Product description:
This Desktop cell phone jammer provides 20-100MHz/50-80MHz Signal Blocker 30W of FM 88-108MHz jamming Sysytem power. It is designed for prisons, omni antenna or detention centers, and penal institutions, etc.
It can greatly reduce the possibility of Guard,Schools, Churches, Invigilate Meeting Room,
Library, Hospitals, Theater, Class Room and other important places. What’s more, it hasmetal enclosure which prevents sabotage.
Specification:
Output Interface | Output Frequency |
CH1 | FM 88-108MHz |
Accessories:
Power supply: | AC~220V/DC-12V (option) |
Total RF Power : | 30W |
Built-in battery (option) : | DC-12V 2AH/Support 60min Full Power Working. |
Field strength at -80dBm, Shielding area: | 50~ 100m @ according to signal density of mobile network. |
Weight: | 2.5 Kg |
Size(length × wind × high): | 251x 140x 120mm |
Humidity: | 30%-95% |
Running Temperature: | -10 to +55 Celsius Degree |
Power consumption: | 120W |
With the integrated incoming air filter, it makes surethe device cooling system operation normally.
This is an optimal choice for you to take this portable power 30W jamming system which is
specially designed for All FM 88‐108MHz Signal Jammer! Besides, you will also be
content with the easy operation method and high working efficiency as well!
Taking use of super-high frequency with high effective power.
Effective output power (channel power) and bigger interfere radius.
Only interfere downlink frequency of mobile system,without disturb normally working of Base Stations.
We can supply Radar products:
RADAR pulses are often very high frequency, so it’s important to have an extremely fast sampling and processing abilities. All RFDM modules have fast ADCs with high dynamic range which feed directly into a large, fast FPGA like a Virtex-5 [2]. To actually receive and retransmit the RADAR signal, an RF frontend is necessary. A typical RF frontend will contain an antenna, filter or filter bank, amplifier, and if the design is superheterodyne, a mixer and LO [8]. DRFM for more advanced RADARs that use techniques like pulse compression involves detecting any additional modulation imparted to the incident waveform and accurately recreating it using Direct Digital Synthesis (DDS) in real time [9]. Handling advanced RADAR signals like pulse compression is active area of research, almost all of which is classified.