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1 Testing and certification of, consultancy and research concerning, electronic and electric appliances, systems, installations and telecommunication systems EMISSION MEASUREMENTS IN ACCORDANCE WITH FCC PART 5 AND ANSI C ON TWO TRANSPONDERS, BRAND AMB PRODUCTS, TYPES TRANX 60 AND TRANX 260, INCLUDING A BATTERY CHARGER, BRAND MNI CELLUAR LTD., TYPE V834K0. FCC report layout endorsed by the FCC by Public Notice of March, 992. Accredited by Competent body Notified body nr. 022 Certification body Designated laboratory Notified test service FCC listed VCCI registered : STERLAB accreditation number L029 D.A.R., TTI-P-G.27/96-00 : Article 0-2 EMC Directive : Article 0-5 EMC Directive Low Voltage Directive TTE Directive : Electrical Products Safety regulation, Hong Kong : TTE Directive : Automotive Directive : 3040/SIT : R-592 C-607 Nederlands Meetinstituut P.O. Box ZG Niekerk (NL) Smidshornerweg TL Niekerk (NL) Telephone: Telefax: NMi@NMi.nl NMi B.V. (Chamber of Commerce Haaglanden No ) Offices: Delft, Bergum, Dordrecht, Niekerk, Utrecht, Tinton Falls NJ (USA), Kawasaki (Japan), Hortolândia SP (Brazil) Subsidiary companies: NMi Certin B.V. ( ) NMi Van Swinden Laboratorium B.V. ( ) NMi International B.V. (272396) Project number: Page of 39

2 MEASUREMENT/TECHNICAL REPORT Date: July 23, 999 This report concerns: Verification / Notification / Certification Equipment type: Intentional radiator Deferred grant requested per 47 CFR 0.457(d)()(ii) No If yes defer until: not applicable Transition Rules Request per 5.37: No Report prepared by: Name : P.A.J.M. Robben, B.Sc.E.E. Company name : NMi Certin B.V. Address : Smidshornerweg 8 Telephone number : Telefax number : Mailing address : P.O. Box 5 City/Place/Postal cd. : 9822 ZG NIEKERK Country : The Netherlands et-desk@nmi.nl The data taken for this test and report herein was done in accordance with FCC Part 5 and ANSI C measurements. NMi Certin B.V.. location Niekerk, The Netherlands, certifies that the data is accurate and contains a true representation of the emission-profile of the Equipment Under Test (EUT) on the date of the test noted in the test report. I have reviewed the test report and find it to be an accurate description of the test(s) performed and the EUT so tested. Date: July 23, 999 Signature: J.S. Sikkema, B.Sc.E.E. Department EMC and Telecommunication Project number: Page 2 of 39

3 Table of contents General Information Product description Related Submittal(s)/grant(s) Test Methodology Test facility List of measurement equipment Bandwidth and antenna factors Product labelling System test configuration Justification Equipment modifications Description of tested EUT Transponder TranX Transponder TranX Conducted and radiated measurement photos Conducted emission data Radiated emission data Radiated field strength measurement (30 MHz MHz, E-field) TranX 60 transponder TranX 260 transponder Battery charger Radiated field strength measurement (9 khz - 30 MHz, H-field) TranX 60 transponder (x-orientation) TranX 60 transponder (y-orientation) TranX 60 transponder (z-orientation) TranX 260 transponder (x-orientation) TranX 260 transponder (y-orientation) TranX 260 transponder (z-orientation) Photos of tested EUT Project number: Page 3 of 39

4 # General Information..# Product description. The product tested is part of an inductive laptiming system. The inductive laptiming system may include transponders, brand, types, and a battery charger, brand MNI Celluar Ltd., type V834K0..2# Related Submittal(s)/grant(s). The related similar submittals are: REC (TranX decoder) and NXYTRANKART (transponder, type TranX 20)..3# Test Methodology. The Test methodology of ANSI C has been applied to provide adequate measuring data. Complete data of the tested model has been recorded. According to FCC Part 5, 0 the EUT shall be classified as an intentional radiator and is therefore subject to certification..4# Test facility. The FCC has per Public Notice declared that the measurement facilities located at the NMi Certin B.V. testsite Niekerk, Smidshornerweg 8, The Netherlands, have been reviewed and found to be in compliance with the requirements of section (previously section 5.38) of the FCC rules per August 4, 994. The description of the measuring facilities have been filed with reference 3040/SIT, 300B3 at the FCC's Offices..5# List of measurement equipment. NMi number Description Marketing name Type 4277 Antennamast 4m Heinrich Deisel HD Controller OATS Heinrich Deisel MA Biconilog antenna 20MHz - 00MHz EMCO Log-per antenna 200MHz - 000MHz Eaton Biconical antenna 20MHz - 200MHz Eaton Plastic measurement room Polyforce Open Area Test Site Comtest Turntable OATS Heinrich Deisel HD Measuring receiver 9kHz MHz Rohde & Schwarz ESCS Artificial mains network 3-phase Rohde & Schwarz ESH2-Z5 333 Impuls limiter Rohde & Schwarz ESH3Z Voltage probe Schwarzbeck TK946 Project number: Page 4 of 39

5 .6# Bandwidth and antenna factors. The utilized measuring equipment is stated in.5. The bandwidth of the receiver switches automatically to the right bandwidth in accordance with CISPR 6. This is implemented in the receiver. Also the antennafactors are included in the testreceiver. The receiver automatically calculates the appropriate correction factor for the utilized antenna and also the appropriate correction factor for the cable loss. The total correction is automatically added to the measured value. 2# Product labelling. The following text shall be attached to the EUT, by means of a label, or -in case the enclosure is too small- on a prominent location in the users manual. This device complies with part 5 of the FCC Rules. Operation is subject to the following two conditions: () This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. The dimensions of the label, the location of the label and the type of font can be found in the FCC regulation book CFR 47, parts 0 to 9, revised as per October, 997. Project number: Page 5 of 39

6 3# System test configuration. 3.# Justification. During all measurements the transponders were transmitting continously. The RF signal, generated by the transponder, is a CW signal. During radiated emission measurements the turntable was rotated in order to find the maximum radiated emission on each frequency. The differences between the two transponders can be described as follows:. TranX 60 This transponder is identical to the TranX 260 transponder. This only difference consists of the internal jumper settings for setting the level of RF output power. 2. Tranx 260 This transponder is identical to the TranX 60 transponder. This only difference consists of the internal jumper settings for setting the level of RF output power. In accordance with.2.4. of ANSI C the placing and manipulation of interface cables has been carried out. 3.2# Equipment modifications. Not applicable. Project number: Page 6 of 39

7 3.3# Description of tested EUT. 3.3.# Transponder TranX 60. Unit title : Transponder Model number : TranX 60 Part number : Not applicable FCC ID number : Frequency range : 3.58 MHz Description/details : see section 3. of this report and exhibits to the application Power supply : Internal NiCd battery (to be charged by battery charger, brand MNI Celluar Ltd., type V834K0) Clock Oscillator(s) : 3.58 MHz Cabinet & Screening : Plastic Interface Cable(s) : Not applicable Method of screening : Not applicable Method of grounding : Not applicable Operating configuration : Transponder is continously transmitting Applicant's representative : F. Hin Company : Address : Herenweg 29A Postal code and city : 205 MB HEEMSTEDE Country : The Netherlands Telephone number : +3 (0) Telefax number : +3 (0) Project number: Page 7 of 39

8 3.3.2# Transponder TranX 260. Unit title : Transponder Model number : TranX 260 Part number : Not applicable FCC ID number : Frequency range : 3.58 MHz Description/details : see section 3. of this report and the exhibits to the application Power supply : Internal NiCd battery (to be charged by battery charger, brand MNI Celluar Ltd., type V834K0) Clock Oscillator(s) : 3.58 MHz Cabinet & Screening : Plastic Interface Cable(s) : Not applicable Method of screening : Not applicable Method of grounding : Not applicable Operating configuration : Transponder is continously transmitting Applicant's representative : F. Hin Company : Address : Herenweg 29A Postal code and city : 205 MB HEEMSTEDE Country : The Netherlands Telephone number : +3 (0) Telefax number : +3 (0) Project number: Page 8 of 39

9 4# Conducted and radiated measurement photos. On pages 0 to 24 the conducted and radiated emission measurements photos are given: Page 0: Page : Page 2: Page 3: Page 4: Page 5: Page 6: Page : Page 8: Page 9: Page 20: Page 2: Page 22: Page 23: Page 24: Page 25: TranX 60 (radiated emission, front, x-orientation) TranX 60 (radiated emission, back, x-orientation) TranX 60 (radiated emission, front, y-orientation) TranX 60 (radiated emission, back, y-orientation) TranX 60 (radiated emission, front, z-orientation) TranX 60 (radiated emission, back, z-orientation) TranX 260 (radiated emission, front, x-orientation) TranX 260 (radiated emission, back, x-orientation) TranX 260 (radiated emission, front, y-orientation) TranX 260 (radiated emission, back, y-orientation) TranX 260 (radiated emission, front, z-orientation) TranX 260 (radiated emission, back, z-orientation) Tranx 260 including a battery charger, type V834K0 (front, radiated emission) Tranx 260 including a battery charger, type V834K0 (back radiated emission) Tranx 260 including a battery charger, type V834K0 (front, conducted emission) Tranx 260 including a battery charger, type V834K0 (back conducted emission) Project number: Page 9 of 39

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26 5# Conducted emission data. Frequency results results Limits Result (MHz) db(µv) db(µv) db(µv) Neutral Line section 207 QP QP QP < 20.0 < PASS QP = Quasi-peak Measured levels on frequencies not stated in this report have been measured more than 20 db below the applicable limit. Table The results of the disturbance voltage level measurements at the AC mains connection terminal LINE and NEUTRAL of the battery charger, brand MNI Celluar, type V834K0, when charging a transponder, brand, type TranX 260, carried out in accordance with FCC Part 5, section 207 and ANSI C , are depicted in table. results are quasi-peak results. Test engineer : P.A.J.M. Robben, B.Sc.E.E. Tester signature : Date: July 23, 999 Project number: Page 26 of 39

27 6# Radiated emission data. 6.# Radiated field strength measurement (30 MHz MHz, E-field). 6..# TranX 60 transponder. Frequency results Limits (MHz) db(µv)/m 3 metres 3 metres QP QP Vertical Horizontal section < 20.0 < , < 20.0 < < 20.0 < < 25.0 < < 30.0 < < 3.0 < QP = Quasi-peak Measured levels on frequencies not stated in this report have been measured more than 20 db below the applicable limit. Table 2 Results of the radiated field strength (E-field) measurements on the transponder, brand, type TranX 60, carried out in accordance with FCC Part 5, section 209 and ANSI C in the configuration and operation mode(s) as stated in this testreport, are depicted in table 2. results are quasipeak results. Test engineer : P.A.J.M. Robben, B.Sc.E.E. Tester signature : Date: July 23, 999 Project number: Page 27 of 39

28 6..2# TranX 260 transponder. Frequency results Limits (MHz) db(µv)/m 3 metres 3 metres QP QP Vertical Horizontal section < 20.0 < , < 20.0 < < 20.0 < < 25.0 < < 30.0 < < 3.0 < QP = Quasi-peak Measured levels on frequencies not stated in this report have been measured more than 20 db below the applicable limit. Table 3 Results of the radiated field strength (E-field) measurements on the transponder, brand, type TranX 260, carried out in accordance with FCC Part 5, section 209 and ANSI C in the configuration and operation mode(s) as stated in this testreport, are depicted in table 3. results are quasipeak results. Test engineer : P.A.J.M. Robben, B.Sc.E.E. Tester signature : Date: July 23, 999 Project number: Page 28 of 39

29 6..3# Battery charger. Frequency results Limits (MHz) db(µv)/m 3 metres 3 metres QP QP Vertical Horizontal section < 20.0 < , < 20.0 < < 20.0 < < 25.0 < < 30.0 < < 3.0 < QP = Quasi-peak Measured levels on frequencies not stated in this report have been measured more than 20 db below the applicable limit. Table 4 Results of the radiated field strength (E-field) measurements on the battery charger, brand MNI Celluar Ltd., type V834K0, when charging a transponder, brand, type TranX 260, carried out in accordance with FCC Part 5, section 209 and ANSI C in the configuration and operation mode(s) as stated in this testreport, are depicted in table 4. results are quasi-peak results. Test engineer : P.A.J.M. Robben, B.Sc.E.E. Tester signature : Date: July 23, 999 Project number: Page 29 of 39

30 6.2# Radiated field strength measurement (9 khz - 30 MHz, H-field). 6.2.# TranX 60 transponder (x-orientation). Frequency results (QP) m results (QP) 3m results (QP) 0m Antenna factor Cable loss results (QP, 30 m.) Limits FCC Part 5 section 209 (MHz) dbpv dbpv db db (dbµv/m) (dbµv/m) n.m (300 m.) (30 m.) 29.5 (30 m.) 29.5 (30 m.) 29.5 (30 m.) QP = Quasi-peak, n.m. = could not be measured Measured levels on frequencies not stated in this report have been measured more than 20 db below the applicable limit. Table 5 Results of the radiated field strength (H-field) measurements, carried out in accordance with FCC Part 5, section 209 (Edition 0--97) and ANSI C , on a transponder, brand, type TranX 60, are depicted in table 5. Orientation of the transponder during measurement was x-orientation. Notes: -Frequency range: 9-90 khz Average detector used during measurements khz Average detector used during measurements -The radiated field strengths were measured at a distance of, 3 and 0 metres. -A plot of the carrier bandwidth can be found in appendix A. Test engineer : P.A.J.M. Robben, B.Sc.E.E. Tester signature : Date: July 23, 999 Project number: Page 30 of 39

31 6.2.2# TranX 60 transponder (y-orientation). Frequency results (QP) m results (QP) 3m results (QP) 0m Antenna factor Cable loss results (QP, 30 m.) Limits FCC Part 5 section 209 (MHz) dbpv dbpv db db (dbµv/m) (dbµv/m) n.m (300 m.) (30 m.) 29.5 (30 m.) 29.5 (30 m.) 29.5 (30 m.) QP = Quasi-peak, n.m. = could not be measured Measured levels on frequencies not stated in this report have been measured more than 20 db below the applicable limit. Table 6 Results of the radiated field strength (H-field) measurements, carried out in accordance with FCC Part 5, section 209 (Edition 0--97) and ANSI C , on a transponder, brand, type TranX 60, are depicted in table 6. Orientation of the transponder during measurement was y-orientation. Notes: -Frequency range: 9-90 khz Average detector used during measurements khz Average detector used during measurements -The radiated field strengths were measured at a distance of, 3 and 0 metres. -A plot of the carrier bandwidth can be found in appendix A. Test engineer : P.A.J.M. Robben, B.Sc.E.E. Tester signature : Date: July 23, 999 Project number: Page 3 of 39

32 6.2.3# TranX 60 transponder (z-orientation). Frequency results (QP) m results (QP) 3m results (QP) 0m Antenna factor Cable loss results (QP, 30 m.) Limits FCC Part 5 section 209 (MHz) dbpv dbpv db db (dbµv/m) (dbµv/m) n.m (300 m.) (30 m.) 29.5 (30 m.) 29.5 (30 m.) 29.5 (30 m.) QP = Quasi-peak, n.m. = could not be measured Measured levels on frequencies not stated in this report have been measured more than 20 db below the applicable limit. Table 7 Results of the radiated field strength (H-field) measurements, carried out in accordance with FCC Part 5, section 209 (Edition 0--97) and ANSI C , on a transponder, brand, type TranX 60, are depicted in table 7. Orientation of the transponder during measurement was z-orientation. Notes: -Frequency range: 9-90 khz Average detector used during measurements khz Average detector used during measurements -The radiated field strengths were measured at a distance of, 3 and 0 metres. -A plot of the carrier bandwidth can be found in appendix A. Test engineer : P.A.J.M. Robben, B.Sc.E.E. Tester signature : Date: July 23, 999 Project number: Page 32 of 39

33 6.2.4# TranX 260 transponder (x-orientation). Frequency results (QP) m results (QP) 3m results (QP) 0m Antenna factor Cable loss results (QP, 30 m.) Limits FCC Part 5 section 209 (MHz) dbpv dbpv db db (dbµv/m) (dbµv/m) n.m (300 m.) (30 m.) 29.5 (30 m.) 29.5 (30 m.) 29.5 (30 m.) QP = Quasi-peak, n.m. = could not be measured Measured levels on frequencies not stated in this report have been measured more than 20 db below the applicable limit. Table 8 Results of the radiated field strength (H-field) measurements, carried out in accordance with FCC Part 5, section 209 (Edition 0--97) and ANSI C , on a transponder, brand, type TranX 260, are depicted in table 8. Orientation of the transponder during measurement was x-orientation. Notes: -Frequency range: 9-90 khz Average detector used during measurements khz Average detector used during measurements -The radiated field strengths were measured at a distance of, 3 and 0 metres. -A plot of the carrier bandwidth can be found in appendix A. Test engineer : P.A.J.M. Robben, B.Sc.E.E. Tester signature : Date: July 23, 999 Project number: Page 33 of 39

34 6.2.5# TranX 260 transponder (y-orientation). Frequency results (QP) m results (QP) 3m results (QP) 0m Antenna factor Cable loss results (QP, 30 m.) Limits FCC Part 5 section 209 (MHz) dbpv dbpv db db (dbµv/m) (dbµv/m) n.m (300 m.) (30 m.) 29.5 (30 m.) 29.5 (30 m.) 29.5 (30 m.) QP = Quasi-peak, n.m. = could not be measured Measured levels on frequencies not stated in this report have been measured more than 20 db below the applicable limit. Table 9 Results of the radiated field strength (H-field) measurements, carried out in accordance with FCC Part 5, section 209 (Edition 0--97) and ANSI C , on a transponder, brand, type TranX 260, are depicted in table 9. Orientation of the transponder during measurement was y-orientation. Notes: -Frequency range: 9-90 khz Average detector used during measurements khz Average detector used during measurements -The radiated field strengths were measured at a distance of, 3 and 0 metres. -A plot of the carrier bandwidth can be found in appendix A. Test engineer : P.A.J.M. Robben, B.Sc.E.E. Tester signature : Date: July 23, 999 Project number: Page 34 of 39

35 6.2.6# TranX 260 transponder (z-orientation). Frequency results (QP) m results (QP) 3m results (QP) 0m Antenna factor Cable loss results (QP, 30 m.) Limits FCC Part 5 section 209 (MHz) dbpv dbpv db db (dbµv/m) (dbµv/m) n.m (300 m.) (30 m.) 29.5 (30 m.) 29.5 (30 m.) 29.5 (30 m.) QP = Quasi-peak, n.m. = could not be measured Measured levels on frequencies not stated in this report have been measured more than 20 db below the applicable limit. Table 0 Results of the radiated field strength (H-field) measurements, carried out in accordance with FCC Part 5, section 209 (Edition 0--97) and ANSI C , on a transponder, brand, type TranX 260, are depicted in table 0. Orientation of the transponder during measurement was z-orientation. Notes: -Frequency range: 9-90 khz Average detector used during measurements khz Average detector used during measurements -The radiated field strengths were measured at a distance of, 3 and 0 metres. -A plot of the carrier bandwidth can be found in appendix A. Test engineer : P.A.J.M. Robben, B.Sc.E.E. Tester signature : Date: July 23, 999 Project number: Page 35 of 39

36 7# Photos of tested EUT. Not applicable, see 4 of this report. Project number: Page 36 of 39

37 APPENDIX A Plots of carrier bandwidth Project number: Page 37 of 39

38 Plot - Carrier bandwidth TranX 60 Project number: Page 38 of 39

39 Plot 2 - Carrier bandwidth TranX 260 Project number: Page 39 of 39