NEO60-1658SERIESRemote Booster type 60-165801

Meadowlands Fiber Fed BDA Equipment User Handbook Handbook Nō.-60-165801HBKM Issue No:-1 Date:-03/01/06 Page:- 1 of 25 220MHz Fibre Feed BDA Equipment User Reference For Pinnacle AFL Works Order Nō.: Q113673 AFL product part Nō.’s: 60-165801 (Fibre Fed 40W BDA) Meadowlands Fiber Fed BDA Equipment User Handbook Handbook Nō.-60-165801HBKM Issue No:-1 Date:-03/01/06 Page:- 2 of 25 Table of Contents INTRODUCTION ............................................................................................................................................ 4 Scope................................................................................................................................................................................ 4 Purpose............................................................................................................................................................................ 4 Glossary of Terms .......................................................................................................................................................... 5 Key to AFL RF Module Drawing Symbols .................................................................................................................. 6 EC DECLARATION OF CONFORMITY..................................................................................................... 7 1. SAFETY CONSIDERATIONS ............................................................................................................ 8 1.1 Earthing of Equipment ..................................................................................................................................... 8 1.2 Electric Shock Hazard ...................................................................................................................................... 8 1.3 RF Radiation Hazard........................................................................................................................................ 9 1.4 Chemical Hazard............................................................................................................................................. 10 1.5 Laser safety ...................................................................................................................................................... 11 1.6 Emergency Contact Numbers ........................................................................................................................ 11 2. OVERVIEW/ SYSTEM DESCRIPTION.......................................................................................... 12 3. FIBRE-FED BDA (60-165801) ............................................................................................................. 13 3.1 Component Layout Photograph .................................................................................................................... 13 3.2 FO BDA Electrical Specifications .................................................................................................................. 14 3.3 FO BDA RF Circuit Diagram, Drg. Nō. 60-165881 ..................................................................................... 15 3.4 FO BDA Alarm Circuit Diagram, Drg. Nō. 60-165851................................................................................ 16 3.5 FO BDA Parts List .......................................................................................................................................... 17 5. INSTALLATION................................................................................................................................. 18 5.1 General Remarks ............................................................................................................................................ 18 5.2 RF Connections ............................................................................................................................................... 18 5.3 Commissioning ................................................................................................................................................ 19 6. MAINTENANCE................................................................................................................................. 20 6.1 Fault Finding ................................................................................................................................................... 20 6.1.1 Quick Fault Checklist.................................................................................................................................... 20 6.1.2 Fault Isolation ............................................................................................................................................... 20 6.1.3 Downlink ....................................................................................................................................................... 21 6.1.4 Uplink ............................................................................................................................................................ 21 6.1.5 Checking service ........................................................................................................................................... 21 6.1.6 Fault repair ................................................................................................................................................... 22 6.1.7 Service Support ............................................................................................................................................. 22 6.2 Tools & Test Equipment................................................................................................................................. 22 6.3 Care of Modules .............................................................................................................................................. 23 6.3.1 General Comments........…

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TXBTS NEO20-0040Series RXBTS NEO60-1658SERIES Buildin g NEO20-0041Series NEO20-0040Series NEO20-0041Series FIBRELINKFIBRELINK

voltage Hig h DANGER Heavy CA UT ION Ae ria l F a c il itie sLim ited England BY DAT E DESCRIPT ION No ISSUE 1 2 34 5 6 7 8 9 A BCDE F 12345678 9 A BCD E F Fax : 01494 777002 Fax : 01494 777000 Aerial Facilities Limited THIS IS A PROPRIETARY DESIGN OF AERIAL FACILITIES LTD.REPRODUCT ION OR USE OF T HIS DESIGN BY OT HERS ISPERMISSIBLE ONLY IF EXPRESSLY AUT HORISED IN WRIT INGBY AERIAL FACILITIES LTD. NO DECIMAL PLACE ± 1mmONE DECIMAL PLACE ± 0.3mmTWO DECIMAL PLACES ± 0.1mm ALL DIMENSIONS ARE IN mm UNLESS OTHERWISE STATED CHKD DRAWN APPDDAT E T OLERANCES SCALE England CUST OMER DRAWING.No TITLE 3A FCC IDENT. LABEL POSITIONIP65 STEEL ENCLOSURE 80-312191 1A 1:8 DBS 30/9/03 PRODUCTION ISSUE 30/9/03 DBS PSU ALARM FCC IDENT. LABEL

0.25Watt 0- -30dB Switched Attenuator (10-000701) General Application In many practical applications for Cell Enhancers etc., the gain in each path is found to be excessive. Therefore, provision is made within the unit for the setting of attenuation in each path, to reduce the gain. Switched Attenuators The AFL switched attenuators are available in two different types; 0 – 30dB in 2 dB steps (as in this case), or 0 – 15dB in 1 dB steps. The attenuation is simply set using the four miniature toggle switches on the top of each unit. Each switch is clearly marked with the attenuation it provides, and the total attenuation in line is the sum of the values switched in. They are designed to maintain an accurate 50Ω impedance over their operating frequency at both input and output. Fibre Alarm Transmitter PCB (17-005001) Description In order to have alarm information available in base stations or other sites remote from active units, the Fibre Optic Alarm Transmitter Module (17-005001) takes alarm information from active F/O modules, digitally combines them and modulates them at an intermediate frequency (usually 21.4MHz, but can be some other). This modulated signal can then be sent down fibre links to a Base Station, for example, where it will be de- modulated (by a Fibre Optic Receiver Module (17-005011) back to a digital combined alarm signal, which in turn is decoded so that the original device alarms at the remote location may be monitored individually at the Base Station, for example. Technical Specification (17-005001, 21.4MHz Tx) PARAMETER SPECIFICATION Nō of alarm inputs: 8 Nō of modulated outputs: 1 Intermediate frequency: 21.4MHz Supply Voltage: 9V DC (nominal) Power consumption: <200mA @ 9V DC Modulation: PCM operation: -10%C to +60%C Temperature range storage: -20%C to +70%C PCB size: 139.5 x 69mm Weight: <100grams Automatic Gain Control (17-001101, Det. & 17-001201, Atten.) Description The equipment is fitted with an Automatic Gain Control (AGC) system. This is generally fitted in the Uplink path (not usually needed in the downlink path, as the signal here is at an almost constant level), to avoid overloading the amplifiers (with the associated performance degradation) should a mobile be operated very close to the unit. Normally the attenuator is at minimum attenuation. The detector/amplifier unit monitors the RF level being delivered by the power amplifier, and when a certain threshold is reached it begins to increase the value of the attenuator to limit the RF output to the (factory set) threshold. Therefore overloading of the power amplifier is avoided. The factory set threshold is 1dB below the Enhancer 1dB compression point. Some adjustment of this AGC threshold level is possible, a 10dB range is mostly achieved. It is not recommended under any circumstances to adjust the AGC threshold to a level greater than the 1dB compression point as system degradation will occur. The detector comprises of a 50Ω transmission line with a resistive tap which samples a small portion of the mainline power. The sampled signal is amplified and fed to a conventional half wave diode rectifier, the output of which is a DC voltage proportional to the RF input signal. This DC voltage is passed via an inverting DC amplifier with integrating characteristics, to the output, which drives the attenuation control line of the corresponding AGC attenuator. This unit is fitted at some earlier point in the RF circuit. The unit contains a 12V DC regulator in the detector module, which supplies stabilised voltage to the DC amplifier and via an external cableform to the AGC attenuator. For small signals, below AGC onset, the output control line will be close to 12V and the AGC attenuator will have minimum attenuation. As the signal level increases the control line voltage will fall, increasing the attenuator value and keeping the system output level at a constant value. The AGC onset level is adjusted by the choice of sampler resistor R1 and by the setting of potentiometer VR1. The attenuator comprises a 50Ω P.I.N diode, voltage-variable attenuator with a range of 3 to 30dB. The attenuation is controlled by a DC voltage which is derived from the associated AGC detector unit. Technical Specification PARAMETER SPECIFICATION Frequency Range: up to 1000MHz Attenuation Range: 3 to 30dB Attenuation Steps: continuously variable VSWR: better than 1.2:1 RF Connectors: SMA female attenuator: 1W Power Handling: detector/amp: >30W (or as required) operation: -10°C to +60°C Temperature Range: storage: -20°C to +70°C attenuator pcb 50 x 42 x 21mm Size: detector/amp pcb 54 x 42 x 21mm attenuator: 90grams Weight: detector/amp: 100grams Wide Dynamic Range AGC (17-001105, Det. & 17-001201, Atten.) Description The equipment is fitted with a wide dynamic range Automatic Gain Control (AGC) system. This is generally fitted in the Uplink path (not usually needed in the downlink path, as the signal here is at an almost constant level), to avoid overloading the amplifiers (with the associated performance degradation) should a mobile be operated very close to the unit. The AFL wide dynamic range Automatic Gain Control system consists of two units, a detector/amplifier and an attenuator. The detector/amplifier unit is inserted in the RF path on the output of the power amplifier, and the attenuator is situated in the RF path between the 1st and 2nd stages of amplification. Normally the attenuator is at minimum attenuation. The detector/amplifier unit monitors the RF level being delivered by the power amplifier, and when a certain threshold is reached it begins to increase the value of the attenuator to limit the RF output to the (factory set) threshold. Therefore overloading of the power amplifier is avoided. The factory set threshold is 1dB below the Enhancer 1dB compression point. Some adjustment of this AGC threshold level is possible, a 10dB range is mostly achieved. It is not recommended under any circumstances to adjust the AGC thre…

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TRL COMPLIANCE LTD L ONG GREEN FORTHAMPTON GLOUCESTER GL19 4QH UNITED KINGDOM T ELEPHONE +44 (0)1684 833818 FAX +44 (0)1684 833858 E- MAIL [email protected] www.trlcompliance.com TEST REPORT NO: RU1219/6751 COPY NO: 2 ISSUE NO: 1 FCC ID: NEO60-1658SERIES REPORT ON THE CERTIFICATION TESTING OF A AERIAL FACILITIES LIMITED 60-165801 WITH RESPECT TO THE FCC RULES CFR 47, PART 90 Subpart K PRIVATE LAND MOBILE REPEATER. TEST DATE: 19 th – 21 st December 2005 TESTED BY: J CHARTERS APPROVED BY: P GREEN PRODUCT MANAGER EMC DATE: 31 st March 2006 Distribution: Copy Nos: 1. Aerial Facilities Limited 2. TCB: TRL Compliance Limited 3. TRL Compliance Ltd THIS DOCUMENT MAY BE REPRODUCED ONLY IN ITS ENTIRETY AND WITHOUT CHANGE RF335 iss02 RU1219/6751 Page 2 of 50 CONTENTS PAGE CERTIFICATE OF CONFORMITY & COMPLIANCE 3 APPLICANT’S SUMMARY 4 EQUIPMENT TEST CONDITIONS 5 TESTS REQUIRED 5 TEST RESULTS 6-39 ANNEX PHOTOGRAPHS A PHOTOGRAPH No. 1: Test setup PHOTOGRAPH No. 2: Test setup APPLICANT’S SUBMISSION OF DOCUMENTATION LIST B EQUIPMENT CALIBRATION C MEASUREMENT UNCERTAINTY D SYSTEM DIAGRAM E Notes: 1. Component failure during test YES NO [ ] [X] 2. If Yes, details of failure: 3. The facilities used for the testing of the product contain in this report are FCC Listed. RF335 iss02 RU1219/6751 Page 3 of 50 CERTIFICATE OF CONFORMITY & COMPLIANCE FCC IDENTITY: NEO60-1658SERIES PURPOSE OF TEST: Certification TEST SPECIFICATION: FCC RULES CFR 47, Part 90 Subpart K TEST RESULT: Compliant to Specification EQUIPMENT UNDER TEST: 60-165801 EQUIPMENT TYPE: Private Land Mobile Repeater MAXIMIUM GAIN Uplink 50.95dB Downlink 43.48dB MAXIMUM INPUT Uplink -61.00dBm Downlink -7.00dBm MAXIMUM OUTPUT Uplink -10.05dBm Downlink 36.48dBm ANTENNA TYPE: Not applicable CHANNEL SPACING: Not applicable, wideband FREQUENCY GENERATION: N/A MODULATION TYPE: F3E POWER SOURCE(s): +110Vac TEST DATE(s): 19 th – 21 st December 2005 ORDER No(s): 34379 APPLICANT: Aerial Facilities Limited ADDRESS: Aerial House Asheridge Road Chesham Buckinghamshire HP5 1TU United Kingdom TESTED BY: J CHARTERS APPROVED BY: P GREEN PRODUCT MANAGER EMC RF335 iss02 RU1219/6751 Page 4 of 50 APPLICANT’S SUMMARY EQUIPMENT UNDER TEST (EUT): 60-165801 EQUIPMENT TYPE: Private Land Mobile Repeater PURPOSE OF TEST: Certification TEST SPECIFICATION(s): FCC RULES CFR 47, Part 90 Subpart K TEST RESULT: COMPLIANT Yes No [X] [ ] APPLICANT’S CATEGORY: MANUFACTURER IMPORTER DISTRIBUTOR TEST HOUSE AGENT [X] [ ] [ ] [ ] [ ] APPLICANT’S ORDER No(s): 34379 APPLICANT’S CONTACT PERSON(s): Mr Peter Bradfield E-mail address: [email protected] APPLICANT: Aerial Facilities Limited ADDRESS: Aerial House Asheridge Road Chesham Buckinghamshire HP5 1TU United Kingdom TEL: +44 (0)1494 777000 FAX: +44 (0)1494 778456 MANUFACTURER: Aerial Facilities Limited EUT(s) COUNTRY OF ORIGIN: United Kingdom TEST LABORATORY: TRL Compliance Ltd UKAS ACCREDITATION No: 0728 TEST DATE(s) 19 th – 21 st December 2005 TEST REPORT No: RU1219/6751 RF335 iss02 RU1219/6751 Page 5 of 50 EQUIPMENT TEST / EXAMINATIONS REQUIRED 1. TEST/EXAMINATION RULE PART APPLICABILITY RESULT RF Power Output 90.205 Yes Complies Audio Frequency Response TIA EIA-603.3.2.6 N/A N/A Audio Low-Pass Filter Response TIA EIA-603.3.2.6 N/A N/A Modulation Limiting TIA EIA-603.3.2.6 N/A N/A Occupied Bandwidth 90.210 Yes Complies Spurious Emissions at Antenna Terminals 90.210 Yes Complies Field Strength of Spurious Emissions 90.210 Yes Complies Frequency Stability 90.213 N/A(note 1) N/A Transient behaviour 90.214 N/A(note 2) N/A Notes: 1 The EUT does not contain modulation circuitry, therefore the test was not performed. 2 The EUT is not a keyed carrier system, therefore the test was not performed. 2. Product Use: Private Land Mobile Repeater 3. Emission Designator: F3E 4. Temperatures: Ambient (Tnom) 20 o C 5. Supply Voltages: Vnom +110Vac Note: Vnom voltages are as stated above unless otherwise shown on the test report page Single channel [ ] Two channel [ ] 6. Equipment Category: Multi-channel [X] 7. Channel spacing: Narrowband [ ] Wideband [Z] 8. Test Location TRL Compliance Limited Up Holland [X] Long Green [ ] 9. Modifications made during test program No modifications were performed. RF335 iss02 RU1219/6751 Page 6 of 50 COMPLIANCE TESTS AMPLIFIER GAIN – CONDUCTED – PART 2.1046 – UPLINK Ambient temperature = 23 o C Radio Laboratory Relative humidity = 45% Supply voltage = +110Vac Channel number = See test results Frequency MHz Signal Generator input level dBm Cable & Attenuator loss dB Level at Spectrum Analyser dBm Gain dB Gain after 10dB input level increase dBm 219.5 MHz -60 0.39 -10.50 49.89 39.92 219.75 MHz -61 0.39 -10.52 50.87 40.97 220.0 MHz -61 0.39 -10.44 50.95 40.94 Notes: 1. The level of the signal generator takes into consideration the loss from the cable. 2. The signal generator input was increased by 10dBs and the level of the output signal remeasured TYPE OF EQUIPMENT MAKER/ SUPPLIER MODEL No SERIAL No TRL No ACTUAL EQUIPMENT USED SPECTRUM ANALYSER ANRITSU MS2665C MT26089 479 X CABLE N/A N/A N/A UH253 X CABLE N/A N/A N/A UH254 X SIGNAL GENERATOR MARCONI 2042 119388/080 176 X Spectrum Analyser TRL479 EUT Signal Generator TRL176 Cable RF335 iss02 RU1219/6751 Page 7 of 50 0.27dB AMPLIFIER INTERMODULATION SPURIOUS EMISSIONS – CONDUCTED – PART 2.1053– UPLINK Ambient temperature = 23 o C Radio Laboratory Relative humidity = 45% Supply voltage = +110Vac The Intermodulation and spurious products were measured with the amplifier operating at maximum gain. A three tone test was conducted using the equipment as above. The input power level was adjusted so the level at point D was 10db above the maximum input of –60.0dBm.The cable and attenuator loss between the EUT and the spectrum analyser was 0.27dB. RF Input Frequency (MHz) Highest Intermodulation Product Level (dBm) Limit (dBm) 219.5 219.833 220.0 -80.53dBm @ 219.669 MHz -13 Sweep data is shown on the next page: Test equipment used for intermodulation test TYPE OF EQUIPMENT MAKER…

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