PAV4014TRIPLow Power RM Transmitter

PCEC REPORT # 30581 SECTION 3 PRODUCT DESCRIPTION iTrip FM Transmitter The iTrip FM transmitter for the iPod can play stereo music through any FM receiver. The iTrip is made specifically for the iPod. This gives iTrip advantages over similar devices. For example, with the iTrip, It can have the cleanest possible signal - because the user can choose any radio station on the dial to tune for the best performance possible. This is done by 'playing' special station codes directly from the iPod itself. Another advantage of the iTrip is that it needs no batteries, it receives its tiny amount of power from the iPod, and it can rotate out of the way to charge the iPod while still in use. There is no power switch, it just plugs in and it is ready to go. It shuts off automatically after 30 seconds of silence - just like the iPod. When audio music is played out of the iPod into the iTrip, it will wake up and continue to play as long as music is playing. The iTrip can be turned off by unpluging the unit from the iPod. The iTrip is the ultimate accessory for the iPod because it allows the user to share the music and share the fun beyond your headphones. Don't leave home without it.

Griffin Technology, Corp. 1619 Elm Hill Pike, Suite C. Nashville, TN 37210-3603 Phone: (615) 399-7000 Fax: (615) 399-8041 Federal Communications Commission Authorization and Evaluation Division Confidentiality Request regarding application for certification of FCC ID: PAV4014TRIP Pursuant to Sections 0.457 and 0.459 of the Commission’s Rules, we hereby request confidential treatment of information accompanying this application as outlined below: Schematics Block Diagram Operational description The above materials contain trade secrets and proprietary information not customarily released to the public. The public disclosure of these materials may be harmful to the applicant and provide unjustified benefits to its competitors. The applicant understands that pursuant to Section 0.457 of the Rules, disclosure of this application and all accompanying documentation will not be made before the date of the Grant for this application. Sincerely, (signature) Rainer G. Riffert 3/27/03 (printed name) Rainer G. Riffert 3/27/03

PCEC REPORT # 30581 APPENDIX E EUT PHOTOS

PCEC REPORT # 30581 APPENDIX E EUT PHOTOS

PHILIPS Philips Consumer Electronics Company Our Commitment To Excellence Is Total Customer Satisfaction Shipping Address: 3029 Gov. John Sevier Hwy. Knoxville, TN 37914 Tel: (865) 521-1617 A Division of Philips Electronics North America Corporation P.O. Box 14810 Knoxville, TN 37914-1810 MEASUREMENT TECHNICAL REPORT FOR GRIFFIN TECHNOLOGY 1619 Elm Hill Pike Nashville, TN 37210 DEVELOPMENT MODEL TESTED BH1415F FM TRANSMITTER PRODUCTION MODEL NUMBER 4014-TRIP Attn: Mr. Rainer Riffert, EE March 12, 2003 This report concerns: FCC Part 15 Subpart C, Testing of an FM Transmitter (ref. FCC Part 15, Subpart C) (ref. ANSI C63.4-1992) This report was prepared by: PHILIPS CONSUMER ELECTRONICS COMPANY ONE PHILIPS DRIVE P.O. BOX 14810. KNOXVILLE, TN. 37914-1810 LIST OF EXHIBITS PCEC REPORT # 30581 1. Engineering Statement 2. NVLAP Accreditation Certificate 3. Product Description 4. Deviations of Test Methods 5. Test Procedures 6. Occupied Bandwidth 7. Radiated Emissions Data 8. Summary of Results Appendix A. Schematic Appendix B. Parts List Appendix C. Circuit Board Layout Appendix D. Photos of Test Setup Appendix E. EUT Photos PCEC REPORT # 30581 SECTION 1 ENGINEERING STATEMENT PCEC REPORT #30581 Engineering Statement All measurement data on the attached reports was taken pursuant to FCC Rules and Regulations (Part 15, Sub-part C, Intentional Radiators) on the Philips Consumer Electronics Company site at Knoxville, Tennessee, which is recognized by the FCC and NVLAP Accredited (Lab Code 200409-0). Though this data is taken under stringent laboratory conditions and to the best of our knowledge, represents accurate data, it must be recognized that emissions from this type equipment may be greatly affected by the final installation of the equipment. Therefore, Philips Consumer Electronics Company, while supporting the accuracy of the data in this report, takes no responsibility for use of equipment based on these tests. The manufacturer of this equipment must take full responsibility for any field problems that may arise, and agrees that Philips Consumer Electronics Company, in performing its functions in accordance with its objectives and purposes, does not assume or undertake to discharge any responsibility of the manufacturer to any other party or parties. The measurement report was compiled and approved by: ____________________ Richard K. Moyers Business Coordinator, Philips Testing Service (NVLAP Signatory) PCEC REPORT # 30581 SECTION 2 NVLAP ACCREDITATION CERTIFICATE PCEC REPORT # 30581 SECTION 3 PRODUCT DESCRIPTION iTrip FM Transmitter The iTrip FM transmitter for the iPod can play stereo music through any FM receiver. The iTrip is made specifically for the iPod. This gives iTrip advantages over similar devices. For example, with the iTrip, It can have the cleanest possible signal - because the user can choose any radio station on the dial to tune for the best performance possible. This is done by 'playing' special station codes directly from the iPod itself. Another advantage of the iTrip is that it needs no batteries, it receives its tiny amount of power from the iPod, and it can rotate out of the way to charge the iPod while still in use. There is no power switch, it just plugs in and it is ready to go. It shuts off automatically after 30 seconds of silence - just like the iPod. When audio music is played out of the iPod into the iTrip, it will wake up and continue to play as long as music is playing. The iTrip can be turned off by unpluging the unit from the iPod. The iTrip is the ultimate accessory for the iPod because it allows the user to share the music and share the fun beyond your headphones. Don't leave home without it. PCEC REPORT # 30581 SECTION 4 DEVIATIONS OF TEST METHODS DEVIATION FROM TEST METHOD PCEC REPORT # 30581 NONE PCEC REPORT # 30581 SECTION 5 TEST PROCEDURES TEST PROCEDURE (ANSI C63.4 - 1992) PCEC REPORT #30581 PROCEDURE-SPURIOUS RADIATION The EUT was placed on the floor of an RF screen cage. A receiving Bicon antenna was placed 1 meter away from the EUT on a wooden tri-pod 1 meter above the floor of the RF screen cage. The receiving antenna was connected to the 50 O input of the HP8566B spectrum analyzer. The EUT was powered up and was configured into it's normal operational mode. The 30 to 250 MHZ band was observed on the spectrum analyzer while the EUT power and control leads were adjusted to maximize emissions (see photos). The peak frequencies for this band were recorded. This search for emissions continued from 250 MHZ up to the upper frequency required per FCC 15.33 (b) (1). Upon completion of the pre-scan, the EUT was placed on a metal turntable mounted level with the metal ground plane of the 3 meter test site, powered by a 110 VAC supply. The EUT was booted up into its normal operational mode. The worst-case cable configuration determined by the pre-scan was duplicated and re-maximized at the worst- case frequency. Based on this configuration all frequencies located during the 1 meter pre-scan were measured at the 3-meter test distance. The receiving antennas were varied in height from 1 to 4 meters and the remote turntable was rotated 360? to find the maximum emissions. This test was performed for all modes of operation. All significant emissions are reported on the attached data report. To verify that the E.M.I. emissions measured were generated by the E.U.T., the system power was interrupted at peak reading while observing the Spectrum Analyzer. Unless otherwise specified, all Radiated Emissions are recorded as "PEAK" spectrum analyzer readings. The Radiated Field Strength was calculated as follows: Maximum Emission Received (dB) + Antenna Factor (dB) + Cable Loss (dB) = Field Strength dBuV/Meter. Equipment Used During Testing: Model s/n Cal Date Cal Due Description HP 8566B 6612 7/22/02 7/22/03 Spectrum Analyzer HP 85650A 1001 7/29/02 7/29/03 Quasi-Peak Adapter HP 85685A 0627 7/24/02 1724/03 RF Pre-selector EMCO 3110 1679 12/09/02 12/09/03 Bicon Antenna EM…

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PCEC REPORT # 30581 APPENDIX D PHOTOS OF TEST SETUP