PAV9631TRIP9631-NANO TRIP

FM Transmitter BLOCK DIAGRAM 9631-NANO TRIP Power Supply of iPod FM Modulator Audio Signal Channel select Crystal (7.6MHz)

       
FBRP6006 Appendix B PHOTOS OF EUT
       

FBRP6006 Appendix B: 1 of 3 PHOTO OF EUT Model : 9631-NANO TRIP Front View of EUT Rear View of EUT
       

FBRP6006 Appendix B: 2 of 3 PHOTO OF EUT Model : 9631-NANO TRIP Inside View of EUT Full View of Case
       

FBRP6006 Appendix B: 3 of 3 PHOTO OF EUT Model : 9631-NANO TRIP Full View of Component Side Full View of Solder Side 7.6MHz

       

FBRP6006 Appendix A: 1 of 2 Label Photo Full View Label of EUT Label FCC ID: PAV9631TRIP 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 that may cause undesired operation.

       
FBRP6006 Appendix B PHOTOS OF EUT
       

FBRP6006 Appendix B: 1 of 3 PHOTO OF EUT Model : 9631-NANO TRIP Front View of EUT Rear View of EUT
       

FBRP6006 Appendix B: 2 of 3 PHOTO OF EUT Model : 9631-NANO TRIP Inside View of EUT Full View of Case
       

FBRP6006 Appendix B: 3 of 3 PHOTO OF EUT Model : 9631-NANO TRIP Full View of Component Side Full View of Solder Side 7.6MHz

Operational description of 9631-NANO TRIP This Unit is a Wide-Band-FM modulator, with four selectable output frequencies (88.1MHz and 107.9MHz) which is selected by four-position dip switch and install in car for listening the music (such as iPod) or others via car’s radio. Operating process: 1. Connect audio signal (may be com from iPod) to the audio input port of 9631-NANO TRIP. 2. Select the desired frequency channel via dip switch. Power on the 9631-NANO TRIP. 3. 9631-NANO TRIP will radiate the RF signal (WFM modulated signal) to the air in selected frequency channel. 4. Tune the frequency of the car radio to the desired frequency. Car radio will receive the audio signal as the signal send to 9631-NANO TRIP if car’s radio select the same frequency channel. Power Requirement: This unit is operated with DC 3V (2AAA UM-4 size battery). This 3V voltage is step up to 5V DC for the operation of main IC chip (ROHM BH1418FV). Main Chip 1:. This unit uses a ROHM BH1418FV (U6) with 7.6MHz crystal frequency simple configuration. The BH1418FV is a FM stereo transmitter IC that transmits stereo composite signals and a FM transmitter for broadcasting a FM signal on the air. The FM output frequency is controlled by 2 wire (pin 19 data and pin 18 clock) control by micro controller (P89LPC915FDH). The FM output pin is pin 12. FM signal pass through a Filter to reduce the harmonic noise, then a class A amplifier to drive a internal antenna which is printed on P.C.B. The stereo modulator generates a composite signal which consists of the MAIN, SUB, and pilot signal from a internal 38KHz oscillator. The FM transmitter radiates FM wave on the air by modulating the carrier signal with a composite signal. The transmission frequency is stable because it has a PLL system FM transmitter circuit. Frequency is set for North America.

1 1 2 2 3 3 4 4 5 5 6 6 DD CC BB AA Title Size Date File NumberRevision Sheetof Drawn By P617 iTrip NANO SLED P617-100 P617-100-A-TEST.SCHDOC P617-100 1/18/2006 CA/B 11 CB/LNH PWR 1 D- 2 D+ 34 GND 5 J3 USB MINI/5/RA/SMT DGND DGND VCC R62 549K DGND TX RX DGND ICP RST ICP PDA ICP PCL 12 34 56 78 910 J4 DGND+3.3Vd AUDIO LEFT 1 AUDIO RIGHT 2 AUDIO RET 3 J2 NANO B DGND LEFT RIGHT VCC DGND R5 10R +3.3Vd C3 1uF P2.0/ICB/DAC0/AD03 1 P2.1/OCD/AD02 2 P0.0/CMP2/KBI0/AD01 3 P1.7/OCC/AD00 4 P1.6/OCB 5 P1.5/RST 6 VSS 7 P3.1/XTAL1 8 P3.0/XTAL2/CLKOUT 9 P1.4/INT1 10 P1.3/INT0/SDA 11 P1.2/T0/SCL 12 P2.2/MOSI 13 P2.3/MISO 14 P2.4/SS 15 P2.5/SPICLK 16 P1.1/RXD 17 P1.0/TXD 18 P0.7/T1/KBI7 19 P0.6/CMP1/KBI6 20 VDD 21 P0.5/CMPREF/KBI5 22 P0.4/CIN1A/KBI4/DAC1/AD13 23 P0.3/CIN1B/KBI3/AD12 24 P0.2/CIN2A/KBI2/AD11 25 P0.1/CIN2B/KBI1/AD10 26 P2.6/OCA 27 P2.7/ICA 28 U1 P89LPC936FDH DGND LDO ENABLE C42 .1uF +3.3Vd +3.3Vd DGND C481uFLEFT ICP PDA ICP PCL TX RX FM ENABLE D4 RED DGND ICP RST FM DATA FM CLK R43 NC R5110K R5310K R55100K R56100K +3.3Vd DGND RX DGND DGND DGND DGND +3.2Va DGND DGND +3.2Va +3.2Va DGND DGND DGND DGND RIGHT C40 1uF C41 1uF C271uF C2110uF C19 150pF C30 .01uF C38 100pF + C31 100uF 4V L2 47nH C36 150pF R39 10K R32 6K8 R31 4K7 C28 10uF R33 10K C29 330pF R38 3K3 R37 10K R36 1K0 C33 .047uF R34 20K + C34 33uF 6.3V R35 100R Q2 2SD2142K D3BB200 C20 150pF C22.1uF R30 6K8 13 Y1 7.600MHz C24 27pF C23 27pF C26.01uF C2510uF L3 1.5uH ANT1 R-ch Input 1 Pre-Emphasis TC 2 LPF TC 3 Filter 4 Composite Sig. Out 5 GND 6 Vcc 8 PLL Phase Det. Out 7 RF Osc. 10 RF GND 11 RF Output 12 PLL Vcc 13 XTAL Osc. 14 CLOCK 18 XTAL Osc. 15 Chip Enable 17 DATA 19 Audio Muting 20 Pre-Emphasis TC 23 Pilot Sig. Adj. 21 LPF TC 22 L-ch Input 24 N.C. 9 N.C. 16 U2 BH1418FV STEREO TRANSMITTER R44 33K R46 33K R47 10K R4510K C32 1000pF C37 NC LEFT FM DATA FM CLK FM ENABLE USB D+ 1 USB D- 2 USB PWR 3 ACC ID 4 ACC PWR 5 USB GND 6 DOCK TX 7 DOCK RX 8 ACC DETECT 9 DGND 10 J1 NANO A R57 470R 1 G S D 23 Q1 PMV65XP R2 10K VCC +3.2Va LDO ENABLE R1100K DGND DGND R410K R3100K +3.3Vd T CG 21 SW1 LER-A-2.4-T DGND + C6 100uF 4V + C5 100uF 4V + C4 100uF 4V 12 Y1A7.600MHz Y1A IS AN ALTERNATIVE COMPONENT TO Y1 C23A 27pF C24A 27pF C24A IS AN ALTERNATIVE PLACEMENT FOR C24 C23A IS AN ALTERNATIVE PLACEMENT FOR C23 C39 NC C7 NC C1 12pF C2 1uF C17 3300pF C16 3300pF C35 3300pF R41 100K R42 6K8 P0ANT101 P0C101 P0C102 P0C201 P0C202 P0C301 P0C302 P0C401 P0C402 P0C501 P0C502 P0C601 P0C602 P0C701 P0C702 P0C1601 P0C1602 P0C1701 P0C1702 P0C1901 P0C1902 P0C2001 P0C2002 P0C2101 P0C2102 P0C2201 P0C2202 P0C2301 P0C2302 P0C23A01 P0C23A02 P0C2401 P0C2402 P0C24A01 P0C24A02 P0C2501 P0C2502 P0C2601 P0C2602 P0C2701 P0C2702 P0C2801 P0C2802 P0C2901 P0C2902 P0C3001 P0C3002 P0C3101 P0C3102 P0C3201 P0C3202 P0C3301 P0C3302 P0C3401 P0C3402 P0C3501 P0C3502 P0C3601 P0C3602 P0C3701 P0C3702 P0C3801 P0C3802 P0C3901 P0C3902 P0C4001 P0C4002 P0C4101 P0C4102 P0C4201 P0C4202 P0C4801 P0C4802 P0D301 P0D302 P0D303 P0D401 P0D402 P0J101 P0J102 P0J103 P0J104 P0J105 P0J106 P0J107 P0J108 P0J109 P0J1010 P0J201 P0J202 P0J203 P0J301 P0J302 P0J303 P0J304 P0J305 P0J401 P0J402 P0J403 P0J404 P0J405 P0J406 P0J407 P0J408 P0J409 P0J4010 P0L201 P0L202 P0L301 P0L302 P0Q101 P0Q102 P0Q103 P0Q201 P0Q202 P0Q203 P0R101 P0R102 P0R201 P0R202 P0R301 P0R302 P0R401 P0R402 P0R501 P0R502 P0R3001 P0R3002 P0R3101 P0R3102 P0R3201 P0R3202 P0R3301 P0R3302 P0R3401 P0R3402 P0R3501 P0R3502 P0R3601 P0R3602 P0R3701 P0R3702 P0R3801 P0R3802 P0R3901 P0R3902 P0R4101 P0R4102 P0R4201 P0R4202 P0R4301 P0R4302 P0R4401 P0R4402 P0R4501 P0R4502 P0R4601 P0R4602 P0R4701 P0R4702 P0R5101 P0R5102 P0R5301 P0R5302 P0R5501 P0R5502 P0R5601 P0R5602 P0R5701 P0R5702 P0R6201 P0R6202 P0SW101 P0SW102 P0SW10C P0SW10G P0SW10T P0U101 P0U102 P0U103 P0U104 P0U105 P0U106 P0U107 P0U108 P0U109 P0U1010 P0U1011 P0U1012 P0U1013 P0U1014 P0U1015 P0U1016 P0U1017 P0U1018 P0U1019 P0U1020 P0U1021 P0U1022 P0U1023 P0U1024 P0U1025 P0U1026 P0U1027 P0U1028 P0U201 P0U202 P0U203 P0U204 P0U205 P0U206 P0U207 P0U208 P0U209 P0U2010 P0U2011 P0U2012 P0U2013 P0U2014 P0U2015 P0U2016 P0U2017 P0U2018 P0U2019 P0U2020 P0U2021 P0U2022 P0U2023 P0U2024 P0Y101 P0Y103 P0Y1A01 P0Y1A02 P0C301 P0C2501 P0C2602 P0C3002 P0C3101 P0C3201 P0Q103 P0R3602 P0U208 P0U2013 P0C201 P0C4202 P0J404 P0R301 P0R502 P0R4102 P0R5502 P0R5602 P0U1021 P0C202 P0C302 P0C402 P0C502 P0C602 P0C701 P0C1602 P0C1701 P0C1901 P0C2002 P0C2101 P0C23A01 P0C2301 P0C24A01 P0C2401 P0C2502 P0C2601 P0C3001 P0C3102 P0C3202 P0C3501 P0C3701 P0C4201 P0D301 P0D402 P0J106 P0J109 P0J1010 P0J203 P0J305 P0J403 P0L201 P0Q202 P0R102 P0R3002 P0R3202 P0R4502 P0R4702 P0R6202 P0SW10C P0SW10G P0U107 P0U206 P0U2011 P0U2020 P0U1014 P0U2018 N0FM CLK N0FM CLK P0U1013 P0U2019 N0FM DATA N0FM DATA P0U1015 P0U2017 N0FM ENABLE N0FM ENABLE P0J408 P0U1023 N0ICP PDA N0ICP PDA P0J405 P0R4101 P0R4202 P0R4302 P0U1022 N0ICP PCL N0ICP PCL P0J4010 P0U106 N0ICP RST N0ICP RST P0Q101 P0R202 P0U1028 P0C4802 P0J201 P0R4601 N0LEFT N0LEFT N0LEFT P0ANT101 P0L302 P0C101 P0C702 P0C3902 P0C102 P0L301 P0C1601 P0U2023 P0C1702 P0U202 P0C1902 P0U203 P0C2001 P0U2022 P0C2102 P0U204 P0C2201 P0U2021 P0C2202 P0R3001 P0C23A02 P0C2302 P0U2015 P0Y1A02 P0Y103 P0C24A02 P0C2402 P0U2014 P0Y1A01 P0Y101 P0C2701 P0U205 P0C2702 P0R3101 P0C2801 P0C2902 P0R3302 P0C2802 P0R3102 P0R3201 P0C2901 P0R3301 P0R3802 P0R3901 P0C3301 P0Q201 P0R3402 P0R3501 P0C3302 P0C3401 P0Q203 P0R3601 P0R3701 P0C3402 P0R3502 P0C3502 P0R3702 P0R3801 P0C3601 P0D303 P0R3902 P0C3602 P0C3702 P0C3801 P0L202 P0C3802 P0U2010 P0C3901 P0U2012 P0C4001 P0U201 P0C4002 P0R4402 P0R4501 P0C4101 P0U2024 P0C4102 P0R4602 P0R4701 P0C4801 P0R101 P0U1024 P0D302 P0D401 P0R5702 P0J101 P0J303 P0J102 P0J302 P0J103 P0J301 P0J104 P0R6201 P0J304 P0J401 P0J402 P0J406 P0J407 P0J409 P0R302 P0R402 P0SW10T P0R401 P0U103 P0R3401 P0U207 P0R4201 P0U1019 P0R4301 P0U1020 P0R5101 P0R5501 P0SW101 P0R5102 P0U1026 P0R5301 P0R5601 P0SW102 P0R5302 P0U1025 P0R5701 P0U1016 P0U101 P0U102 P0U104 P0U105 P0U108 P0U109 P0U1011 P0U1012 P0U1027 P0U209 P0U2016 P0J202 P0R4401 N0RIGHT N0RIGHT P…

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HomeTek Technology (Chang-An) Inc.












































 
 APPLICANT : GRIFFIN TECHNOLOGY CO. ADDRESS : 1619 Elm. Hill Pike, Nashville, TN. 37210 USA EUT : iTrip Nano MODEL NO. : 9631-NANO TRIP FCC ID : PAV9631TRIP Under Part 15, SUBPART B AND SUBPART C. CLASS B Certification MEASUREMENT PROCEDURE USED FCC RULES AND FCC / ANSI C63.4-2003 PREPARED BY : HomeTek Technology (Chang-An) Inc. South of Shatou Industry District, Chang-An Town, DongGuan City, GuangDong, China Report # : FBRP6006
ADDRESS: South of Shatou Industry District, Chang-An Town, DongGuan City, GuangDong, China PHONE : 86-769-85303005 FAX : 86-769-85303006
E - mail :
[email protected] HomeTek Technology(Chang-An) Inc. FCC ID : PAV9631TRIP FBRP6006 Page : 1 of 19 TABLE OF CONTENTS.................................................................................................................................. 1 GENERAL INFORMATION ................................................................................................................................... 2 MODIFICATION LIST............................................................................................................................................ 4 CONDUCTED POWER LINE TEST...................................................................................................................... 5 1 TEST PROCEDURE ..................................................................................................................................... 5 2 RESULT OF CONDUCTED EMISSION TEST ............................................................................................. 5 RADIATED EMISSION TEST................................................................................................................................6 1 TEST INSTRUMENTS & FACILITIES ........................................................................................................ 6 2 EUT OPERATING CONDITION.................................................................................................................. 7 3 TEST SETUP ................................................................................................................................................ 8 4 CONFIGURATION OF THE EUT................................................................................................................. 9 5 TEST PROCEDURE ....................................................................................................................................11 6 LIMIT OF RADIATED EMISSION CLASS B ..............................................................................................12 7 RESULT OF RADIATED EMISSION TEST ................................................................................................12 8 RADIATED EMISSION TEST DATA (PAGE 1) .........................................................................................13 9 RADIATED EMISSION TEST DATA (PAGE 2) .........................................................................................14 10 RADIATED EMISSION TEST DATA (PAGE 3) .........................................................................................15 11 RADIATED EMISSION TEST DATA (PAGE 4) .........................................................................................16 12 RADIATED EMISSION TEST DATA (PAGE 5) .........................................................................................17 13 RADIATED EMISSION TEST DATA (PAGE 6) .........................................................................................18 PHOTO OF FCC ID LABEL ..................................................................................................................................19 APPENDIX A PHOTOS OF TEST CONFIGURATION APPENDIX B PHOTOS OF EUT APPENDIX C PLOT OF OCCUPIED BANDWIDTH HomeTek Technology(Chang-An) Inc. FCC ID : PAV9631TRIP FBRP6006 Page : 2 of 19 GENERAL INFORMATION 1 APPLICANT : GRIFFIN TECHNOLOGY CO. 2 ADDRESS : 1619 Elm. Hill Pike, Nashville, TN. 37210 USA 3 MANUFACTURER : GRIFFIN TECHNOLOGY CO. 4 ADDRESS : 1619 Elm. Hill Pike, Nashville, TN. 37210 USA 5 DESCRIPTION OF EUT : EUT : iTrip Nano FCC ID : PAV9361TRIP Model Number : 9631-NANO TRIP Serial # : N/A HomeTek Technology(Chang-An) Inc. FCC ID : PAV9631TRIP FBRP6006 Page : 3 of 19 6 FEATURES OF EUT : Dimension : 1.57”×3.97”×0.55”(40mm×101mm×14.3mm) Weight : 0.9 oz. Built-in antenna Power : Supplied by iPod connection Modulator : FM Stereo Frequencies : 88.1MHz,107.9MHz High stability crystal oscillator, phase-lock loop control Frequency response : 50Hz to 15KHz Operating range : 10-50 ft 7 TEST MODE : The EUT were investigated with three operation modes shown as below : (1) FM 88.1MHz mode (2) FM107.9MHz mode (3) Charge mode The test mode of (1) FM 107.9MHz is worst case. And the final test data were shown in this test report. HomeTek Technology(Chang-An) Inc. FCC ID : PAV9631TRIP FBRP6006 Page : 4 of 19 MODIFICATION LIST THE FOLLOWING ACCESSORIES WERE ADDED TO THE EUT DURING TESTING : NO MODIFICATION BY HOMETEK TECHNOLOGY(Chang-An) INC. HomeTek Technology(Chang-An) Inc. FCC ID : PAV9631TRIP FBRP6006 Page : 5 of 19 CONDUCTED POWER LINE TEST 1 TEST PROCEDURE According to ANSI C63.4 – 2003. 2 RESULT OF CONDUCTED EMISSION TEST N/A(Conducted Power Line Test is not applicable to this EUT (Model : 9631-NANO TRIP). HomeTek Technology(Chang-An) Inc. FCC ID : PAV9631TRIP FBRP6006 Page : 6 of 19 RADIATED EMISSION TEST 1 TEST INSTRUMENTS & FACILITIES The following test Instruments was used during the radiated emission test : Item Instruments /facilities Specification Manufacturer Model # / S/N# Date of Cal. 1 OPEN AREA TEST SITE ; OATS 1 SEP/2005 2 EMI TEST RECEIVER 20Hz ~ 26.5GHz ROHDE & SCHWARZ 845636/007 SEP/2005 3 PRE- AMPLIFIER 9KHz ~ 1300MHz HEWLETT PACKARD 8447D 1937A02095 SEP/2005 4 BICONICAL/LOG BROADBAND ANTENNA 25MHz ~ 2GHz ANTENNA RESEACH LPB2520/A 1095 OCT/2005 5 Attenuation 50Ω/6dB JYE…

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FBRP6006 Appendix C PLOT OF OCCUPIED BANDWIDTH
       
FBRP6006 88.1 MHz 107.9 MHz

       

FBRP6006 Appendix A: 2 of 2 PHOTOS OF RADIATED EMISSION TEST Model: 9631-NANO TRIP Front View Rear View