6

FCC ID: HBW1334

Test Report

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FCCID_16195

7. TEST REPORT

ELITE ELECTRONIC ENGINEERING COMPANY 1516 CENTRE CIRCLE DOWNERS GROVE, ILLINOIS 60515—1082 ELITE PROJECT: 26684 DATES TESTED: May 7 and 8, 1998 TEST PERSONNEL: Franklin E. Bowes, Daniel E. Crowder NARTE EMC—OO1162—NT TEST SPECIFICATION: FCC "Code of Federal Reqgulations" Title 47 Part 15, Subpart B ENGINEERING TEST REPORT NO. 20707 MEASUREMENT OF RF INTERFERENCE FROM A MODEL 139.53662SRT2 RECEIVER FOR: Chamberlain Manufacturing Elmhurst, Illinois PURCHASE ORDER NO.: 715218 Report By: %fl%%%&%@/ Ffanklin E. Bowes Andrew Savikas Approved By: W Rray d J. 0uda Registered Professional Engineer of Illinois ~ 44894

ENGINEERING TEST REPORT NO. 20707 ADMINISTRATIVE DATA AND SUMMARY OF TESTS DESCRIPTION OF TEST ITEM: Super—Regenerative Receiver MODEL NO: 139.53662SRT2 SERIAL NO: O5185C00073 MANUFACTURER: Chamberlain Manufacturing APPLICABLE SPECIFICATIONS: FCC "Code of Federal Regulations" Title 47, Part 15, Subpart B QUANTITY OF ITEMS TESTED: One (1) TEST PERFORMED BY: ELITE ELECTRONIC ENGINEERING COMPANY Radio Interference Consultants Downers Grove, Illincis 60515 DATES TESTED: May 7 and 8, 1998 PERSONNEL (OPERATORS, OBSERVERS, AND CO—ORDINATORS): CUSTOMER: No Chamberlain Manufacturing personnel were present. ELITE ELECTRONIC: Franklin E. Bowes, Daniel E. Crowder ELITE JOB NO.: 26684 ABSTRACT: The model 139.53662SRT2 Super—Regenerative Receiver, does meet the conducted and radiated emission requirements of the FCC "Code of Federal Regulations", Title 47, Part 15, Subpart B for unintentional radiators (receivers). The conducted emissions level closest to the limit occurred at 537kHz. The emissions level at this frequency was 11.8dB within the limit. See data pages 105 through 108 for more detailed results. The radiated emissions level closest to the limit occurred at 800.4MHz. The emissions level at this frequency was 1.70B within the limit. See data pages 113 and 114 for more details.

ENGINEERING TEST REPORT NO. 20707 TABLE OF CONTENTS PARAGRAPH DESCRIPTION_OF_CONTENTS PAGE NO. 1.0 INTRODUCTION 1 1.1 DESCRIPTION OF TEST ITEM 1 1.2 PURPOSE 1 1.3 DEVIATIONS, ADDITIONS AND EXCLUSIONS 1 1.4 APPLICABLE DOCUMENTS i 1.5 SUBCONTRACTOR IDENTIFICATION 2 2.0 TEST ITEM SETUP AND OPERATION 2 3.0 TEST EQUIPMENT 2 4.0 REQUIREMENTS, PROCEDURES AND RESULTS 3 4.1 POWERLINE CONDUCTED EMISSIONS 3 4.1.1 REQUIREMENTS 3 4.1.2 PROCEDURES 3 4.1.3 RESULTS 3 4.2 RADIATED MEASUREMENTS 4 4.2.1 REQUIREMENTS 4 4.2.2 PROCEDURES 4 4.3 RESULTS 5 5.0 CONCLUSION 6 6.0 CERTIFICATION 6 TABLE I — EQUIPMENT LIST

ENGINEERING TEST REPORT NO. 20707 MEASUREMENT OF RF INTERFERENCE FROM A MODEL 139.53662SRT2 SUPER REGENERATIVE RECEIVER 1.0 __INTRODUCTION: 1.1 DESCRIPTION OF TEST ITEM: During the period of May 7 and 8, 1998, a series of radio interference measurements were performed on a model 139.53662SRT2 Super—Regenerative Receiver, part number 41A5021—2C, serial number 05185C00073, (hereinafter referred to as the test item). The tests were performed for Chamberlain Manufacturing of Elmhurst, Illinois. The test item is a super—regenerative type receiver designed to tune at approximately 433MHz. It has an external stub antenna. 1.2 PURPOSE: The test series was performed to determine if the test item meets the conducted and radiated RF emission requirements of the FCC "Code of Federal Regulations" Title 47, Part 15, Subpart B, Sections 15.107 and 15.109 for unintentional radiators. Testing was performed in accordance with ANSI C63.4—1992. 1.3 DEVIATIONS, ADDITIONS AND EXCLUSIONS: There were no deviations, additions to, or exclusions from the test specification during this test series. 1.4 APPLICABLE DOCUMENTS: The following documents of the exact issue designated form part of this document to the extent specified herein: — Federal Communications Commission "Code of Federal Regulations", Title 47, Part 15, Subpart B for unintentional radiators, dated 1 October 1997 — ANSI C63.4—1992, "American National Standard for Methods of Measurement of Radio—Noise Emissions from Low—Voltage Electrical and Electronic Equipment in the Range of 9 kHz to 40 GHz"

ENGINEERING TEST REPORT NO. 20707 1.5 SUBCONTRACTOR IDENTIFICATION: This series of tests was performed by the Elite Electronic Engineering Company, radio interference consultants of Downers Grove, Illincis. 2.0 TEST ITEM SETUP AND OPERATION: For all tests the test item and all peripheral equipment were placed on a 80cm high non—conductive stand. For all tests, the test item was energized. When the test item is energized, it is in the normal mode of operation, waiting for a transmitted signal. The test item was operated both cohered by an external S55dBuV (unmodulated) signal at 433MHz via a stub antenna, and uncohered with no transmitted signal. The test item obtained 115V 60Hz power via a 3 wire, 1.2 meter long, unshielded power cord. The high and low leads were connected through a line impedance stabilization network (LISN) which was located on the copper ground plane. The network complies with the requirements of Paragraph 4.1.2 of ANSI C63.4—1992. The test item was grounded only through the third wire of its input power cord. 3.0 TEST EQUIPMENT: A list of the test equipment used can be found on Table I. All equipment was calibrated per the instruction manuals supplied by the manufacturer. Conducted emission tests were performed with an HP 8566 spectrum analyzer in conjunction with an HP 85650A quasi—peak adapter. Radiated emissions were performed with an HP 85462A spectrum analyzer. This receiver allows measurements with the bandwidths

ENGINEERING TEST REPORT NO. 20707 specified by the FCC and with the quasi—peak detector function. The receiver bandwidth was 120kHz for the 30MHz to 1000MHz radiated emissions data. Measurements above 1GHz were performed with a 1MHz bandwidth with the average detector function. 4.0 REQUIREMENTS, PROCEDURES AND RESULTS: 4.1 POWERLINE CONDUCTED EMISSIONS: 4.1.1 REQUIREMENTS: All radio frequency voltages on the power lines of an unintentional radiator shall be below 250uV (quasi~ peak) over the frequency range from O.45MHz to 30MHz. It is also to be noted that if emitted levels in the peak detector function do not exceed the above limits, the test item does meet the intent of these requirements. 4.1.2 PROCEDURES: The interference on each power lead was measured by connecting the measuring equipment to the appropriate meter terminal of the LISN. The meter terminal of the LISN not under test was terminated with 50 ohms. Measurements were first made over the entire frequency range from 450kHz through 30MHz with a peak detector and the results were automatically plotted. The data thus obtained was then searched by the computer for the highest levels. Quasi—peak measurements were automatically performed at the frequencies selected from the highest peak measurements, and the results printed. 4.1.3 RESULTS: The plots of the peak preliminary conducted voltage levels on each power line are presented on data pages 101 through 104. The conducted limit for unintentional radiators category is shown as a reference. The final quasi—peak results are presented on data pages 105 through 108.

ENGINEERING TEST REPORT NO. 20707 All conducted emission levels met the specification‘s requirements. The emissions level closest to the limit occurred at 537kHz. The emissions level at this frequency was 11.84B within the limit. Photographs of the test confiqguration which yielded the highest conducted emission levels are shown on Figure 1. 4.2 RADIATED MEASUREMENTS: 4.2.1 REQUIREMENTS: All emanations from an unintentional radiator shall be below the levels shown on the following table. RADIATION LIMITS FOR UNINTENTIONAL RADIATORS Frequency Distance between Test Item Field Strength MHz and Antenna in Meters uy /m 30—88 3 100 88—216 3 150 216—960 3 200 Above 960 3 500 Note: The tighter limit shall apply at the edge between the two frequency bands. 4.2.2 PROCEDURES: All tests were performed in a 32ft. x 20ft. x 18ft. hybrid ferrite—tile/anechoic absorber lined test chamber. The floor and ceiling of the shielded chamber are lined with ferrite tiles. Anechoic absorber material is installed over the ferrite tile. The floor of the chamber is used as the ground plane. The chamber complies with ANSI C63.4 1992 for site attenuation. The shielded enclosure prevents emissions from other sources, such as radio and TV stations from interfering with the measurements. All powerlines and signal lines entering the enclosure pass through filters on the enclosure wall. The powerline filters prevent extraneous signals from entering the enclosure on these leads. Since a quasi—peak detector requires long integration times, it

ENGINEERING TEST REPORT NO. 20707 is not practical to automatically sweep through the quasi—peak levels. Therefore, radiated emissions from the test item were first scanned using a peak detector and automatically plotted. The frequencies where significant emission levels were noted were then remeasured using the quasi—peak detector. The broadband measuring antenna was positioned at a 3 neter distance from the test item. The frequency range from 30MHz to 1000MHz was investigated using a peak detector function with the bilog antenna at several heights, horizontal and vertical antenna polarization, and with several different orientations of the test item with respect to the antenna. The maximum levels for each antenna polarization were plotted. Final radiated emissions were performed on all significant broadband and narrowband emissions found in the preliminary sweeps using the following methods: 1) Measurements from 30MHz to 1GHz were made using a quasi— peak detector and a broadband bi—log antenna. 2) Measurements above 1GHz were made using an average detector and a ridged waveguide antenna. 3) To ensure that maximum, or worst case, emission levels were measured, the following steps were taken: (a) The test item was rotated so that all of its sides were exposed to the receiving antenna. (b) Since the measuring antenna is linearly polarized, both horizontal and vertical field components were measured. (c) The measuring antenna was raised and lowered from 1 6 4 meters for each antenna polarization to maximize the readings. 4.3 FINAL RESULTS: The preliminary plots are presented on data

ENGINEERING TEST REPORT NO. 20707 pages 109 through 112. The final data is presented on pages‘ 113 and 114. The emissions level closest to the limit occurred at 800.4MHZ. The emissions level at this frequency was 1.74B within the limit. See data pages 113 and 114 for more details. Photographs of the test configurations which yielded the highest radiated emission levels are shown on Figure 2. 5.0 __CONCLUSION: It was found that the Chamberlain Manufacturing model 139.53662SRT2 RECEIVER, serial number O§5185c00073, does meet the conducted radio interference requirements of Section 15.107 and the radiated interference requirements of Section 15.109 of the FCC "Code of Federal Regulations" Title 47, Part 15, Subpart B for unintentional radiators (receivers). 6.0 _CERTIFICATION: Elite Electronic Engineering Company certifies that the information contained in this report was obtained under conditions which meet or exceed those specified in the test specification. The data presented in this test report pertains to the test item at the test date. Any electrical or mechanical modification made to the test item subsequent to the specified test date will serve to invalidate the data and void this certification. This report must not be used to claim product endorsement by NVLAP or any agency of the US Government.

ENGINEERING TEST REPORT NO. 20707 TABLE I: TEST EQUIPMENT LIST ELITE ELECTRONIC ENGINEERING Pag Eq ID Equipment Description Manufacturer Model No. Serial No. Frequency Range Cal Date Cal Inv Due Date NTAOQ BILOG ANTENNA CHASE EMC LTD. BILOG CBL611 2057 .03—2GHZ 03/18/98 13 04/18/99 Equipment Type: ATTENUATORS TIK1 1008, 2.5W LIMITER HEWLETT PACKARD 11947A 3107401737 .01—200MH2 02/24/98 12 02/24/99 Equipment Type: CONTROLLERS CDBO COMPUTER HEWLETT PACKARD D3O94A#ABA 3506801720 ——— N/A CDD2 COMPUTER HEWLETT PACKARD D417Z1A#ABA SUS61654645 N/A N/A CMAOQ MULTI—DEVICE CONTROLLER EMCO 2090 9701—1213 ~~> 10/21797 12 10/21798 Equipment Type: PROBES; CLAMP—ON & LISNS PLB2 FCC/LISN CEMEC, INC. FCC—20—2 1003 0.45—30MHZ 03/18/98 12 03/18/99 Equipment Type: PRINTERS AND PLOTTERS WRED LASERJET 5P PRINTER HEWLETT PACKARD C3150A USHBO07254 —~— N/A HRE1 LASER JET SP HEWLETT PACKARD C3150A USHBOG1052 ——— N/A Equipment Type: RECEIVERS RACO SPECTRUM ANALYZER HEWLETT PACKARD 856608 244901117 100H2—22GHZ 02/04/98 12 02704799 RAF1 QUASIPEAK ADAPTER HEVLETT PACKARD 85650A 2043400271 0.01—1000M42 02/04/98 12 02704799 RAKG RF SECTION HEWLETT PACKARD 85462A 3549400284 9KHZ—6.5GHZ 01/30/98 12 01/30/99 RAKH RF FILTER SECTION HEWLETT PACKARD 85460A 3448A00324 ——— 01/30/98 12 01/30/99 Equipment Type: SIGNAL GENERATORS GBLO SYNTHESIZED GENERATOR HEWLETT PACKARD 86568 2523401727 0. 1—990MH2 09/12/97 12 09/12/98 Cal. Interval: Listed in Months 1/0: Initial Only N/A: Not Applicable Note 1: for the purpose of this test, the equipment was calibrated over the specified frequency range, pulse rate, or modulation prior to the test or monitored by a calibrated instrument. Date: 05/26/98 Location = "EEE" Job Number = "26684"

65(,‘ ELITE ELECTRONIC ENGINEERING Co. UEAQ 11726797 Downers Grove, 111. 60515 FCC5 CE Run d 1099 MANUFACTURER : CHAMBERLAIN MANUFACTURING PRELIM;NQ@Y NE EonpuctED Emisgtons MODEL No . 139.53662SRTZ2 SUPER REGEN. REGEFbEWQET 15 Prfa. 15.107/207 _ 30 S/N 05185CB2073 —~IHIS—IL§— (OF, PERK—URLUES)c LINE TESTED 115VAC 60Kz HIGH i MODE POWERED 8a DATE 7 May 1998 F. BOWES NOTES COHERED 70 60 58 ETR 2070# ag (A"8P) 30NLT NWY 1 30 20 101 10 START : .45 FREQUENCY — MHz STOP = 30

6&5 ELITE ELECTRONIC ENGINEERING Co. WEAE 11726797 Downers Grove, 111. 60515 FCCis ce Run 2 108 MANUFACTURER : CHAMBERLATN MANUFACTURING _ PRELIMENARY LNE ConouctED EmISgIONS MODEL No . 139.536625RT2 SUPER REGEN. RECEdGeRaRT 15s, Para. 15. 107/207 _ 90 S/N p5185coad73 —THLS16..0..PLOT. OF.PEAK—UALUES— LINE TESTED 1 15VAC 60Hz NEUTRAL MODE POWERED 80 DATE 7 May 1998 F. BOWES NOTES COHERED 70 ETA 60 50 20707 49 (nmgP) 30NLI7NIWY 30 & 10 2 10 START = .45 FREQUENCY ~ MHz STOP = 30

65{ ELITE ELECTRONIC ENGINEERING Co. WEAA 11726797 Downers Grove, 111. 68515 FCCis CE RUN 4 180 MANUFACTURER : CHAMBERLAIN: MANUFACTURING PRELTIMINARY LINE CoNouctEo Emtssions MODEL No . 139.53662SRT2 SUPER REGEN. RECEGOERART 15. [PrRa. 15. 107/207 S/N : 05185000073 ——THLS—~1§—A—4PLOT——\OF —PEAK—UALUES—m dsmm LINE TESTED : 115VAC 60Hz HIGH Do ob ob d MODE POWERED DATE 7 Moy 1998 F. BOWES _ NOTES UNCOHERED 70 E[éégma?LIfifT ?m 0£07 013 60 AMPLITUDE (dBuV) 50 coass 5 Limit 40 20 ¢QI 10 START = .45 FREQUENCY — MHz STOP = 38

535 ELITE ELECTRONIC ENGINEERING Co. UEAG 11726797 Downers Grove, I11. 60515 FCCiSs CE RuN 3 100 MANUFACTURER : CHAMBERLATN MANUFACTURING PRELIMINeRY LINE ConpucteD EMISSTONS MODEL No . 139.53662SRT2 SUPER REGEN. RECEGOEF@RT 1s, | PA 15.107/207 | 98 S/N as185cao873 EAK—UALUES— LINE TESTED 115V8C_ 6@Hz NEUTRAL MODE POWERED ga DATE 7 May 1998 F. BOWES NOTES UNCOHERED 70 ETAE 60 ;103?():} 5q CaSs 6 Linn 40 (n"gP) 3J0NLIWY 38 20 104 START 45 FREQUENCY — MHz STOP

ETR No. 20 70 + RUN 1 ELITE ELECTRONIC ENGINEERING CO. MANUFACTURER CHAMBERLAIN MANUFACTURING MODEL 139.53662SRT2 SUPER REGEN. RECEIVER S/N o5185C00073 SPECIFICATION FPCC DIGITAL EQUIPMENT, CLASS B TEST LINE CONDUCTED EMISSIONS LINE TESTED 115VAC 60Hz HIGH MODE POWERED DATE 7 May 1998 NOTES COHERED RECEIVER HP 8566 w/ HPB5650A QP ADAPTOR VALUES MEASURED WITH QP DETECTOR USING OkHz BANDWIDTH FREQUENCY METER RDG. LIMIT MHz uV uV .457 58 .8 250 2552 45.5 250 .773 15.1 250 .877 15.1 250 1.003 16 .1 250 2.288 20 .1 250 2.890 14 .9 250 3.333 14.9 250 4 .230 14.9 250 5.109 15.1 250 6.275 15.1 250 8.107 15.1 250 9.204 15.1 250 9.999 15.1 250 13.009 14.9 250 14.945 15.1 250 16.571 15.1 250 17.583 15.1 250 19.830 15.1 250 20 .889 15.1 250 23 .022 15.1 250 24 .562 15.4 250 24 .601 15.1 250 25.645 15.1 250 27.509 15.1 250 29 .449 15.1 250 CHECKED BY: Aé@yvi// F.‘ BOWES 165

ETR No. 207 O + RUN 2 ELITE ELECTRONIC ENGINEERING CO. MANUFACTURER CHAMBERLAIN MANUFACTURING MODEL 139.53662SRT2 SUPER REGEN. RECEIVER S/N 05185C00073 SPECIFICATION FCC DIGITAL EQUIPMENT, CLASS B TEST LINE CONDUCTED EMISSIONS LINE TESTED 115VAC 60Hz NEUTRAL MODE POWERED DATE 7 May 1998 NOTES COHERED RECEIVER : HP 8566 w/ HPS5650A QP ADAPTOR VALUES MEASURED WITH QP DETECTOR USING 9kHz BANDWIDTH FREQUENCY METER RDG. LIMIT MHz uV uV .457 58 .8 250 .732 37.6 250 .836 15.1 250 1.001 18 .4 250 1.502 37.9 250 2.286 25.3 250 2.585 14.9 250 3.863 34 .8 250 4 .009 17 .4 250 5.045 14 .9 250 6.025 15.1 250 7.842 15.4 250 9.298 15.1 250 10 .077 15.1 250 11.763 15.1 250 13.823 15.4 250 15.188 15.1 250 18 .149 15.1 250 18 .444 15.1 250 20 .139 15.1 250 20 .748 15.1 250 22.279 15.1 250 24.790 15.1 250 25 .600 15.1 250 27 .812 15.1 250 27 .956 15.1 250 28 .974 15.1 250 CHECKED BY: ~ EWHV“// F. BOWES

ETR No. 2070 7 RUN 4 ELITE ELECTRONIC ENGINEERING CO. MANUFACTURER : CHAMBERLAIN MANUFACTURING MODEL 139.53662SRT2 SUPER REGEN. RECEIVER S/N 05185C00073 SPECIFICATION FCC DIGITAL EQUIPMENT, CLASS B TEST LINE CONDUCTED EMISSIONS LINE TESTED 115VAC 60Hz HIGH MODE POWERED DATE 7 May 1998 NOTES UNCOHERED RECEIVER HP 8566 w/ HPS8§5650A QP ADAPTOR VALUES MEASURED WITH QP DETECTOR USING 9kHz BANDWIDTH FREQUENCY METER RDG. LIMIT MHz uV uV .555 58.5 250 .736 15.1 250 .846 15.1 250 1.001 19.1 250 1.148 30.3 250 1.772 31.9 250 2.862 44 .0 250 3 .548 34 .2 250 4 .392 15.1 [250 5.044 14 .9 250 7.036 15.1 250 7.512 15.1 250 9.685 15.1 250 9 .998 15.1 250 11.999 15.1 250 14.016 15.1 250 16.297 15.1 250 16.799 15.1 250 18.015 15.1 250 18 .740 15.1 250 20 .972 15.1 250 22 .474 15.1 250 24 .169 15.1 250 25.404 15.1 250 28 .067 19.1 250 29 .484 15.1 250 CHECKED BY: * %N7Vf0// F._ BOWES 10 F

ETR No. 20707 RUN 3 ELITE ELECTRONIC ENGINEERING CO. MANUFACTURER : CHAMBERLAIN MANUFACTURING MODEL : 139.53662SRT2 SUPER REGEN. RECEIVER S/N : O05185C00073 SPECIFICATION : FCC DIGITAL EQUIPMENT, CLASS B TEST : LINE CONDUCTED EMISSIONS LINE TESTED : 115VAC 60Hz NEUTRAL MODE : POWERED DATE : _7 May 1998 NOTES : UNCOHERED RECEIVER : HP 8566 w/ HP856S0A QP ADAPTOR VALUES MEASURED WITH QP DETECTOR USING 9kHz BANDWIDTH FREQUENCY METER RDG. LIMIT MHz uV uV .537 64 .5 250 .672 15.4 250 .999 18 .6 250 1.796 26.3 250 2 .420 24 .4 250 3 .362 14 .9 250 3 .724 14.9 250 4 .863 15.1 250 5.390 14 .9 250 6.141 15 .4 250 7.146 15.1 250 8.501 15.4 250 9 .268 15.1 250 9.917 15.1 250 11.604 15.1 250 12 .495 15.1 250 12 .724 15.4 250 13 .804 15.1 250 15.545 15.1 250 18 .247 15.4 250 18 .850 15.1 250 19 .203 14.9 250 20 .845 15.4 250 22.750 15.1 250 23 .575 15.1 250 24 .801 15.1 250 26.505 15 .4 250 28 .066 18 .6 250 29 .739 15.1 250 CHECKED BY: ‘!EQZYE& IOS F. BOWES

555 ELITE ELECTRONIC ENGINEERING Co. wosa —1/20738 Downers Grove, I{l. 69515 8546A RE RUN 1 120 PRELIMINnRY PEAK RnDIaTED EMISSION TEST @ 3 METERS 110 fe— SPECIFICATION : FCC 15B CLASS B MANUFACTURER _: CHAMBERLAIN MANUFACTURING i MODEL No . : 139.53662SRTZ SUPER REGEN. RECEIVUER 190 f=— gyy : @st8scara73 : MODE : POWERED f 9B |—_— DATE TESTED : 7 May 1998 16:12:42 F. BOWES.;_.._._..._._ NOTES : COHERED ANT POLARITY : VERTICAL 80 DATA CORRECTED 1O 3 m 23 m 70 C tOL@Z? J113 > i 60 m | . . A 3 40 H L2 30 20 ; | 4 . fnrmmmmmffeinmee 5 1@ frovmnemnemmntsnndiriemseee n NP cen s rne nce r es renm em rfm n r n _9 J |econnnmmnerndfninsmitmifirimiimmniniirimmimneframinnntfsnmenirminedinmiinisnnsmenncnnernimionnrsnsestermrrahememenrrennrsnneninneodeanernsennorenpannareeennavrsnieen enmefn icfyemarndiencos —10 100 START = 30 FREQUENCY — MHz STOP = 1900

556 ELITE ELECTRONIC ENGINEERING Co. WoBA 1/20798 Downers Grove, I!!. 68515 85460 RE RUN 1 128 PRELIMINARY PEaKk ReDIaTED EMIssiON test & 3 MEters i——— Hogtzontal SPECIFICATION : FCC 15B CLASS B MANUFACTURER : CHAMBERLAIN MANUFACTURING MODEL No . 139.53662SRTZ2 SUPER REGEN. RECEIVER 100 S/N : A5185C00073 MODE : POWERED 99 |———— DATE TESTED 7 Moy 1998 16:12:42 F. BOUE NOTES : COHERED ANT POLORITY : HORIZONTAL Ba DATA CORRECTED TO 3 m { | i i | 70 «AnngP 60 50 40 ET2 20707 ALISN3LNT 07314 30 20 180 START = 30 FREQUENCY — MHz STOP = 1990

55 ELITE ELECTRONIC ENGINEERING Co. wace 12215797 & Downers Grove, 111. 68515 85460 HF RUN 1 128 RADIATED PEAK EMISSION TEST >=1000 MHz @ 3 m UERT;CQL MANUFACTURER _: CHAMBERLAIN MODEL No. : 139.53662SRTZ 100 |= S/N : 05185000873 MODE : POWERED DATE TESTED : 8 Moy 1998 B8:27:16 D. CROWDER gB NOTES : COHER D ........................................................... ANT POLARITY : VERTICAL ANT33C DATA CORRECTED TQ 3 m e 80 ~ > 3 co °C 10 > t+0£07l d13 > m 60 a + Z — 50 o aJ EH Li 40 30 20 — ig 0 START = 10998 FREQUENCY — MHz STOP = 5008

ézg, ELITE ELECTRONIC ENGINEERING Co. wace r2515/97 & Downers Grove, I11. 68515 8546A HF RUN 1 120 RADIATED PEAK EMISSION TEST >=1000 MHz @ 3 m | =————— HORIZONTAL 110 SPECIFICATION : Fcc ISB CLQSS B ...........................................................................................................é .......................................... MANUFACTURER : CHAMBERLAIN . MOOEL No . :1 139.536625RT2 100 S/N 85185(:98873 ............................................................................................................................................. MODE : POWERED DATE TESTED " noTtEs :: 8 May 1998 B8:27:16 D. CROWDER COMERED UAmm 90 ANT POLARITY : HORIZONTAL ANT33C 8a dBuU/m 70 £09402 L3 FIELD INTENSITY 60 50 40 30 20 7 1| 10 0 START = 1000 FREQUENCY — MHz STOP = 5990

ETR No. 207JF¢3 8546A DATA SHEET TEST NO. 1 RADIATED QP EMISSION MEASUREMENTS in a 3 m ANECHOIC ROOM SPECIFICATION FCC 15B CLASS B MANUFACTURER CHAMBERLAIN MANUFACTURING MODEL NO. 139.53662SRT2 SUPER REGEN. RECEIVER SERIAL NO. 05185C00073 TEST MODE POWERED NOTES COHERED TEST DATE 7 May 1998 16:12:42 TEST DISTANCE 3 m (DATA EXTRAPOLATED TO 3 m) FREQUENCY QOP ANT CBL DIST TOTAL QP AZ ANT POLAR READING FAC FAC FAC LIMIT HT MBz dBuv dB dB dB dBuV/m dBuV/m deg cm 48 .11 14.5 10 .2 .7 0 .0 25.5 40 .0 —0 120 V 64.14 16 .4 6 .7 .8 0 .0 23 .9 40 .0 60 340 V 80 .18 12.8 7.3 .8 0 .0 20 .9 40 .0 300 340 H 116 .26 — .4 12 .4 1.0 0 .0 12 .9 43 .5 300 200 H 134 .40 — .6 11.8 1.1 0 .0 12.3 43 .5 60 121 V 147 .00 —8.5 11.2 1.1 0 .0 3 .8 43.5 180 121 H 184 .43 7.3 9 .9 1.3 0 .0 18 .5 43 .5 240 121 H 192 .44 2.1 9 .8 1.3 0 .0 13.3 43 .5 180 121 H 371.80 —6 .7 15 .6 2.1 0 .0 11 .1 46 .0 120 121 H 402 .72 21.3 16.3 2.2 0 .0 39 .8 46 .0 60 121 H 570.15 —8 .6 18 .7 2.9 0 .0 13 .0 46 .0 300 121 H 670 .99 —7.3 19 .6 3 .2 0 .0 15.5 46 .0 240 200 H 800 .40 19.9 20 .9 3.5 0 .0 44.3 46 .0 240 120 H 801.54 19.9 20 .9 3.5 0 .0 44 .3 46 .0 240 120 H 933 .89 —8 .2 22.5 3 .8 0 .0 18 .1 46 .0 60 200 H tested by: — M F: BOWES

ETR No. 20+O3 DATA SHEET HF TEST NO. i1 RADIATED AVG EMISSION MEASUREMENTS »=1000 MHz in a 3 m ANECHOIC ROOM SPECIFICATION : FCC 15B CLASS B MANUFACTURER CHAMBERLAIN MODEL NO. 139.53662SRT2 SERIAL NO. 05185C00073 TEST MODE POWERED NOTES : COHERED TEST DATE 8 May 1998 0O8:27:16 TEST DISTANCE : 3 m (DATA EXTRAPOLATED TO 3 m ANTENNA : ANT33C FREQUENCY AVG ANT CBL DIST TOTAL AVG AZ ANT POLAR READING FAC FAC FAC LIMIT HT MHz aBuv aB aB dB dBuV/m dBu¥/m deg cm 1196 .89 5.8 24 .6 4 .7 0 .0 35.1 54 .0 180 121 V 1646.25 3 .8 25 .9 6 .0 0 .0 35 .7 54 .0 180 121 M 1647 .71 3 .9 25 .9 6 .0 0 .0 35 .8 54 .0 180 121 M 1665.09 3.9 26 .0 6 .0 0 .0 35 .9 54 .0 180 121 V 1683 .29 3.3 26 .1 6.1 0 .0 35 .4 54 .0 180 121 V 2052 .82 —3 .8 0 .0 0 .0 0 .0 —3.8 54 .0 240 200 H ) tested by: / Qu\( D. CROWDER M


Document Created: 2001-07-12 08:24:36
Document Modified: 2001-07-12 08:24:36
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