AS5BTS2K-01

Nokia of America Corporation

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Application Details

Equipment Class: PCB - PCS Licensed Transmitter
Date of Grant: Nov 22, 1999
Application Purpose: Original Equipment
Date of Application: Sep 07, 1999
Frequency Range: 1930.40000000 - 1989.60000000
Company: Nokia of America Corporation
Country: United States

Documents & Files

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Document Text

Text extracted from the exhibit documents filed with the FCC. Open a document above to read the original.

Attestation Statements

APPLICANT: Lucent Technologies Inc. FCC ID: AS5BTS2K-01 1 Lucent Technologies Inc. – Proprietary Use pursuant to Company Instructions MANUFACTURERS - IDENTIFIER SECTION 2.1033 (c) 1 and 2 APPLICANT: Lucent Technologies Inc. FCC ID: AS5BTS2K-01 2 Lucent Technologies Inc. – Proprietary Use pursuant to Company Instructions MANUFACTURERS IDENTIFIER SECTION 2.1033(c) 1 The full name and mailing address of the manufacturer of the device and the applicant for certification: RESPONSE: APPLICATION:Lucent Technologies Inc. 600-700 Mountain Avenue Murray Hill, NJ 07974 Attention: Jane Zakutansky SECTION 2.1033(c) 2 FCC Identifier: RESPONSE: PCS Land Station Single Radio Frequency Unit (SRFU19) designated as “GSM 1900 Transceiver” to be operated under Part 24 (E) of the FCC Rules. FCC Identifier:AS5 FCC ID:AS5BTS2K-01

Attestation Statements

APPLICANT: Lucent Technologies Inc. FCC ID: AS5BTS2K-01 1 Lucent Technologies Inc. – Proprietary Use pursuant to Company Instructions. EMISSIONS, FREQUENCY RANGE, POWER LEVEL SECTION 2.1033 (c) (4), (5), (6) and (7) APPLICANT: Lucent Technologies Inc. FCC ID: AS5BTS2K-01 2 Lucent Technologies Inc. – Proprietary Use pursuant to Company Instructions. EMISSIONS, FREQUENCY RANGE, POWER LEVEL SECTION 2.1033(c) (4) Type or types of emission: RESPONSE: The AS5BTS2K-01 is capable of amplifying transmission involving the following types of emissions: 250KGXW SECTION 2.1033(c) (5) Frequency Range RESPONSE: 1930.2 – 1989.8 MHz SECTION 2.1033(c) (6) Range of operating power values or specific operating power levels, and description of any means provided for variation of operating power. RESPONSE: The AS5BTS2K-01 “GSM 1900 Transceiver” is capable of operating from 0.002 to 27 watts. The output power is measured at the J4 output connector of the cabinet in which AS5BTS2K-01 is mounted. The power is under continuous software control. The short term peak power due to channel activity fluctuations is 27W +0.5/-2dB. SECTION 2.1033(c) (7) Maximum power rating as defined in the applicable part(s) of the rules. RESPONSE: The maximum average power output of the AS5BTS2K-01 at cabinet output J4 connector is 27 watts.

Attestation Statements

APPLICANT: Lucent Technologies Inc. FCC ID: AS5BTS2K-01 Lucent Technologies Inc. – Proprietary Use pursuant to Company Instructions HUMAN EXPOSURE COMPLIANCE STATEMENT SECTION 24.51 (c) APPLICANT: Lucent Technologies Inc. FCC ID: AS5BTS2K-01 Lucent Technologies Inc. – Proprietary Use pursuant to Company Instructions HUMAN EXPOSURE COMPLIANCE STATEMENT SECTION 24.51 (c) The BTS2000/6odB Cabinet with 6 SRFU19s was evaluated by the Lucent Technologies Bell Laboratories Global Product Compliance Laboratory with respect to Specification limits of IEEE C95.1 1991, “IEEE Standards for Safety Levels with Respect to Human Exposure to Radio Frequency Electromagnetic Fields, 3 kHz to 300 GHz”, using measurement methods specified in IEEE C95.3-1991, (Revision ANSI C95.3 – 1973 and ANSI C95.5 – 1981), “IEEE Recommended Practice for the Measurement of Potentially Hazardous Electromagnetic Fields – RF and Microwave”. This equipment complies with IEEE C95.1-1991 (Revision of ANSI C95.1-1982) paragraph 4.1.2 of Table 2 “Maximum Permissible Exposure for Uncontrolled Environments”. In recognition of the variation of characteristics from site to site, this certification is based on the measurement of any particular site which has been installed in compliance with the instructions supplies with this the equipment.

Cover Letter(s)

TABLE OF CONTENTS COVER LETTER ATTESTATION STATEMENT Section 2.911 (d)Qualifications and Certifications Section 2.1033 (c) (1,2)Manufacturers, Identification Section 2.1033 (c) (4-7)Emissions, Frequency Range, Power Level USERS MANUAL Section 2.1033 (c) (3)Users Manual PARTS LIST/TUNE-UP PROCEDURE Section 2.1033 (c) (9)Tune-Up Procedure OPERATIONAL DESCRIPTION Section 2.1033 (c) (13)Description of Modulation System SCHEMATICS Section 2.1033 (c) (10)Schematic ID LABEL/LOCATION INFORMATION Section 2.1033 (c) (11) andDrawing of FCC ID 2.925(a) (1) EXTERNAL PHOTOS Section 2.1033 (c) (12)External Photos INTERNAL PHOTOS Section 2.1033 (c) (12)Internal Photos TEST REPORT Section 2.1033 (c) (8)Measurement of DC Power Section 2.1033 (c) (14)Listing of Required Measurements Section 2.1046Measurement of Radio Frequency Power Output Section 2.1047Measurement of Modulation Characteristics Section 2.1049Measurement of Occupied Bandwidth Section 2.1051Measurement of Spurious Emissions at Antenna Section 2.1053Field Strength of Spurious Radiation Section 2.1055Measurement of Frequency Stability Section 2.1057Frequency Spectrum to be Investigated Test Instruments Used for Test RF Exposure Information Section 24.51 (c)Human Exposure Statement

External Photos

APPLICANT: Lucent Technologies Inc. FCC ID: AS5BTS2K-01 Lucent Technologies Inc. – Proprietary Use pursuant to Company Instructions PHOTOGRAPH OF CONSTRUCTION SECTION 2.1033 (c) (12) (External Photos) (Lucent Technologies Confidential Proprietary Information) APPLICANT: Lucent Technologies Inc. FCC ID: AS5BTS2K-01 Lucent Technologies Inc. – Proprietary Use pursuant to Company Instructions PHOTOGRAPH OF CONSTRUCTION SECTION 2.1033(c) (12) Photographs (8” x 10”) of the equipment of sufficient clarity to reveal equipment construction and layout, including meters, if any, and labels for controls and meters and sufficient views of the internal construction to define component placement and chassis assembly. Insofar as these requirements are met by photographs or drawings contained in instruction manuals supplied with the certification request, additional photographs are necessary only to complete the required showing. RESPONSE: Equipment construction, layout, including meters, and labels for control are indicated in Installation, Test and Operational Manual (see Section on “Users Manual”). Internal photographs are included in the Section Internal Photos. Following additional external photographs are included: 1. Photograph of SRFU19 Installed. 2. Photograph of SRFU19 Outside. 3. Photograph of SRFU19 showing FCC ID. APPLICANT: Lucent Technologies FCCID: AS5BTS2K-01 Photo Shows SRFU19 Installed in a BTS2000/60dB Cabinet SRFU19 SRFU19 APPLICANT: Lucent Technologies FCCID: AS5BTS2K-01 External Photograph of SRFU19 APPLICANT: Lucent Technologies FCCID: AS5BTS2K-01 Photograph of SRFU19 Showing FCC ID Label

ID Label/Location Info

APPLICANT: Lucent Technologies Inc. FCC ID: AS5BTS2K-01 Lucent Technologies Inc. – Proprietary Use pursuant to Company Instructions DRAWING OF FCC ID SECTION 2.1033(c) (11) also SECTION 2.925 (a) (1) APPLICANT: Lucent Technologies Inc. FCC ID: AS5BTS2K-01 Lucent Technologies Inc. – Proprietary Use pursuant to Company Instructions DRAWING OF FCC ID SECTION 2.1033(c) (11) also SECTION 2.925 (a) (1) A photograph or drawing of the equipment identification plate or label showing the information to be placed thereon. RESPONSE: 1. Computer drawing of the equipment identification label is included. 2. Photograph of FCC ID Label on SRFU19 included. 345246 FCC Label BTS2000-Germany/GSM1900 Ident.: 345246 Issue #: 1 SPEC DRAWING IS FOR REFERENCE ONLY: DO NOT USE FOR REPRODUCTION 1.52 Radius Typical Text is 10 pt Helvetica Med. Text is 8 pt Helvetica Med. Logo is 12 pt. in Height Text is 9 pt Frutiger Roman ORIGINAL ART: USE FOR REPRODUCTION All Dims shown are in Millimeters BTS2000/GSM1900- John Kennedy .010 Polycarbonate, matte finish over clear with combination .0045 to .005 inch acrylic adhesive Graphics rear print black on OS11148 central office white Title: Designer: Drawn: Checked: Approved: Job No.: Date: Date: Date:Ident.: Issue#: Client: Finish: Material: Date: Work#: Cho mm Cho 345246 FCC Label 8-27-99 8-27-99 8-27-99 345246 11 14853 66.55 25.4 GSM1900 Transceiver Ident. 345246 1.5 pt. Rule MODEL NO. : FCC ID : SRFU19 AS5BTS2K-01 GSM1900 Transceiver Ident. 345246 MODEL NO. : FCC ID : SRFU19 AS5BTS2K-01 Lucent Technologies 67 Whippany Road Whippany, New Jersey 07981-0903 n n Advanced Media Solutions, Product Marking Group n 973-386-8319 n APPLICANT: Lucent Technologies FCCID: AS5BTS2K-01 Photograph of SRFU19 Showing FCC ID Label

ID Label/Location Info

Operational Description

DESCRIPTION OF MODULATION SYSTEM SECTION 2.1033(c) (13) DESCRIPTION OF MODULATION SYSTEM SECTION 2.1033(c) (13) For equipment employing digital modulation techniques, a detailed description of the modulation system to be used, including response characteristics (frequency, phase and amplitude) of any filters provided, and a description of the modulating wavetrain, shall be submitted for the maximum rated conditions under which the equipment will be operated. RESPONSE: SRFU19 Digital Modulation Technique Introduction The following describes digital modulation technique used in SRFU19. All abbreviations used are described at the end of the document. Transmit GMSK Modulator The transmit GMSK modulator is a complete baseband digitization subsystem performing signal conversion between the digital signal processor circuits. It contains all the code necessary for performing gaussian minimum shift keying modulation. DESIGN AND OPERATION Figure 1 shows the functional block diagram of the integrated GSM baseband modulator. DIFFE- RENTIAL ENCODER GAUS- SIAN FILTER COSINE LOOK UP TABLE SINE LOOK UP TABLE POWER DOWN CLOCK DISTRIBUTION 2.5 V REFERENCE Bessel 300 kHz MOF_DAT MODSYNC CLK13MREF2.5 Baseband I Baseband Q GMSK Pulse Shaping ROM Integrated GSM Baseband Modulator TXCLK INTE- GRATOR Figure 1: GMSK Modulator Block Diagram The GMSK modulator is implemented using control logic with a ROM look-up table to generate in-phase (I) and quadrature (Q) signals oversampled at 16 times the transmitter data rate. In a GMSK pulse shaping ROM the incoming digital transmit data stream (MOF_DAT) at 270.833 kbit/s is first differentially encoded as specified by GSM recommendation 5.04 section 2.3. The encoded data stream is passed through a gaussian filter having a pulse response truncated to 4 data bits. The mathematical integration of the signal is carried out digitally before the signal is split and applied to cosine and sine look-up tables. These look-up tables generate I and Q waveforms as digital numbers in response to the encoded data. Transmit DACs then perform the digital-to-analog conversion, while on-chip reconstruction filters smooth the DAC output signals, providing continuous time baseband I and Q waveforms. These filters are designed with a cutoff frequency of approximately 300 kHz. The filters are designed to have a linear phase response in the passband resulting in a flat passband group delay, while significantly attenuating the sam- pling clock frequency of 4.33 MHz and its harmonics. Additionally, control logic in the GMSK pulse shaping ROM generates an output signal TXCLK, which is derived from the 13 MHz master clock input signal CLK13M. The transmit data MOF_DAT is clocked into the modulator on the falling edge of TXCLK. Although not actually controlling the transmitter data source in the TRXB19, TXCLK may be used to obtain information on the proper GMSK modulator timing. The modulator can be brought into sleep mode (powering down the GMSK modulator section including the I and Q stages) by means of the input signal MODSYNC. This is used to synchronize the modulator to GSM timeslots. A precise 2.5 V bandgap reference feeds the transmit DACs and reconstruction filters and is made available as a buffered output REF2.5 as well. REF2.5 later on biases the transmitter I/Q filter and the I/Q modulator. Synchronization of GMSK Modulator The fix relationship between transmitter data stream MOF_DAT and TGUPE allows the generation of a modulator synchronization pulse MODSYNC that occurs at a predefined time before the end of TGUPE When MODSYNC is asserted, the modulator is immediately put into sleep mode, disabling TXCLK and powering down the pulse shaping ROM and I/Q stages, with I and Q outputs connected to the internal reference voltage source. When MODSYNC is brought low again, TXCLK becomes active and clocks in a data symbol 48 CLK13M clock cycles (one GSM symbol duration) after MODSYNC has gone low. Optionally, a basestation may use a timeslot length of 157 symbol periods on timeslots 0 and 4, and 156 symbol periods on timeslots 1, 2, 3, 5, 6, 7, rather than 156.25 symbol periods on all timeslots [16]. The synchronization circuit, as depicted in Figure 1.1, is capable of handling both modes, depending on whether TXCLK is asserted to the synchronization circuit or not. CLK SR Decimal Decoder (== 320, 321) Decimal Decoder (== 30) 9-stage Synchronous Binary Counter D CLK Q D CLK AR QD CLK AR Q 1 "1" CLK13M TGUPE TXCLK MODSYNC clk_div mod_sync1 TX_WINMODSET TP1501 SYNCTEST Decimal Decoder (== 381) D CLK AR Q TS0 CLK (== 0) T_SLOT "1" CS_TS0 from address decoder 2-stage Synchr. Binary Counter AR ≥ 1 D CLK Q mod_sync2 Decimal Decoder (== 338, 339) D CLK AR Q TX_REG "1" & & ≥ 1 Figure 1.1: Equivalent Synchronization Circuit Diagram If, as selected by default hardware assembly, TXCLK is not asserted to the synchronization circuit, a MODSYNC pulse is generated for each timeslot. This is achieved by enabling a certain decoded and latched state (register mod_sync2 in Figure 1.1) of a 9-stage counter to be switched through as MODSYNC output signal. The counter is clocked by CLK13M when TGUPE is logical high. In Figure 2, the corresponding timing diagram for this permanent GMSK modulator synchronization is shown. The synchronization is carried out regardless of a write access to address CS_TS0 in the RCS Bus Slave Interface. Synchronizing the GMSK modulator on all timeslots results in a rapid phase change of at least 1 / 16 of an I/Q vector rotation or 22.5° with additional amplitude spikes on the analog I and Q signals in each timeslot, which fall within the passband and cannot be filtered out completely. This causes unwanted spurious signals in the up-ramping transmit power slope, and the MODSYNC pulse width has to be kept short to keep down additional transient energy from increased phase changes at the analog I and Q outputs during synchronization. 0 1154 155 152 153 150 151 148 149 146 147 ¼ t START MOD…

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Parts List/Tune Up Info

APPLICANT: Lucent Technologies Inc. FCC ID: AS5BTS2K-01 1 Lucent Technologies Inc. – Proprietary Use pursuant to Company Instructions TUNE-UP PROCEDURE SECTION 2.1033 (c) (9) APPLICANT: Lucent Technologies Inc. FCC ID: AS5BTS2K-01 2 Lucent Technologies Inc. – Proprietary Use pursuant to Company Instructions TUNE-UP PROCEDURE SECTION 2.1033(c) (9) Tune-up procedure over the power range, or at specific operating power level.s RESPONSE: There are no user tune-up procedures for either power levels or frequency.

Parts List/Tune Up Info

Test Report

APPLICANT: Lucent Technologies Inc. FCC ID: AS5BTS2K-01 1 Lucent Technologies Inc. – Proprietary Use pursuant to Company Instructions TEST REPORT APPLICANT: Lucent Technologies Inc. FCC ID: AS5BTS2K-01 2 Lucent Technologies Inc. – Proprietary Use pursuant to Company Instructions MEASUREMENT OF DC POWER OF FINAL STAGE AMPLIFIER SECTION 2.1033(c) (8) APPLICANT: Lucent Technologies Inc. FCC ID: AS5BTS2K-01 3 Lucent Technologies Inc. – Proprietary Use pursuant to Company Instructions TEST REPORT MEASUREMENT OF DC POWER OF FINAL STAGE AMPLIFIER SECTION 2.1033(c) (8) The dc voltages applied to and dc currents into the several elements of the final radio frequency amplifying device for normal operation over the power range. RESPONSE:The SRFU19 nominally uses the following voltages and maximum currents: Overall SRFU19+26 VDC @ 5.14 A max. Final Output Transistors: Final stage transistor draws 3.78 amps at 26V at rated output power transistor. APPLICANT: Lucent Technologies Inc. FCC ID: AS5BTS2K-01 1 Lucent Technologies Inc. – Proprietary Use pursuant to Company Instructions CIRCUITRY OF SUPPRESSION OF SPURIOUS RADIATION SECTION 2.1033(c) (10) (LUCENT TECHNOLOGIES CONFIDENTIAL PROPRIETARY INFORMATION) APPLICANT: Lucent Technologies Inc. FCC ID: AS5BTS2K-01 2 Lucent Technologies Inc. – Proprietary Use pursuant to Company Instructions CIRCUITRY OF SUPPRESSION OF SPURIOUS RADIATION SECTION 2.1033(c) (10) A schematic diagram and a description of all circuitry and devices provided for determining and stabilizing frequency, for suppression of spurious radiation, for limiting modulation and for limiting power. The frequency stabilization and accuracy of the GSM signal amplified by the SRFU19 is a function of oven controlled crystal oscillator (reference frequency generator) used by the Voltage Controlled Oscillator (VCO). The reference frequency generator produces highly accurate 13MHz reference frequencies. The performance exceeds a 0.05 ppm ETSI GSM requirement. The reference frequency generator is phase-locked with VCO of the SRFU19. The MRIF circuit description included in this Section describes the operation of Reference Frequency Generator. External to the SRFU19 there is a cavity type Transmit Filters which limit spurious and harmonic content. The performance characteristics of these filters are included in the section Modulation Control (Section 2.1033(c) 13) of this filing. Schematic diagram and description of all circuitry and devices provided for suppression of spurious radiation, limiting modulation and for limiting power is included. A confidential status has been requested for documents included in this section. Document included in this section are: 1. Block Diagrams. 2. Circuit Descriptions. 3. Schematics. APPLICANT: Lucent Technologies FCC ID: AS5BTS2K-01 LISTING OF REQUIRED MEASUREMENTS SECTION 2.1033 (c) (14) APPLICANT: Lucent Technologies FCC ID: AS5BTS2K-01 MEASUREMENT PER SECTION 2.999 OF THE RULES SECTION 2.1033 (c) (14) The data required by Section 2.1046 through 2.1057, inclusive, measured in accordance with the procedures set out in Section 2.1041. RESPONSE: The following pages include the data required for the Certification of the FCC ID: AS5BTS2K- 01, measured in accordance with the procedures set out in Section 2.999 of the Rules. Each required measurement and its corresponding exhibit number are: Measurement: 1Section 2.1046RF Power Output Measurement: 2Section 2.1047Modulation Characteristics Measurement: 3Section 2.1049Occupied Bandwidth Measurement: 4Section 2.1051Spurious Emissions at Antenna Terminals Measurement: 5Section 2.1053Field Strength of Spurious Radiation Measurement: 6Section 2.1055Measurement of Frequency Stability Section 2.1057Frequency Spectrum to be Investigated . . . . . . . . . . . . . . . . . Test Instrumentation List APPLICANT: Lucent Technologies Inc. FCC ID: AS5BTS2K-01 1 Lucent Technologies Inc. – Proprietary Use pursuant to Company Instructions MEASUREMENT OF RADIO FREQUENCY POWER OUTPUT SECTION 2.1046 APPLICANT: Lucent Technologies Inc. FCC ID: AS5BTS2K-01 2 Lucent Technologies Inc. – Proprietary Use pursuant to Company Instructions MEASUREMENT: 1 MEASUREMENT OF RADIO FREQUENCY POWER OUTPUT SECTION 2.1046 The test arrangements used to measure the radio frequency power output of the FCC ID: AS5BTS2K-01 “GSM 1900 Transceiver” Model SRFU19 is on the following page. Measurements were made respectively at each frequency where occupied Bandwidth measurements were performed. The use of the SRFU19 is for a Single GSM Carrier. This requires that the 4J power level be calibrated for the specific channel of use. The test configuration, Figure 1A, allowed the measurement of RF output power for each channel investigated for Occupied Bandwidth. These included the upper lower band edges and at the center channel for each Band. The SRFU19 system has a maximum power output at the antenna terminals of 27 Watts (44.3 dBm) +0.5/-2 dB, it also has a minimum power output at the antenna terminals of 0.002 Watts (+0.5/-2 dB), across the PCS band (1930.2 –1989.8 MHz). Digitized pseudo-random traffic stored in an EROM in SRFU19 was used as input. The power was reset to 27 Watts at each measurement frequency to verify the spectral performance at that power level at each specific frequency of interest. The attenuation range was also verified. The specific frequencies and channels and set power level was documented on each “Occupied Bandwidth” sheet. APPLICANT: Lucent Technologies Inc. FCC ID: AS5BTS2K-01 3 Lucent Technologies Inc. – Proprietary Use pursuant to Company Instructions MEASUREMENT: 1 MEASUREMENT OF RADIO FREQUENCY POWER OUTPUT EQUIPMENT: BTS 2000:BTS 2000 – 1900 MHz Cabinet SRFU19:Single Radio Frequency Unit Transmit Filter:Cellular Band Transmit Filter Directional Coupler:HP 778D Dual Directional Coupler Power Meter:HP 437B with HP 8481A Power Head Plotter:HP Model 520 DeskJet Spectrum Analyzer:Rohde & Schwarz FSEK EMI Test Receiver RESULTS: The SRFU19 was co…

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Test Report

APPLICANT: Lucent Technologies Inc. FCC ID: AS5BTS2K-01 3 Lucent Technologies Inc. – Proprietary Use pursuant to Company Instructions Frequency range of PCS 1900 (n =512...810) dl(n) = 1930.2 + 0.2*(n - 512)/MHz ul(n) = 1850.2 + 0.2*(n - 512)/MHz n uplinkbldownlink n uplinkbldownlink n uplinkbldownlink n uplinkbldownlink n uplinkbldownlink n uplinkbldownlink n uplinkbldownlink n uplinkbldownlink 5121850,2x1930,25501857,8A1937,85881865,4D1945,46261873,0B1953,06641880,6B1960,67021888,2E1968,27401895,8C1975,87781903,4C1983,4 5131850,4A1930,45511858,0A1938,05891865,6D1945,66271873,2B1953,26651880,8B1960,87031888,4E1968,47411896,0C1976,07791903,6C1983,6 5141850,6A1930,65521858,2A1938,25901865,8D1945,86281873,4B1953,46661881,0B1961,07041888,6E1968,67421896,2C1976,27801903,8C1983,8 5151850,8A1930,85531858,4A1938,45911866,0D1946,06291873,6B1953,66671881,2B1961,27051888,8E1968,87431896,4C1976,47811904,0C1984,0 5161851,0A1931,05541858,6A1938,65921866,2D1946,26301873,8B1953,86681881,4B1961,47061889,0E1969,07441896,6C1976,67821904,2C1984,2 5171851,2A1931,25551858,8A1938,85931866,4D1946,46311874,0B1954,06691881,6B1961,67071889,2E1969,27451896,8C1976,87831904,4C1984,4 5181851,4A1931,45561859,0A1939,05941866,6D1946,66321874,2B1954,26701881,8B1961,87081889,4E1969,47461897,0C1977,07841904,6C1984,6 5191851,6A1931,65571859,2A1939,25951866,8D1946,86331874,4B1954,46711882,0B1962,07091889,6E1969,67471897,2C1977,27851904,8C1984,8 5201851,8A1931,85581859,4A1939,45961867,0D1947,06341874,6B1954,66721882,2B1962,27101889,8x1969,87481897,4C1977,47861905,0C1985,0 5211852,0A1932,05591859,6A1939,65971867,2D1947,26351874,8B1954,86731882,4B1962,47111890,0x1970,07491897,6C1977,67871905,2C1985,2 5221852,2A1932,25601859,8A1939,85981867,4D1947,46361875,0B1955,06741882,6B1962,67121890,2x1970,27501897,8C1977,87881905,4C1985,4 5231852,4A1932,45611860,0A1940,05991867,6D1947,66371875,2B1955,26751882,8B1962,87131890,4F1970,47511898,0C1978,07891905,6C1985,6 5241852,6A1932,65621860,2A1940,26001867,8D1947,86381875,4B1955,46761883,0B1963,07141890,6F1970,67521898,2C1978,27901905,8C1985,8 5251852,8A1932,85631860,4A1940,46011868,0D1948,06391875,6B1955,66771883,2B1963,27151890,8F1970,87531898,4C1978,47911906,0C1986,0 5261853,0A1933,05641860,6A1940,66021868,2D1948,26401875,8B1955,86781883,4B1963,47161891,0F1971,07541898,6C1978,67921906,2C1986,2 5271853,2A1933,25651860,8A1940,86031868,4D1948,46411876,0B1956,06791883,6B1963,67171891,2F1971,27551898,8C1978,87931906,4C1986,4 5281853,4A1933,45661861,0A1941,06041868,6D1948,66421876,2B1956,26801883,8B1963,87181891,4F1971,47561899,0C1979,07941906,6C1986,6 5291853,6A1933,65671861,2A1941,26051868,8D1948,86431876,4B1956,46811884,0B1964,07191891,6F1971,67571899,2C1979,27951906,8C1986,8 5301853,8A1933,85681861,4A1941,46061869,0D1949,06441876,6B1956,66821884,2B1964,27201891,8F1971,87581899,4C1979,47961907,0C1987,0 5311854,0A1934,05691861,6A1941,66071869,2D1949,26451876,8B1956,86831884,4B1964,47211892,0F1972,07591899,6C1979,67971907,2C1987,2 5321854,2A1934,25701861,8A1941,86081869,4D1949,46461877,0B1957,06841884,6B1964,67221892,2F1972,27601899,8C1979,87981907,4C1987,4 5331854,4A1934,45711862,0A1942,06091869,6D1949,66471877,2B1957,26851884,8x1964,87231892,4F1972,47611900,0C1980,07991907,6C1987,6 5341854,6A1934,65721862,2A1942,26101869,8x1949,86481877,4B1957,46861885,0x1965,07241892,6F1972,67621900,2C1980,28001907,8C1987,8 5351854,8A1934,85731862,4A1942,46111870,0x1950,06491877,6B1957,66871885,2x1965,27251892,8F1972,87631900,4C1980,48011908,0C1988,0 5361855,0A1935,05741862,6A1942,66121870,2x1950,26501877,8B1957,86881885,4E1965,47261893,0F1973,07641900,6C1980,68021908,2C1988,2 5371855,2A1935,25751862,8A1942,86131870,4B1950,46511878,0B1958,06891885,6E1965,67271893,2F1973,27651900,8C1980,88031908,4C1988,4 5381855,4A1935,45761863,0A1943,06141870,6B1950,66521878,2B1958,26901885,8E1965,87281893,4F1973,47661901,0C1981,08041908,6C1988,6 5391855,6A1935,65771863,2A1943,26151870,8B1950,86531878,4B1958,46911886,0E1966,07291893,6F1973,67671901,2C1981,28051908,8C1988,8 5401855,8A1935,85781863,4A1943,46161871,0B1951,06541878,6B1958,66921886,2E1966,27301893,8F1973,87681901,4C1981,48061909,0C1989,0 5411856,0A1936,05791863,6A1943,66171871,2B1951,26551878,8B1958,86931886,4E1966,47311894,0F1974,07691901,6C1981,68071909,2C1989,2 5421856,2A1936,25801863,8A1943,86181871,4B1951,46561879,0B1959,06941886,6E1966,67321894,2F1974,27701901,8C1981,88081909,4C1989,4 5431856,4A1936,45811864,0A1944,06191871,6B1951,66571879,2B1959,26951886,8E1966,87331894,4F1974,47711902,0C1982,08091909,6C1989,6 5441856,6A1936,65821864,2A1944,26201871,8B1951,86581879,4B1959,46961887,0E1967,07341894,6F1974,67721902,2C1982,2 8101909,8 x 1989,8 5451856,8A1936,85831864,4A1944,46211872,0B1952,06591879,6B1959,66971887,2E1967,27351894,8x1974,87731902,4C1982,4 5461857,0A1937,05841864,6A1944,66221872,2B1952,26601879,8B1959,86981887,4E1967,47361895,0x1975,07741902,6C1982,6 5471857,2A1937,25851864,8x1944,86231872,4B1952,46611880,0B1960,06991887,6E1967,67371895,2x1975,27751902,8C1982,8 5481857,4A1937,45861865,0x1945,06241872,6B1952,66621880,2B1960,27001887,8E1967,87381895,4C1975,47761903,0C1983,0 5491857,6A1937,65871865,2x1945,26251872,8B1952,86631880,4B1960,47011888,0E1968,07391895,6C1975,67771903,2C1983,2 Note:. Channels high lighted are not available for GSM1900, in accordance with FCC Part 24