Ptz Control Anti Drone System Radar Diagram Schematic Diagram Drone
Jammer
Product Description:
The Anti drone jammer is our company's latest product designed by
R&D department,the drone jammer disables the targeted drones by
remote-control signal and GPS signal, to force the drone fall or
return. Effective interference with UAV's Remote-Control Signal
2400MHz, GPS signal 1500MHz,Remote-Control Signal and Image
Transmission Signal 5800MHz.
Advantages and Features:
1.Batteries are separate from the main device,easy to be replaced and
maintained.
2.Friendly using, no need professional electronic training or
knowledge;
3.The integrated gun design meets the needs of the police equipment
and has powerful effect;
4.Built-in high-gain directional antennas, long-distance
transmission range, precise controllable range;
5.High-strength mold injection molded housing, dustproof,
water-proof,
anti-corrosion;
6.Over-voltage and over-current protection, heat protection, stable
operation;
7.Safety does not harm the human body;
8.The general design of the system meets military requirements
9.Integrated main equipment, battery,
10.Each band can alone switch on/off.
Applications:
Mainly applied to prisons, airports, scientific research centers,
detention houses,
interrogation rooms, courthouses, labor camp,all kinds of military
important places, etc.
that forbid aerial photography by use of UAVs
Specifications:
We could supply customized service by your detail requirements
about frequencies setting. 4-8
Frequency modules we can mix very flexibly.
| Output Interface | Shield band of frequency (MHz) | Output Power |
| CH1 | 2.4G | 100W |
| CH2 | GPS L1 | 100W |
| CH3 | 5.8G | 100W |
| Power supply: | AC110~220V/DC (option) |
| Total RF Power : | 300W |
| Field strength at -80dBm, Shielding area: | 5000 ~ 8000m @ according to signal density of mobile network. |
| Weight: | 40.0Kg |
| Humidity: | 30%-95% |
| Running Temperature: | -10 to +55 Celsius Degree |
| Packing: | Box |
The principle of measuring distance is to measure the time
difference between the transmitted pulse and the echo pulse.
Because the electromagnetic wave travels at the speed of light, it
can be converted into the precise distance between the radar and
the target.
