Test Report_a-01-01_DSC
Contents
1. ETL FCC TEST REPORT FCC ID VWV A 01 01A FCC MEASUREMENT REPORT Scope Measurement and determination of electromagnetic emission EME of radio frequency devices including intentional radiators and or unintentional radiators for compliance with the technical rules and regulations of the U S Federal Communications Commission FCC General Information Applicant Name Adaptiv Technologies LLC Address 1639 11th Street Suite 156 Santa Monica CA 90404 U S A Attention Mr Adam Gold Director EUT Type Model Number e FCCID e SIN Freq Range FCC Rule Part s Test Procedure FCC Classification Dates of Tests Place of Tests Test Report No TPX Main Console a 01 01 VWV A 01 01A Proto type 418 MHz FCC Part 15 Subpart C section 15 231 ANSI C63 4 2003 DSC Part 15 Security Remote Control Transmitter January 12 2010 to January 15 2010 ETL Inc Testing Lab Radiated Emission test 499 1 Sagot ri Seosin myeon Hwaseong si Gyeonggi do 445 882 Korea Conducted Emission test ETL Inc Testing Lab 371 51 Gasan dong Geumcheon gu Seoul 153 803 Korea ETLE100108 17 Report no ETLE100108 17 Page 3 of 19 Head Office 371 51 Gasan dong Geumcheon gu Seoul 153 803 Korea Tel 82 2 858 0786 Fax 82 2 858 0788 ETLQP 21 F22 0 ETL FCC TEST REPORT FCC ID VWV A 01 01A 1 INTRODUCTION The measurement test for radiated and co2. The data collected shows that the Adaptiv Technologies LLC TPX Main Console a 01 01 complied with technical requirements of above rules part 15 209 and 15 231 limits The equipment is not modified anything mechanical or circuits to improve EMI status during a measurement No EMI suppression device s was added and or modified during testing Report no ETLE100108 17 Page 10 of 19 Head Office 371 51 Gasan dong Geumcheon gu Seoul 153 803 Korea Tel 82 2 858 0786 Fax 82 2 858 0788 ETLQP 21 F22 0 ETL FCC TEST REPORT FCC ID VWV A 01 01A 5 2 20 dB Bandwidth EUT TPX Main Console a 01 01 Limit apply to FCC Part 15 231 c Test Date January 12 2010 Operating Condition Continues transmitter 418 MHz Result Passed Limit The bandwidth of the emission shall be no wider than 0 25 of the center frequency for devices operating above 70 MHz and below 900 MHz For devices operating above 900 MHz the emission shall be no wider than 0 5 of the center frequency Bandwidth is determined at the points 20 dB down from the modulated carrier Test Data Measured occupied Center Frequency bandwidth Limit Result MHz MHz MHz 418 00 0 470 1 045 0 25 Pass NOTES 1 Please see the measured bandwidth plot in next page 2 The bandwidth is determined at the points 20 dB down from the modulated carrier Us Test Engineer Kug Kyoung Yoon Report no ETLE100108 17 Page 11 of 19 Head
3. ETL www etl re kr Electromagnetic Emission FCC MEASUREMENT REPORT CERTIFICATION OF COMPLIANCE PRODUCT MODEL TYPE NO FCC ID BRAND NAME APPLICANT MANUFACTURER FCC CLASSIFICATION FCC RULE PART S FCC PROCEDURE TEST REPORT No DATES OF TEST REPORT ISSUE DATE TEST LABORATORY FCC Part 15 Certification Measurement TPX Main Console a 01 01 Proto type VWV A 01 01A Adaptiv Technologies LLC 1639 11th Street Suite 156 Santa Monica CA 90404 U S A Attn Mr Adam Gold Director Willtronics Co Ltd 301 Kwanlidong KwangMyung Industrial Complex 201 Haan 3 Dong KwangMyung Kyungki Korea 423 063 DSC Part 15 Security Remote Control Transmitter FCC Title 47 Part 15 Subpart C ANSI C63 4 2003 ETLE100108 17 January 12 2010 to January 15 2010 January 25 2010 ETL Inc FCC Designation Number KR0022 This is TPX Main Console Model a 01 01 has been tested in accordance with the measurement procedures specified in ANSI C63 4 2003 at the ETL Test Laboratory and has been shown to be complied with the electromagnetic radiated emission limits specified in FCC Rule Part15 Subpart C section 15 231 attest to the accuracy of data All measurement herein was performed by me or was made under my supervision and is correct to the best of my knowledge and belief assume full responsibility for the completeness of these measurements and vouch for the qualifications of all persons taking them The results of test
4. FCC TEST REPORT FCC ID VWV A 01 01A 4 5 The setup drawing s Car Battery Laser Receiver Generator Speaker Data Line seeeeeeeeueeeun DC Power Line AC Power Line Report no ETLE100108 17 Page 9 of 19 Head Office 371 51 Gasan dong Geumcheon gu Seoul 153 803 Korea Tel 82 2 858 0786 Fax 82 2 858 0788 ETLQP 21 F22 0 ETL FCC TEST REPORT FCC ID VWV A 01 01A 5 TEST RESULTS 5 1 Summary of Test Results The measurement results were obtained with the EUT tested in the conditions described in this report Detailed measurement data and plots showing the maximum emission of the EUT are reported Applied Standard 47 CFR Part 15 Subpart C FCC Rule Measurement Required Result Remarks 15 207 a Power line Conducted Emissions N A 1 15 231 a 1 Manually operated transmitter Pass 15 231 a 2 Automatically activated transmitter Pass 15 231 a 3 Periodic transmissions at regular predetermined intervals Pass 15 231 a 4 Radiators used in cases of emergency Pass 15 231 a 5 Set up information for security systems Pass 15 209 a 231 b Radiated Emissions Pass 15 231 c 20 dB Bandwidth Pass 15 231 d Devices operating within the frequency band 40 66 MHz 40 70 MHz N A 2 15 231 e Radiated emissions for Periodic radiators N A Notes 1 The EUT is powered by DC power supply that uses battery only 2 The frequency range of EUT is 418 MHz fixed
5. Factor Cable Loss a rr Result imi Margin dB xV dB V dB KAB V m dB V m dB 836 00 19 13 21 95 29 82 18 68 60 28 41 16 1 254 00 11 84 24 90 11 50 29 82 18 42 60 28 41 86 Other frequencies NOTES 1 The test was searched from 30 MHz to the 10 Harmonic 30MHz 4 2GHz 2 Average level Peak level Duty factor Test Engineer Kug Kyoung Yoon Report no ETLE100108 17 Page 15 of 19 Head Office 371 51 Gasan dong Geumcheon gu Seoul 153 803 Korea Tel 82 2 858 0786 Fax 82 2 858 0788 ETLQP 21 F22 0 ETL FCC TEST REPORT FCC ID VWV A 01 01A 5 4 Periodic Operation Measurement Plot TX on time 11 71 ms Limit s 5 s Result E Pass O Fail VBH 1 MHz Report no ETLE100108 17 Page 16 of 19 52 2 Head Office 371 51 Gasan dong Geumcheon gu Seoul 153 803 Korea Tel 82 2 858 0786 Fax 82 ibe 858 0788 ETL FCC TEST REPORT FCC ID VWV A 01 01A 5 4 1 Duty cycle Calculation Duty cycle factor 20log on time period 20log 0 19 17 ms 100 ms 29 82 dB On time 0 19 ms 17 3 23 ms Period 100 ms Atten dB VBH 1 MHz J Py EEL ETL Re BaT Report no ETLE100108 17 Page 17 of 19 Head Office 371 51 Gasan dong Geumcheon gu Seoul 153 803 Korea Tel 82 2 858 0786 Fax 82 2 858 0788 FCC ID VWV A 01 01A ETL FCC TEST REPORT 6 SAMPLE CALCULATION Sample Field Strength Calculation The field stre
6. Office 371 51 Gasan dong Geumcheon gu Seoul 153 803 Korea Tel 82 2 858 0786 Fax 82 2 858 0788 ETLQP 21 F22 0 ETL FCC TEST REPORT FCC ID VWV A 01 01A 20 dB Bandwidth Mkrl amp 470 kHz Ref 50 dBpV Atten dB 8 876 dB Peak Center 418 MHz Span 2 MHz Res BH 120 kHz VBW 1 MHz Sweep 5 ms 461 pts Report no ETLE100108 17 Page 12 of 19 Head Office 371 51 Gasan dong Geumcheon gu Seoul 153 803 Korea Tel 82 2 858 0786 Fax 82 2 858 0788 ETLQP 21 F22 0 ETL FCC TEST REPORT FCC ID VWV A 01 01A 5 3 Radiated Emissions for Periodic radiators EUT TPX Main Console a 01 01 Limit apply to FCC Part 15 209 a amp 15 231 b Test Date January 15 2010 Operating Condition Continues transmitter 418 MHz Result Passed Part 15 209 a except as provided elsewhere in this Subpart the emissions from an intentional radiator shall not exceed the field strength levels specified in the following table Frequencies 15 209 Radiated Limits MHz dB uV m 3 m 30 88 40 88 216 43 5 216 960 46 Above 960 54 Part 15 231 b In addition to the provisions of Section 15 205 the field strength of emissions from intentional radiators operated under this Section shall not exceed the following Fundamental Field Strength of Field Strength of Frequency Fundamental Spurious Emission MHz microvolts meter microvolts meter 40 66 40 70 2 250 225 70 130 1 25
7. 0 125 130 174 1 250 to 3 750 125 to 375 174 260 3 750 375 260 470 3 750to 12 500 375 to 1 250 Above 470 12 500 1 250 linear interpolations Where F is the frequency in MHz the formulas for calculating the maximum permitted fundamental field strengths are as follows for the band 130 174 MHz uV m at 3 meters 56 81818 F 6 136 3636 for the band 260 470 MHz uV m at 3 meters 41 6667 F 7 083 3333 The maximum permitted unwanted emission level is 20 dB below the maximum permitted fundamental level Fundamental uV m at 3 meters 41 6667 418 7 083 3333 10 333 3473 20l0g 10 333 3473 80 28 dB A m Spurious emissions uV m at 3 meters 20 dB below of fundamental level 60 28 dB V m Test Results Refer to see the measured plot in next page Report no ETLE100108 17 Page 13 of 19 Head Office 371 51 Gasan dong Geumcheon gu Seoul 153 803 Korea Tel 82 2 858 0786 Fax 82 2 858 0788 ETLQP 21 F22 0 ETL FCC TEST REPORT FCC ID VWV A 01 01A 5 3 1 Radiated Emissions Data The following table shows the highest levels of radiated emissions on both polarizations of horizontal and vertical Detector mode Quasi Peak mode RBW 120 kHz below 1 GHz Peak AV mode RBW 1 MHz above 1 GHz Emission Frequency Reading Polarization Ant Factor Cable Loss Level Margin 121 13 17 70 11 29 31 20 43 50 12 30 19065 19 76 a250 43 50 11 00 1935 21 08 a360 4350 990 229 80 2
8. 1 26 10 15 34 50 46 00 11 50 399 75 17 06 14 54 36 20 46 00 9 80 frequencies NOTES H Horizontal polarization V Vertical polarization Result Reading Antenna factor Cable loss Margin value Limit Result Results found to be 20dB or greater under the limit have not been included The measurement was performed for the frequency range 30 MHz 4 2 GHz according to the FCC Part 15 209 a OPoOnsa Test Engineer Kug Kyoung Yoon Report no ETLE100108 17 Page 14 of 19 Head Office 371 51 Gasan dong Geumcheon gu Seoul 153 803 Korea Tel 82 2 858 0786 Fax 82 2 858 0788 ETLQP 21 F22 0 ETL FCC TEST REPORT FCC ID VWV A 01 01A 5 3 2 Field Strength of Fundamental Peak Mode Test Data Frequency Reading Polarization Ant Factor Cable Loss Result dB V H dB wV dB V m dB V m 418 00 40 18 15 11 60 00 100 28 40 28 Average Mode Test Data Frequency Reading Polarization Ant Factor Cable Loss grit ha Result dB V dB V dB AB V m dB 4V m 418 00 36 26 15 11 29 82 26 26 80 28 54 02 5 3 3 Spurious Emissions Data Peak Mode Test Data Frequency Reading Polarization Ant Factor Cable Loss dB xV H dB V dB V m dB V m 836 00 23 93 PH 21 95 53 30 80 28 26 98 1 254 00 1 254 00 00 15 90 1590 H 24 90 11 50 52 30 80 28 27 98 Other frequencies Average Mode Test Data Frequency Reading Polarization Ant
9. 5 13 4 8 291 8 294 123 138 2200 2300 14 47 14 5 Baro ence 149 9 150 05 2310 2390 1535 162 are aes 156 52475 156 52525 2483 5 2500 177 214 Adee 6 oe 156 7 156 9 2690 2900 22 01 23 12 oe JA 162 0125 167 17 3260 3267 236 240 E a 167 72 173 2 3332 3339 31 2 31 8 12 57675 12 57725 240 285 3345 8 3358 36 43 36 5 13 36 13 41 322 335 4 3600 4400 Until February 1 1999 this restricted band shall be 0 490 0 510 MHz Above 38 6 b Except as provided in paragraphs d and e the field strength of emissions appearing within these frequency bands shall not exceed the limits shown in Section 15 209 At frequencies equal to or less than 1000 MHz compliance with the limits in Section 15 209 shall be demonstrated using measurement instrumentation employing a CISPR quasi peak detector Above 1000 MHz compliance with the emission limits in Section 15 209 shall be demonstrated based on the average value of the measured emissions The provisions in Section 15 35 apply to these measurements Report no ETLE100108 17 Page 7 of 19 Head Office 371 51 Gasan dong Geumcheon gu Seoul 153 803 Korea Tel 82 2 858 0786 Fax 82 2 858 0788 ETLQP 21 F22 0 ETL FCC TEST REPORT 4 TEST CONDITION 4 1 Test Configuration FCC ID VWV A 01 01A The device was configured for testing in a typical fashion as a customer would normally use it During the tests the EUT and the supported equipme
10. ing in this report apply to the product system which was tested only Other similar equipment will not necessarily produce the same results due to production tolerance and measurement uncertainties LAAT Hyung Seok Lee Chief Engineer ETL Inc 371 51 Gasan dong Geumcheon gu Seoul 153 803 Korea Tel 82 2 858 0786 Fax 82 2 858 0788 This report only responds to the tested sample and may not be reproduced except in full without written approval of the ETL Inc ETL FCC TEST REPORT FCC ID VWV A 01 01A Table of Contents FCC Measurement Report Introduction Product Information Description of Tests Test Condition oa A WO N Test Results 5 1 Summary of Test Results 5 2 Radiated Emissions Measurement 5 3 Occupied Bandwidth Measurement 5 4 Radiated Emissions for Periodic radiators 5 5 Periodic Operation Measurement Plot 6 Sample Calculation 7 List of test Equipment used for Measurement Appendix A FCC ID Label and Location Appendix B Test Setup Photographs Appendix C External Photographs Appendix D Internal Photographs Appendix E Block Diagram Appendix F Schematics Appendix G Operating Description and specifications Appendix H User Manual Appendix I Part list Appendix J Component Appendix K Antenna specification Report no ETLE100108 17 Page 2 of 19 Head Office 371 51 Gasan dong Geumcheon gu Seoul 153 803 Korea Tel 82 2 858 0786 Fax 82 2 858 0788 ETLQP 21 F22 0
11. maximum emission Varying the mode of operating frequencies of the EUT maximized each emission The system was tested in all the three orthogonal planes and changing the polarity of the antenna The worst case emissions are recorded in the data tables If necessary the radiated emission measurement could be performed at a closer distance to ensure higher accuracy and the results were extrapolated to the specified distance using an inverse linear distance extrapolation factor 20 dB decade as per section 15 31 f Photographs of the worst case emission can be seen in Photographs of the worst case emission test setup can be seen in Appendix B Report no ETLE100108 17 Page 6 of 19 Head Office 371 51 Gasan dong Geumcheon gu Seoul 153 803 Korea Tel 82 2 858 0786 Fax 82 2 858 0788 ETLQP 21 F22 0 ETL FCC TEST REPORT 3 2 FCC Part 15 205 Restricted Bands of Operations FCC ID VWV A 01 01A a Except as shown in paragraph d of this section only spurious emissions are permitted in any of the frequency bands listed below MHz MHz MHz GHz ee ihe 16 42 16 423 399 9 410 45 5415 eee 5 608 16 69475 16 69525 608 614 5 35 546 eee 16 80425 16 80475 960 1240 725 775 4 17725 4 17775 25 5 25 67 1300 1427 8 025 8 5 4 20725 4 20775 37 5 38 25 1435 1626 5 9 0 9 2 AAEN 73 74 6 1645 5 1646 5 93 95 6 26775 6 26825 74 8 75 2 1660 1710 10 6 12 7 ee 108 121 94 1718 8 1722 2 13 2
12. nducted emission test was conducted at the ETL Inc The site is constructed in conformance with the requirements of the ANSI C63 4 2003 and CISPR Publication 16 The ETL has site descriptions on file with the FCC for 3 m and 10 m site configurations Detailed description of test facility was found to be in compliance with FCC Rules according to the ANSI C63 4 2003 and registered to the Federal Communications Commission FCC Designation Number KR0022 The measurement procedure described in American National Standard for Method of Measurement of Radio Noise Emission from Low Voltage Electrical and Electronic Equipment in the Range of 9 kHz to 40 GHz ANSI C63 4 2003 was used in determining radiated and conducted emissions from the Adaptiv Technologies LLC Model a 01 01 Report no ETLE100108 17 Page 4 of 19 Head Office 371 51 Gasan dong Geumcheon gu Seoul 153 803 Korea Tel 82 2 858 0786 Fax 82 2 858 0788 ETLQP 21 F22 0 ETL FCC TEST REPORT 2 PRODUCT INFORMATION 2 1 Equipment Description The Equipment Under Test EUT is the TPX Main Console Model a 01 01 2 2 General Specification FCC ID VWV A 01 01A General Dimensions 65 mm W x 118 mm L x 42 mm H Weight 185g Power Requirement CAR Battery 12 V DC Temperature Range Operating 20 to 80 Storage 40 to 100 Laser Detector Receiver Type Pulse Laser Signal Receiver Sensor Front End Convex Condenser Le
13. ngth is calculated by adding the Antenna Factor and Cable Factor The basic equation with a sample calculation is as follows FS RA AF CF Where FS Field Strength RA Receiver Amplitude AF Antenna Factor CF Cable Attenuation Factor dB uV 20 logio uV dBuV dBm 107 Example 399 75 MHz Class B Limit 46 00 dB V m Reading 17 06 dB HW Antenna Factor Cable Loss 14 54 4 60 19 14 dB V m Total 36 20 dB LV m Margin 46 00 36 20 9 80 dB 9 80 dB below Limit Report no ETLE100108 17 Page 18 of 19 Head Office 371 51 Gasan dong Geumcheon gu Seoul 153 803 Korea Tel 82 2 858 0786 Fax 82 2 858 0788 ETLQP 21 F22 0 ETL FCC TEST REPORT FCC ID VWV A 01 01A 7 List of test equipments used for measurements Test Equipment Model Mfg Serial No Cal Due Date X Spectrum Analyzer E7405A H P US41160290 10 09 18 xX EMI TEST Receiver ESVS10 R amp S 835165 001 10 04 02 xX Horn Antenna BBHA 9120D Schwarzbeck 227 11 03 16 X LogBicon Antenna VULB9160 Schwarzbeck 3082 10 01 25 X Preamplifier 8447D H P 3307A02865 10 10 05 x Turn Table MFT 120S a iis N A x Antenna Master MFA 440E i e N A Head Office 371 51 Gasan dong Geumcheon gu Seoul 153 803 Korea Tel 82 2 858 0786 Report no ETLE100108 17 Page 19 of 19 Fax 82 2 858 0788 ETLQP 21 F22 0
14. ns Detector Type Pulse Width Discriminator Receiver Bandwidth Spectral Response 30 MHz 800 nm 1 100 nm Radar Detector Receiver Type Double Conversion Super heterodyne Detector Type Antenna Type Scanning Frequency Discriminator Linear Polarization Frequency of Operation Transmitter Frequency Tx 10 525 GHz X Band 24 150 GHz K Band 34 700 GHz Ka Band Transmitter Manual Tx amp Semi Auto 418 00 MHz Modulation ASK Amplitude shift keying Transmitter used in device SAW surface acoustic wave RESONATOR NDR4047 Tolerance of transmission frequency 20 ppm Modulation contents Digital data Data rate 16 bit 70 ms Report no ETLE100108 17 Page 5 of 19 Head Office 371 51 Gasan dong Geumcheon gu Seoul 153 803 Korea Tel 82 2 858 0786 Fax 82 2 858 0788 ETLQP 21 F22 0 ETL FCC TEST REPORT FCC ID VWV A 01 01A 3 DESCRIPTION OF TESTS 3 1 Radiated Emission Measurement Radiated emission measurements were made in accordance with 13 in ANSI C63 4 2003 Measurement of Intentional radiators The measurements were performed over the frequency range of 30 MHz to 40 GHz using antenna as the input transducer to a Spectrum analyzer or a Field Intensity Meter The measurements were made with the detector set for Peak Quasi peak Average within a bandwidth of 120 kHz and above 1GHz is 1 MHz Preliminary meas
15. nts were installed to meet FCC requirement and operated in a manner and which tends to maximize its emission level in a typical application 4 2 EUT operation The EUT was connected as user s guide And during the test executed EUT is operating on the following Function of transmitter The EUT model a 01 01 has been tested under operating condition Fixed Channel 418 MHz was chosen for testing Function of Radar detector Bands 10 525 GHz X Band 24 150 GHz K Band 34 700 GHz Ka Band Operating Mode Stand by mode 10 525 GHz X Band 24 150 GHz K Band 34 700 GHz Ka Band 4 3 Support Equipment Used Description Model Name Serial No Manufacturer Receiver Speaker NONE NONE NONE Laser Receiver WL 1000 01739 NONE Laser Generator NONE NONE NONE Speaker NONE NONE NONE LED NONE NONE NONE DC Power Supply E3616A KR64301658 H P 4 4 Type of Cables Used Device from Device to Type of I O port Length m Type of shield EUT Laser Receiver Line 2 5 Shielded EUT Speaker Line 2 5 Unshielded EUT LED Line 2 5 Unshielded EUT Car Battery Line 1 5 Unshielded Laser Generator DC Power Supply Line 1 5 Unshielded DC Power Supply Power socket AC Input 1 0 Unshielded Head Office 371 51 Gasan dong Geumcheon gu Seoul 153 803 Korea Tel 82 2 858 0786 Report no ETLE100108 17 Page 8 of 19 Fax 82 2 858 0788 ETLQP 21 F22 0 GETL
16. urements were made at 3 m using broadband antennas and spectrum analyzer to determine the frequency producing the maximum emission in shielded room Appropriate precaution was taken to ensure that all emission from the EUT were maximized and investigated The system configuration mode of operation turntable azimuth and height with respect to the antenna were noted for each frequency found The spectrum was scanned from 30 MHz to 1000 MHz using Log Bicon antenna Above 1 GHz linearly polarized double ridge horn antennas were used Final measurements were made open site at 3 m The test equipment was laced on a wooden turn table Sufficient time for the EUT support equipment and test equipment was allowed in order for them to warm up to their normal operating condition Each frequency found during pre scan measurements was re examined by manual The detector function was set to CISPR Quasi peak mode and the bandwidth of the receiver was set to 120 kHz or 1 MHz depending on the frequency of type of signal The EUT support equipment and interconnecting cables were re configured to the set up producing the maximum emission for the frequency and were placed on top of a 0 8 m high nonmetallic 1m x 1 5 m table The EUT support equipment and interconnecting cables were re arranged and manipulated to maximize each emission The turntable containing the system was rotated the antenna height was varied 1 m to 4 m and stopped at the azimuth or height producing the
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