TP9BVIIBluetooth Carkit

WHAT DOES MR HANDSFREE BLUE VISION II INCLUDE?WHAT DOES MR HANDSFREE BLUE VISION II INCLUDE? See Illustration I a. Handsfree unit with built-in speaker b. Infrared remote control c. Clip for sun visor fixation d. Clip for dashboard fixation e. Double-sided tape for dashboard fixation f. VELCRO-part for fixation of the remote control g. Cigarette plug for connecting the Blue Vision II to the power supply of the car via the cigarette lighter OVERVIEWOVERVIEW MAIN UNIT See Illustration II 1. Speaker 2. Volume Up button 3. Volume Down button 4. Power On/Off button 5. Talk button: Answering calls / Voice dialing / Switching between two calls 6. Reject button: Ending calls / Rejecting calls / Redial / Ending the current call and answer the incoming 2 nd call 7. Pairing/Connection button 8. Built-in microphone 9. Charging socket 10. Service socket 11. Battery status indicator 12. Infrared receiver 13. Two magnets for fixation of the clips REMOTE CONTROL See Illustration III 14. Talk button: Answering calls / Voice dialing 15. Reject button: Ending calls / Rejecting calls / Redial 16. Mute button for private calls 17. Volume Up button 18. Volume Down button 19. Speed dial programming button 20. Digital keypad 21. Memo card 22. Memo card protection film 23. Removable battery insulation film 24. Lithium battery 25. Battery cover GETTING STARTEDGETTING STARTED ACTIVATING THE REMOTE CONTROL Open the battery cover (25) and take out the insulation film (23).
Install the battery (24).
Close the battery cover (25). CHARGING THE BATTERY Plug the adapter jack into the charging socket (9) and the cigarette plug into the cigarette lighter.
The battery status indicator (11) will light red or green when the charging process begins.
If the indicator (11) lights red, the carkit should be charged until the indicator (11) will light green.
Unplug the vehicle charger from the carkit. TURNING THE CARKIT ON/OFF To turn on the carkit, press and hold the Power button (4) for 5 seconds until the battery status indicator (11) will light green and you will hear a melody tone.
The battery status indicator (11) will start to flash.
To turn off the carkit, press and hold the Power button (4) until you will hear a melody tone and the battery status indicator (11) will turn off. INSTALLATION On the sun visor: Fix the main unit on the sun visor using the special clip (c) and turn the microphone to your mouth. On the dashboard: Fix the main unit on the dashboard, using the double-sided tape and the metal clip (d). For optimum performance, the microphone should be located at 30 cm from the drivers’ mouth. PAIRINGPAIRING Make sure that your phone and the carkit are switched on.
Press and hold the Pairing button (7) for 5 seconds until you hear a melody tone and the indicator (11) will flash by green and red colors alternately. The pairing mode is now activated for two minutes (during these 2 minutes, the indicator (11) will keep on flashing).
Enter your phone’s Bluetooth ® menu and make sure that the Bluetooth ® feature is activated.
Enter the submenu where you can set the phone to search for Bluetooth ® devices and start the search.
The phone will search all Bluetooth ® devices within 10 meters and display them as a list.
Select Blue Vision II from the list.
Enter the passkey “0000” to pair and connect the Blue Vision II to your phone.
The indicator (11) will stop blinking and “Blue Vision II” appears in the phone menu where you can see the Bluetooth ® devices that are currently paired with your phone. CONNECTION In some cases the Blue Vision II can be disconnected from your phone and you will need to restore the connection. • If the Blue Vision II has been switched off: Switch on the power and the connection will be restored automatically. • If the mobile phone has been switched off: Turn on the mobile phone and restore the connection via the phone’s menu. • If one of the two devices has been out of range: Make sure that both devices are within working range and press the Connection button (7) once. OPERATIONOPERATION MAKING A CALL Using your mobile phone’s keypad Dial a number on the keypad.
Press the phone’s Talk button. Using voice dialing When no call is in progress, press the Talk button (5) or the Talk button (14) on the remote control once.
You will hear a tone that indicates that you can say the desired name (“voice tag”).
Say the voice tag.
The phone plays the voice tag and dials the related phone number. Using the digital keypad on the remote control Press the keypad buttons to compose the number (for “+”, you should press and hold the * button).
Press the Talk button (14) on the remote control to start the call. Using speed dialing Programming speed dial numbers Press and hold the “OK” button (19) on the remote control for 2 seconds until you hear a double beep tone.
Press a button from “0” to “9” to select the memory location where you would like to store the telephone number. You will hear a double beep tone.
Enter the telephone number using the digital keypad.
Press the “OK” button (19) to confirm the number. You will hear a double beep tone.
The telephone number you have entered will now correspond to the selected speed dial number. Making a call Select the speed dial number to which you have assigned the telephone number that you would like to call.
Press and hold the corresponding digital button on the remote control.
You will hear a triple beep tone and the corresponding telephone number will be dialed. Redialing the last dialed number Press the Reject button (6) or the Reject button (15) on the remote control while no call is in progress.
You will hear a double beep and the phone will dial the last dialed number. ENDING A CALL Press the Reject button (6) or the Reject button (15) on the remote control to end the call with your mobile phone. ANSWERING A CALL Press the Talk button (5) or the Talk button (14) on the remote control. REJECTING A CALL Press the Re…

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FCC ID: TP9BVII Page 1 of 2 External Picture FCC ID: TP9BVII Page 2 of 2

FCC ID: TP9BVII Page 1 of 2 FCC ID Label FCC ID: TP9BVII Page 2 of 2

FCC ID: TP9BVII Page 1 of 3 Internal Picture FCC ID: TP9BVII Page 2 of 3 FCC ID: TP9BVII Page 3 of 3

Operation Description 1. Link the EUT to Bluetooth debugging board supplied by the manufactory. 2. Connect the RF output terminal of EUT to the spectrum analyzer or put the EUT into the semi-anechoic chamber according to the test item. 3. Connect the controlling port in the debugging board to PC. 4. Turn on the EUT. 5. Open the Bluetooth controlling software in PC. 6. Set the working mode of Bluetooth function of EUT according to the test requirements. 7. Test as the standard needs. 8. Test complete. 9. Close the controlling software. 10. Turn off the EUT.

RF USB_D+ USB_D- SPI_MISO SPI_MOSI SPI_CSB SPI_CLK PCM_IN PCM_OUT PCM_SYNC PCM_CLK UART_RX UART_TX UART_CTS UART_ÊTS PIO2 PIO3 PIO4 PIO5 PIO6 PIO7 PIO8 PIO9 PIO10 PIO11 AIO0 AIO1 VDD_ANA V D D _ D I G RESETB V R E G _ I N V D D _ M E M V D D _ U S B Title SizeDocument NumberRev Date:Sheetof <Doc>1 BC417143B_MODULE A3 11Tuesday, May 16, 2006 Title SizeDocument NumberRev Date:Sheetof <Doc>1 BC417143B_MODULE A3 11Tuesday, May 16, 2006 Title SizeDocument NumberRev Date:Sheetof <Doc>1 BC417143B_MODULE A3 11Tuesday, May 16, 2006 BC417143B-IQN-E4 AIO0AIO0 L2 3.9n L2 3.9n SPI_MISOSPI_MISO V D D _ M E M V D D _ M E M C1 2.2p C1 2.2p PIO3PIO3 PCM_OUTPCM_OUT PIO2PIO2 INOUT EN U5 BC417143B-IQN-E4 INOUT EN U5 BC417143B-IQN-E4 RF_A F1 RF_B E1 RX_IN D1 NC C2 NC G1 NC G2 NC B11 TEST_EN C8 VSS_LO H1 VSS_RADIO D2 VSS_RADIO E2 VSS_RADIO F2 VSS_ANA K3 VSS_DIG A1 VSS_DIG D9 VSS_DIG J10 R F B C 3 C S B B 3 W E B J 6 A [ 0 ] A 3 A [ 1 ] K 4 A [ 2 ] J 4 A [ 3 ] L 5 A [ 4 ] K 5 A [ 5 ] K 6 A [ 6 ] L 6 A [ 7 ] J 5 A [ 8 ] J 7 A [ 9 ] L 8 A [ 1 0 ] K 8 A [ 1 1 ] J 8 A [ 1 2 ] L 9 A [ 1 3 ] J 9 A [ 1 4 ] K 9 A [ 1 5 ] L 1 0 A [ 1 6 ] A 1 0 A [ 1 7 ] K 7 A [ 1 8 ] L 7 D [ 0 ] A 4 D [ 1 ] C 4 D [ 2 ] B 5 D [ 3 ] A 6 D [ 4 ] C 6 D [ 5 ] B 7 D [ 6 ] A 8 D [ 7 ] A 9 D [ 8 ] B 4 D [ 9 ] A 5 D [ 1 0 ] C 5 D [ 1 1 ] B 6 D [ 1 2 ] A 7 D [ 1 3 ] C 7 D [ 1 4 ] B 8 D [ 1 5 ] B 9 AIO[2] K2 USB_DN K11 USB_DP K10 UART_RTS H9 UART_CTS J11 UART_RX H10 UART_TX G9 SPI_CLK C10 SPI_CSB C11 SPI_MOSI D10 SPI_MISO C9 PCM_CLK G10 PCM_SYNC G11 PCM_OUT F9 PCM_IN H11 RESETB B10 AIO[1] J2 AIO[0] K1 PIO[11] G3 PIO[10] F3 PIO[9] E3 PIO[8] D3 PIO[7] F10 PIO[6] F11 PIO[5] E9 PIO[4] E10 PIO[3] J3 PIO[2] H3 TX_EN/PIO[1] B2 RX_EN/PIO[0] B1 V D D _ L O J 1 V D D _ R A D I O C 1 V D D _ A N A L 3 V D D _ C O R E E 1 1 V R E G _ I N L 4 V R E G _ E N H 2 V D D _ U S B L 1 1 V D D _ P A D S D 1 1 V D D _ P I O A 2 V D D _ M E M A 1 1 X T A L _ I N L 1 X T A L _ O U T L 2 UART_RXUART_RX PIO7PIO7 C5 15p C5 15p USB_D+USB_D+ C2 2.2p C2 2.2p PIO11PIO11 C4 10n C4 10n R4 10k R4 10k PCM_CLKPCM_CLK C11 10n C11 10n U2 HHM-1517 U2 HHM-1517 1 23 64 5 PCM_INPCM_IN V D D _ D I G V D D _ D I G SPI_CLKSPI_CLK PIO6PIO6 GNDGND R1 2.2R R1 2.2R L3 15n L3 15n UART_RTSUART_RTS PIO10PIO10 U4 26MHz U4 26MHz 12 34 PCM_SYNCPCM_SYNC RESETBRESETB V R E G _ I N V R E G _ I N SPI_CSBSPI_CSB PIO5PIO5 R3 22R R3 22R C10 10n C10 10n UART_CTSUART_CTS PIO9PIO9 R222RR222R V D D _ U S B V D D _ U S B U3 MDR771F U3 MDR771F IN 1 GND 2 OUT 4 GND 3 AIO1AIO1 C3 2.2u C3 2.2u L1 3.9n L1 3.9n C8 2.2u C8 2.2u VDD_ANAVDD_ANA SPI_MOSISPI_MOSI PIO4PIO4 C9 18p C9 18p C6 10p C6 10p C7 3.3p C7 3.3p UART_TXUART_TX PIO8PIO8 C12 47n C12 47n RFRF U6 48-ball_Flash_Memory U6 48-ball_Flash_Memory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

Report No. JSH007100412-001 Page 1 of 29 FCC ID: TP9BVII EMC TEST REPORT No. JSH007100412-001 Applicant : TE-Group NV Edward Caertsstraat 39, Ekeren, Belgium, 2180 Manufacturer : Xingtel Xiamen Electronics Co., Ltd. Xingtel Building, Chuangx in Road, Torch Hi-Tech Industrial District, Xiamen, 361006, China Equipment : Bluetooth Carkit Type/Model : BLUE VISION II SUMMARY The equipment complies with the requirements according to the following standard(s): 47CFR Part 15 (2006): Radio Frequency Devices ANSIC63.4 (2003): American National Standard for Methods of Measurement of Radio-Noise Emissions from Low-Voltage Electrical and Electronic Equipment in the Range of 9 kHz to 40 GHz Date of issue: Nov 20, 2007 Tested by: Reviewed by: Wakeyou Wang (Project Engineer) Jonny Jing (Reviewer) Report No. JSH007100412-001 Page 2 of 29 FCC ID: TP9BVII Description of Test Facility Name: Intertek Testing Services Limited Shanghai Address: Building No.86, 1198 Qinzhou Road(North), Shanghai 200233, P.R. China FCC Registration Number: 236597 Name of contact: Steve Li Tel: +86 21 64956565 ext. 214 Fax: +86 21 54262335 ext. 214 Report No. JSH007100412-001 Page 3 of 29 FCC ID: TP9BVII Content SUMMARY ................................................................................................................................................1 DESCRIPTION OF TEST FACILITY...............................................................................................................2 1. GENERAL INFORMATION..................................................................................................................5 1.1 Applicant Information..........................................................................................5 1.2 Identification of the EUT .....................................................................................5 1.3 Technical specification ........................................................................................5 1.4 Mode of operation during the test / Test peripherals used...................................6 2. TEST SPECIFICATION........................................................................................................................7 2.1 Instrument list ......................................................................................................7 2.2 Test Standard .......................................................................................................7 3. HOPPING CHANNEL SEPARATION.....................................................................................................9 3.1 Limit.....................................................................................................................9 3.2 Test Configuration ...............................................................................................9 3.3 Test Procedure and test setup...............................................................................9 3.4 Test Protocol ......................................................................................................10 3.5 Measurement uncertainty...................................................................................10 4. MAXIMUM PEAK OUTPUT POWER...................................................................................................11 4.1 Test limit ............................................................................................................11 4.2 Test Configuration .............................................................................................11 4.3 Test procedure and test setup .............................................................................11 4.4 Test protocol ......................................................................................................12 4.5 Measurement uncertainty...................................................................................12 5. POWER SPECTRUM DENSITY...........................................................................................................13 5.1 Test limit ............................................................................................................13 5.2 Test Configuration .............................................................................................13 5.3 Test procedure and test setup .............................................................................13 5.4 Test Protocol ......................................................................................................14 5.5 Measurement uncertainty...................................................................................14 6. SPURIOUS EMISSION........................................................................................................................15 6.1 Test limit ............................................................................................................15 6.2 Test Configuration .............................................................................................15 6.3 Test procedure and test setup .............................................................................15 6.4 Test protocol ......................................................................................................16 6.5 Measurement uncertainty...................................................................................17 7. RESTRICT BAND RADIATED EMISSION............................................................................................18 7.1 Test limit ............................................................................................................18 7.2 Test Configuration .............................................................................................18 7.3 Test procedure and test setup .............................................................................18 7.4 Test protocol ......................................................................................................20 7.5 …

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FCC ID: TP9BVII Page 1 of 5 Test Setup FCC ID: TP9BVII Page 2 of 5 1. Spurious Emission & Restrict Band radiated Emission 30MHz-1000MHz FCC ID: TP9BVII Page 3 of 5 1GHz-18GHz FCC ID: TP9BVII Page 4 of 5 18GHz-25GHz FCC ID: TP9BVII Page 5 of 5 2. All other test items