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Vehicle Smartphone Signal Booster Mobile Network Booster Device For Communication

TSL-SA

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Description

Vehicle Smartphone Signal Booster Mobile Network Booster Device For Communication

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Description

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Indoor Signal Booster series is an ideal solution for small/medium businesses and home users looking to enhance indoor wireless connectivity. It is connected via coaxial cable to Donor Antenna and Service Antenna, Donor Antenna is placed outside the building where it has easy access to a BTS signal, and the Service Antenna is placed in the building where it can extend radio coverage to the blind area.?

Features
1.?Cost effective?solution for weak signal zones, reduce drop/off calls.
2. Compact size, low power consumption, easy installation, great cover.
Expansion and extention of the signal of base station.?
Optimization of the quality of the signal and source
3. Cover about 500~3000 m2 without block or obstruct.
4. High linear design, ALC function design, low interference to BTS.
5. Support any cellular devices (voice & data & video)
6. Wide band signal booster, or customize selective band booster.
Antenna isolation testing,Prevent the oscillation
7.?Support system CDMA450, LTE700, LTE800, iDEN, CDMA800/GSM850,
GSM900, EGSM, AWS1700, DCS1800, PCS1900,WCDMA, LTE2600,etc

Standard Package
1.?AC90-264V, DC9V/3A power supply adapter 1PCS?
2.?AC power cord (EU/US/UK/SA/China standard, etc) 1PCS?
3.?Installation kit 1PCS?
4.?User manual 1PCS?

Recommended Accessories
1.?Donor antenna: Log Periodic Antenna (9dBi,806-960/1710-2700MHz)?
2.?Service antenna: Omni Ceiling Antenna (3dBi,806-960/1710-2700MHz)?
3.?5D-FB coaxial cable with connecter (Cable length optional)
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Application
To expand signal coverage of fill signal blind area where signal is weak or unavailable.
Indoor: Hotels, Home, Basements, Shopping Malls, Offices, Parking Lots, etc.
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Frequency Range | Uplink | Downlink |
CDMA 450 | 452.5 - 457.5MHz | 462.5 - 467.5MHz |
LTE700 A/B | 699- 716MHz | 729- 746MHz |
LTE700 C | 777- 787MHz | 746- 756MHz |
LTE700 D | 788- 798MHz | 758- 768MHz |
?LTE 800 | 832- 862MHz | 791- 821MHz |
iDEN | 806- 824MHz | 851- 869MHz |
CDMA 800/GSM 850 | 824- 849MHz | 869- 894MHz |
GSM 900 | 890- 915MHz | 935- 960MHz |
EGSM | 880 - 915MHz | 925 - 960MHz |
AWS1700 | 1710- 1755MHz | 2110- 2155MHz |
DCS 1800 | 1710- 1785MHz | 1805- 1880MHz |
PCS 1900 | 1850- 1910MHz | 1930- 1990MHz |
WCDMA/3G 2100 | 1920- 1980MHz | 2110- 2170MHz |
LTE 2600 | 2500- 2570MHz | 2620- 2690MHz |
Max. Gain | 60 - 70dB | 65 - 75dB |
Max. Output Power | 14 - 20dBm | 17 - 24dBm |
Band width | Wide Band |
Manual Gain Control | 31dB???? / 1dB Step |
Automatic Gain Control | >20dB |
Ripple in-band | ≤?6dB |
Return loss | ≤ -10dB |
Noise Figure | ≤ 6dB |
Spurious Emission
&Intermodulation | 9KHz~1GHz | ≤ -36dBm |
1~12.75GHz | ≤ -30dBm |
WCDMA | Spurious Emission Mask | Meet 3GPP TS 25.143?( V?6.2.0?) |
Modulation Accuracy | ≤?12.5% |
Peak Code Domain Error | ≤?-35dB@Spreading Factor 256 |
Time Delay | ≤ 1.5 μs |
Frequency stability | ≤ 0.01ppm |
MTBF | > 50000 hours |
Power Supply | AC100-240V,DC9V/3A |
Power LED | Power indicator |
ISO LED | Red | Autoexcitation or High Power |
Green | Standard |
AGC LED | Off | Low Power or No power |
Green | ?Standard |
Red | Full Signal,? ALC On |
Mechanical Specification |
RF Connector | N-Female |
Impedance | 50 ohm |
Humidity | < 90% |
Operating Temperature | -10°C~55°C |
Environment Conditions | IP40 |
Size | 204mm×128mm×27mm |
Weight | < 1.5 Kg |
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Instructions on installation

1.?Firstly, select an appropriate position to mount. The signal amplifier is better to be mounted close to walls. At the position? selected, punch a hole in the wall as shown in the diagram and aim the bolt at the hole. Then fasten and fix with expansion bolts.

2.?Connect the BTS Port with out door reverse antenna through radio frequency cable. In general, the reverse antenna is mounted at a higher position. Yagi antenna and panel antenna may be used. The main lobe of the antenna radiation is oriented towards the base station and the reverse antenna and base station antenna should be visible as possible.

3.?Connect User’s Port with the ports of indoor covering system or indoor relay antenna. In general, the indoor covering system is composed of several splitters, couplers, expansion amplifiers and antennas and applied as per specific engineering design for the purpose of satisfying the signal covering demands in large area or complicated terrain indoor space. In the case of small area indoor space, the requirements for covering can be satisfied by using single relay antenna with the option of hanging antenna or ceiling antenna.

4.?Finally, connect the power interface to 5V2A power adapter and power on the adapter with 220v AC. The signal amplifier installation is thus completed.

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