report test

FCC ID: RKXCK3000EVOLUTIO

Test Report

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FCCID_556350

EMITECH atiantique 15, rue de la Claie Z.1. Angers—Beaucouzé 49070 BEAUCOUZE Tél. 02 41 73 26 27 Fax 02 41 73 26 40 e—mail : atlantique@emitech.fr R.C.S, ANGERS 95 B 543 RA'05'24045"1/A Edo 0 SIRET 344 545 645 00055 FCC CERTIFICATION RADIO Measurement Technical Report standard to apply: FCC Part 15 Equipment under test: HANDSFREE CAR KIT FOR BLUETOOTH PHONE CK3000 EVOLUTION FCC ID : RKXCK3000Evolution Company: PARROT DISTRIBUTION: Mr PRUD‘HOMME Company: PARROT Number of pages: 25 including 4 annexes Technical Verification Ed. Date Modified Written by Quality Approval pages _|Name Visa| Name Visa 0 8—Apr—05 Creation |L. BERTHAUD P. Bomnwenw Famt~ LBCQ_ Duplication of this test report is only permitted for an integral photographic facsimile. It includes the number of pages referenced here above. This document is the result of testing a specimen or a sample of the product submitted. It does not imply an assessment of the conformity of the whole manufactured products of the tested sample. SIEGE SOCIAL : EMITECH S.A. 3, rue des Coudriers — Z.A. de l‘Observatoire — 78180 MONTIGNY—LE—BRETONNEUX — Tél. 01 30 57 55 55 — Fax 01 30 43 74 48 S.A. AU CAPITAL DE 480 000 € — R.C. VERSAILLES B 344 545 645 — SIRET 344 545 645 000 22 — CODE APE 742 C

EMITECH atiantioue [RA—05—24045—1/A Ed. 0 PAGE: 2 PRODUCT: HANDSFREE CAR KIT FOR BLUETOOTH PHONE Reference / model: CK3000 EVOLUTION Serial number: not communicated MANUFACTURER: PARROT COMPANY SUBMITTING THE PRODUCT: Company: PARROT Address: 174, quai de Jemmapes 75010 PARIS FRANCE Responsible: Mr PRUD®HOMME DATES OF TEST: March, the 04"" and 07"" of 2005 TESTING LOCATION: EMITECH ATLANTIQUE laboratory at ANGERS (49) FRANCE EMITECH ATLANTIQUE open area test site in L¥ POUEZE (49) FRANCE Registration Number by FCC: 101696/FRN: 0006 6490 08 TESTED BY: L. BERTHAUD RA—05—24045—1—A—ST

EMITECH attantioue (RA#5—24M45—v/a E4. 0 PAGE: 3 CONTENTS TITLE PAGE InINFRODECEION rsssssrrsresersescrarerereserersrssserserer 4 2, PRODUAEN MDESCRIEDLOINE:ryrssssrerserrereresesssesserertenereyrire reue etsereaprsarare se se¥en Ts dha To reT enspe nsoo¥ eeerraniges 4 3. NORMATIVE REFERENCE ..,.,2020200200rsereceseccresceescssesessesrree se se es ess sncerersere seevere ce cce s isccce re cssn se rcccnre 4 J. TESE METHODOLAOGY¥sssrsrsrererrrrrrerascesernrerrcerrerrens hasanec ies esarerererserereersrsrertvesersereresntcesneesesreessrnre 5 S.ANDDATPACHMENTAIFINIAESI issA rersererserseer enearrerran esnescrerevereereraerenrersarsecensessessreretrresratressarts 5 6. TESTS AND CONCLUSIONS ..................... 6 FaPBAK OUEPUE PONVENE arererersrersssanisrnsstuasreessaersor ce eson9 sea9eresF eeater e serere es renearersrarer ese e enreraverereeeces 7 S.JPEAK POWER DENSEDY 1,;111s:sssersiseser8se181s3s3sssreriererTersYIrrestererrersrerrerererararsessersrsrxseeerrresserverrserse8s 9 9. RADIATED EMISSION TRANSMITTER.,,1,021002220e2000000000r0e0800se0ess00sesseeerereasessese ce ces se esc cseerssree 11 ANNEX 1; CHANNEL SEPARATION .222200000ses00e0eresseeverer0er0cee0es0seresseve cesescesese ccererses resesc 0esen ces s0e0 13 ANNEX 2: TIMING BY HOPPING AND TIMING BY CHANNEL 2.2222202sss2erssesseccrceserseccccrse0e 16 ANNEX 3: PHOTOS OF THE EQUIPMENT UNDER TEST 2022020202022202s0s0sesee0eversserseseccccsccrce0es 22 ANNEX 4: PHOTOS OPEN AREA TEST SITE AND TEST SET UP 2.2000080s2ssrsesveserccreccccecccees 24 RA—05—24045—1—A—ST

EMITECH atiantioue RA—05—24045—1/A Ed. 0 PAGE: 4 1.INTRODUCTION This document presents the result of RADIO test carried out on the following equipment: HANDSFREE CAR KIT FOR BLUETOOTH PHONE CK3000 EVOLUTION in accordance with normative reference. 2.PRODUCT DESCRIPTION ITU Emission code: 1M0O0F7D Class: B (residential environment) Utilization: handsfree car kit for Bluetooth phone Antenna type: incorporated antenna Operating frequency range: from 2400 MHz to 2483.5 MHz Number of channels: 79 Channel spacing: 1 MHz Frequency generation: O SAW Resonator O Crystal © Synthetiser Modulation: Frequency Hopping Spread Spectrum O Amplitude O Digital ® Frequency O Phase Power source: 12 Vd.c. Power level, frequency range and channels characteristics are not user adjustable. The details pictures of the product and the circuit boards are joined with this file. 3.NORMATIVE REFERENCE FCC Part 15 (2004) Code of Federal Regulations Title 47 — Telecommunication Chapter 1 — Federal Communications Commission Part 15 — Radio frequency devices Subpart C — Intentional Radiators RA—05—24045—1—A—ST

EMITECH atiantioue RA—05—24045—1/A Ed. 0 PAGE: 5 4.TEST METHODOLOGY Radio performance tests procedures given in part 15: Paragraph 33: frequency range of radiated measurements Paragraph 35: measurement detector functions and bandwidths Paragraph 205: restricted bands of operation Paragraph 207: conducted limits Paragraph 209: radiated emission limits; general requirements Paragraph 247: operation within the bands 2400—2483.5 MHz 5.ADD ATTACHMENTS FILES *Synoptic ** "Block diagram * "External photos and Product labeling ** "Internal photos ** "Layout peb** "Bil of materials * *Schematics * "Product description * "Tser guide ** RA—05—24045—1—A—ST

RA—05—24045—1/A Ed. 0 PAGE: 6 EMITECH atcantique 6.TESTS AND CONCLUSIONS Test Description of test Criteria respected ? Comment procedure Yes No NAp NAs FCC Part15.205__| RESTRICTED BANDS OF OPERATION x FCCPart 15.207 CONDUCTED LIMITS x |_ _ _| Note 4 FCC Part 15.209 RADIATED EMISSION LIMITS; generalrequirements|__X_|_____ _ Note 5 _ FCC Part 15.247 OPERATION WITHIN THE BAND 2400—2483.5MHz |_ _ |_ _ |_ _ _ FCC Part 15.247_ (a) (1) hopping mode e X Note 1 FCC Part 15.247 (a) (1)(ii1) hopping timing X Note 2 FCC Part 15.247 (b) (1) max output power ________ 0_ X Note 6 FCC Part 15.247 (c) operation with directional antenna _ _ _ _ _ _ |._ _ X Note 3 FCC Part 15.247 (d) intentional radiator _ y ee FCC Part 15.247 (e)peak power spectral density l Note 6________ FCC Part 15.247 (£) hybrid system X __|_ FCCPart15.247_|(g)_ _ X_|._ Note7 FCC Part 15.247 _|(h)______________ X frrscmmmmma FCC Part 15,247 (i)RF exposure compliance _ _ _ _ _ _ _ _ _ |._X _ Note 8 ____ NAp: Not Applicable NAs: Not Asked Note 1: see appendix 1, the frequency hopping system have hopping channel carrier frequencies separated by 1 MHz. The system hop to channel frequencies from a pseudo randomly ordered list of hopping frequencies. Each frequency is used equally on the average by the transmitter, and separated by a minimum of20 dB bandwidth ofthe hopping channel. Note 2: the frequency hopping system use more than 15 channels. The timing by channel is 436 us (see annex 2). During 79 channels x 0.4 s (part 15) = 31.6 s, any channel is used 47 times, then 47 x 436 us = 20.5 ms, thus the average time ofoccupancy on any channel is less than 400 ms within a period of 0.4 s multiplied by the number of hopping channels employed, in normal operating mode. Note3: the antenna gain is less than 6 dBi. Note4: battery source power. Note5: see FCC part 15.247 (d). Note6: conducted measurement is not possible (integral antenna), so we used the substitution method in open field. Note 7: speech application. Note 8: this type of equipment uses less than 0.5 W of output power with a high signal transmitting dutyfactor (section 3 from Oet 65¢). Conclusion: The sample of HANDSEFREE CAR KIT FOR BLUETOOTH PHONE CK3000 EVOLUTION submitted to the tests complies with the regulations of the standard FCC Part 15 in accordance with the limits or criteria defined in this report. RA—05—24045—1—A—ST

EMITECH atiantique [RA—05—24045—1/A Ed. 0 PAGE: 7 7.PEAK QOUTPUT POWER Standard: FCC Part 15 (04) Test procedure: paragraph 15.247 Test equipment: TYPE BRAND EMITECH NUMBER Spectrum analyzer FSEM 30 Rohde & Schwarz 1244 Diode detector OD20004A Omniyig 2469 Oscilloscope THS 720 Tektronix 0940 Antenna RGA6O Electrometrics 1938 Antenna RGA6O Electrometrics 1204 Open site EMITECH 1274 Radio frequency generator SMEO6 Rohde & Schwarz 1669 High pass filter HPM11630 Micro—tronics 1673 Low noise amplifier 1 to 18 GHz ALC 2648 Power source TT 2148 Power meter 8541B Gigatronics 3479 Power sensor 80401A Gigatronics 3182 Test set up: The system is tested in an open area test site (OATS). The test unit is placed on a rotating table, 0.8 m from a ground plane. Zero degree azimuth corresponds to the front of the equipment under test. We use for this measure outdoor test site, by substitution method. The measuring distance between the equipment and the test antenna is 3 m. The antenna have been oriented in the two polarizations, we have recorded only highest level. In first the spectrum analyzer is replaced by a diode detector which is connected to the vertical channel of an oscilloscope. The equipment under test is substituted by a signal generator with a calibrated double ridged guide antenna, and its level adjusted such that the deviation of the Y—trace of the oscilloscope. The output power level of the signal generator is measured with a calibrated RF power meter. Then a measurement of the electro—magnetic field is realized, with a resolution bandwidth and video bandwidth adjusted at 1 MHz. Distance of antenna: 3 meters Antenna height: 1 to 4 meters Antenna polarization: vertical and horizontal Equipment under test operating condition: The equipment is in continuous transmission mode, at the highest output power level which the transmitter is intended to operate (hopping mode). The equipment is fitted with an internal antenna, without connector. RA—05—24045—1—A—ST

Results: Ambient temperature (°C): 15.5 Relative humidity (%): 43 Polarization of test antenna: vertical (height: 209 cm) Position of equipment: use position (azimuth: 274 degrees) Sample N° 1 Peak Output Power radiated at these Limits frequencies (W): from 2402 MHz to 2480 MHz (W) Normal test Nominal power source 32715 x 104 1# conditions (v): 12 * the frequency hopping systems use at least 75 hopping channel. Sample n° 1 Channel 1 (2402 MHz) Level dBuV Cable loss dB Antenna Electro—magnetic factor dB field (dBuV/m): Normal test Nominal power source conditions |(V): 12 57.35 4.75 27.71 89.81 Sample n°*° 1 Channel 40 (2441 MHz) Level dBuV |Cable loss dB| Antenna Electro—magnetic factor dB field (dBuV/m): Normal test Nominal power source conditions (V): 12 58.95 4.75 27.71 91.41 Sample n° 1 Channel 79 (2480 MHz) Level dBuV |Cable loss dB| Antenna Electro—magnetic factor dB field (dBuV/m): Normal test Nominal power source conditions (V): 12 56.21 4.75 27.71 88.67 Test conclusion: RESPECTED STANDARD RA—05—24045—1—A—ST

E MITECH ATLANTIQUE RA—05—24045—1/A Ed. 0 PAGE: 9 8.PEAK POWER DENSITY Standard: FCC Part 15 (04) Test procedure: paragraph 15.247 Test equipment used: TYPE MANUFACTURER EMITECH NUMBER Spectrum analyzer FSEM3O0 Rohde & Schwarz. 1244 Open site Emitech 1274 Radiofrequency generator SMEO6 Rohde & Schwarz 1669 Antenna RGA—60 Electrometrics 1938 Antenna RGA—60 Electrometrics 1204 Power source TT 2148 Power meter 8541B Gigatronics 3479 Power sensor 80401A Gigatronics 3182 Measured condition: We used the same method of the peak output power, but the oscilloscope and the diode is replaced by a spectrum analyser used in combination with an RF power meter. Resolution bandwidth: 3 kHz Video bandwidth: 10 kHz Test operating condition of the equipment: The equipment is in continuous transmission mode, at the highest output power level which the transmitter is intended to operate (hopping mode). The equipment is fitted with an internal antenna, without connector. RA—05—24045—1—A—ST

RA—05—24045—1/A Ed. 0 PAGE: 10 EMITECH atiantique Results: Ambient temperature (°C): 15.5 Relative humidity (%): 43 Power source: 12 Vd.c. Sample n° 1 Channel 1 Peak power density at frequency: 2402 MHz Normal test conditions —20.39 dBm Limits +8 dBm Sample n° 1 Channel 40 Peak power density at frequency: 2441 MHz Normal test conditions —19.29 dBm Limits +8 dBm Sample n° 1 Channel 79 Peak power density at frequency: 2480 MHz Normal test conditions —20.11 dBm Limits +8 dBm Test conclusion: RESPECTED STANDARD RA—05—24045—1—A—ST

EMITECH ATLANTIQUE RA—05—24045—1/A Ed. 0 PAGE: 11 9.RADIATED EMISSION TRANSMITTER Standard: FCC Part 15 (04) Test procedure: paragraph 15.205 paragraph 15.209 paragraph 15.247 Test equipment: TYPE BRAND EMITECH NUMBER Test receiver ESH3 Rohde & Schwarz 1058 Test receiver ESVS 10 Rohde & Schwarz 1219 Spectrum analyzer FSEM 30 Rohde & Schwarz 1244 Loopantenna EMCO 1406 Biconical antenna HP 11966C Hewlett Packard 728 Log periodic antenna HL 223 Rohde & Schwarz 1999 Open site Emitech 1274 Antenna RGA—60 Electrometrics 1204 Low—noise amplifier Microwave DB 1922 High pass filter HP12/3200—5¥A Filtek Antenna WR42 IMC 1939 Power source TT 2148 Test set up: The system is tested in an open area test site (OATS). The test unit is placed on a rotating table, 0.8 m from a ground plane. Zero degree azimuth corresponds to the front of the equipment under test. Frequency range: from 9 kHz to harmonic 10 (Fcariee < 10 GHz) Detection mode: Quasi—peak (F < 1 GHz) Average (F > 1 GHz) Bandwidth: 120 kHz (F < 1 GHz) or 100 kHz, following 15.205 or 15.247 1 MHz (F > 1 GHz) or 100 kHz, following 15.205 or 15.247 Distance of antenna: between 30 m and 3 m according the frequencies and the limits. Antenna height: 1 to 4 meters Antenna polarization: vertical and horizontal Equipment under test operating condition: The equipment is blocked in continuous hopping transmission mode. RA—05—24045—1—A—ST

RA—05—24045—1/A Ed. 0 PAGE: 12 EMITECH atiantique Results: Ambient temperature (°C): 15.5 Relative humidity (%): 43 Power source: 12 Vd.c. The polarity column refers to the antenna polarity at which the maximum emissions level is measured. FREQUENCIES Antenna height Azimuth resolution Polarization Field strength Limits Margin (MHz) (cm) (degree) bandwidth H: Horizontal (dBuV/m) (dBuV/m) (dB) (kHz) V: Vertical 4802 118 0 1000 V 46.75 54* 7.25 4882 118 0 1000 V 48.45 54* 5.55 4960 150 219 1000 H 43.81 54* 10.19 * restricted bands of operation in 15.205, this limit corresponding at the 15.209 section. Applicable limits: 20 dB below that in the 100 kHz bandwidth within the band that contains the highest level of the power produced by the equipment, in 100 kHz bandwidth outside the frequency band in which the spread spectrum is operating. In addition radiated emissions which fall in the restricted band, as defined in section 15.205 (c), must also comply with the radiated emission limits specified in section 15.209 (a). TEST CONCLUSION: RESPECTED STANDARD {AO0 End of report, 4 annexes to be forwarded OQO00 RA—05—24045—1—A—ST


Document Created: 2005-06-23 15:38:33
Document Modified: 2005-06-23 15:38:33
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