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10watts 95dB Outdoor Digital Band Selective Mobile Signal Repeater
| Price | Negotiable |
|---|---|
| Min Order | 1 Piece |
| Availability | In Stock |
| Shipping From | Guangdong, China |
| Popularity | 480 people viewed |
Model NO.:
ET-CRC40BS-F
Type:
Signal Repeater
Transmission Medium:
Cable
Standard:
Standard
Lightning Protection:
With Lightning Protection
Certification:
ISO
Condition:
New
Outpower:
10watt
Gain:
90dB
Band:
CDMA/GSM/3G/4G/Tetra/Iden
Work Environment:
Outdoor
Trademark:
etenda
Transport Package:
Carton or Wooden Case
Specification:
CE, ROHS
Origin:
Shenzhen
HS Code:
8517611010
Product Description
10watts 95dB Outdoor digital Band Selective Mobile Signal Repeater
We can also make other band repeater as customer,feel free to contact us for your requirement!
Introduction
RF Repeater is designed to enhance cellular network coverage and fill blind spots. Main operation of the repeater is to receive low-power signal from Base Station (BS) via radio frequency (RF) transmission by its donor antenna,process, amplify and forward the signal to Mobile Station (MS) in target coverage area by its service antenna.
Features
1.Aluminum alloy enclosure for excellent heat dissipation,waterproof design for all-weather installation;
2.High out band rejection, excellent intermodulation and spurious emissions;
3.Modules structure,Multi-duplexer,two ports design,and built-in power supply,easy for maintenance and installation;
4.Adopting cavity filter with highly selectivity and low insertion loss eliminates interference between uplink and downlink;
5.High linearity PA; high system gain;
6.Allowing for continuous gain adjustment 31dB by 1dB step;
7.Local and remote monitoring with automatic fault alarm.
RF Repeater Typical Application
Specifications
Working principle:
When the repeat antenna receives uplink signals from a subscriber, the signals will undergo processing of low-noise amplifier, filter and power amplifier first, and then be transmitted to the base station, thus accomplishing connection between subscribers in signal blind area and base station.
In this way, the blind areas are eliminated.
Considering receiving signal intensity and coverage size may vary with sites where repeater is located, it is necessary to control the gain and output of the repeater.
Additionally, considering the fading effect in spatial signal transmission, auto amplitude fixing for output is required.
For this purpose, MGC and ALC circuits are included in the uplink/downlink channels.
We can also make other band repeater as customer,feel free to contact us for your requirement!
Introduction
RF Repeater is designed to enhance cellular network coverage and fill blind spots. Main operation of the repeater is to receive low-power signal from Base Station (BS) via radio frequency (RF) transmission by its donor antenna,process, amplify and forward the signal to Mobile Station (MS) in target coverage area by its service antenna.
Features
1.Aluminum alloy enclosure for excellent heat dissipation,waterproof design for all-weather installation;
2.High out band rejection, excellent intermodulation and spurious emissions;
3.Modules structure,Multi-duplexer,two ports design,and built-in power supply,easy for maintenance and installation;
4.Adopting cavity filter with highly selectivity and low insertion loss eliminates interference between uplink and downlink;
5.High linearity PA; high system gain;
6.Allowing for continuous gain adjustment 31dB by 1dB step;
7.Local and remote monitoring with automatic fault alarm.
RF Repeater Typical Application
Specifications
| Uplink | Downlink | ||
| Working Frequency | GSM | 895 ~ 910 MHz | 940 ~ 945 MHz |
| Others | as customized | ||
| Output Power | 27/30/33/37/40dBm | 33/37/40/43/46dBm | |
| Gain | 80/85dB | 80/85/9095dB | |
| MGC | ≥ 31dB / 1dB step | ||
| VSWR | ≤1.5:1 | ||
| In band flatness | ≤3dB | ||
| Three order intermodulation | ≤-45dBc | ||
| Gain adjustment accuracy | 0-10dB≤1dB | ||
| 10-20dB≤1dB | |||
| 20-30dB≤1.5dB | |||
| System Delay | ≤5dB | ||
| Rejection band | Fo±0.4MHz | ≤-35dBm | |
| Fo±0.6MHz | ≤-40dBm | ||
| Fo±1MHz | ≤-48dBm | ||
| Spurious Emission | 9KHz~150KHz≤-36dBm/10KHz | ||
| 150KHz~30MHz≤-36dBm/100KHz | |||
| 30MHz~1GHz≤-36dBm/100KHz | |||
| 1GHz-12.75GHz≤-30dBm/1MKHz | |||
| Noise Figure | ≤6dB | ||
| I/O Impedance | 50Ω | ||
| RF Connector | N-Type (Female) | ||
| Reliability | To the GB6993-86 standard | ||
| Electromagnetic compatibility | To the ETS200300 694-4 standrd | ||
| Power | AC110V or AC220V | ||
| Temperature Range | -25ºC~+65ºC | ||
| Humidity | ≤95% | ||
| Size | less than 650x400x220mm | ||
| Weight | 30kg | ||
Working principle:
When the repeat antenna receives uplink signals from a subscriber, the signals will undergo processing of low-noise amplifier, filter and power amplifier first, and then be transmitted to the base station, thus accomplishing connection between subscribers in signal blind area and base station.
In this way, the blind areas are eliminated.
Considering receiving signal intensity and coverage size may vary with sites where repeater is located, it is necessary to control the gain and output of the repeater.
Additionally, considering the fading effect in spatial signal transmission, auto amplitude fixing for output is required.
For this purpose, MGC and ALC circuits are included in the uplink/downlink channels.
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