900-1000MHz 100W anti-drone gan module Power and Frequnecy support Customzation form 380MHZ- 5.8G, 10W,20W,30W, 40W, 50W,100W --The radio frequency and monitoring technical indicators of the power amplifier module stipulate the definition of each port of the module and the shape and structure of the module 900-1000Mhz 100W GaN Amplifier Module Appearance and installation instructions: 1. Overall dimensions: 170*94*26.5mm 2. Interface form: ① Power supply conditions: +30V

High-Power 80W GaN RF Power Amplifier UAV Wideband Interference Module Product Specifications Customization Customization From 10 To 6700MHZ,10-200W Frequency And Power 400-3000MHZ 80W Gain 49dBm Dimensions 133.8*51.3*22.5MM Operating Voltage 24-32 V Operating Ambient Temperature -10～+55℃ Highlight FPV Anti-Drone Module, 80W Anti-Drone Module, DJI Anti-Drone Module Product Description High Power GaN RF Power Amplifier 80W | 400 -3000MHz Wideband Interference Module |

300–1500MHz 100W GaN RF Power Amplifier with Wide Frequency Coverage Key Features: FPV Anti-Drone Module 100W Anti-Drone Module DJI Anti-Drone Module Frequency And Power 300–1500MHz 100W Operating Voltage 28-32V Operating Ambient Temperature -10～+55℃ Size 170*77*24.5mm Product Description High Power GaN RF Power Amplifier 100W with Wide Frequency Coverage | 300-1500MHz Narrowband Module for Industrial Applications This series of GaN power amplifier modules adopt advanced

700-1000MHz 100W 50W-100W Optional Lora Anti FPV Digital Modulation Power Amplifier Module Product Description Specification 1.Overview 700-1000Mhz/720-1020Mhz 100W The traversing machine countermeasures digital modulation power amplifier module is a traversing machine countermeasure module that includes a countermeasure signal source and a power amplifier. It can be used directly after connecting to the antenna. The module uses an FPGA logic chip as the main control,

Product Parameters GaN enables high efficiency and high output. The radio frequency and monitoring technical indicators of the power amplifier module stipulate the definition of each port of the module and the shape and structure of the module. The power amplifier uses domestic core key components and can operate normally at temperatures of -10~+55°C. This document stipulates the radio frequency and monitoring technical indicators of the 300-500MHz 50W power amplifier module,

4000-6000MHz 100W GaN Wideband RF Power Amplifier with Built-in Signal Source Product Overview High Power GaN RF Power Amplifier 100W with wide frequency coverage (4000-6000MHz) for industrial applications. This ultrawide module features advanced gallium nitride (GaN) technology for high efficiency, high gain, and excellent thermal stability. Key Attributes Attribute Value Frequency And Power 4000–6000MHz 100W Operating Voltage 28-32V Operating Ambient Temperature -10～+55℃

High-Power 6–7.5 GHz RF Amplifier for Counter-UAS Platforms Product Specifications This 80W 75W RF power amplifier is designed to support counter-UAS and electronic warfare systems operating in the 6–7.5 GHz frequency range. Utilizing GaN technology, the amplifier provides reliable high-power output, strong signal amplification, and stable performance under continuous operation. With an integrated signal source and simplified enable control, the module supports rapid system

Parameters 1.2GHz anti-drone module 20W Power and Frequnecy support Customzation form 90MHZ- 6G, 10W,20W,30W, 40W, 50w,100W,150W,200W The radio frequency and monitoring technical indicators of the power amplifier module stipulate the definition of each port of the module and the shape and structure of the module. Place of Origin Guangdong, China Brand Name LDSK Place of Origin Guangdong, China Product Name RF power amplifier module(GaN) Frequency 1150-1300MHz, support

Product Description Company Profile Summarize 1.The traversing machine countermeasures digital modulation power amplifier module is a traversing machine countermeasure module that includes a countermeasure signal source and a power amplifier. It can be used directly after connecting to the antenna. 2.The module uses an FPGA logic chip as the main control, combined with the excellent frequency stability of the frequency-locked VCO to create an anti-travel machine digital