2.4GHz 5.8GHz 30W Anti Drone Signal Jammer Module M002

• Frequency Range: GSM900
• Frequency: 869 - 5900 MHz
• Application: School
• Power: 35W
• Weight: 4.0kg
• Jamming Radius: 300-500 Square Meters
• Model NO.: M002
• Battery Time: 24 H
• Antenna 1: GSM900: 920-980 MHz
• Antenna 2: Dcs: 1800-1880 MHz
• Antenna 3: 3G: 2100-2170 MHz
• Antenna 4: 4G: 2620-2690 MHz
• Antenna 5: GPS: L1+Glonass 1560-1620 MHz
• Antenna 6: WiFi: 2400-2500 MHz
• Antenna 7: Gpsl2: 1200-1280 MHz
• Antenna 8: VHF: 135-174 MHz
• Antenna 9: UHF: 400-470 MHz
• Antenna 10: 4G: LTE+CDMA791-894 MHz
• Antenna 11/12: 2100-2170 MHz / 2320-2400 MHz
• Transport Package: Box
• Specification: 290*230*56 mm
• Trademark: ate
• Origin: China
• HS Code: 9031809090
• Production Capacity: 500000/ Year

Product Description

2.4GHz 5.8GHZ 30W Anti Drone Signal Jammer Module M002

Product Description

Customize 5.8G 2.4G 1.5G GPS band RF JammerModule Professional RF Power Amplifier

 

         AUTOE is the professional anti drone equipment factory in the Shenzhen city, China.We offer the exquisite 100% aging test of the spectrum analyzer before warehousing and delivery. Our anti drone module is of high-end PCBA board with exact frequency range and the required output power. The frequency is customized as 433MHz, 868&915MHz, GPSL2 1.2G, GPSL1 1.5G, WIFI2.4G, WIFI5.8G.

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