCO, DDS or SDR are also supported. 3.Do you need special tools when connecting N-type connectors? No need. The design of N-type connector is convenient for connection, which can be completed by routine operation and can ensure the stability and reliability of connection. WELCOME TO CONTACT US!
