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Summary of Contents for YDI AMP2440
- Page 1 Model AMP2440 REMOTE BI-DIRECTIONAL POWER AMPLI.IERS .OR 2.4 GHz Installation and Operation Manual Ver 2.3 Jan 2001 Version 2.0 May 2000 Young Design Inc 146B Hillwood Ave. .alls Church, VA 22046 Tel: (703) 237-9090 .ax: (703) 237-9092 http://www.ydi.com...
- Page 2 Young Design, Inc. (YDI) warrants that your device is free of defects in material and workmanship for a period of one year after initial purchase. YDI will, in this period of time, repair or replace, any YDI product returned to the factory, freight prepaid.
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Page 3: Table Of Contents
1. DESCRIPTION......................1 2. AMPLIFIER FEATURES....................1 2.1 GENERAL SPECIFICATIONS................2 3. AMPLIFIER KIT......................3 4. INSTALLATION AND CABLING INSTRUCTIONS...........3 5. AMPLIFIER CONNECTIONS AND INDICATORS..........5 6. DC POWER INJECTOR OPERATION..............5 7. DC POWER INJECTOR CONNECTIONS AND INDICATORS.......6 8. POWER SUPPLY......................6 9. OPERATION........................7 TABLE A - CONVERSIONS FROM DBM TO WATTS...........8 TABLE B - TYPICAL CABLE ATTENUATION VALUES........8 TABLE C - TYPICAL AMPLIFIER INSTALLATION DETAILS......9 APPENDIX A: CALCULATING POWER..............10... -
Page 4: Description
1. Description The AMP2440 is a bi-directional amplifier designed for extending the range of 2.4 GHz wireless radio modems, Wireless LAN cards, Access Points and wireless bridges. The units provide transmit power amplification as well as receive signal gain. The amplifier is installed right at the antenna’s feed point, providing maximum effectiveness of transmit... -
Page 5: General Specifications
2.1 General Specifications Receiver Low Noise Amplifier (LNA) Operating Range: 2400-2483 MHz Receive Gain: 16 dB nominal Operating Mode: Bi-directional, half-duplex. Senses RF Freq Response +/-1 dB over operating range carrier from transmitter and automatically switches from receive to Noise Figure: 4 dB typical transmit mode. -
Page 6: Amplifier Kit
The use of the amplifier in any other combination (such as co-located antennas transmitting the same information) is expressly forbidden in accordance with FCC rules CFR47 part 15.204. Please visit our web site (www.ydi.com) to see the systems currently certified by the FCC. - Page 7 The picture to the left shows the amplifier in typical installation shown with the YDI Model PT2421 Grid Dish antenna vertically polarized. The location on the mast where the amplifier is mounted is not important: provided that the connectors face downward.
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Page 8: Amplifier Connections And Indicators
5. Amplifier Connections and Indicators CAUTION: Only use high quality N-type connectors. Do not use PL259 “CB” type UHF connectors. Doing so will ruin the N-Female jacks and void your warranty. This LED glows RED when the amp has switched to the transmit mode. Transmit LED: This occurs when the amp detects RF power at the jack labeled “To DC Injector”. -
Page 9: Dc Power Injector Connections And Indicators
DC-INJ-DUAL option is ordered. 8. Power Supply The AMP2440 kit comes with a 100 to 240 VAC power supply that has a standard 2.1 mm barrel plug [center pin positive (+) tip and outer ring negative (-)]. Although normally supplied with a power supply, any 12 Volt DC, 1 amp (or greater) regulated power supply can be used. -
Page 10: Operation
9. Operation The unit operates automatically and there are no user adjustments. The amplifier is only intended for use with 2.4 GHz radio modems that alternate between transmit and receive in the same radio channel. These are referred to as Time Division Multiplex (TDD) devices. - Page 11 Page 8...
- Page 12 Table A - Conversions from dBm to Watts Table B - Typical Cable Attenuation Values Attenuation per 100 ft Cable Type at 2.4 GHz (dB) Belden 9913 LMR 200 16.8 LMR 240 12.9 LMR 400 LMR 600 1/2” LDF 1/2” Superflex 3/8”...
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Page 13: Appendix A: Calculating Power
DC injector. Or you can order a special version of the amplifier from YDI that will accept higher transmit input power. Note: Never put attenuator pads between in the cable the DC injector and the amplifier since there is a +12V DC voltage on the cable. -
Page 14: Appendix B: Fcc Part 15 Certified Systems
APPENDIX B: FCC Part 15 Certified Systems FCC ID#: NM5-LUC2400E t a l t a l t a l f i l t a l f i l t a l Page 11... - Page 15 FCC ID#: NM5-C111E t a l t a l t a l f i l t a l f i l t a l Page 12...
- Page 16 NOTE: 1. MPE distance figures are based on a conservative “worst case” prediction, i.e. +24 dBm into antenna using formula S=EIRP/(4piR2) and no calculaton for duty factor. In practice the minimum distance will be much shorter. 2. The minimum MPE distance has been calculated for the maximum allowed Power Density (S) limit os 1.0 mW/cm2 in the Frequency range 1500 - 100,000 MHz for uncontrolled environments (Ref.
- Page 17 To see a complete line of our High Speed Wireless Data products, visit our web site at: www.ydi.com or call our Sales Office at: 1-888-297-9090...
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