6

FCC ID: C3KRT4

Test Report

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FCCID_50684

d » Testing the Future LABORATORIES, INC. C N EXHIBIT D CKC TEST REPORT \ _) 5473A CLOUDS REST « MARIPOSA, CALIFORNIA 95338 « (209) 966—5240 « FAX (209) 966—4257

(f | » ' ITesting the Future LABORATORIES, INC. 1~ ~ ACCREDITED CERTIFICATION TEST REPORT FOR THE ACTIMATES ARTHUR, ACTIMATES DW FCC PART 15 SUBPART C COMPLIANCE DATE OFISSUE: MARCH 10, 1998 PREPARED FOR: PREPARED BY: Microsoft Corporation Monika Lopez One Microsoft Way CKC Laboratories, Inc. Redmond, WA 98052—6399 5473A Clouds Rest Mariposa, CA 95338 P.O. No: W.O0. No: 68,393 ~ [Report No: FCI8—005 Date of test: December 5, 1997 APPROVED BY: DOCUMENTATION CONTROL: z Yzi (Ae—Z Dennis Ward Director of Laboratories CKC Laboratories This report contains a total of 25 pages and may be reproduced in full only. Partial reproduction may only be done with the written consent of CKC Laboratories, Inc. Page 1 of 25 k Report No: FC98—005 J 5473A CLOUDS REST « MARIPOSA, CALIFORNIA 95338 « (209) 966—5240 e FAX (209) 966—4257

d v Testing the Future LABORATORIES, INC. x7 TABLE OF CONTENTS AUMINISHTAtIVE INfOTMANIOM ........22..000,00000e esn erveeeeernereerrrvenenereeerererveeenncarerees arerreke .3 Summary Of ReSUItS ..............lccclle.. 4 Equipment Under Test (EUT) Description ... 4 FUNG@MENIAL FTEQUENCY ..2...2.....ee0ee en .4 Measurement UNCETEQINEY ... nrmerveccreerereeded ..4 Peripheral Devices ............ 4 Report Of Measurements .. 5 Table 1: Fundamental Field Strengt 5 Table 2: Six Highest Radiated Emission Levels (9 kHz—30 MHz)....... .6 Table 3: Six Highest Radiated Emission Levels (30 MHz—1000 MHz] .............. 7 Table A : List Of TESt EQUPIMENt...2.c... 22000000000 ererererveereenerrerereevernrnereere ns rarnenerenrrrecene 8 Occupied Bandwidth Plot Unmodulated! 2 .. . Occupied Bandwidth PIOt MOGUIAE@G........2.0.0c000eenceeemenememmererrrernenennnrenerenrereneees 10 EUT S@HIP... .. 2eee mm envveeeererr es errverrervrserrreerrerveneererrrererrerrererneenrervreserereererre se en verenerereene 11 Test Instrumentation And AnalyZer SefHMGS ... esns . Table B : Analyzer Bandwidth Settings Per Frequency Range.......................... 11 Spectrun AN@IyZer Det@CtOF FUNCHOMS .......ccs.ceeseeeeeeeemenverereereenrereererenenerennees 12 P@AK.,...cccce en — QUASI~PEAK a22.02200 00000000 eeer en en e reerennerrner es nenerereer en e en en eneverereerreenenervenes 12 AVETAGE ....ccn0vveeeeeeeavrreevnen n rererrvee en n in rerrernnererereereerenneenenererr en eenecnrnnerervennn 12 Test MetHOGS...........ccceelee 13 Radiated EMISS1OM$ TESHMQ . 0e en en 13 FI@QUENCY StADINMEY 2 .2 ner i rne raen ren vern re s 14 Occupied Bandwidth. 14 SAMpP1G CAICUIANHOMS..... 2202000000000 en eeerer en rmerreereneneenee en en 15 Appendix A : Information About The Equipment Under Test..... 16 IVO POTES css se es essm n en eerenerenerererernenerrenrermnennneen en 47 > Crystal Oscillators..... 17 Printed Circuit Boards............... 17 Required EUT Changes To Comply ... 17 Equipment Configuration Block Diagram ... .18 Photograph Showing Radiated Emissions... 19 Photograph Showing Radiated Emissions ... ....20 Appendix B : MEASUEMENt DtA SHEBLS .........o..ss0sememmereeeermeenemernerermenenmernererneerereivens21 Page 2 of 25 \_ Report P No: FCI8—005 ) 5473A CLOUDS REST « MARIPOSA, CALIFORNIA 95338 « (209) 966—5240 » FAX (209) 966—4257

d » Y 'Testing the Future LABORATORIES, INC. m ADMINISTRATIVE INFORMATION DATE OF TEST: December 5, 1997 PURPOSE OF TEST: To demonstrate the compliance of the ActiMates Arthur, ActiMates DWwith the FCC Part 15, Subpart C devices. MANUFACTURER: Microsoft Corporation One Microsoft Way Redmond, WA 98052—6399 REPRESENTATIVE: Ann Bovee TEST LOCATION: CKC Laboratories, Inc. 22105 Wilson River Hwy Tillamook, OR 97141 TEST PERSONNEL: Mike Wilkinson TEST METHOD: ANSI C63.4 1992 FREQUENCY RANGE TESTED: 9 kHz — 1000 MHz EQUIPMENT UNDER TEST: ActiMates Arthur, ActiMates DW Manuf: Microsoft Model: ActiMates Arthur, ActiMates DW Serial: FCC ID: C3KRT4 Page 3 of 25 Report No: FC98—005 \ 5473A CLOUDS REST « MARIPOSA, CALIFORNIA 95338 « (209) 966—5240 * FAX (209) 966—4257

d v Testing the Future — ‘ LABORATORIES, INC. SUMMARY OF RESULTS The Microsoft Corporation ActiMates Arthur, ActiMates DW was tested in accordance with ANSI C63.4 (1992) for compliance with Part 15, Subpart C of the FCC Rules. As received, the above equipment was found to be fully compliant with the limits of Part 15, Subpart C requirements for radiated emissions. EQUIPMENT UNDER TEST (EUT) DESCRIPTION The ActiMates Arthur, ActiMates DW. FUNDAMENTAL FREQUENCY 49.860 MHz MEASUREMENT UNCERTAINTY Associated with data in this report is a +4dB measurement uncertainty. PERIPHERAL DEVICES The EUT was not tested with peripheral devices. Page 4 of 25 \ Report No: FC98—005 P 5473A CLOUDS REST *« MARIPOSA, CALIFORNIA 95338 * (209) 966—5240 « FAX (209) 966—4257

d v Testing the Future LABORATORIES, INC. x" _ REPORT OF MEASUREMENTS The following tables report the highest emissions levels recorded during the tests performed on the ActiMates Arthur, ActiMates DW. The data sheets from which these tables were compiled are contained in Appendix B. Table 1: Fundamental Field Strength METER CORRECTION FACTORS CORRECTED SPEC FREQUENCY READING Ant Amp Cable Dist READING LIMIT MARGIN NOTES MHz dBpV dB dB dB dB dBuV/m dBuV/m dB 49.881 83.1 11.4 —28.1 1.2 67.6 80.0 ~124 V 99.280 49.9 8.0 —27.9 2.0 32.0 43.5 —11.5 V 149.607 41.6 12.9 —27.6 2.5 29.4 43.5 —14.1 V 199.428 43.4 17.1 —273 3.0 36.2 43.5 —7.3 H 398.892 37.2 16.0 —27.7 5.1 30.6 46.0 —15.4 V 448.738 38.6 16.6 —28.2 4.7 31.7 46.0 —14.3 H Test Method: ANSI €63.4 1992 NOTES: H = Horizontal Polarization Spec Limit : 15.235 (a) V = Vertical Polarization Test Distance: 3 Meters N = No Polarization D = Dipole Reading Q = Quasi Peak Reading A = Average Reading * COMMENTS: Running test firmware in transmit only mode. Changed L—10 to 1.9 uH. Page 5 of 25 Report No: FC9I8—005 \ J 5473A CLOUDS REST * MARIPOSA, CALIFORNIA 95338 « (209) 966—5240 » FAX (209) 966—4257

d b Y 'Testlng the Future LABORATORIES, INC. 7 Table 2: Six Highest Radiated Emission Levels (9 kHz—30 MHz) METER CORRECTION FACTORS CORRECTED SPEC FREQUENCY READING Lisn READING LIMIT MARGIN NOTES MHz dBuV dB dB dB dB dBuV dBuv dB 0.055440 48.2 10.7 58.9 72.7 —13.8 N 0.075680 49.4 10.6 60.0 70.0 —10.0 N 0.150180 47.6 10.3 57.9 64.1 ~6.2 N 0.280000 42.7 10.5 53.2 58.7 —5.5 N 0.868400 32.9 10.7 43.6 48.8 —5.2 N 1.812000 25.7 10.5 36.2 49.5 —13.3 N Test Method: ANSI C63.4 1992 NOTES: Q = Quasi Peak Reading Spec Limit : 15.209 A = Average Reading Test Distance: No Distance B =Black Lead W = White Lead COMMENTS: Running test firmware in transmit only mode. Changed L—10 to 1.9 uH. Frequency range tested was 9 kHz to 30 MHz. Page 6 of 25 Report No: FCI8—005 \ 5473A CLOUDS REST « MARIPOSA, CALIFORNIA 95338 « (209) 966—5240 « FAX (209) 965—4257

d v Y lTesting the Future LABORATORIES, INC. Table 3: Six Highest Radiated Emission Levels (30 MHz—1000 MHz) METER CORRECTION FACTORS CORRECTED SPEC FREQUENCY READING Ant Amp Cable Dist READING LIMIT MARGIN NOTES MHz dBuv dB dB dB dB dBuV/m dBuV/m dB 49.864 82.5 11.4 —28.1 1.2 67.0 80.0 —13.0 v 171.920 36.6 15.0 —27.6 2.7 26.7 43.5 —16.8 vQ 174.934 36.3 15.3 —27.6 2.8 26.8 43.5 —16.7 HQ 176.896 36.0 15.4 —27.6 2.8 26.6 43.5 —16.9 vQ 195.935 36.8 16.8 —27.3 3.0 29.3 43.5 —14.2 vQ 659.147 31.9 19.8 —28.2 5.7 29.2 46.0 —16.8 vQ Test Method: ANSI C63.4 1992 NOTES: H = Horizontal Polarization Spec Limit : FCC B V = Vertical Polarization Test Distance: 3 Meters N = No Polarization D = Dipole Reading Q = Quasi Peak Reading A = Average Reading COMMENTS: Running test firmware in transmit only mode. Changed L—10 to 1.9 uH. Page 7 of 25 Report No: FC98—005 _/ 5473A CLOUDS REST * MARIPOSA, CALIFORNIA 95338 « (209) 966—5240 « FAX (209) 966—4257

d V Y Testing the Future LABORATORIES, INC. TABLE A LIST OF TEST EQUIPMENT 1. Spectrum Analyzer, Hewlett Packard, Model No. HP 8568A, S/N 2235A02426. Display section S/N 2237A04353. Calibration date: July 22, 1997. Calibration due date: July 22, 1998. 2. Preamp, Hewlett Packard, Model No. 8447D, S/N 2727A05444. Calibration date: July 9, 1997. Calibration due date: July 9, 1998. 3. Quasi—Peak Adapter, Hewlett Packard, Model No. 85650A, S/N 243¥00433. Calibration date: March 25, 1997. Calibration due date: March 25, 1998. 4. Biconical Antenna, Schwartzbeck, Model No. BBA9106, S/N D6901. Calibration date: January 24, 1998. Calibration due date: January 24, 1999. 5. Log Periodic Antenna, A. & H. Systems, Model No. $A$200/510, S/N 463. Calibration date: August 26, 1997. Calibration due date: August 26, 1998. 6. Mag Loop, Elec. Mech., Model No. 6502, S/N 2156. Calibration date:August 5, 1997. Calibration due date: August 26, 1998. 7. LISN, Fischer, Model No. 8028—TS—50—BNC, S/N 374. Calibration date: July 22, 1997. Calibration due date: July 22, 1998. 8. Tillamook site B calibration date: February 10, 1997. Tillamook site B calibration due date: February 10, 1998. 9. Test software, EMI Test 2.86. Page 8 of 25 \__ Report No: FCI8—005 _/ 5473A CLOUDS REST « MARIPOSA, CALIFORNIA 95338 « (209) 966—5240 « FAX (209) 966—4257

\ 7 IHYW e LS3¥ SaNO19 VELFPS Mk] -cf. 1h—4—77 Title: Isaac Jr. s/n DVTOO1, Occupied Bandwidth, Unmodulated ‘sgIiHOLVHOHAV T Ref Level 97 dBu¥ ___ATTEN__0 _dB _ Marker: 49.861MHz 82.6 dBuV 2l 10 aB/ oining ou3 bunsej pare{npowug jo|g piipueg pordnaa) 192p—996 (602) Xv1 » Ob25—996 (602) « 8EES6 VINHOGIYD ‘VSOd DL C COp OO CC ~ 82.6 dBuv §00—86D4 :‘on uodey 1 | [ I R | M C M [ NoE 57 30 6 2824 Start Freq Center Freq Stop Freq 49 .8 1MHz 49 . B6MHz 49 .9 1MHz RES BW 1.OKHzZ VID BW 3.0KHz SWP 20 (

vEeLrs wlzA 2an ko y 7 182p—996 (602) XY4 « Op25—996 (60¢) « 88856 VINHO41MNVD ‘YSOdIHVW * 1S3H sano1o "DNI ‘SgIHOLVHOSV T Title: Isaac Jr. s/n DVTOOL, Occupied Bandwidth, Modulated @ 1 kHz 50% Ref Level 97 dBuV ___ ATTEN_ 0_ dB___ Marker: 49.86MHz 76.6 qBuy _ ie 10 dB/ [ aining our bunsej Rofec —— ~— O G a Re > — enfi omm e hm en d afp e _g a c. —— _ _ & m 5 a. 3. DL ro—————AP 20 CfiAAA AAAT T O & 82.6 5 G.G J By V 5 aBuy 3 _ — — 5 c+ ‘Lo JByV § |_.._ _ 4. — — ,i— 1 —— 2 2. m h & A. $00—8604 :on uoday S23O 01 5924 Start Freq Center Freq Stop Freq_ 49 .811MHz 49. 861MHz 49. 911MHz RES BW 1.0KHz VID BW 3.0KHz SWP 20 [

d » Y ITesting the Future LABORATORIES, INC. EUT SETUP The equipment under test (EUT) listed was setup in a manner that represented its normal use. Any special conditions required for the EUT to operate normally are identified in the comments that accompany Tables 1 for fundamental field strength emissions, Tables 2 & 3 for radiated emissions. During radiated emissions testing, the EUT was mounted on a nonconductive, rotating table 1 meter above the conductive grid. The nonconductive table dimensions were 1 meter by 1.5 meters. This configuration is typical for radiated emissions testing of table top devices. TEST INSTRUMENTATION AND ANALYZER SETTINGS The test instrumentation and equipment listed in Table A were used to collect both the radiated and conducted emissions data for the ActiMates Arthur, ActiMates DW. For radiated measurements below 30 MHz, the mag loop antenna was used. For radiated measurements between 30 MHz — 300 MHz, the biconical antenna was used. For frequencies from 300 to 1000 MHz, the log periodic antenna was used. For antenna locations please refer to Tables 1—3 or the test data sheets contained in Appendix B. The HP spectrum analyzer was used for all measurements. Table B shows the analyzer bandwidth settings that were used in designated frequency bands. During radiated testing, the measurements were made with 0 dB of attenuation, a reference level of 97 dBuV, and a vertical scale of 10 dB per division. TABLE B : ANALYZER BANDWIDTH SETTINGS PER FREQUENCY RANGE TEST BEGINNING FREQUENCY ENDING FREQUENCY BANDWIDTH SETTING RADIATED EMISSIONS 9 kHz 30 MHz 200 Hz RADIATED EMISSIONS 30 MHz 1000 MHz 120 kHz Page 11 of 25 Report No: FCI8—005 &\ 5473A CLOUDS REST « MARIPOSA, CALIFORNIA 95338 « (209) 966—5240 « FAX (209) 966—4257

d f » ' ‘Testing the Future LABORATORIES, INC. 7 SPECTRUM ANALYZER DETECTOR FUNCTIONS The notes that accompany the measurements contained in Tables 1, 2 and 3 indicate the type of detector function used to obtain the given readings. Unless otherwise noted, all readings were made in the "Peak" mode. Whenever a "Quasi—Peak" or "Average" reading is listed as one of the six highest readings, this is indicated as a "Q" or an "A" in Table 1, Table 2 or Table 3. The following paragraphs describe in more detail the detector functions and when they were used to obtain the emissions data for the ActiMates Arthur, ActiMates DW. Peak In this mode, the Spectrum Analyzer or test engineer recorded all emissions at their peak value as the frequency band selected was scanned. By combining this function with another feature of the analyzer called "peak hold," the analyzer had the ability to measure transients or low duty cycle transient emission peak levels. In this mode the analyzer made a slow scan across the frequency band selected and measured the peak emission value found at each frequency across the band. Quasi—Peak When the true peak values exceeded or were within 2 dB of the specification limit, quasi—peak measurements were taken using the HP 85650A Quasi—Peak Adapter for the HP 8568B Spectrum Analyzer. The detailed procedure for making quasi peak measurements contained in the HP Quasi—Peak Adapter manual were followed. Average When the frequencies exceed 1 GHz, average measurements may be made using the spectrum analyzer. To make these measurements, the test engineer reduces the video bandwidth on the analyzer until the modulation of the signal is filtered out. At this point the analyzer is set into the linear mode and the scan time is reduced. Page 12 of 25 Report No: FC98—005 \ _ 5473A CLOUDS REST « MARIPOSA, CALIFORNIA 95338 « (209) 966—5240 « FAX (209) 966—4257

d » Y 'Testing the Future \ LABORATORIES, INC. 77 TEST METHODS The radiated emissions data of the ActiMates Arthur, ActiMates DWwas taken with the HP Spectrum Analyzer. Incorporating the applicable correction factors for distance, antenna, cable loss and amplifier gain, the data was reduced as shown in the "Sample Calculations". The corrected data was then compared to the FCC Part 15, Subpart C emissions limits to determine compliance. Preliminary and final measurements were taken in order to better ensure that all emissions from the EUT were found and maximized. Radiated Emissions Testing During the preliminary radiated scan, the EUT was powered up and operating in its defined FCC test mode facing the antenna. The frequency range of 9 kHz — 30 MHz was scanned with the mag loop antenna. The frequency range of 30 MHz — 88 MHz was then scanned with the biconical antenna located about 1.5 meter above the ground plane in the vertical configuration. During this scan, the turntable was rotated and all peaks which were at or near the limit were recorded. The frequency range of 100 — 300 MHz was scanned with the biconical antenna in the same manner, and the peaks recorded. Lastly, a scan of the FM band from 88 — 110 MHz was made, using a reduced resolution bandwidth and a reduced frequency span. The biconical antenna was changed to the horizontal polarity and the above steps were repeated. After changing to the log periodic antenna in the horizontal configuration, the frequency range of 300 — 1000 MHz was scanned. The log periodic antenna was changed to the vertical polarity and the frequency range of 300 — 1000 MHz was again scanned. Care was taken to ensure that no frequencies were missed within the FM and TV bands. An analysis was performed to determine if the signais that were at or near the limit were caused by an ambient transmission. If unable to determine by analysis, the equipment was powered down to make the final determination if the EUT was the source of the emission. For the final radiated scan, the equipment was again positioned facing the antenna. A thorough scan of all frequencies was manually made using a small frequency span, rotating the turntable as needed. Comparison with the previously recorded measurements was then made. Using the peak readings from both scans as a guide, the test engineer then maximized the readings with respect to the table rotation and antenna height. Maximizing of the EUT was achieved by monitoring the spectrum analyzer on a closed circuit television monitor while the EUT was being moved and rearranged on the EUT table for maximum emissions. Photographs showing the final worst case configuration of the EUT are contained in Appendix A. Page 13 of 25 \ Report No: FC98—005 ) 5473A CLOUDS REST * MARIPOSA, CALIFORNIA 95338 « (209) 966—5240 « FAX (209) 966—4257

d » Y 'Testing the Future ® LABORATORIES, INC. 7 FCC Part 15.31(e) — Frequency Stability Measurements In accordance with Part 15.31(e), since the unit was battery operated, a fresh battery was inserted. Frequency Range of Transmitter: 49.860 MHz In accordance with Part 15.235(a), the field strength of the emissions within the 49.82—49.90 MHz band did not exceed 10,000 microvolts/meter at 3 meters. The emission limit in was based on the measurement instrumentation employing an average detector. The provisions in 15.35 for limiting peak emissions apply. FCC Part 15.235— Occupied Bandwidth Measurements In accordance with Part 15.235(b), the field strength of the emissions between the band edges and up to 10 kHz above and below the band edges were attenuated 26 dB below the level of the unmodulated carrier. The field strength of the emissions removed by more than 10 kHz from the band edges did not exceed the general radiated emission limits in 15.209. Please refer to the occupied bandwidth plots for test results. Page 14 of 25 Report No: FCI8—005 \ 5473A CLOUDS REST * MARIPOSA, CALIFORNIA 95338 « (209) 966—5240 « FAX (209) 966—4257

d f v Y Testing the Future LABORATORIES, INC. ~ SAMPLE CALCULATIONS The basic spectrum analyzer reading was converted using correction factors as shown in the six highest emissions readings in Tables 1, 2 and 3. For radiated emissions in dBuV/m, the spectrum analyzer reading in dBuV was corrected by using the following formula: Meter reading (dBuV) + Antenna Factor (dB) + Cable Loss (dB) — Distance Correction (dB) — Pre—amplifier Gain (dB) = Corrected Reading(dBuV/m) This reading was then compared to the applicable specification limit to determine compliance. A typical data sheet will display the following in column format: #1 Freq Rdng Cable| Amp Magne Site Log Dist Corr Spec Margin Polar MHz dBu¥ B B dBuV/ m # means reading number Freq MHz is the frequency in MHz of the obtained reading. Rdng dBuV is the reading obtained on the spectrum analyzer in dBuV. Amp. is short for the preamplifier factor or gain in dB. Magne is the mag loop antenna factor in dB. Site is the biconical antenna factor in dB. Log B is the log periodic antenna factor in dB. Cable is the cable loss in dB of the coaxial cable on the OATS. Dist is the distance factor (in dB). It is used when testing at a different test distance than the one stated in the spec. Corr dBuV/m is the corrected reading which is now in dBuV/m (field strength). Spec is the specification limit (dB) stated in the agency‘s regulations. Margin is the closeness to the specified limit in dB; + is over and — is under the limit. Polar is the Polarity of the antenna with respect to earth. Page 15 of 25 ) \_. Report No: FC98—005 5473A CLOUDS REST « MARIPOSA, CALIFORNIA 95338 « (209) 966—5240 « FAX (209) 966—4257

d b Y 'Testing the Future LABORATORIES, INC. 7 APPENDIX A INFORMATION ABOUT THE EQUIPMENT UNDER TEST Page 16 of 25 \_ Report No: FC9I8—005 5473A CLOUDS REST * MARIPOSA, CALIFORNIA 95338 « (209) 966—5240 « FAX (209) 966—4257

d » Y ‘Testing the Future LABORATORIES, INC. x \ INFORMATION ABOUT THE EQUIPMENT UNDER TEST Test Software/Firmware: CRT was displaying: Power Supply Manufacturer: Power Supply Part Number: AC Line Filter Manufacturer: AC Line Filter Part Number: The AC power cord is removable and is shielded Battery Opperated 1/0 PORTS CRYSTAL OSCILLATORS Type Type Freq. In MHz Microprocessor 10 Fo 49.860 Lo 49.405 Clock 32.768 PRINTED CIRCUIT BOARDS Function Model & Rev Clocks, MHz Layers Location REQUIRED EUT CHANGES TO COMPLY: None Page 17 of 25 Report No: FC98—005 J 5473A CLOUDS REST « MARIPOSA, CALIFORNIA 95338 « (209) 966—5240 « FAX (209) 966—4257

d F » Testing the Future LABORATORIES, INC. 7 ~ EQUIPMENT CONFIGURATION BLOCK DIAGRAM 0 270 90 Robot Toy Isaac Jr. k 180 NOTES: Page 18 of 25 Report No: FC9I8—005 ) \. 5473A CLOUDS REST * MARIPOSA, CALIFORNIA 95338 « (209) 966—5240 « FAX (209) 966—4257

d » Y 'Testing the Future LABORATORIES, INC. ‘a _ PHOTOGRAPH SHOWING RADIATED EMISSIONS Applicant: Microsoft Corporation Equipment: ActiMates Arthur, ActiMates DW Model Number: Radiated Emissions — Front View NOTES: Page 19 of 25 \_ Report No: FC98—005 _ 5473A CLOUDS REST « MARIPOSA, CALIFORNIA 95338 « (209) 966—5240 « FAX (209) 966—4257

d » ' 'Testing the Future LABORATORIES, INC. 7 PHOTOGRAPH SHOWING RADIATED EMISSIONS Applicant: Microsoft Corporation Equipment: ActiMates Arthur, ActiMates DW Model Number: Radiated Emissions — Back View NOTES: Page 20 of 25 \_. Report No: FCI8—005 5473A CLOUDS REST * MARIPOSA, CALIFORNIA 95338 « (209) 966—5240 « FAX (209) 966—4257

d v Y 'Testing the Future LABORATORIES, INC. ( APPENDIX B MEASUREMENT DATA SHEETS Page 21 of 25 \ Report No: FC98—005 5473A CLOUDS REST *« MARIPOSA, CALIFORNIA 95338 « (209) 966—5240 « FAX (209) 966—4257

d » Testing the Future LABORATORIES, INC. x Test Location: CKC LABORATORIES INC. + 22105 WILSON RIV. HWY SITE B + TILLAMOOK, OR 97141 + (503)—842—5577 Customer: MICROSOFT CORP. Date: Dec—04—97 Specification: ECC B RADIATED Time: 16:24 Test Type: Fundamental Field Strenght Sequence#:; 3 Equipment: Robot Toy Manufacturer: Microsoft Tested By: Mike Wilkinson Model: Isaac Jr. SN: DVTO01 Equipment Under Test (*=EUT): Function Manufacturer Model # SN Robot Toy* Microsoft Isaac Jr. DVTO01 Support Devices: Function Manufacturer Model # SN None Test Conditions / Notes: ]Running test firmware in transmit only mode. Changed L—10 to 1.9 uH. Measurement Data: Sorted by Margin Test Distance: 3 Meters Amp—B Site Cable # Freq Rdng Dist Corr Spec Margin Polar MHz dBuV dB dB dB dB dB dBuV/m dBuV/m dB 1 199.428 43.4 —27.3 +17.1 +3.0 +0.0 36.2 43.5 —7.3 Horiz +0.0 2 99.280 49.9 —27.9 +8.0 +2.0 +0.0 32.0 43.5 —11.5 Vert +0.0 3 49.881 83.1 —28.10 +11.4 +1.2 +0.0 67.6 80.0 —124 Vert +0.0 4 149.607 41.6 —27.6 +12.9 +2.5 +0.0 294 43.5 —14.1 Vert +0.0 5 149.567 41.5 —27.6 +12.9 +2.5 +0.0 29.3 43.5 —14.2 Horiz +0.0 6 448.738 38.6 —28.2 +0.0 +4.7 +0.0 31.7 46.0 —14.3 Horiz +16.6 7 398.892 37.2 ~27.7 +0.0 +5.1 +0.0 30.6 46.0 —154 Vert +16.0 8 199.482 35.3 «27.3 +171 +3.0 +0.0 28.1 43.5 —15.4 Horiz +0.0 9 398.906 35.3 —27.7 +0.0 +5.1 +0.0 28.7 46.0 —17.3 Vert +16.0 10 49.876 77.1 —28.1 +11.4 +1.2 +0.0 61.6 80.0 —18.4 Vert +0.0 11 99.742 42.8 —27.9 +8.0 +2.0 +0.0 24.9 43.5 —18.6 Vert +0.0 Page 22 of 25 Report No: FC98—005 \ 5473A CLOUDS REST e MARIPOSA, CALIFORNIA 95338 « (209) 966—5240 « FAX (209) 966—4257

d v Y YTes ng the Future LABORATORIES, INC. 7 Test Location: CKC LABORATORIES INC. + 22105 WILSON RIV. HWY SITEB + TILLAMOOK, OR 97141 + (3503)—842—5577 Customer: MICROSOFT CORP. Date: Dec—05—97 Specification: fee15209.lim Time: 16:42 Test Type: Maximized Emissions Sequence#: 6 Equipment: Robot Toy Manufacturer: Microsoft Tested By: Mike Wilkinson Model: Isaac Jr. SN: DVTO01 Equipment Under Test (*=EUT): Function Manufacturer Model # S/N Robot Toy* Microsoft Isaac Jr. DVTO01 Support Devices: Function Manufacturer Model # SN None Test Conditions / Notes: Running test firmware in transmit only mode. Changed L—10 to 1.9 u. Frequency range tested was 9 kHz to 30 MHz. Measurement Data: Sorted by Margin Test Distance: 3 Meters Magne # Freq Rdng Dist Cor Spec Margin Polar dBuV dB dB dB dB dB dBuV/m dBuV/m dB 1 868.400k 32.9 +10.7 +0.0 43.6 48.8 —5.2 None 2 280.000k 42.7 +10.5 +0.0 53.2 58.7 —5.5 None 3 150.180k 47.6 +10.3 +0.0 57.9 64.1 —6.2 None 4 75.680k 49.4 +10.6 +0.0 60.0 70.0 —10.0 None 5 1.812M 25.7 +10.5 +0.0 36.2 49.5 —13.3 None 6 55.440k 48.2 +10.7 +0.0 58.9 72.7 —13.8 None 7 20.450k 42.2 +13.1 +0.0 55.3 81.4 —26.1 None Page 23 of 25 \. Report No: FC9I8—005 5473A CLOUDS REST « MARIPOSA, CALIFORNIA 95338 « (209) 966—5240 « FAX (209) 966—4257

d » Testing the Future LABORATORIES, INC. 77 _ Test Location: CKC LABORATORIES INC. + 22105 WILSON RIV. HWY SITEB + TILLAMOOK, OR 97141 + (503)—842—5577 Customer: MICROSOFT CORP. Date: Dec—05—97 Specification: FCC B RADIATED Time: 09:32 Test Type: Maximized Emissions Sequence#: 5 Equipment: Robot Toy Manufacturer: Microsoft Tested By: Mike Wilkinson Model: Isaac Jr. SAN: DVTO01 Equipment Under Test (* =EUT): Function Manufacturer Model # S/N Robot Toy* Microsoft Isaac Jr. DVTO01 Support Devices: Function Manufacturer Model # S/N None Test Conditions / Notes: Running test firmware in transmit only mode. Changed L—10 to 1.9 uH. ] Measurement Data: Sorted by Margin Test Distance: 3 Meters Amp—B Site Cable # Freq Rdng Dist Cor Spec Margin Polar MHz dBuV dB dB dB dB dB dBuV/m dBuV/m dB 1 49.864 82.5 —28.10 +114 +1.2 +0.0 67.0 80.0 —13.0 Vert +0.0 2 195.935 36.8 —27.3 +168 +3.0 +0.0 29.3 43.5 —14.2 Vert Quasi Peak +0.0 3 174.934 36.3 —27.6 +153 +2.8 +0.0 26.8 43.5 —16.7 Horiz Quasi Peak +0.0 4 659.147 31.9 —28.2 +0.0 +5.7 +0.0 29.2 46.0 —~16.8 Vert Quasi Peak +19.8 5 171.920 36.6 —27.6 +15.0 +2.7 +0.0 26.7 43.5 —16.8 Vert Quasi Peak +0.0 6 176.896 36.0 —27.6 +154 +2.8 +0.0 26.6 43.5 ~16.9 Vert Quasi Peak +0.0 7 872.448 27.3 —27.8 +0.0 +6.9 +0.0 29.0 46.0 —17.0 Vert Quasi Peak +22.6 8 171.995 36.3 —27.6 +150 +2.7 +0.0 26. 4 43.5 ~17.1 Horiz Quasi Peak +0.0 9 699.980 28.2 —28.1 +0.0 +6.2 +0.0 26.9 46.0 —19.1 Horiz Quasi Peak +20.6 10 922.044 24.0 —27.6 +0.0 +7.2 +0.0 26.9 46.0 —19.1 Vert Quasi Peak +23.3 11 232.047 32.2 —27.2 +184 +3.4 +0.0 26.8 46.0 —19.2 Vert Quasi Peak +0.0 Page 24 of 25 \ Report No: FC9I8—005 _/ 5473A CLOUDS REST « MARIPOSA, CALIFORNIA 95338 « (209) 966—5240 « FAX (209) 966—4257

d » Y Testing the Future LABORATORIES, INC. 1 ~ 12 766.779 27.0 —27.8 +0.0 +6.3 +0.0 26.6 46.0 —19.4 Vert Quasi Peak +21.1 13 747.674 26.9 —27.8 +0.0 +6.3 +0.0 26.3 46.0 —19.7 Horiz Quasi Peak +20.9 14 388.208 31.8 —27.6 +0.0 +5.2 +0.0 25.9 46.0 —20.1 Horiz Quasi Peak +16.5 15 442.755 32.5 —28.1 +0.0 +4.9 +0.0 25.8 46.0 —20.2 Horiz Quasi Peak +16.5 16 442.705 32.5 —28.1 +0.0 +4.9 +0.0 25.8 46.0 —20.2 Vert Quasi Peak +16.5 17 149.814 35.4 —27.6 +12.9 +2.5 +0.0 23.2 43.5 —20.3 Vert Quasi Peak +0.0 18 321.308 28.1 —27.2 +0.0 +4,.2 +0.0 25.6 46.0 —20.4 Vert Quasi Peak +20.5 19 290.277 27.3 —27.1 +20.8 +3.8 +0.0 24.8 46.0 —21.2 Horiz Quasi Peak +0.0 20 563.701 28.9 —28.3 +0.0 +5.4 +0.0 24.2 46.0 —21.8 Horiz Quasi Peak +18.2 21 534.581 29.1 —28.3 +0.0 +5.1 +0.0 23.7 46.0 —22.3 Vert Quasi Peak +17.8 22 421.112 29.7 —27.9 +0.0 +4.7 +0.0 22.7 46.0 —23.3 Vert Quasi Peak +16.2 23 401.415 28.4 —27.1 +0.0 +5.0 +0.0 21.6 46.0 —24.4 Vert +15.9 24 235.806 25.7 —27.2 +18.6 +3.3 +0.0 204 46.0 —25.6 Horiz Quasi Peak +0.0 25 93.513 36.0 —27.9 +7.8 +1.9 +0.0 17.8 43.5 —25.7 Vert Quasi Peak +0.0 26 509.653 25.8 —28.4 +0.0 +5.0 +0.0 19.8 46.0 —26.2 Horiz Quasi Peak +17.4 27 140.827 29.0 —27.7 +123 +24 +0.0 16.0 43.5 —27.5 Vert Quasi Peak +0.0 28 97.654 31.2 —27.9 +7.9 +2.0 +0.0 13.2 43.5 —30.3 Vert Quasi Peak +0.0 Page 25 of 25 Report No: FC98—005 J \ 5473A CLOUDS REST « MARIPOSA, CALIFORNIA 95338 « (209) 966—5240 « FAX (209) 966—4257


Document Created: 2001-06-14 20:49:16
Document Modified: 2001-06-14 20:49:16
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