Shenzhen Rongxin Communication Co., Ltd is one of the famous China anti-drone jammers related products manufacturers and suppliers. Our factory specializes in manufacturing of signal jammer and amplifier. This Rongxin UAV jamming module anti drone signal jammer module is a kind of necessary and important accessory of anti drone jammers,which can be sold seperately or assembly,meet different needs of different clients.
This UAV jamming module anti drone signal jammer module is the independly invention of Rongxin Communication Co., Ltd. with high quality and a 1-year warranty.This Rongxin UAV jamming module anti drone signal jammer module has the advantages of high average output power, good in-band flatness, and small offset between upper and lower sidebands.We support customize power (10W,20W,30W,50,100W,200W,etc) and frequency (1.5G,2.4G,5.8G,1.2G,900,433,etc),and also provide option of signal source type.
2.4GHz 100W UAV Jamming Module Anti Drone Signal Jammer Module |
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No. |
Item |
Data |
Unit |
Notes |
1 |
Frequency |
2400-2500 |
MHZ |
|
2 |
Work Temperature |
-20~+70 |
℃ |
|
3 |
Max Output Power |
20 |
W |
|
4 |
Work Voltage |
DC24 |
V |
|
5 |
Max Gain |
45 |
dB |
|
6 |
Flatness |
±3 |
dB |
|
7 |
Max Current |
2.5 |
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° |
℃ |
|
14 |
Size |
124*60*18 |
mm |
|
15 |
Weight |
0.2 |
Kg |
|
This Rongxin UAV jamming module anti drone signal jammer module is a necessary accessory of anti drone jammers,it is widly used in all kinds of drone jammers such as jun jammer,shield jammer,stationary jammer and so on.
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