Product Description 700-1000Mhz 50W Anti-drone module Power amplifier module Product Parameters Product name Anti-drone module Power amplifier module Frequency 420-450Mhz,830-930Mhz,1170-1280Mhz, 1350-1450Mhz,1550-1620Mhz, 2400-2500Mhz, 5150-5350Mhz, 5725-5850Mzh Optional Power 10W 20W 30W 50W 100W Optional Supply Voltage DC 27-28V Power Flatness 1-1.5dB Input/Output VSWR 1.5dB Supply Current 2.5-3A Product Size 160*50*18.8 mm Product Weight Product Weight Operating

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~+55C. --This document stipulates the radio frequency and monitoring technical indicators of the 910-1050MHz 50W power amplifier

700-1000mhz 40W Anti FPV Digital Modulation Power Amplifier Module Lora Module Anti Fpv 700-1050mhz 700-1100mhz Product Description Product overview 1.Overview 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, combined

100W High Frequency GaN RF Amplifier 40006000MHz Wideband Power Module for FPV Interference Frequency And Power 40006000MHz 100W Operating Voltage 28-32V Operating Ambient Temperature -10+55 Size 170 77 24.5mm Highlight FPV Anti-Drone Module, 100W Anti-Drone Module, DJI Anti-Drone Module High Frequency GaN RF Amplifier 100W | 4000 -6000MHz Wideband Power Module for Industrial Communication The LDK-TZ-KGN-100W High Power GaN RF Power Amplifier Module is designed using

Product Description Specification 1. Overview 300-1500MHZ 100W DDS Module 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, combined with the excellent frequency stability of the frequency-locked VCO to create an anti

Product Description Specification 1. Overview 300-1500MHZ 100W DDS Module 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, combined with the excellent frequency stability of the frequency-locked VCO to create an anti

Product Description Specification 1. Overview 300-1500MHZ 100W DDS Module 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, combined with the excellent frequency stability of the frequency-locked VCO to create an anti

Product Description Specification 1. Overview 300-1500MHZ 100W DDS Module 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, combined with the excellent frequency stability of the frequency-locked VCO to create an anti

Product Description Specification 1. Overview 300-1500MHZ 100W DDS Module 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, combined with the excellent frequency stability of the frequency-locked VCO to create an anti