230mhz Signal Jamming Rf Uav Anti Drone Module

Name: 230mhz Signal Jamming Rf Uav Anti Drone Module
Brand: Yetnorson Antenna Co., Ltd.
Rating: 4.6 (29 reviews)

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Model No. :	YNX- Module-16
Brand Name :	ynx
Frequency Range :	1.2G /1.5G/2.4G/5.2Ghz 5.8Ghz/ Customized
Input Power(dBm) :	≤0-20dBm or Customized
Impedance :	50 Ohm
Working current :	<10-16A
Voltage :	DC:22-28 V
ALC Range(dB) :	≥5
RF In/Out Connector :	SMA-Female
Working Temperature :	-25~+65 degree
Storage Temperature :	-40 to +85 degree
Operating Humidity :	0 to 90%, relative

7yrs

Shenzhen, Guangdong, China

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Product description

What is the effective range of the drone signal jammer?

In recent years, drones have developed rapidly, and Jammer signal blocker has gradually attracted people's attention as an effective means to deal with drone threats. However, people know nothing about the interference range of UAV. When the jammer has good design and performance, there are still some factors that will affect the interference effect of UAV Drone signal blocker. The main factors are: model It is related to power and antenna performance.

Let’s talk about power first: Power is a key factor affecting interference range. Under normal circumstances, the greater the power of the Drone Jammer, the stronger the interference signal it emits, and the wider the range it can cover.

Secondly, the choice of frequency also plays an important role in the interference range of the jammer. Different drones use different frequencies. The jammer must flexibly adjust the frequency to adapt to different interference targets. Only when the frequencies match each other will the range of interference be farther away.

Finally, antenna performance is also one of the important factors affecting the effective range of the jammer. Antennas are usually used to receive and transmit signals, and are the most important transmission bridge between other devices. The performance of the antenna can directly affect the propagation effect of the interference signal. An antenna with a strong signal allows the jammer to cover the target area more intensively, thereby increasing the effective range.