AD001XXX FCC test re..
Contents
1. FD5F006 Page 10 of 28 ENG L I HomeTek Technology Inc FD5F006 4 1 EUT EUT Type Condition when received Device Applicant Manufacturer Model Number Serial Number FCC ID VGA Port x 2 S Video Port Composite Video Port Power Cord AC Power Cord DC Power Supply Type PERIPHERALS Host Personal Computer Manufacturer Model Number Serial Number FCC ID Data Cable Power Cord Un Shielded Shielded Un Shielded OProto Type MEngineer Type Mass Production MGood ODamage Video to VGA Converter SMART CABLING amp TRANSMISSION CORP SMART CABLING amp TRANSMISSION CORP AD001XXX N A N A Metal Type Connector Metal Type Connector Metal Type Connector 2 pin 1 8m 2 pin Switching Power Adapter DELL DHM GCZP71S FCC DoC 1 8m Connected to the VGA port 1 8m Page 11 of 28 ENG L I HomeTek Technology Inc M Monitor Manufacturer Model Number Serial Number FCC ID Data Cable Power Cord M Printer Manufacturer Model Number Serial Number FCC ID Data Cable Power Cord amp Adaptor M Modem Manufacturer Model Number Serial Number FCC ID Data Cable Power Cord amp Adaptor FD5F006 Shielded Shielded Shielded SAMSUNG GH19BS GH19H4JW103538B FCC DoC 1 8m Connected to the VGA port Un Shielded 1 8 m HP DJ400 MY77T1DODD B94C2642X 1 5 m Connected to the Print2. C18 01 12 HomeTek test procedure The EUT was placed 0 4 meter from the conducting wall of shielding room and kept at least 0 8 meter from any other grounded conducting surface The frequency range form 0 15 MHzto 30 MHz was investigated The LISN used was 30 Ohm 50 uHenry as specified by Section 4 1 2 of ANSI C63 4 2003 All the support peripherals are connect to the other LISN Cables and peripherals were moved to find the maximum emission levels for each frequency Page 7 of 28 ENG L I Home Tek Technology Inc 3 TEST SETUP 3 1 Typical Setup Of Conducted Test ANSI ELECTRICAL AND ELECTRONIC EQUIPMENT IN THE RANGE OF 9kHz TO 40 GHz C63 4 2003 NONCONOUCTIVE om EUT TABLEI 5 x4 METER EEN 5 TTT TUTELLE TT DUTOT 80 cm To GROUND PLAN 2 3 3 33 3 1 ES CONDUCTING GROUND PLANE LISN LISN EXTENDS AT LEAST 0 5m i BEYOND EUT SYSTEM FOOTPRINT BONDED TO GROUND PLANE LISNs may have to be moved to the side to meet 3 3 below Details for setup configuration please refer to appendix A LEGEND 1 Interconnecting cables that hang closer than 40 cm to the ground plane shall be folded back and forth forming a bundle 30 to 40 cm long hanging approximately in the middle between ground plane and table 2 JO cables that are connected to a peripheral shall be bundled in center The end of the cable may be terminated if required using correct terminating impedance The total length shall not
3. Freguency AV Level AV Limit AV Delta MHz dBuV dByuV dB 0 175 43 32 54 72 11 40 0 235 42 23 52 27 10 04 0 415 29 27 47 55 18 28 0 475 42 90 46 43 3 53 0 65 30 82 46 00 15 18 0 95 30 04 46 00 15 96 1 24 24 66 46 00 21 34 Sach 16 76 46 00 29 24 3 45 19 63 46 00 26 37 3 9 22 13 46 00 23 87 5 8 19 94 50 00 30 06 8 5 23 40 50 00 26 60 11 54 26 52 50 00 23 48 12 49 28 31 50 00 21 69 16 39 15 74 50 00 34 26 27 0 15 67 50 00 34 33 limit exceeded FD5F006 Page 18 of 28 ENG LABZ HomeTek Technology Inc 10 FD5F006 CONDUCTED POWER LINE TEST DATA PAGE 3 HomeTek EMC LAB TEL 886 2 22608375 24 Jun 2006 15 46 CONDUCTED EMISSIONS EUT Video to VGA Converter Manuf 5F006 Op Cond LINE 2 Operator Makato Test Spec FOR CISPR22 CLASS B Comment 110V 60H2 ADOOTH S Video Mode 1024 768 75Hz Result File 5f00623b dat S Video Mode 1024 768 75Hz Prescan Measurement Detectors XPK AV Meas Time see scan settings Subranges 16 Acc Margin 55 dB dBuV B OP BAV 90 80 70 en an mm ab as wn an am as fs az az az do an ajan an ab wn doa aj am db ole oe wn wm wn an wn gn vs ke an an wn am on len o an as TEN am db kb we ka all o am wm wn em wm TEETE 60 50 30 Ni 20 VlI UL AI E A 10 0 10 eebe 0 15 1 0 10 0 30 0 MHz Page 19 of 28 ENG L I HomeTek Technology Inc 11 CONDUCTED POWER LINE TEST DATA PAGE 4 Home Tek EMC LAB TEL 886 2 22608375 24 Jun 2006 15 46 CONDUCTED EMISSIONS EUT Video to VGA Converter M
4. exceed Im 3 EUT connected to one LISN Unused LISN connectors shall be terminated in 50 Q LISN can be placed on top of or immediately beneath ground plane 3 1 All other equipment powered from second LISN 3 2 Multiple outlet strip can be used for multiple power cords of non EUT equipment 3 3 LISN at least 80 cm from nearest part of EUT chassis Cables of hand operated devices such as keyboards mouses etc have to be placed as close as possible to the host Non EUT components being tested Rear of EUT including peripherals shall be all aligned and flush with rear of tabletop mg EN e a Rear of tabletop shall be 40 cm removed from a vertical conducting plane that 1s bonded to the floor ground plane see 5 2 Test Configuration Tabletop Equipment Conducted Emission FD5F006 Page 8 of 28 ENG L I HomeTek Technology Inc 3 2 Block Diagram Of Conducted Test EUT RECEIVER ISOLATION TRANSFORMER 4 LISN TO AC SOURCE PC LOAD ACTIVE Monitor Printer Modem Mouse Key Board DV NAN NN N N FD5F006 Page 9 of 28 ENG L I HomeTek Technology Inc 4 CONFIGURATION OF THE EUT The EUT was configured according to ANSI C63 4 2003 amp CISPR 22 1997 All I O ports were connected to the appropriate peripherals All peripherals and cables are listed below including internal device AC SOURCE LISN Keyboard Mouse PSID PSID 0 VGA Cable S Video Cable Video Cable Figure
5. 06 CONDUCTED POWER LINE TEST DATA PAGE 1 HomeTek EMC LAB TEL 886 2 22608375 24 Jun 2006 15 36 CONDUCTED EMISSIONS EUT Video to VGA Converter Manuf 5F006 Op Cond LINE 1 Operator Makato Test Spec FOR CISPR22 CLASS B Comment 110V 60Hz ADO01H S Video Mode 1024 768 75Hz Result File 5f00613b dat S Video Mode 1024768 75Hz Prescan Measurement dBuV 90 Detectors Meas Time Subranges Acc Margin XPK FAV see scan settings 16 55 dB B QP BAV 1 0 10 0 30 0 Page 17 of 28 ENG L I HomeTek Technology Inc 9 CONDUCTED POWER LINE TEST DATA PAGE 2 Home Tek EMC LAB TEL 886 2 22608375 24 Jun 2006 15 36 CONDUCTED EMISSIONS EUT Video to VGA Converter Manuf 5F006 Op Cond LINE 1 Operator Makoto Test Spec FOR CISPR22 CLASS B Comment 110V 60H2 ADO01H S Video Mode 1024 768 75Hz Result File 5f00613b dat S Video Mode 1024 768 75Hz Prescan Measurement Detectors XPK AV Meas Time see scan settings Subranges 16 Acc Margin 55 dB Peak Search Results Frequency PK Level PK Limit PK Delta MHz dByV dBuV dB 0 175 53 71 64 72 11 01 0 235 49 70 62 27 12 57 0 36 38 50 58 73 20 23 0 475 46 15 56 43 10 28 0 77 37 48 56 00 18 52 1 01 40 95 56 00 15 05 1 3 37 41 56 00 18 59 2 3 38 00 56 00 18 00 3 39 42 84 56 00 13 16 3 62 42 33 56 00 13 67 5 23 38 54 60 00 21 46 7 33 38 23 60 00 MAT 11 81 34 58 60 00 25 42 13 71 38 51 60 00 21 49 16 36 28 08 60 00 31 92 2445 2490 60 00 35 10
6. 5 10 01 through 2006 09 30 Effective dates al Institute of St ndards ahd Technology Page 2 of 2 NVLAP 015 REV 2005 05 18
7. ETIC COMPATIBILITY AND TELECOMMUNICATIONS 2005 10 01 through 2006 09 30 Effective dates For the Natiowal Institute of Standards and Technology NVLAP 01C REV 2005 05 19 NYA National Voluntary rv Laboratory Accreditation Program SCOPE OF ACCREDITATION TO ISO IEC 17025 1999 HomeTek Technology Inc P O Box 13 131 Pan Chiao City No 67 9 Shir Men Rd Tu Chen City Taipei Shien 236 TAIWAN Mr Grant Huang Phone 886 2 22608375 Fax 886 2 22748013 E Mail hometek ms1 5 hinet net ELECTROMAGNETIC COMPATIBILITY NVLAP LAB CODE 200331 0 AND TELECOMMUNICATIONS NVLAP Code Designation Description Emissions Test Methods 12 CIS 14a EN 55014 1 1993 Al 1997 A2 1999 12 C1514a2 BS EN 55014 1 2001 with Al and A2 Electromagnetic compatibility Requriements for household appliances electric tools and similar apparatus Part 1 Emission 12 CI514b1 AS NZS CISPR 14 1 2003 Electromagnetic Compatibility Requirements for houschold appliances electric tools and similar apparatus Part 1 Emission I2 CIS14e CNS 13783 1 Electromagnetic Compatibility Requirements for household appliances electric tools and similar apparatus Part 1 Emissions 12 CIS14d IEC CISPR 14 1 2001 and Al 2001 Electromagnetic Compatibility Requirements for household appliances electric tools and similar apparatus Part 1 Emissions 12 CIS14x IEC CISPR 14 1 Ed 4 2003 Electromagnetic Compatibility Requirements for household ap
8. UV m ABUV m AB ABUV AB m AB AB 58 25 72 Peak 9d 259 023 OP 16 25 57 Peak OS 2832 Peak fl 25458 OP 92 25 31 Peak 29 25 01 Peak 07 24 11 Peak 123 900 25 07 20 00 4 93 2f 70 TL 198 033 26 14 30 00 lt 1 806 42 71 Sd 247 533 32 60 37 00 4 40 43 92 12 09 2944024 24480 S700 3 20 ALL 13 05 3663026 ZA FL S00 Her SPSS t Ca 405 991 27534 37 00 9 66 34 01 15 42 488 062 26 20 37 00 Brote 32 82 TALA CIRO Aa GE 37 00 4T 233043 18 90 00 3 0 01 BAN FP SW NN NN k PE FD5F006 Page 27 of 28 ENG L I HomeTek Technology Inc SAMPLE OF FCC DoC LABEL 1 This device complies with part 15 of the FCC Rules Operation 1s subject to the following two conditions 1 This device may not cause harmful interference And 2 this device must accept any interference received including interference that may cause undesired operation SAMPLE OF FCC DoC LABEL 2 Trade Name C Model Number FD5F006 Page 28 of 28 ENG LAB HomeTek Technology Inc Appendix A PHOTOS OF TEST CONFIGURATION FD5F006 Home Tek Technology Inc PHOTO OF CONDUCTED POWER LINE TEST Test Mode S VIDEO Mode 1024 x768 75Hz Model AD001H Front View Rear View FDS5F006 Appendix A 1 of2 Home Tek Technology Inc PHOTO OF RADIATED EMISSION TEST Test Mode S VIDEO Mode 800 x600 75Hz Model ADOO1H akaf D I S kA bh j Front View Rear View HD5F006 Appendix A 20f2 ENG LAB HomeTek Technol
9. VEL FROM THE DEVICE THIS TEST RESULTS OF THIS REPORT APPLIES TO ABOVE TESTED SAMPLE ONLY e THIS TEST REPORT SHALL NOT BE REPRODUCE IN PART WITHOUT WRITTEN APPROVAL OF HOMETEK TECHNOLOGY INC eo THE REPORT MUST NOT BE USED BY THE CLIENT TO CLAIM PRODUCT ENDORSEMENT BY NVLAP OR ANY AGENCY OF THE U S GOVERNMENT THE TEST RESULTS ARE TRACEABLE TO THE NATIONAL OR INTERNATIONAL STANDARD APPROVED BY C2 gt 6576k ALAIN LIN Supervisor FD5F006 Page 3 0f 28 ENG L I HomeTek Technology Inc GENERAL INFORMATION 1 APPLICANT SMART CABLING 8g TRANSMISSION CORP 2 ADDRESS 10F No 493 Chung Cheng Rd Hsin Tien City Taipei 231 Taiwan R O C 3 MANUFACTURER SMART CABLING amp TRANSMISSION CORP 4 ADDRESS LOF No 493 Chung Cheng Rd Hsin Tien City Taipei 231 Taiwan R O C 5 DESCRIPTION OF EUT EUT Video to VGA Converter FCC ID N A Model Number ADOOIXXX Serial N A 5 1 The difference between series of models AD001XXX are as shown below 1 The first X represents different system input 2 The second X represent different accessory 3 The third X represent different color The PCB layout is similar The worst case of EMC test data were shown in this test report FD5F006 Page 4 of 28 ENG L I HomeTek Technology Inc 6 FD5F006 FEATURES OF EUT Please refer to user manual or product specification TEST MODE The EUT were investigated with two
10. WER LINE TEST DATA PAGE A ggg eee AAN Ne eaaa eaaa eee eaaa 20 RADIATED EMISSION TEST EE 21 1 TEST INSTRUMENTS amp FACILITIES cccsccsessessessecsecsucsecsesscsessvssecsesersassarsaresucaessessessesaessesarsareareaveateaven 21 Di TESTPROCEDURE EE 22 o TETE UNAN AA Eege 22 A CONFIGURATION OETHREUT NANANAHAN ee ee ee e ee NAN eaaa aa 24 5 BUTOPERATING CONDITION maaalala baklang a I a BA ata aeta 24 6 LIMIT OFRADIATED EMISSION CLASS bp 24 7 RESULTOFRADIATED EMISSION TEST ez e ee NAN eee eaaa eaaa 25 8 RADIATED EMISSION TEST DATA PAGE IN 26 9 RADIATED EMISSION TEST DATA PAGE 2 27 SAMPLE OF FEC DOC LABEL Lusitania 28 SAMPLE OFFO DOC EE 28 APPENDIX A PHOTOS OF TEST CONFIGURATION APPENDIX B PHOTOS OF EUT FD5F006 Page 2 of 28 ADDRESS No 67 9 Shir Men Road Tu Cheng City O Taipei Hsien Taiwan PHONE 886 2 22608375 FAX 886 2 22748013 ap Lab coreo E mail hometek ms15 hinet net Home Tek Technology Inc CERTIFICATION for FCC Part 15 Subpart B Class B APPLICANT ADDRESS Receipt Date EUT MODEL NO MEASUREMENT PROCEDURE USED PART 15 SUBPART B FCC RULES AND CISPR 22 1997 AND FCC ANSI C63 4 2003 TEST PROCEDURE AND DATA ARE TRACEABLE TO NIST USA TL or NML TAIWAN eo THE MAXIMUM EMISSION LEVELS WERE COMPARED TO THE CISPR 22 CLASS B LIMITS BOTH RADIATED AND CONDUCTED EMISSION o THE ABOVE DEVICE WAS TESTED BY HOMETEK TECHNOLOGY INC TO SHOWS THE MAXIMUM EMISSION LE
11. anuf 5F006 Op Cond LINE 2 Operator Makoto Test Spec FOR CISPR22 CLASS B Comment 110V 60Hz ADOO1H S Video Mode 1024 768 75H2 Result File 5f00623b dat S Video Mode 1024 768 75Hz Prescan Measurement Detectors X PK AV Meas Time see scan settings Subranges 16 Acc Margin 55 dB Peak Search Results Frequency PK Level PK Limit PK Delta MHz dBuV dBuV dB 0 18 54 12 64 49 10 37 0 235 48 94 62 27 13 33 0 415 37 67 57 55 19 88 0 475 46 43 56 43 10 00 0 65 38 93 56 00 17 07 0 96 40 14 56 00 15 86 1 19 37 30 56 00 18 70 2 3 38 66 56 00 17 34 3 39 43 08 56 00 12 92 3 6 41 93 56 00 14 07 5 47 38 21 60 00 21 79 8 15 38 29 60 00 Aa 9 0 34 86 60 00 25 14 13 6 38 31 60 00 21 69 16 42 28 67 60 00 31 33 229 25 54 60 00 34 46 Frequency AV Level AV Limit AV Delta MHz dBuV dBuV dB 0 18 42 95 54 49 11 54 0 235 41 67 52 27 10 60 0 415 29 41 47 55 18 14 0 475 43 08 46 43 3 35 0 65 30 18 46 00 15 82 0 83 29 02 46 00 16 98 1 18 23 89 46 00 22 11 2 32 17 55 46 00 28 45 3 31 18 85 46 00 27 15 4 2 19 22 46 00 26 78 5 7 19 50 50 00 30 50 8 69 25 08 50 00 24 92 11 81 26 39 50 00 23 61 13 17 27 51 50 00 22 49 16 35 15 85 50 00 34 15 27 0 15 90 50 00 34 10 limit exceeded FD5F006 Page 20 of 28 ENG L I HomeTek Technology Inc RADIATED EMISSION TEST 1 TEST INSTRUMENTS amp FACILITIES The following test Instruments was used during the radiated emission test Instruments l l Model Date of Specification Manufacturer facilit
12. ck and forth forming a bundle 30 to 40 cm long hanging approximately in the middle between ground plane and table 2 VO cables that are connected to a peripheral shall be bundled in center The end of the cable may be terminated if required using correct terminating impedance The total length shall not exceed Im 3 IfLISNs are kept in the test setup for radiated emissions it is preferred that they be installed under the ground plane with the receptacle flush with the ground plane 4 Cables of hand operated devices such as keyboards mouses etc have to be placed as close as possible to the controller Non EUT components of EUT system being tested The rear of all components of the system under test shall be located flush with the rear of the table No vertical conducting wall used oY AL EY SA Power cords drape to the floor and are routed over to receptacle Test Configuration Tabletop Equipment Radiated Emission FD5F006 Page 23 of 28 ENG L I HomeTek Technology Inc 4 CONFIGURATION OF THE EUT Same as Conducted Power Line test section 4 5 EUT OPERATING CONDITION 5 1 Same as Conducted Power Line test section 5 5 2 The radiated emission in the frequency range from 30 MHz 1000 MHz was test in a horizontal and vertical polarization at HomeTek Lab s open site HI 5 3 The photos of radiated test configuration please refer to appendix A 6 LIMIT OF RADIATED EMISSION CLASS B CISPR 22 Frequency M
13. easurement boas Limit dBuV MHz 6 1 The tighter limit shall apply at the edge between two frequency bands 6 2 Measurement distance in meters between the measuring instrument antenna and the closed point of any part of the EUT or peripherals FD5F006 Page 24 of 28 ENG L I HomeTek Technology Inc 7 RESULT OF RADIATED EMISSION TEST 7 1 The frequency range from 30 MHzto 1 GHz was investigated 7 2 All readings below or equal 1 GHz are quasi peak or peak values with resolution bandwidth of 120 KHz 7 3 All readings above 1 GHz are average or peak values with resolution bandwidth of 1 MHz 7 4 The measurements were made at 10 meters of HomeTek Labs open site III 7 5 Temperature 31 C Humidity 58 RH 7 6 Deviation form the test standards and rules None 7 7 The radiation emission result were gained by the following method Level Reading Level Probe Factor Antenna Factor Cable Loss Preamp Factor Over Limit Level Limit Line 7 8 The radiated mission test was passed at minimum margin Vertical 198 03 MHz 28 14 dBuV m Antenna Height 1 4 Meter Turn Table 180 degree The Mode _ADOOIH Model _S Video Mode 800 x 600 75Hz 79 Result PASSED FD5F006 Page 25 of 28 EN LAB HomeTek Technology Inc RADIATED EMISSION TEST DATA PAGE 1 No 67 9 Shi Men Rd Tu Chen City Taipei County Taiwan R O C Tel 02 22608375 HomeTek Technology Inc Fax 02 22748013 Data 6 File 5
14. er port Un Shielded 1 8 m ACEEX 1414 9013522 IFAXDM1414 1 5m Connected to the COM port Un Shielded 1 8m Page 12 of 28 ENG L I HomeTek Technology Inc M FD5F006 Mouse PSII Manufacturer Model Number Serial Number FCC ID Data Cable Power Cord KeyBoard PSII Manufacturer Model Number Serial Number FCC ID Data Cable Power Cord DV Manufacturer Model Number Serial Number FCC ID Data Cable 1 Data Cable 2 Power Cord HP M S69 334684 002 FCC DoC Shielded 1 8 m Connected to the PSII port N A DELL SK 8110 311 0512 FCC DoC Shielded 1 5m Connected to the PSII port N A SONY DCR PC110 1158142 FCC DoC Shielded 1 6m Connected to the S Video port Shielded 1 6m Connected to the Composite Video port Un Shielded 1 8 m Page 13 of 28 ENG L I HomeTek Technology Inc FD5F006 M Power Adapter Manufacturer Model Number Serial Number FCC ID Data Cable Power Cord DC 4 3 REMARK N A Atech RHF 050120 1C N A N A N A Un Shielded 1 8m Page 14 of 28 ENG L I HomeTek Technology Inc 5 RUT OPERATING CONDITION FD5F006 5 1 Dz J3 5 4 5 5 5 6 5 7 5 8 The oscillator frequencies of the EUT are 12 MHz and 14 318 MHz Configure the EUT according to the ANSI C63 4 2003 amp CISPR 22 1997 The test configuration included PC monitor keyboard m
15. f006 emi Date 2006 06 26 Time 11 53 04 a Levd dBuVin RB Eis KALA 30 50 100 200 500 1000 Trace Ref Trace Condition CISPR22 CLASS B 10m CHASE 2614 060506 HORIZONTAL eut Video toVGA Converter power 110V 60Hz memo ADOO1H S VIDEO MODE 800x600 75Hz Page 1 Limit Over ReadAntenna Cable Preamp Freq Level Line Limit Level Factor Loss Factor Remark MHz ABUV m ABUV m AB ABUV AB m AB dB 148 021 Parr 30 00 83 E 3 039 229 505 20 05 30 00 OLA 3398 10 20 Z263 980 25 15 27 00 tkez Mba 12 62 20094 AIDA 37 00 bh INT Ta UH 3001040 30 72 37 00 6 28 38 60 1479 445 521 29542 34 00 7 98 34 97 16 32 406 015 21 7 BO O A 33 TB 609 289 26 04 37 00 LO 9G 23 24 18 60 98 25 63 OP 10 25 59 Peak 25 25 55 Peak 35 25 52 Peak sil 25 39 Peak 10 25 16 Peak 29 265 01 QE fl 24 51 Peak 0O 3 0 0 43 WN FH LO QU WN NN N H FD5F006 Page 26 of 28 EN LAB HomeTek Technology Inc 9 RADIATED EMISSION TEST DATA PAGE 2 No 67 9 Shi Men Rd Tu Chen City Taipei County Taiwan R O C Tel 02 22608375 HomeTek Technology Inc Fax 02 22748013 Data 5 File 5f006 emi Date 2006 06 26 Time 10 15 41 sa Levd dBu in Trace Ref Trace Condition CISPR22 CLASS B 10m CHASE 2614 060506 VERTICAL eut Video to VGA Converter power 110V 60Hz memo ADOO1H S VIDEO MODE 800x600 75Hz Page 1 Limit Over ReadAntenna Cable Preamp Freq Level Line Limit Level Factor Loss Factor Remark MHz AB
16. ies S N Cal OPEN AREA EMI TEST ROHDE amp ESMI RECEIVER 2082 20 6GHz SCHWARZ 845442006 KN PRE BB525C AMPLIFIER 9KHz 3000MHz ADVANTEST 90081001 OCT 2005 ANTENNA CBL6112B BI LOG 25MHz 2GHz SCHAFFNER SIN 2614 JUN 2006 an syeBao PATNE nmn RG214 U 7 Cable 14m BELDEN 2218 DEC 2005 OS3 001 ees N A AUDIX 19991013 0923 N A software Note Items 1 7 were calibrated within period of 1 year FD5F006 Page 21 of 28 ENG L I HomeTek Technology Inc 2 TEST PROCEDURE 2 1 The EUT was test according to ANSI C63 4 2003 Section 5 4 5 5 8 1 8 2 8 3 a CISPR 22 1997 amp C18 01 11 HomeTek test procedure 2 2 The radiated test was performed at HomeTek Labs Open Site II 2 3 The frequency range from 30 MHzto 1 GHz the measurement were made at 10 meters with a BI log antenna 3 TEST SETUP 3 1 TEST SETUP OF OPEN SITE 1Mto4M TIN 3or10M GROUND PLANE Receiver FD5F006 Page 22 of 28 ENG L I HomeTek Technology Inc 3 2 TEST SETUP OF EUT ANSI ELECTRICAL AND ELECTRONIC EQUIPMENT IN THE RANGE OF 9kHz TO 40 GHz C63 4 2003 NONCONOUCTIVE l cm BUT TABLE 1 5 x 1 METER 5 CI EE CU UU TE 80 cm To GROUND PLAN CONDUCTING GROUND PLANE EXTENDS 0 5m BEYOND EUT SYSTEM FOOTPRINT Details for setup configuration please refer to appendix A LEGEND 1 Interconnecting cables that hang closer than 40 cm to the ground plane shall be folded ba
17. ogy Inc Appendix B PHOTOS OF EUT FD5F006 Home Tek Technology Inc PHOTO OF EUT Model AD001H Full View of Adaptor FD5F006 Appendix B l of 2 Home Tek Technology Inc PHOTO OF EUT Model AD001XXX Solder Side of Main Board FD5F006 Appendix B 2 of 2 Declaration of Conformity Responsible Party Name Address Phone No Fax No Declares under our sole responsibility that the product Product Name Video to VGA Converter Model No AD001XXX to which this declaration relates 1s in conformity with the following standards or other normative documents 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 interference and 2 this device must accept any interference received including interference that may cause undesired operation Representative Person s Name Signature Date United States Department of Commerce National Institute of Standards and Technology INP Eh Certificate of Accreditation to ISO IEC 17025 1999 NVLAP LAB CODE 200331 0 HomeTek Technology Inc Taipei Shien 236 TAIWAN is recognized by the National Voluntary Laboratory Accreditation Program for conformance with criteria set forth in NIST Handbook 150 2001 and all requirements of ISOMEC Guide 17025 1999 Accreditation is granted for specific services listed on the Scope of Accreditation for ELECTROMAGN
18. oha g ADDRESS No 67 9 Shir Men Road Tu Cheng City Taipei Hsien Taiwan PHONE 886 2 22608375 FAX 886 2 22748013 a NAN Inc E mail hometekOms15 hinet net FCC TEST REPORT FOR APPLICANT SMART CABLING amp TRANSMISSION CORP ADDRESS 10F No 493 Chung Cheng Rd Hsin Tien City Taipei 231 Taiwan R O C EUT Video to VGA Converter MODEL NO AD001XXX VLAP Lab Code 20033 1 0 D Accredited by the National Voluntary Laboratory Accreditation Program for the specific scope of accreditation under Lab Code 200331 0 MEASUREMENT PROCEDURE USED FCC RULES AND CISPR 22 1997 AND FCC ANSI C63 4 2003 PREPARED BY HomeTek Technology Inc No 67 9 Shir Men Road Tu Cheng City Taipei Hsien Taiwan Report FD5F006 Page 1 of 28 ENG LAB HomeTek Technology Inc TABOR CONTENTS ER 2 CERTIFICATION DOE 3 GENERAL INFORMATION eege EE 4 MODHE RTE TS KEE 6 CONDUCTED POWER LINE TEST ENEE 7 TEST INSTRUMENTS amp FACILITIES 21Na 7 d TEST PROCEDURE E 7 o IN 8 4 CONFIGURATION OF THE EU bA ANG AMIANAN pane Ba BA nd ad A GG A pad aan AG aa ada aka MG ad an aka 10 5 BUT OPERATING CONDITION unan ANAN ANAN ANNA KANAN ANNA ANNA KA NAN eaaa eaaa 15 6 LIMIT OF CONDUCTED POWER LINE EMISSION CLASS Bun ee 16 7 RESULT OF CONDUCTED POWER LINE TEST e ze esse 16 8 CONDUCTED POWER LINE TEST DATA PAGE IN 17 9 CONDUCTED POWER LINE TEST DATA PAGE 2 0 NN aman 18 10 CONDUCTED POWER LINE TEST DATA PAGE 2 19 11 CONDUCTED PO
19. ouse printer modem and DV Turn on all the power of EUT and peripheral During the test DV sends color bar to the EUT through each input port individually Monitor display color bar For Composite Video 1024 x 768 75Hz Composite Video 800 x 600 75Hz S Video 1024 x 768 75Hz S Video 800 x 600 75Hz During the test the PC sends H patterns the EUT through each input port individually Monitor display H character For VGA 1024 x 768 75Hz Measure the maximum emission noise The photos of conducted test configuration please refer to appendix A Page 15 of 28 ENG L I HomeTek Technology Inc 6 LIMIT OF CONDUCTED POWER LINE EMISSION CLASS B 0 15 0 5 MHz 66 56 dBuV 56 46 dBuV 0 5 5 MHz 56 dBuV 46 dBuV 5 30 MHz 60 dBuV 50 dBuV FD5F006 6 1 In the above table the tighter limit applies at the band edges RESULT OF CONDUCTED POWER LINE TEST 7 1 7 2 LS 7 4 7 5 7 6 The frequency range from 0 15 MHz to 30 MHz was investigated All readings are quasi peak values and average IF bandwidth 9 kHz Meas Time 1 sec Temperature 28 C Humidity 62 RH Deviations from the test standards and rules None The conducted test result were gained by following procedures Level Reading Level Insertion Loss of LISN Cable Loss All calculation were done by ESHS30 EMI test receiver Result PASSED Page 16 of 28 ENG LABZ HomeTek Technology Inc 8 FD5F0
20. pliances electric tools and similar apparatus Part 1 Emission LA CIS22 IEC CISPR 22 1997 amp EN 55022 1998 A1 2000 Limits and methods of measurement of radio disturbance characteristics of information technology equipment 12 C1522a IEC CISPR 22 1993 and EN 55022 1994 Limits and methods of measurement of radio disturbance characteristics of information technology equipment Amendment 1 1995 and Amendment 2 1996 2005 10 01 through 2006 09 30 Effective dates For the Nat Page l of 2 NVLAP 015 REV 2005 05 19 gent OF co E Wi pl National Voluntary b 4 Laboratory Accreditation Program ELECTROMAGNETIC COMPATIBILITY NVLAP LAB CODE 200331 0 AND TELECOMMUNICATIONS NVLAP Code Designation Description 12 C1522b CNS 13438 1997 Limits and Methods of Measurement of Radio Interference Characteristics of Information Technology Equipment 12015220 IEC CISPR 22 Fourth Edition 2003 04 amp EN 55022 1998 Information technology equipment Radio disturbance characteristics Limits and methods of measurement 12 FCC15b ANSI C63 4 2003 with FCC Method 47 CFR Part 15 Subpart B Unintentional Radiators 12 T5la AS NZS CISPR 22 2004 Information technology equipment Radio disturbance characteristics Limits and methods of measurement 12 VCCIa VCCI Agreement of Voluntary Control Council for Interference by Information Technology Equipment Technical Requirements V 3 2004 04 200
21. resolution and three D port modes shown as below 1 Composite Video Mode 1024 x 768 75Hz 2 Composite Video Mode 800 x 600 75H2 3 S Video Mode 1024 x 768 75Hz 4 S Video Mode 800 x 600 75Hz 5 VGA Mode 1024 x 768 75Hz The final test data were shown in this test report Page 5 of 28 ENG L I HomeTek Technology Inc MODIFICATION LIST THE FOLLOWING ACCESSORIES WERE ADDED TO THE EUT DURING TESTING NO MODIFICATION BY HOMETEK TECHNOLOGY INC FD5F006 Page 6 of 28 ENG L I HomeTek Technology Inc CONDUCTED POWER LINE TEST 1 TEST INSTRUMENTS amp FACILITIES The following test Instruments was used during the conducted test Instruments l Model Date Of SE Specification Manufacturer Facilities S N Cal ROHDE amp ESHS 30 EMI Receiver 9KH7 30MHz SCHWARZ 844827 007 FEB 2006 50 Q 50uH 100A gt LISN u SCHWARZ NNLK 8121 OCT 2005 for EUT 150KHz 30MHz BECK 8121370 LISN 5012 50uH 10A ROHDE ESH3 Z5 MAR 2006 for Support Unit ME 30MHz a EE NAT EM 5 Attenuation 50 2 10dB Mini Circuit JUL 2005 AT 002 RG 223 Cable 5 4m SUHNER AUG 2005 CON2 002 7 ESXS KI Version 2 03b ROHDE a 1082 9678 02 NA software 9KHz 30MHz SCHWARZ 840 913 246 Note 2 FD5F006 Items 1 6 were calibrated within period of 1 year TEST PROCEDURE 2 1 13 PANG 2 4 2 2 6 The EUT was tested according to ANSI C63 4 2003 Section 5 2 7 1 7 2 amp CISPR 22 1997 amp
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