• 2.4GHz 30W Anti Drone Signal Jammer Module
  • 2.4GHz 30W Anti Drone Signal Jammer Module
  • 2.4GHz 30W Anti Drone Signal Jammer Module
  • 2.4GHz 30W Anti Drone Signal Jammer Module
  • 2.4GHz 30W Anti Drone Signal Jammer Module
  • 2.4GHz 30W Anti Drone Signal Jammer Module

2.4GHz 30W Anti Drone Signal Jammer Module

Frequency Range: 2.4GHz
Frequency: 2400-2500
Application: WiFi Jammer, Drone Jammer, etc.
Transport Package: Box
Specification: 134*60*18
Trademark: TX
Samples:
US$ 1/Piece 1 Piece(Min.Order)
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Customization:
Gold Member Since 2021

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Manufacturer/Factory

Basic Info.

Model NO.
TX-2445
Origin
Shenzhen
Production Capacity
100000PCS/Mouth

Product Description

TX2445 is an information security module dedicated to blocking UAV image transmission/remote control signal transmission. This module has an average output power of 45dBm (30W), sufficient power, good in-band flatness, and upper and lower sideband offsets. Small and other advantages, the product has running indicator LED lights, high-efficiency sweeping interference source with very small temperature drift, stable and reliable power supply through the core capacitor, convenient application and good anti-drone effect of frequency hopping drones.

2.4GHz 30W Anti Drone Signal Jammer Module
2.4GHz 30W Anti Drone Signal Jammer Module
 
2.4GHz 100W  RF Power Amplifier Specification
No. Item Data Unit Notes
1 Frequency 2400-2500 MHZ  
2 Work Temperature -20~+70 ºC  
3 Max Output Power 30 W  
4 Work Voltage DC24 V  
5 Max Gain 45 dB  
6 Flatness ±3 dB  
7 Max Current 3 A  
8 Output VSWR ≤1.5    
9 Output Connector SMA/F 50Ω   Customized
10 Power Amplifier Efficiency 45   when Max Output
11 Switch Control high low
level current
V 0V off /0.6 on
12  Standing Wave Protection OK    
13 Temperature Protection 75° ºC  
14 Size 134*60*18  mm  
15 Weight 0.2 Kg  

Precautions for use
  • Power supply needs to carry 24V 3A
  • If the output power is greater than 5W and above, it is recommended to strengthen the heat dissipation treatment, such as adding a heat sink or adding a fan.
  • When connecting, you must first screw on the antenna, then connect the front-end source device, and finally supply power

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