TEST REPORT

FCC ID: J9CPDQ-1900

Test Report

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FCCID_18266

Applicant : QUALCOMM FCC ID: J9CPDQ-1900 Cover Letter Federal Communications Commission Authorization and Evaluation Division Re: Application for Cellular Transceiver Type Acceptance QUALCOMM herein submits the Application for Equipment Authorization (FCC Form 731) and Exhibits for Type Acceptance of a Cellular Transceiver, FCC ID J9CQCP-1960. Applicant: QUALCOMM, INC. 6455 Lusk Blvd. San Diego, California 92121 Manufacture: QUALCOMM, INC. 10300 Campus Point Drive San Diego, California 92121 The equipment, QUALCOMM model # QCP 1960, is for mobile station cellular system use, and is in full compliance with all parts of ANSI J-STD-008, Personal Station-Base Station Compatibility Requirements for 1.8 to 2.0 GHz Code Division Multiple Access (CDMA) Personal Communications Systems, issue August 1995. 1

Applicant : QUALCOMM FCC ID: J9CPDQ-1900 Request of Confidentiality Federal Communications Commission Authorization and Evaluation Division Re: Request of Confidentiality Pursuant to Sections 0.457 and 0.459 of the Commission’s Rules, the Applicant hereby requests confidential treatment of information accompanying this Application as outlined below: Description All schematics/block diagrams All parts lists The above materials contain trade secrets and proprietary information not customarily released to the public. The public disclosure of these matters might be harmful to the Applicant and provide unjustified benefits to its competitors. The Applicant understands that pursuant to Rule 0.457, disclosure of this Application and all accompanying documentation will not be made before the date of the Grant for this Application. QUALCOMM, INC. Jay Moulton Director, Engineer 2

Applicant : QUALCOMM FCC ID: J9CPDQ-1900 List of Exhibits Exhibit Description FCC Reference 1 Certification of Test Data 2.911 2 General Information 2.983(c), (d), 2.1061, 3 RF Output Power Measured Data 2.985 4 Occupied Bandwidth Measured Data 2.989, 22.917 5 Conducted Spurious Emissions Measured Data 2.991 6 Frequency Stability vs. Temperature and Voltage 2.995 Measured Data 7 Measurement Procedures and Techniques 3

Applicant : QUALCOMM FCC ID: J9CPDQ-1900 Exhibit 1 Certification of Test Data The data , data evaluation and equipment configuration represented herein are a true and accurate representation of the measurements of the sample’s radio frequency interference emissions characteristics as of the dates and at the times of the test under the conditions herein specified. This applies to all tests that where performed that did not require an Open Area Test Site (OATS). Test that required an OATS site were performed by TUV Product Services. Equipment Tested: Dates of Test: December 17 – 30, 1998 Test Performed by: Engineer: Robert J. Scodellaro, __________________ 4

Applicant : QUALCOMM FCC ID: J9CPDQ-1900 Exhibit 2 General Information 1. Production Plans - Section 2.983 (c) Quantity Production Planned 2. Technical Description - Section 2.983 (d) (1) Types of emission 1M25F9W (2) Frequency range The frequency range of the equipment is the Personal Communications Services (PCS) bands, 1851.25 – 1908.75 MHz and 1931.25 – 1988.75 MHz. The channel spacing is 1.25 MHz for CDMA. (3) Operating power levels The equipment will respond to commands from the Land Station to change power levels as defined in the J-STD 008 Specification. (4) Maximum output power The equipment is within the limited 2 watts E.I.R.P.peak power of CFR 47 Part 24.232 (b) and is able to limit the output power to the minimum necessary for successful communications. (5) DC supply voltage and current range The equipment is powered by lithium ion rechargeable batteries which have a voltage range of 6.6 to 8.6 Vdc. (6) List of semiconductor active devices See separate parts list. 5

Applicant : QUALCOMM FCC ID: J9CPDQ-1900 (7) Circuit diagram See separate schematics. (8) User’s manual See separate user’s guide. (9) Transmitter adjustment procedure All frequency adjustments are set at the factory and there are no frequency field adjustments for this product. Under digital mode, frequency is locked to the base station and controlled by VCTCXO adjustments to offset any possible errors. (10) Frequency stability device A voltage controlled, temperature compensated, crystal oscillator (VCTCXO) is employed as a frequency reference for all of the transceiver local oscillators. This crystal oscillator is specified to remain within +/- 2.5 ppm over temperature and voltage variations. The lock status indicator of all synthesizers is monitored by the microprocessor and an out of lock condition will inhibit transmission. The mobile receiver monitors the received signal and adjusts the frequency of the VCTCXO, this corrects any errors between the mobile frequency and the base station transmitter. The mobile is locked to the base station. (11) Spurious radiation suppression devices Reference Part Name Function Designator FL1 duplexer Provides protection against transmitter spurious emissions and receiver local oscillator leakages. FL2 RX ceramic filter Provides protection against receiver local oscillator leakages. FL 3 and 4 TX filter Provides suppression of spurious energy and transmitter harmonics. (12) Modulation techniques CDMA The CDMA modulation is described in the following pages from the TIA/EIA /IS-95 Standard. The justification for the CDMA bandwidth of 1.25 MHz is that the chip rate is 1.228 MHz (see page 6-10 of IS-95 ). When we look 3 dB down from the signal we find 1.25 MHz. Channel spacing is normally set at this 1.25 MHz. Also, one can reference baseband filtering requirements (page 6-27 TIA/EIA/IS-95) for filtering frequency response limits. 6

613 MotitinChanaenites 6131 Rivese CDMA Chanee Siguls Te Revese CDMA Channl i compesed of esChanndsand Revere Tritc Chamnls ‘These channclshallakurethe ue CDMA frequeny anignment uning direc anquence CDM tchniqus, Pigur 61201 ahows an example ofall ofthesignale mceved ty a basewaton on the ReveseCDMCA Channel Each uts Oiine in datfed by divins wser ongcode equence each Accens Channe i identiid y a duinet Acvess Channel lonce aequenc, Mitiple Revee CDMNA Chanols may be sd y a base staioin a frueny disiion mltled manoen The Reverse CDMA Channel hastheoveallstructueshownin Feure 61.3 2 Data tranamitedon the Reverse CDMA Channe is groupedinto 20 ma ramen. Alldata teanunited on the Revers CDMA Channe is wrelatoaly encaded, eck iterasnd modilted by the Btayorthognal modulaion. and dit sequencespeadpror t trans i cpimcmooy oundwaned smm oi ottetel nrenecouctinate nncoives aa Bae Sition

Figue 62.10. Reverse CPMA Channet Strictare Aftr addingframe qualiyintiatorsforbath the 2600 bpn and £200 bpsraes ue 612. and addingeight BncoderTail B e .122 data romes may be Arassmitted on the Revese PafléChanneatdat ater o9600 4800, 2800. d tato Ips ThRevene Tie Channelmay un any ofthere ds rates for transmiaion. The tranuminion duty ol on theReveve Praffe Channal varis withthe cramamimion datn tate. Speifcaly,thetrinsmiriondity celefor 9000 bps femesis 100 peront the teanamision dusy ce fr $00 bp frames is 0 pecent, thetrinominionduty ycor 2400 byofrumein 23 percn, and che tranmmion duy y or 1200 bpsframen is 123 percent asshown in Table 6..9.14—1.. As the duty cycle fotransmision varies propraonatey withthe datarate, theactual burst trnsmimion rate i d ar 2880

cote spabols ersecand. Sinc i cod mbolare madulted as onof 4 modulation ssrnbols for ransmiasion. the modulaton ymbe ransminionratis fixed at 800 modataionsvatols per accond. Thisrsat in a d Walsh chin ie f 3072 ky The rateaf he readingPX sequencis fxed at 12388 Mepuso thateach Walsh chip is appoad byfotPX chip. Table613.14 1 dain thenigl ate and theirrelionship fo the vaou transminion ites on tReverne Taitc Chanel "The mumeloy is itentialo the Acces Channel arept that the tansmision rte is Aedat 400 boateraddingoight Enooder Til it en 6182 2. Bc nteaynbali repentl onandthe trinsmiaiondity ce in 10 perven. Table615.1.12 dtinen the signal ratsand theie elathnahy on the Aces Channl 61311 Moliaton Paramctes "The modulation parameter i the Revere Tafic Channl and the Aress Channese shown in Table 611. 1« 1 and Table 64. .2ropectvely uie 61.9.15. Revese TafteChaonel Motulation Poraneters puxnutetra Pusmete saco asso seo0 tzco |snie im Chpfe raase |se| use 1se |mere coir e is us us ta" [owrarom [RazemDuy oc Tmon ma zso is |w ce Smtaiiore zoo sn neo zn noo 2n000 e wotuiaton 6| s & 6 |soicmm/nadameet wotuaton spmbainare arco asoo s ao Je m chip rae sorzo|sorzo soras |sors Je wot SvabetDernien se sns 0e 0s| ness [1n Ti Clip/GetcOmmbet saer «er se| 07 |PNcupreats amtol miChimeampaied ase mss se |_2%6_|mcsimofamint im cuparitam cho a a a 4 [rnicierint on

Table6.1.3.14—2. Accon Channel Modtation Paremeters Buaate orn Prsmetee ssco |viie T tyTo z> Jige mm S Wtam Symtolpeti z ambnWrois am i Day crae e |n TateSyatotce Eoo (i Noditaten o coicam/nad nmiel Welaten Syetal Rare 1800 Je Sm Chyfare ie Ne SrnialDunstim m s TN Chsstte Srate it |PNciproie m PNCipaNiet watol En TNchipimal stt TN Ciaitamoup a TNCchipaNtabiin 6812 Da Raves The Ares Channlshllsupport ud daerateopertion c as00tys The Revese Traffe Channeatalaupport vaiall data rate poraionat ennasoo 400 and 1200 tps 6113 Commutonl Enoting The mobil taionshallcomolatiaa y enode thdata trasmitidonthe Reersematle ChannlandtheAecos Chann rg tnteavig. Thconltioaende sall e mte 179 andhas a consraine langth f 9. The gonrator fnctions fothis codeshull e go equals 7 cta) y oquals 663 otel) and gyequal 713 foal}This is a rate 1/3 cod qrerting theecodesybals o each data biinput o the encodr,Thesce snbels aball e ouat o that thecde m rntel epenededi gonenstr funcion goaall o outpatfirt, thcode symbole ncoded withgoneror functon y hallbeoutput wecon.and he code syabale eneoel wth goeratrfincton g sha lb outat lt "The state f heconsoltionl eneoder. upontntliaton.ahal b tallzerstat,The Aivcodesyatal output e nitliation tallbea ndesymbalencoded with genenttr Auncin t Consolitonl neatig involve themodule t additonofaeleted tapofa serialy umee ed dats aequerc, Te lech ofthedataanquence elay in oqual t &1 where Kin theconsraint eneh ofthecod, gure 601 2 1 iletrates the encuder o he code apeife in thisscion

$101,10 Basband Pitering Ploning theapreadingapertiontheLand 9ulie ae appledt th inpute othe1 and 9 baschand Aiters ashown in Fipure 62.3.7. The baschand Atershall have a Armqueny raonse (0thatsaiatsthe mt iven in Figure 1. 1.101. Speifcaly the normalized frequency esponse ofthe Ateshllbecontaind within 204 in the poosbond 1t( and ahailhefeas than oequalto 62 in thentopoad fay, The mamereal valus fothe parametersare dy» 1. db9 10 4B = 500 ¢and 4 = 10 w asor,181 p |_ T —»f" m Figure 6191104 Bascband Pilrs Fequeney Response Limits Let s(0 e thimpuls responseofthbasehand flter, The s(should saist the filowing equaten MeanSquared Brvee$ bety»0— moaf coos, wheethe comtana and t se used to minmizethe mean squarerv: The contant To is equl to298491 . whichequals one auarter of a PN chip—The valuen of he cveftionts b0d, o ced ane given in able .122 10 0d =0 fr t 8. Note thae Wleanalehre y

Applicant : QUALCOMM FCC ID: J9CPDQ-1900 Exhibit 3 Transmitter RF Power - FCC part 2.985 (a) Transmitter RF Power Output - FCC part 2, Paragraph 2.985 (a) The RF output power was measured using a HP 8594 Spectrum Analyzer that has the CDMA personality option. Terminated to a resistive coaxial load of 50 ohms. RF output power (W) carrier frequency channel CDMA (MHz) measured 1851.25 25 0.15 1880 600 0.15 1908.75 1175 0.14 12

Applicant : QUALCOMM FCC ID: J9CPDQ-1900 Transmitter RF Power Output - FCC part 24, Paragraph 24.232 (b) The RF output power was measured using the isptropic equation, P=(ExD)squared/30, where E is the field strenght in V/m, D is the distance at 3 meters and P is the output power in watts. RF output power (W) carrier frequency channel CDMA (MHz) measured 1851.25 25 0.403 1880 600 0.403 1908.75 1175 0.370 13

Applicant : QUALCOMM FCC ID: J9CPDQ-1900 Exhibit 4 Occupied Bandwidth Measured Data Plots are in a separate PDF file. 14

Applicant : QUALCOMM FCC ID: J9CPDQ-1900 Exhibit 5 Conducted Emissions Test Results Conducted Emission Test Results - FCC Part 2.991, 24.238 Measured with a HP 8593 spectrum analyzer. Total measured cable loss in front of spectrum analyzer : 0.8 dB low band - channel 25 mid band - channel 600 freq (MHz) measured actual level specification freq (MHz) measured actual level specificatio level (dBm) (dBm) limit (dBm) level (dBm) (dBm) limit (dBm 1 1851.25 21.7 22.5 - 1880 21.7 22.5 - 2 3702.5 -48.4 -47.6 -13 3760 -49.9 -49.1 -13 3 5553.75 -49.3 -48.5 -13 5640 -48.6 -47.8 -13 4 7405 -55.8 -55.0 -13 7520 -55.1 -54.3 -13 5 9256.25 -57.8 -57.0 -13 9400 -67.1 -66.3 -13 6 11107.5 <-78.3 <-77.5 -13 11280 <-79.8 <-79.0 -13 7 12958.75 <-76.8 <-76.0 -13 13160 <-77.0 <-76.2 -13 8 14810 <-76.9 <-76.1 -13 15040 <-87.7 <-86.9 -13 9 16661.25 <-88.2 <-87.4 -13 16920 <-85.1 <-84.3 -13 10 18512.5 <-87.6 <-86.8 -13 18800 <-86.5 <-85.7 -13 15

Applicant : QUALCOMM FCC ID: J9CPDQ-1900 Exhibit 6 Transmitter RF Carrier Frequency Stability Transmitter RF Carrier Frequency Stability - FCC part 2, Paragraph 2.995 Phone transmitting in CDMA mode, but with no modulation on the carrier Measured with a HP8560A Spectrum Analyzer Carrier Frequency : 1880 MHz CDMA transmitter carrier frequency (MHz) specification temperature 6.6V 7.0V 7.3V 7.6V 7.9V 8.2V 8.6V lower limit upper l (C) -30 1105 1218 1176 1160 1151 1140 1093 -4700 4 -20 378 365 356 428 398 390 381 -4700 4 -10 380 386 343 358 362 370 375 -4700 4 0 447 452 448 405 420 409 442 -4700 4 10 423 428 405 412 429 430 427 -4700 4 20 47 45 48 0 48 55 32 -4700 4 30 215 192 185 273 245 228 210 -4700 4 40 -486 -493 -388 -420 -436 -468 -485 -4700 4 50 -686 -703 -718 -610 -631 -646 -673 -4700 4 60 -1595 -1581 -1538 -1523 -1570 -1588 -1563 -4700 4 16

Applicant : QUALCOMM FCC ID: J9CPDQ-1900 Carrier Frequency Stability 2500 2000 1500 1000 Frequency Error (Hz) 500 6.6V 0 7.0V 7.3V -500 7.6V 7.9V -1000 8.2V 8.6V -1500 low er limit upper limit -2000 -2500 -30 -20 -10 0 10 20 30 40 50 60 Temperature (C) 17

Applicant : QUALCOMM FCC ID: J9CPDQ-1900 Exhibit 7 Measurement Procedures and Techniques List of Equipment Computer with Phone_T software Spectrum Analyzers HP8560E, S/N 3643A0680, CAL DUE 8/99 HP8594E, S/N 3733U03464, CAL DUE 12/17/99 HP8593E, S/N 3501A01547, CAL DUE 2/23/99 DC Power Supply Measurement Procedures RF Output Power Spectrum Analyzer HP 8594E RF output PC DC Power Supply Definition - The output power rating of the transmitter is the power available at the output terminal of the transmitter when the terminal is connected to the normal load. Method of Measurement - Measure the transmitter output carrier power with CDMA modulation. An HP 8594E spectrum analyzer with the CDMA personality was used to make the measurement. Minimum Standard - The transmitter output power shall be maintained within +2 / -4 dB. 18

Applicant : QUALCOMM FCC ID: J9CPDQ-1900 Occupied Bandwidth Spectrum Analyzer HP8593E or HP8560E RF output PC DC Power Supply Definition - The occupied bandwidth is defined as the spectrum noise produced at discrete frequency separations from the carrier due to all sources of unwanted noise within the transmitter in a modulated condition. Method of Measurement - Use the spectrum analyzer and measure the CDMA spectrum, modulate with full rate. Minimum Standard - The mean power of emissions from the transmitter with modulated carrier shall be attenuated below the mean power of the modulated carrier in accordance with the following. (1) Any frequency outside the licensed PCS frequency block, the power of any emission shall be attenuated below the transmitter power (P) by at least 43 + 10 log (P) dB, which is 35 dB. (2) For the 1 MHz bands immediately outside and adjacent to the frequency block a resolution bandwidth of at least one percent of the emission bandwidth of the fundamental emission of the transmitter may be employed. The emission bandwidth is defined as the width of the signal between two points, one below the carrier center frequency and one above the carrier center frequency, outside of which all emissions are attenuated at least 26 dB below the transmitter power. 19

Applicant : QUALCOMM FCC ID: J9CPDQ-1900 Conducted Spurious and Harmonic Emissions at Antenna Terminal Spectrum Analyzer HP8593E RF output PC DC Power Supply Definition - The conducted harmonic and spurious emissions are emissions at the antenna terminals on a frequency or frequencies that are outside the authorized bandwidth of the transmitter. Method of Measurement - The transmitter shall be modulated with CDMA at full rate. The measurement shall be made with a spectrum analyzer from the lowest radio frequency generated in the equipment to the 10th harmonic of the carrier. Minimum Standard - Conducted harmonic and spurious emissions shall be attenuated below the level of emissions of the carrier frequency by at least 43 + 10 log (mean output power in Watts) dB. Radiated Spurious and Harmonic Radiation Definition - The radiated spurious emissions are emissions from the subscriber unit with the attached antenna fully extended. The radiated spurious emissions include those emissions radiated from the attached antenna as well as the equipment cabinet and attached cables. Method of Measurement - The measurement shall be conducted at standard radiation test site with a search antenna which is movable vertically and is rotatable 90 degrees for vertially and horizontally polarized signals. Minimum Standard - Radiated spurious emissions shall be attenuated below the maximum level of emission of the carrier frequency by at least 43 + 10 log (mean output power in Watts) dB. 20

Applicant : QUALCOMM FCC ID: J9CPDQ-1900 Frequency Stability HP 8560 Spectrum Analyzer RF output PC DC Power Supply Definition - The frequency stability is the ability of the transmitter to maintain an assigned carrier frequency. Method of Measurement - Use the spectrum analyzer to sample the transmitter RF output signal and measure its frequency. Very the ambient temperature from -30 to +60 °C, and also vary the DC supply voltage to the equipment from 3.4 to 4.1 V at each temperature. Minimum Standard - The transmitter carrier frequency shall be maintained within ± 2.5 ppm. 21


Document Created: 2001-07-09 16:14:29
Document Modified: 2001-07-09 16:14:29
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