6

FCC ID: JLFM1

Test Report

Download: PDF
FCCID_63259

Serial No. GM99059f FCC EMC TEST REPORT FOR THE INTERNATIONAL ELECTRONICS, INC. SIDEKIK 3000 CAR ALARM RECEIVER FCC ID JLFM1 Prepared for: International Electronics, Inc. 12609 NE 95 Street Suite 106—B Vancouver, Washimgton 98682 USA Submitted by: Green Mountain Electromagnetics, Inc. M (802) 388—3390 Fax: (802) 388—6279 E—mail: gme@gmelectro.com 219 Blake Roy Road + Middlebury, Vermont 05753 Copyright: August 17, 1999 g This report shall not be reproduced, except in full, without the written approval of GME.

Serial No. GM99059f International Electronics, Inc. FCC EMC Testing At Green Mountain Electromagnetics, Inc. Middlebury, Vermont Unit: SideKik 3000 Receiver Tested: August 16, 1999 Received: 8/12/99 I. Applicable Standards: The unit described in this report was measured for verification of compliance with the FCC Unintentional Radiator EMC standard, 47 CFR: Part 15, Subpart C. Measurement procedures were in accordance with ANSI C63.4, "Methods of Measurement of Radio—Noise Emissions from Low—Voltage Electrical and Electronic Equipment in the Range of 9 kHz to 40 GHz (1992)." IL. nits Tested: The International Electronics, Inc. SideKik 3000 (SideKik) receiver is part of the SideKik automobile alarm and accessory control system. The SideKik consists of a plastic case containing the receiver electronics and a permanently attached external antenna. There is no provision for connecting the SideKik to an AC power source; consequently, a conducted emissions test was not performed. The table below describes the unit that was subjected to measurements determining compliance with applicable EMC standards: Product Manufacturer Model FCC ID Automobile International SideKik 3000 Alarm/Accessory Electronics Receiver Control System 2 of 10

Serial No. GM99059f III. Equipment and Cable Configuration: GME received the unit in satisfactory condition for testing, however the manufacturer is responsible for ensuring that the equipment under test (EUT) represents the product line. The EUT was arranged on a turntable as in the block diagram below. This EUT configuration produced the maximum radiated emissions. The EUT was subjected to final emissions tests while connected to all loads and operating in a continuous mode. The temperature, humidity, and atmospheric pressure during unit testing were 22°C, 59% RH and 100.8 kPa for radiated emissions. IV. Measuring Equipment: The table below describes the instrumentation used at Green Mountain Electromagnetics, Inc. (GME) to perform this testing: Unit Manufacturer Model Serial # Last Cal. Next Cal. Spectrum Hewlett— §592 3624A00631 879799 879100 Analyzer Packard Broadband Mini—Circuits ZJL—3G D021699 2/20/99 2/20/00 Amplifier Plotter Hewlett— 7440 2539409149 wa n/a Packard 3 of 10

Serial No. GM99059f Broadband E—| Antenna LPB—2513/A |1125 9/23/98 9/23/99 field Antenna Research Associates Turntable Antenna ART—1000 1004 n/a n/a Research Associates Antenna Mast Antenna AS—620 1004 wa n/a Research Associates V. Unit of Measurement: Measurements of radiated electric fields were made in units of dB referenced to 1 microvolt per meter (dBuV/m). Fields and deviations in the results table were corrected for the appropriate antenna factor, cable loss, amplifier gain and measurement distance X (per 47 CFR, C15.31). The following equations were employed: (1) Field (dBuV/m) = Measured Value (dBuV) + Antenna Factor (dB) + Cable Loss (dB) — Amplifier Gain (dB). (2) Pass/Fail Deviation (dB) = Field (dBuV/m) — Limit (dBuV/m) — 20 log(X/3 meters). Sample calculation at 30 MHz: 32.0 dBuV/m field = 32.5 dBuV measured + 19 dB/m AF + 0.5 dB cable loss — 20.0 dB amp. —8.0 dB deviation = 32.0 dBuV/m field — 40.0 dBuV/m limit — 20 log(3/3) dB distance. Uncertainty: The combined uncertainty for GME radiated emissions measurements is: u(y) = 1.946. VI._ Measurement Location: The GME laboratory and Open Area Test Site (OATS) are located at 219 Blake Roy Road, Middlebury, VT. The OATS is a 3—meter site complete with antenna positioner, ground plane and motorized turntable. The OATS is constructed in accordance with ANSI C63.7—1992 and complies with the requirements for radiated emissions testing in ANSI C63.4—1992 and CISPR 16—1993. The electromagnetic laboratory is constructed in accordance with CE immunity standards and ANSI €63.4—1992 (conducted emissions). 4 of 10

Serial No. GM99059F GME is internationally accredited by the American Association for Laboratory Accreditation (A2LA) and meets the quality requirements in EN 45001—1989 and ISO/IEC Guide 25—1990, "General Requirements for the Competence of Calibration and Testing Laboratories." VII. Measurement Procedures: Results of Preliminary Testing: The EUT configuration identified in III produced the maximum radiated emissions. Average data is not required as the unit is compliant with average limits in peak detection mode. 1. Radiated Emissions in accordance with FCC Part 15.209 & 15.231. Frequency range: 30 MHz to 88 MHz Limit: 40 dBuV @ 3 meters Frequency range: 88 MHz to 216 MHz Limit: 43.5 dBuV @ 3 meters Frequency range: 216 MHz to 960 MHz Limit: 46 dBuV @ 3 meters Frequency range: 960 MHz to 3.1 GHz Limit: 54 dBuV @ 3 meters a. Set up instrumentation at open area test site. i. Mount EUT on turntable and broadband antenna on antenna positioner. ii. Record temperature, humidity and atmospheric pressure. iii. Measurement distance is 3 meters and antenna scan height is varied from 1 to 4 meters. b. Verify spectrum analyzer and antenna operation. i. Spectrum analyzer is connected to antenna. ii. Broadband amplifier is inserted between antenna and analyzer to ensure analyzer noise threshold is at least 6 dB below specification limit. c. Set up, power and operate EUT as described in section IIL. Perform preliminary evaluation of equipmentin the near field. i. Vary antenna height, antenna polarization, and antenna orientation to EUT. ii. Repeat step d.i. while evaluating electromagnetic radiation in the 30 to 3100 MHz spectrum. e. Determine frequencies and equipment orientations that produce maximum radiation. i. Identify processor, clock and beat frequencies, and harmonics. 5 of 10

Serial No. GM99059f f. Perform final evaluation of unit by recording spectrum analyzer data on the plotter. i. Ensure the EUT is producing the maximum radiation found in step e. ii. Collect data over the entire frequency range. 6 of 10

Serial No. GM99059f VIHI. Summary _of Results: The International Electronics, Inc. Sidekick 3000 car alarm and accessory control system complies with FCC Part 15, Subpart C, emissions requirements. Section X contains a table comparing the unit emissions to the applicable limit from 30 MHz to 3.1 GHz as identified in measurement procedure VII—1 and in accordance with the equations identified in V. Testing was performed by Kyle R. Kowalezyk, president, Green Mountain Electromagnetics and requested by: International Electronics, Inc. 12609 NE 95th Street Suite 106—B Vancouver, WA 98682 USA Ky!e/R. Kowaléiyk 8717799 7 of 10

Serial No. GM99059f IX. Photograph of Measurement Setup: The following page contains a photograph of the equipment as it was tested. 8 of 10

Serial No. GM99059f X. RadiatedEmissionsData (FCCIDJLFM1) | Freq:Pol DetectorRBW/VBW!V¥meas: AF — Amp Cable| Field — Dist|Limit Dev| MHz |HV_ _ kHz kHz dBuV dBli/im dB_ dB ‘dBuV/m:| dB |dBuV/m; dB 30 H:. Peak 100 30;325 190. 200 05 320| 0.0! 40.0, —8.0 30V Peak 100 30. 32.5 19.0 20.0, 05| °320| ~©0.0. 400|80 35 H~ Peak 35_V Peak100. 30 350. 182 100. 30 325 200| _ 0.3 337 182 _ 20.0| _ 0.5 31.2 00 6.0) 400 40.0| —63 —8.8 40° K)) Peak 100 30] 32.5 20.0) _ 0.5|__ 313| ___0.0} _40.0| __—8.7 40 V Peak 100. 30! 35.0 310 20.0, 0.5 33.8 0.0 40.0| 62 450 H) Peak1000 301 3255 178) 200 053|308 0.0 40.0| —9.2 450 V/ Peak100 30 35550 178. 200| 65| 338|00 40.0|_ —6.2 50 H Peak 100 ©30, 37.0° 15.6 200 05| 33.1; 0.0| _40.0| —6.9] 50) V Peak 100. 30. 380. 156 200 05~34.41° 00 40.0) <5.9 ~~60° H Peak 100 30 420 11.0 200 1.0 34.0)_0.0 40.0.~ —6.0| 60 CV Peak 100 30 410 C110 200 10 330 00 40.0) _ —7.0 70 H Peak 100. 30 45.0 8.00 20000 1.00 0 34.0 0.0, _40.0|—6.0| 70V Peak 100 3039.0 8.0° 20.0. 1.0° 28.0)60 _ 40.0] ©12.0 ~80 H Peak 100 30 42.5 98 200 10_33.3 00 400 —67 80‘ °V Peak 100. 30 37.0° $8 200| C110 278 0.0 _ 40.0| 4122 00. H° Peak 1000300 450 109 200 10 ©36.9) 00 43.5\ —6.6 ~~~0p! V ~ Peak 100 30 4300 109 200 1034.9 0.0, _43.5) —8.6 100 H‘ Peak 100 30 43.5 125 20.0 1.5) _ 37.5] 0.0| _ 43.5] _—6.0| 100 V_ Peak 100. 300 43.00 125 20.0 L5\ 370. — 0.0 43.5) —6.5 125 H Peak 100 30 425 122 200 20 — 367 0.0 43.50 ©6.8 125 VPeak 100 30 420 122| 200 20 36.2 0.0 43.5, —7.3 150 H/ Peak 100 30 44.0 10.5 ©20.0, 20| _ 365 0.0| _ 43.5] _ —7.0 150 V Peak 100 30 43.0 10.5 20.0| 2.0 35.5 0.0 43.5 —8.0 175 H_ _ Peak 100 30 440 109 200 20| 36.9) 0.0| _43.5)—6.6) 175 V Peak 100 30 350 10.9 20.01 20 27.9 60.0 43.5| —15.6 200 H: Peak100 30 3008 11.3 2000 25| 23.8 0.0 43.5) —19.7 200. V~~Peak 100 30 34.0° 11.3 C 20.00 23— 278| 70.0° 43.s) 457 250 H Peak100 30 34.5 1348 200 30 30.9)~ 0.0_46.0| —15.1 250 V _ Peak 100_ 30 325 134 200 30 _ 289| 0.0| 460| —171 300 H Peak 100 3033.0° 151 20.0 3.0, — 311 _00| 46.0° —14.9) 300 H‘ ~ Peak 100 30 320 15.1 200 3.0, 30100| 460 —15.9 310 V~ Peak 100 30° 33.0° 152 200 3.0) _ 312 0.0} 46.0|148 310V Peak 100(300 320 152 ©20.0 30| 302 0.0 46.0| —15.8 400. H~~ Peak 100 30 33.50 16.5 19.0; _ 3.51° 34.5\ _ 0.0 46.0| —11.5 400. V _ Peak 100 30 3250 16.5: 19.0° 7350 33.5 0.0. _ 46.0l —12.5 500° H Peak 100. 30° 325 182 19.0° 4.0._35.7| _ 0.0|_ 46.0|—10.3 500 V Peak 100; 300 32.5 18.2 19.0 4.0, 35.7: 6.0 46.0 10.3 9 of 10

Serial No. GM99059f Radiated Emissions Data (FCC ID JLFM1) _ 1 J __— | Freq Pol DetectorRBW VBWVmeas AF Amp ;Cable‘ Field | Dist * L'imi,t:TiDev | MHzWV _kHz kHz dBuV dBi/m _ dB dB dBuV/m\ dB }dliufi\l/mlfl dB _| 600. H: Peak 100 30 325 200 190. 4.0; _ 37.5]_0.0, ©46.0| —8.5 600_ V Peak 100 30 325 20.0 19.0 40+ 37.5)_ oof 46.0, _ —8.5] 620 H _ Peak 100 30 325 20.5 190 4.0] 38.0! _ 0.0, 46.0| —8.0| 620_ V Peak 100 30 325 20.5 19.0_ 4.0 _ 38.0 _ 0.0! _ 46.0, —8.0 700 H 700 V _ Peak 100° 30. 30.5 Peak 100 30 305 210 210 19.0] 4.5 19.0 45| _ 370|_00|460| 37.0, 0.0! ©46.0, 90 —9.0 800 _ H _ Peak 100 30 305 22.1 19.01 _ 5.0|_38.6!—O.Qjfi"'7"16.9Lj-74 800 V Peak 100 30 305 22.1 19.0 5.0 38.6, — 0.0‘ 46.0, —7.4 900 H Peak 100 30. 305 23.3 19.0° 60| 408‘ 00| 460 :52 900 V_ Peak 100 30 305 23.3 19.0, 60. 40.8| ~0.0, ~46.0| —52 930 H Peak 100 30 30.5 23.3 19.0 60 40.8, _— | ~~46.0, —5.2 930 _V _ Peak 100 30 30.5 23.3 190‘ 60 "408] ©0.0|__ 46.0| 5.2 1000 _ H _ Peak 1000 300 325 24.2 18.0 _ 7.0° 45.7;—0.0‘ _ 54.0| _ —8.3 1000 _ V _ Peak 1000 300 32.5 24.2 18.0‘ 7.0?\#77745.7*"770.0|___54.0! _ —8.3 1240 H Peak 1000 300 325 25.7 17.0 4.0 45.2 0.0‘ ~~61.9 1240V Peak 1000300 325 257 17.0; 4.0 ~45.2 6.0] 61.9 1550 H‘ Peak 1000 300 325 265 160 40 ©470, 60 619 — 1550._ V _ Peak 1000 300 325265 16.0. 4.0, _ 47.0| /9;0'\""'61/9;"* 1860 H Peak 1000 300 32.5 27.3 16.0° 4.0 47.8 0.0! ~~61.9 | 1860 _V Peak 1000 300 325 27.3 16.0} 40| 478 0.0| 619—I 2170 H Peak 1000 300 325 28.1 150 5.0 _ 50.6 0.0‘ "61.9 2170 _V_ Peak 1000 300 325 28.1 15.0; 5.0 _ 50.6|___0.0|_ 61.9| 2480 H Peak 1000 300 325 2§.9 14.0° 5.01 524 6.01619. _ —9.5 2480 V Peak 1000 300 325 28.9 14.0 5.0. 524_ 0.0 61.9 2790 H Peak 1000 300 325 29.8 _ 13.0 6.0| _ _ 55.3 —0.0|__ 61.91 —6. 2790 V Peak 1000 300 325 29.8 _ 13.0 60 _ 553 0.0! _ 619—6.6 [ 3100 H Peak 1000 300 _ 325 30.6 12.0. 60 571 0.0,_61.9] _ 3100 _V Peak 1000 300 32.5 30.6 12.0° 6.0, C371 ~~0.0| T619_ 10 of 10


Document Created: 2001-05-23 10:49:29
Document Modified: 2001-05-23 10:49:29
© 2024 FCC.report
This site is not affiliated with or endorsed by the FCC