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FCC ID: HQXPC98010-13

Test Report

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FCCID_74296

‘ PEP Testing Laboratory RFI / EMI TEST REPORT APPLICANT SYSGRATION CO., LTD. E. U. T. MOUSE TRADE NAME N/A FCC ID HQXPC98010—13 REGULATION CFR 47 . Part 15 Subpart B + Class B TEST SITE PEP Testing Laboratory TEST —ENGINEER : Jv@ en é kfl“g TEST DATE 600p 1§ 07 1‘%78 ISSUED DATE JUN. / 26 / 1998 REPORT No. 980324

‘ PEP Testing Laboratory WE HEREBY VERIFY THAT: The E. U. T. listed below has completed RFI testing by PEP_ Testing Laboratory and the interference emissions can pass FCC Class B limitations. The tested configurations and the facility complies with the radiated and AC line conducted test site criteria in ANSI C63 .4 —1992. «e Any data in this RFI report is " reference only . APPLICANT _: _SYSGRATION__CO., LTD.* PRODUCT : _MOUSE * FCC ID : _HQOXPC98010—13 * MODEL : _P —13 * m . Tsur .3~ * M. Y. TSUI Manager PEP Testing Laboratory 12—3FL., NO. 27—1, Lane 169, Kang—Ning St., Hsi—Chi, Taipei Hsien, Taiwan, R. O. C. TEL : 886—2—6922097 FAX : 886—2—6956236

‘ PEP Testing Laboratory TABLE OF CONTENTS 1 ENERA 1.1 General Information Metiicn 1.2 Place of Measurement 1.3 Labeling Requirements ie 1.4 Information —to User 2. CONDUCTED _EMISSIONS TESI 2.1 Setup of the Test Facilities 2.2 Test Procedures RADIJAT 3.1 1 Setup of the Test Facilities 3 .2 Test Procedures 4. DESCRIPTION FOR _EUT TESTING CINFIGURATION 5, SUPPORTING _DEVICES TO TEST TEST ** Conducted Emission Test Photo. and Data ** Radiated Emission Test Photo. and Data 7. _A 1 A. Photos of EUT Appearance — 11 —

‘ PEP Testing Laboratory 1.1 GENERAL INFORMATION: APPLICANT : SYSGRATION CO., LTD. 8FL., NO. 542—7, CHUNG CHEN RD., HSIN TIEN, TAIPEIL TAIWAN R.O.C. MANUFACTURER : SYSGRATION CO., LTD. 8FL., NO. 542—7, CHUNG CHEN RD., HSIN TIEN, TAIPEI, TAIWAN R. O.C. MEASUREMENT PROCEDURE : ANSI C63 , 4 — 1992 TESTED FOR COMPLIANCE WITH: Title 47 of CFR Part 15, Subpart B, Class B 1.2 PLACE OF MEASUREMENT PEP Testing Laboratory

PEP Testing Laboratory 1.3 LABELING REQUIREMENT A FCC ID label shall be permanently attached and conspicuously located on the equipment : FCC ID : HQOXPCI8010—13 This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions : (1) This device may not cause harmful 18 mm interference , and (2) this device must accept any interference received , including interference that may cause undesired operation . 33 mm >

‘ PEP Testing Laboratory 1.4 INFORMATION TO THE USER The following FCC statement should be declared in a conspicuous location in the user‘s manual. Federal Communications Commission (FCC) Statement This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules . These limits are designed to provide reasonable protection against interference in a residential installation . This equipment generates , uses can radiate radio frequency energy and, if not installed and used accordance with the instruction, may cause harmful interference to communications . However, there is no guarantee that interference will occur in a particular installation . If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to correct the interference by one or more of the following measures : — Reorient or relocate the receiving antenna. — Increase the separation between the equipment and receiver. — Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. — Consult the dealet or an experienced radio / TV technician for Warning _: A shielded—type power cord is required in order to meet emission limits and also to prevent interference to the nearby radio and television reception . It is essential that only the supplied power be used . Use only shielded cables to conmnect I/O devices to this equipment. You are cautioned that changes or modifications not expressly approved by the party responsible for compliance could. void your authority operate the equipment.

@ PEP Testing Laboratory 2.1 GENERAL SETUP OF THE TEST FACILITIES (RS 232 ) [ Z2 L z2| 1J _1 J \/ |————Ny LISN LISN L_______3

‘ PEP Testing Laboratory 2.2 TEST PROCEDURES The system was setup as described above, with the EMI diagnostic software . Both the line of power cord, hot and neutral, were run with EMI tests software . To get the maximum power line conducted emission , we changed configuration by varying the monitor power cord fed from floor outlet and from the outlet on the power supply of this computer. The highest emissions were recorded in the RFIL test report.

PEP Testing Laboratory 3.1 GENERAL SETUP OF THE FACILITIES (RS 232 ) ZZ{ 1i z2 J M | 1——| I

‘ PEP Testing Laboratory 3.2 TEST PROCEDURES Radiated emissions test was carried out by PEP Testing Laboratory at the open field test site authorized by FCC . The EUT and supporting equipments were setup with the EMI diagnostic software . a. setting up the EUT under normally position, and scanning it from 30 MHz to 1000 MHz, then recording those narrow band noises which cannot be 6 dBuV below lower bound. Both horizontal and vertical antenna are measured from 1. meterheight to 4.0 meter height, and turntable rotate 360 degrees . b. fixing the EUT rear face to antenna and antenna 1.0 meter height. We adjusted 1/O cables to find the highest coupling noise and moved the height of antenna from 1 to 4 meters, then rotated the turntable simultaneously . e. checking following step b. all points which were recorded in step a. d. changing the peripherals position, and routine steps a. b. c. The highest emissions were recorded in the RFI test report.

PEP Testing Laboratory 4. DESCRIPTION_ FOR _EUT TESTING _CONFIGURATION ** TEST PROCESURE ———— (A) The EUT was PC mouse with 9 pins D type connector or PS/2 connector, for more detail information about the EUT , please refer user‘s manual. (B) When EUT was tested , it‘s designated as COM.2 and enabled by FCC EMI test program . both types of connector were tested and the worst case datas were recorded in this RFI report . (C) After the EUT was setup, we did the conducted emission test in the shielded room and the worst case placement finding as the ANSI C63.4 requirement; similarly, the radiated emission test was done at the open field site. (D) If the peak value of the noise can‘t under Non—consumer equipment limit 3 dBuV more, we‘ll change Biconical antenna or Log—periodic antenna for Dipole antenna and record its Quasi—Peak value, making sure it can under 6 dBuV at least. (E) In the RFI test report, we provided the worst conducted emission testing data in page C—1.* For the radiated emission test, the worst data recorded in the page R—1.* ** I1/O DATA CABLES INFORMATIONS ——— Please refer the page 9.

‘ PEP Testing Laboratory sUPPORT UNIT 1. ———— PERSONAL COMPUTER Manufacturer : Jm Computer Inc. Model Number _: C486SDX—SDT Power Supply Type : Switching Power Cord _: Shielded, Detachable, 1.2m Data Cable _: Shielded, Detachable, 1.2m FCC ID : K25C486SDX—SDT SUPPORT UNIT 2. ———— MONITOR Manufacturer : Acer Peripherals Inc. Model Number : 7134T Power Supply Type : Switching Power Cord _: Shielded, Detachable, 1.2m Data Cable _: Shielded, Undetachable, 1m FCC ID : JVP7134T SUPPORT UNIT 3. ———— PRINTER Manufacturer : Hewlett—Packard Singapore Pte Ltd. Model Number : HP 2225C Power Supply Type : Linear Power Cord _: Non—Shielded, Detachable, 1.2m Data Cable : Shielded, Detachable, Im. 2464 FCC ID : DSI6XU2225 — 92 —

Q P PEP Testing Laboratory SUPPORT UNIT 4. ———— MODEM Manufacturer ACEEX Model Number 1414 Power Supply Type Linear Power Cord Non—Shielded, Detachable, 1.2m Data Cable Shielded, Detachable, 1m PCC ID IFAXDMI1414 SUPPORT UNIT 5. ———— KEYBOARD Manufacturer : Acer Peripherals Inc. Model Number 6311—KW Power Supply Type N/A Power Cord N/A Data Cable Shielded, Undetachable, 1.2m FCC ID JVPKBS—WIN — 9b —

PEP Testing Laboratory Radiated emission detector function : (1) 30MHZ~1GHZ _: Quasi—Peak Value Resolution BW : 120KHZ Video BW : 300KHZ (2) above 1GHZ : Quasi—Peak value and Average Value Resolution BW : 1MHZ Video BW : 1MHZ * either Q.P. or average value will be recorded in the report Conducted emission detector function : (1) 450KHZ~30MHZ : Quasi—Peak Value Resolution BW ; 9KHZ Video BW : 30KHZ The else descriptions : N/A Conducted Emission Test Photo. _: Page C—1 Test Data : Hot C—1—1 Neutral C—1.2 Radiated Emission Test Photo. _: Page R—1l Test Data : Horizontal R—1—1 Vertical R—1—2

‘ PEP Testing Laboratory CONDUCTED EMISSIONS TEST DATA Note : HOT LINE TEST (RS 232 ) Over Limit Read Probe Cable Preamp Freq. Level Limit Line Level Factor Loss Factor (MHz) (dB) (dB) (dB) (dB) (dB) (dB) (dB) .657 42 . 60 .40 48 .00 60.45 «39 «76 20. 00 O e e ie e 4e e oeg— O .396 31. 04 —16. 96 48 .00 48 .54 .74 «76 20. 00 O O O nds .296 29. 76 —18 .24 48.00 47.08 .83 «85 2C .00 419 35 .61 —12. 39 48 .00 52.77 .99 .85 20 .00 o 306 31 . 65 —16. 35 48 .00 48 .67 .13 .85 20. 00 o O 19 J 433 32 .04 —15. 96 48.00 49.35 .84 .85 20. 00 .467 34. 74 —13. 26 48 .00 51.98 .94 .81 20 .00 12. 093 35. 30 —12. 70 48.00 52.37 .09 .83 20 .00 uS 12. 979 33. 75 —14 .25 48.00 50.74 .16 .85 20. 00 14 545 31. 57 —16. 43 48 .00 48 .41 27 .89 20. 00 9 Note : 1. Level = Read Level + Probe Factor + Cable Loss — Preamp Factor 2. Over Limit = Level — Limit Line <CA—4 —

‘ PEP Testing Laboratory CONDUCTED EMISSIONS TEST DATA Note : NEUTRAL LINE TEST ( RS 232 ) Over Limit Read Probe Cable Preamp Freq. Level . Limit Line Level Factor Loss Factor (MHz) (dB) (dB) (dB) (dB) (dB) (dB) (dB) 0. 568 42 .44 ~ 5.56 48 .00 60.32 0 .37 1.75 20.00 0 .923 36 .22 ~11.78 48 .00 54 .03 0 .45 1.75 20.00 3.316 31.75 ~16.25 48 .00 48 .92 1.03 1.80 20.00 6.419 31.63 ~16.37 48 .00 48 .79 0.99 1.85 20.00 7.306 32.46 ~15.54 48 .00 49.48 1.13 1.85 20.00 9.079 31.80 ~16.20 48 .00 49.12 0 .81 1.87 20.00 9.4133 33 .74 ~14.26 48 .00 51.05 0 .84 1.85 20.00 10.408 36.00 ~12.00 48 .00 53.25 0 .94 1.81 20.00 12.388 35.39 ~12.61 48 .00 52 .44 1.11 1.84 20.00 14.102 31.81 ~16.19 48 .00 48 .69 1.24 1.88 20.00 Note : 1. Level = Read Level + Probe Factor + Cable Loss — Preamp Factor 2. Over Limit = Level — Limit Line —C—41—2—

PEP Testing Laboratory RADIATED EMISSIONS TEST DATA Antenna polarization : HORIZONTAL Test distance: _3m ; (RS 232 ) Over Limit Read Probe Cable Preamp Freq. Level Limit Line Level Factor Loss Factor (MHz) (dB) (dB) (dB) (dB) (dB) (dB) (dB) 72.018 22.44 —17.56 40 .00 32 .38 9.16 0 .90 20 .00 120.011 25.36 —18.14 43.50 32 .40 11.80 1.16 20 .00 133.330 17.58 —25.92 43.50 23.94 12 .32 1.31 20.00 137 .673 22.77 —20 .73 43.50 28 .90 12. 50 1.37 20.00 201.100 23.66 —19.84 43.50 26.87 14 .98 1.81 20.00 273.200 28 .91 —17.09 46.00 26.58 19.89 2 .44 20.00 277.700 30 .99 —15.01 46.00 28 .36 20.15 2 .48 20.00 301.705 19.14 —26.86 46.00 21.69 14.74 2.70 20.00 335. 500 17 .58 —28 .42 46.00 20 .41 14.43 2 .74 20.00 366.500 25.64 —20.36 46.00 27 .03 15.83 2.77 20.00 Note : 1. Level = Read Level + Probe Factor + Cable Loss — Preamp Factor 2. Over Limit = Level — Limit Line —R—I—1 —

PEP Testing Laboratory RADIATED EMISSIONS TEST DATA Antenna polarization : VERTICAL ; Test distance : _3 m ; (RS 232 ) Over Limit Read Probe Cable Preamp Freq. Level Limit Line Level Factor Loss Factor (MHz) (dB) (dB) (dB) (dB) (dB) (dB) (dB) 60.790 21.65 —18 .35 40 .00 31.65 9. 19 .81 20. 00 W N N No— Gu— o O o 66.090 22.08 —17 .92 40 .00 32 .08 14 .86 20. 00 83.832 23.76 —16.24 40 .00 33.22 .64 .90 20. 00 120.013 27.86 —15.64 43.50 34 .90 11. 80 .16 20. 00 199.500 23.31 —20.19 43.50 26.69 14. 83 .79 20. 00 216.023 25.28 —20.72 46.00 27.04 16. 30 .94 20. 00 301.100 23.75 —22.25 46.00 26.30 14. 75 .70 20. 00 369.800 24 .73 —21.27 46.00 26.02 15. 93 177 20. 00 388 .300 26.19 —19.81 46.00 26.92 16. 48 .79 20. 00 467.920 28 .41 —17.59 46.00 27.89 17. 44 .08 20. 00 Note : 1. Level = Read Level + Probe Factor + Cable Loss — Preamp Factor 2. Over Limit = Level — Limit Line —R12 —

‘ PEP Testing Laboratory Measuring Instruments Listing : Instrument Manufacturer Serial Band Next Cal. Cal. & Model Number Width Date Interval Receiver ROHDE & SCHWARZ 8633421012 (20 MHz to |Nov. 2 1 year ESVS 30 1 GHz 1998 Spectrum * Advantest 91720076 9 MHz to |Dec. 03 1. year Analyzer 3261A 2.6 GHz 1998 Spectrum * HP 3225A03039 |9 MHz to |Jan. 04 1. year Analyzer 8591A 1.8 GHz 1999 Bi—Log CHASE Electr. 1968 20 MHz to|Aug. 23 1 year Antenna CBL 6111B 1 GHz 1998 Horn COM—Power 10056 1 GHz to |Jun. 16 1. year Antenna AH—118 18 GHz 1998 LISN EMCO 93112150 9 KHz to |Oct. 31 1 year 382572 100 MHz 1998 LISN Kokuyo 8—837—7 9 KHz to |Jan. 03 1 year _ KNW—242 30 MHz 1999 * The Model 3261A has build—in the detector function of the average and additional Q.P. adapter inside the spectrum analyzer. * The Model 8591A has build—in the detector function of the Q.P. adapter.


Document Created: 2001-05-09 02:11:05
Document Modified: 2001-05-09 02:11:05
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