Features:
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Allows wireless station to work with a great separation between indoor radio and outdoor antenna using inexpensive coax cable (up to 200ft. LMR400/RG8
-
Amplifies transmit power up to maximum allowed level of 1Watt, while keeping distortions at a minimum.
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Automatic Transmit Gain control
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Compensation of feed line loss (in cable, connectors and DC injector.)
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Delivery of maximum allowed power directly to antenna, when pole mounted.
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Capability to work with any Spread Spectrum radio products available on the market.
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Increased station sensitivity due to low noise receiving pre-amplifier.
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High receiving gain provides compensation of feed line losses.
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Built-in ISM band frequency filters allowing co-location with different RF systems.
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Atmosphere static electricity built-in protection
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Powered over the single RF cable.
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Power and Transmit LED indicators
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Mountable on pole.
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Universal Power Supply (110-240 VAC)
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1 Year warranty.
Amplifier-Filter Kit Includes, Qty=1:
- WAF2400-1000BXBG 802.11b/g bi-directional amplifier
- 110-240 VAC Power Supply
- Mounting Brackets
- Power cord
- DC Power Injector
- Manual
Bi-directional 802.11b/g Amplifier Specifications
|
Receiver Performance |
|
Maximum Gain |
10+/-1dB |
|
Noise Figure |
2.8 dB |
|
Sensitivity |
-114 dBm @ 1 MHz RBW |
|
Frequency Response |
+/- 0.5 dB over operating range |
|
Output Saturation RF Power |
10 mW |
|
Transmitter Performance |
|
Automatic Gain Control |
|
|
Maximum Gain |
16 +/- 2 dB |
|
Input RF Power |
0.5 - 100 mW |
|
Maximum Output RF Power |
1000 mW |
|
Nominal Output RF Power |
29+/-1 dBm |
|
input/output Impedance |
50 Ohm
|
|
Switching Power |
0.2 - 0.4 mW |
|
Switch Delay Time |
0.5 - 0.8 mks |
|
Filter |
|
Filter Bandwidth |
100 MHz |
|
RF Range |
2.4 - 2.5 GHz |
|
Insertion Loss in 2.4-2.5 GHz |
0.5 dB |
|
Signal Attenuation |
50 dB @ 2 GHz |
| 50 dB @ 3 GHz |
|
Physical |
|
Input/Output Connectors |
N-type Female |
|
Operating Temperature |
-50°C - +50°C |
|
Amplifier / Filter Weight |
0.5 lb. (0.24 kg) |
|
Amplifier / Filter Dimensions (with mounting plate) |
4.1/4 in x 2.1/2 in x 2.1/4 in (110mm x 55mm x 27mm) |
|
Power Supply Specifications |
|
Input Voltage |
110 - 240 VAC 50/60 Hz |
|
Output Voltage/Power |
12 VDC / 10 W |
|
DC Power Injector |
|
|
Radio Modem Connector |
N - Type Female |
|
Amplifier Connector |
N - Type Female |
|
Power Supply Weight |
1.0 lbs (0.45 kg) |
|
Power Supply Dimensions |
4.0 in x 2 1/2 in x 1 1/4 in (100mm x 55mm x 27mm) |
Warning:
Improper grounding can adversely affect amplifier performance and may lead to equipment damage or personal injury. Failure to properly ground the amplifier will void the warranty.
The amplifier is not designed to withstand a lightning strike. Amplifier warranty does not apply to damage caused by lightning.
Operation of the Amplifier
On power up, the amplifier will be in a "receive" mode. The mode switches to "transmit" when the amplifier receives a signal from a radio modem. A Green light on the DC injector indicates that the amplifier has power. A red light on the DC injector indicates that the amplifier is in a "transmit" mode. The red light blinks when the amplifier is connected to a bi-directional RF device.
A constant red light indicates that the amplifier is continuously in "transmit" mode and is not communicating properly. This is an abnormal condition that can be caused by any of the following:
- High noise level in the feeder of the transmitting device. With time, some radio modems develop elevated natural noise levels, even in the "receive" mode. This noise can cause the amplifier to switch from "receive" to "transmit" mode, causing interruptions in communications. If this problem is detected, the transmitting device should be replaced.
- External interference. If the amplifier is not properly grounded, external interference can cause the amplifier to intermittently switch to "transmit" mode. This condition has been observed with certain brands of radio modems, due to the modems' poor shielding characteristics. Thus, if the transmitting device is not adequately shielded, several such devices operating in close proximity can interfere with the amplifier's operation.
If the red light does not come on at all, the cable could be defective, or the cable length may exceed maximum allowable length.