YJ2L100CDMA Cellular Wireless Phone

CDMA cordless Phone 1 CDMA Cellular Wireless Phone User Manual Model: AWP-L200R-C (Voice, SMS & Data) Edited on Aug.19, 2009 CDMA cordless Phone 2 Table of Contents 1 PHONE OVERVIEW...................................................................................... 53 2 BASIC FUNCTIONS ....................................................................................... 63 3 BASIC OPERATIONS .................................................................................... 73 3.1 POWER ON/OFF ......................................................................................................................... 73 3.1.1 Power On ........................................................................................................................ 73 3.1.2 Power Off ........................................................................................................................ 73 3.2 MAKE A CALL ........................................................................................................................... 73 3.3 RECEIVE A CALL ....................................................................................................................... 73 3.4 END A CALL .............................................................................................................................. 73 3.5 SPEED DIAL .............................................................................................................................. 73 3.6 BATTERY USING NOTES ............................................................................................................ 73 4 IDLE SCREEN ................................................................................................ 73 5 PHONE MENU ................................................................................................ 83 5.1 MAIN MENU .............................................................................................................................. 83 5.2 CONTACTS (PHONEBOOK) ......................................................................................................... 93 5.3 MESSAGES .............................................................................................................................. 113 5.4 RECENT CALLS ....................................................................................................................... 123 5.5 TOOLS ..................................................................................................................................... 133 5.6 SETTINGS ................................................................................................................................ 143 6 KEYPAD LOCKING .....................................................................................173 6.1 LOCK KEYPAD ........................................................................................................................ 173 6.2 MODIFY KEYPAD LOCKING CODE ........................................................................................... 183 7 DATA SERVICE ............................................................................................183 8 TECHNICAL SPECIFICATIONS ................................................................183 9 QUICK TROUBLESHOOTING GUIDE ......................................................193 CDMA cordless Phone 3 Introduction Congratulations on your purchase of the CDMA Cordless Phone (Hereinafter referred to as Phone). The Phone has been designed to operate with the latest digital communication technology - Code Division Multiple Access (CDMA). The CDMA technology has many advanced features and provides excellent voice quality. The Phone has advanced features as follows:  Large, easy to read, backlight LCD with status icons  Choice of 13 ring tones and power On/Off music  Two-way SMS, voice mail and caller ID  User friendly Keypad  Long battery stand-by and talk time  Menu driven interface for easy operation and configuration  Last number redial  Adjustable ring and voice volume  AC power supply  Built-in antenna  Hands-free  Call privacy is also supported by CDMA technology  USB data cable is provided for AWP-L200R-C  Easy service and repair  Subscriber call charge meter Do’s & Don’ts  Do not clean the Phone while in operation. Before attempting to clean the Phone, turn the Phone off, disconnect the external power adapter and take out the battery. Use a Damp cloth for cleaning. Do not use liquid or aerosol cleaners.  Only use the battery and the power adapter provided with the Phone. The Phone might get damaged if other accessories are used. This will also void the warranty.  It is highly recommended to fully charge the battery before initial use. The battery might have been discharged during storage and delivery.  Do not use car device to charger battery. It may lead to electric shock or damage to Phone.  Do not throw away battery. Batteries are not to be disposed to fire. It may explode or catch fire.  Do not attempt to change the security codes or components. User is responsible for any consequences arising from such attempt.  Avoid shock or impact. Rough handling can cause damage to the Phone cabinet and internal This user guide provides information on the use and operation of your Phone. Kindly read all the information contained in this user guide carefully prior to using the Phone. This will help you get the best performance and shall prevent any unintended damage to the Phone. Check the contents of the box as per the packing list and report any discrepancies immediately to the store from where Phone has been purchased. CDMA cordless Phone 4 circuits.  Do not paint.  During lightening do not touch power plug or Phone line. This can cause Electric shock, even death.  Your Phone is to work with 100-265V AC. Check the voltage before connecting.  Do not plug many power cords in the outlet.  Do not touch the plug with wet hands. Always gras…

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PHOTOGRAPH OF THE EUT 1. Appearance of the MS 2. Appearance of the Charge and battery 3. Appearance of the earphone

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L100 Operational Description 1. Introduction L100 is a Fixed Wireless Phone. The wireless communication part of the product is based on CDMA2000 1x technology, which was designed in full-compliance to the international standard including its RF standard of IS-98e. The extension circuit for receiver, hand frees speaker, etc. 2. Interface and function display A. Power Circuit It includes the battery manage (Li+ type, which voltage ranging from 3.2V to 4.2V), and charger adaptor. The charger adaptor takes AC voltage of 100~240V and output at 5.3V DC for up to 800mA in current. The charger adaptor is AC/DC switching power supply for wide range of input AC voltage. B WM6681 module The module is the part of the product, which includes all the RF and base-band circuitries based on CDMA2000 technology. It is designed according to the CDMA standard and in compliance to IS-2000. C Some external interface Keypad, LCD，Receiver, MIC and AUDIO amplifier，SPEAKER devices. These external Devices connect with WM6681 module for human interface purposes. 3. Operational description A. RF signals The air-interface standard is based on CDMA2000 technology. The RF tranceiver in the WM6681 module transmits and receive the RF signal at determined by CDMA network, via air-interface protocols. On the TX side, the RF transceiver converts the base-band signal (TX-I/Q signal) generated by base-band chip (CBP5.0 by Via Telecom) to specified RF frequency, and then amplified by RF PA. After the RF Duplexer the signal transmitted by the internal PIFA Antenna, which is connected to the product via two copper pads. On the RX side, the RX signal from the BSC (base station of the network) is received by the antenna, and feeds to RF transceiver after the RF duplexer. After the LNA, the amplified RX signal is down-converted to base-band signals (RX I/Q) and feeds to the base-band chip (CBP5.0). There is an LO circuit, which is used as local oscillator for RF up/down conversion. The LO is used as reference frequency and internally inside the RF transceiver, the proper up/down conversion clocks are generated. B. Base-band modem. The modem (modulation/demodulation) is integrated inside base-band chip (CBP5.0), the TX-I/Q signal is generated digitally with proper modulation scheme and than converted by DAC to analog base-band signal. The received RX-I/Q signal is digitized by ADC circuits on CBP5.0, and the digitally demodulated and decoded on CBP5.0 chip. C. Protocol Stack The protocol stack in side CBP5.0 is used to process received data from BSC and generate data for sending to BSC. Such operation in all done inside CBP5.0 and compliance with the CDMA standard D. VC-TCXO. The 19.2MHz VC-TCXO is used in the module as local frequency source. It is fine-tuned by receiver circuit and digital PLL algorithms. The 19.2MHz is tightly locked to BSC’s GPS clock. This ensured the RF transmission frequency accuracy. E. Audio Operation From the protocol stack, the digital Audio data (such as QCELP, EVRC) receive from BSC frame-by-frame. The digital audio data is transferred to Voice DSP (VDSP) processor for decoding to PCM audio signal which in turn converted to RX analog voice signal by on-chip codec. The RX analog signal is amplified by on-chip audio driver to drive audio receiver in the handset. For speaker mode, an audio amplifier is used to drive 8ohm loud speaker. On the TX side, the signal received by Microphone is amplified and digitized by the on-chip CODEC. The TX digital signal is process by VDSP and coded to QCELP or EVRC frames. Coded frame data is then modulated to TX I/Q signal for transmission. F. Power supply circuit The AC power is converted to DC 5.3V and feeds to the product. The 5.3V DC is used to charge the battery and in parallel the battery voltage is used by the WM6681 module as the input power (3.2V to 4.2V, depends on the battery charging state). Inside the module, there are several LDOs for generating the voltage for digital power (3.0V and 1.8V), analog power (3.0V) and power used by transceiver and VC-TCXO. G. Keypad The keypad is design with Row/Col scan matrix for detecting the key pressing. This is low-frequency and low-voltage design H. LCD LCD is mono-color COG design with SPI serial interface to WM6681 module. It also requires the backlight driver circuit which taking power from Battery directly with on/off control circuit. I. USB interface The USB interface is used for product maintenance as well as for internet browsing by connecting to a computer. It is USB1.1 compatible design. The USB transceiver is built-in to the CBP5.0 chip J. UIM socket This is to interface to R-UIM card for certain networks which requires R_UIM support. K. Antenna The internal antenna is used for the product. It is a PIFA antenna with shell fragment connector. The radiation pattern of the antenna is horizontal for optimized signal reception.

Tune‐up Procedure of L100 During manufacturing each phone will be individually calibrated. The measurement is done in a fully calibrated setup, which is based on Agilent 8960 or RS CMU200 (TX power, AFC, DRP, LNA Gain.....). Furthermore, the highest power level is verified afterwards in a call measurement on three channels (low, mid and high). Procedure: 1. Set the handset to operational voltage and on one certain channel in a 2. special service mode by means of company proprietary software. 2. The actual power is measured at several power levels. 3. The gain factors of each individual phone are adjusted via the Board‐test SW using automatic adjustment arithmetic until the target value is met. The appropriate gain control settings are stored in RF table (a special section in Nor Flash marked with Read only and untouchable for end user) each phone individually (for each power level). The user has no possibility to change these settings later on. 1. Range of operating power level The operating power level is divided into 15 steps in Cellular mode 1.1 Cellular-CDMA mode : -60.4dBm ± 0.3dB ~ 24dBm ± 0.3dB Level 024dBm ± 0.3dB Level 9-15.6dBm ± 0.3dB Level 122.8dBm ± 0.3dBLevel 10-22dBm ± 0.3dB Level 221.2dBm ± 0.3dBLevel 11-28.4dBm ± 0.3dB Level 318dBm ± 0.3dBLevel 12-34.8dBm ± 0.3dB Level 413.2dBm ± 0.3dBLevel 13-41.2dBm ± 0.3dB Level 56.8dBm ± 0.3dBLevel 14-47.6dBm ± 0.3dB Level 60.4dBm ± 0.3dBLevel 15-54dBm ± 0.3dB Level 7-6dBm ± 0.3dBLevel 16-60.4dBm ± 0.3dB Level 8-12.4dBm ± 0.3dB 2. Means for Control of Operating Power Level The RF transmitter interfaces internally with the baseband circuits for its analog baseband input as well as status and control signaling. Power reduction features controlled by baseband circuits (such as selective circuit power-down, gain control, and transmit puncturing) extend handset talk-time. The driver amplifier output is routed externally to the final stage of the transmit chain - filter, PA(power amplifier), coupler, duplexer, and antenna. Sophisticated Tx LO circuits implement the frequency plan and are completely integrated except for the loop filter (one resistor and two capacitors) All transmit LO signals are generated by the on-chip VCO under control of its PLL.

Ref: CR-280-3-08-SATB-B COMOSAR Dipole 835 MHz Calibration Report Page: 1/6 Issue: B Date: 2009/10/05 1 DIPOLE 835 MHZ CALIBRATION REPORT Prepared By: LUC Jérôme, SATIMO Project Description: SAR TEST BENCH Prepared For (End User): Shenzhen Morlab Communication Technology This document is issued by SATIMO, in confidence and is not to be reproduced in whole or in part without the prior written permission. The information contained herein is to be used only for the purpose for which it is submitted and is not to be released in whole or in part without the prior written permission of SATIMO. Ref: CR-280-3-08-SATB-B COMOSAR Dipole 835 MHz Calibration Report Page: 2/6 Issue: B Date: 2009/10/05 2 DIPOLE 835 MHz CALIBRATION REPORT DATE: 19/02/2009 REFERENCE: SN 36/08 DIPC99 OBJECT: COMOSAR IEEE REFERENCE DIPOLE MANUFACTURER: SATIMO SERIAL NUMBER: SN 36/08 DIPC99 CUSTOMER: Shenzhen Morlab Communication Technology CONTRACT: PF2130108b_SAR_Morlab DATE OF CALIBRATION: 2 3/09/2009 WARRANTY: This Calibration certificate may not be reproduced other than in full. Calibration certificates without signature and seal are not valid. This documentation contains property information which is protected by copyright. All right are reserved. No part of this document may be photocopied, reproduced without the prior written agreement of SATIMO. SATIMO shall not be liable for errors contained herein or for incidental or consequential in connection with the furnishing, performance or use of this material. Warranty doesn’t apply to Normal wear, Normal tear, Improper use, Improper maintain, Improper installation. Date SAR TEAM MANAGER Ref: CR-280-3-08-SATB-B COMOSAR Dipole 835 MHz Calibration Report Page: 3/6 Issue: B Date: 2009/10/05 3 PRODUCT DESCRIPTION Dimension: L=161 mm/ h=89.8mm / d=3.6 mm CALIBRATION TEST EQUIPMENT TYPE IDENTIFICATION DATE OF CALIBRATION Vector Network Analyzer HP8753D (SN: 5410A08882) 10-05-2009 MEASUREMENT PROCEDURE We placed the dipole under the flat part of SAM phantom fill with 835 MHz head liquid. Ref: CR-280-3-08-SATB-B COMOSAR Dipole 835 MHz Calibration Report Page: 4/6 Issue: B Date: 2009/10/05 4 Calibration was performed according to IEEE Std P1528-2003 and OET bulletin 65 Supplement C (Ed. 01-01) VSWR at 835 MHz: -24.77 dB. -24,77 -40 -35 -30 -25 -20 -15 -10 -5 0 0,7350,8350,935 Frequency (GHz) S11 (dB) Ref: CR-280-3-08-SATB-B COMOSAR Dipole 835 MHz Calibration Report Page: 5/6 Issue: B Date: 2009/10/05 5 SAR MEASUREMENT EQUIPEMENT Voltmeter Keithley (2000, SN:1000572) Date of calibration: 01-07-2009 Signal generator Rohde&Schwarz (SML_03, SN:101868) Date of calibration: 15-11-2008 Power amplifier Nuclétudes (ALB216, SN:10800) Date of calibration: 24-10-2008 Power meter Rohde&Schwarz (NRVD, SN:101066) Date of calibration: 04-07-200 9 Probe SATIMO Bretagne (SN:EP37) CF (30.41,29.18,32.33) Date of calibration: 19-06-2009 SAR MEASUREMENT CONDITION Software OpenSAR V3 Phantom SATIMO Bretagne (SN: SN_20_07_SAM42) Liquid SATIMO Bretagne (Last Calibration: 18 09 08) Head Liquid Values: eps’ : 41,20 sigma : 0,872 Distance between the center of the dipole and the liquid (set with a spacer) 15 mm Area scan resolution dx=8mm/dy=8mm Zoom scan resolution dx=8mm/dy=8m/dz=5mm Frequency 835 MHz Input power 30 dBm Expanded uncertainty (K=1) 8.09% SAR MEASUREMENT RESULT 10g 1g SAR measured Liquid : HL Input power : 1W 6,364 W/Kg + 2,64 % 9,805 W/Kg + 3,21 % Ref: CR-280-3-08-SATB-B COMOSAR Dipole 835 MHz Calibration Report Page: 6/6 Issue: B Date: 2009/10/05 6 SAR MEASUREMENT PLOTS

Ref: CR-280-1-08-SATB-A COMOSAR E-Field probe Calibration Report Page: 1/26 Issue: A Date: 2009/10/06 1 COMOSAR E-FIELD PROBE CALIBRATION REPORT Prepared By: LUC Jérôme, SATIMO Project Description: SAR TEST BENCH Prepared For (End User): Shenzhen Morlab Communication Technology This document is issued by SATIMO, in confidence and is not to be reproduced in whole or in part without the prior written permission. The information contained herein is to be used only for the purpose for which it is submitted and is not to be released in whole or in part without the prior written permission of SATIMO. Ref: CR-280-1-08-SATB-A COMOSAR E-Field probe Calibration Report Page: 2/26 Issue: A Date: 2009/10/06 2 COMOSAR SEPT ISOTROPIC E-FIELD PROBE CALIBRATION REPORT DATE: 12/02/2009 REFERENCE: SN 37/08 EP80 OBJECT: COMOSAR SEPT ISOTROPIC E-FIELD PROBE MANUFACTURER: SATIMO SERIAL NUMBER: SN 37/08 EP80 CUSTOMER: Shenzhen Morlab Communication Technology CONTRACT: PF2130108b_SAR_Morlab DATE OF CALIBRATION: 24/09/200 9 WARRANTY: This Calibration certificate may not be reproduced other than in full. Calibration certificates without signature and seal are not valid. This documentation contains property information which is protected by copyright. All right are reserved. No part of this document may be photocopied, reproduced without the prior written agreement of SATIMO. SATIMO shall not be liable for errors contained herein or for incidental or consequential in connection with the furnishing, performance or use of this material. Warranty doesn’t apply to Normal wear, Normal tear, Improper use, Improper maintain, Improper installation. Date SAR TEAM MANAGER Ref: CR-280-1-08-SATB-A COMOSAR E-Field probe Calibration Report Page: 3/26 Issue: A Date: 2009/10/06 3 PRODUCT DESCRIPTION Frequency Range 100 MHz - 30 GHz Probe length 330 mm Length of one dipole 4.5 mm Maximum external diameter 8 mm Probe extremity diameter 6.5 mm Distance between dipoles/probe extremity < 2.7 mm Resistance of the three dipole (at the connector) Dipole 1: R1=1.4382 MΩ Dipole 2: R2=1.4894 MΩ Dipole 3: R3=1.4683 MΩ Connector (HIROSE series SR30) 6 wire male (Hirose SR30series) The probe could be checked by measuring the resistance of the three dipoles. CALIBRATION TEST EQUIPMENT TYPE IDENTIFICATION Calibration bench CALISAR Multimeter Keithley 2000 Ref: CR-280-1-08-SATB-A COMOSAR E-Field probe Calibration Report Page: 4/26 Issue: A Date: 2009/10/06 4 MEASUREMENT PROCEDURE Probe calibration is realized, in compliance with CENELEC EN 50361 and IEEE 1528 std, with CALISAR, Antennessa proprietary calibration system. The calibration is performed with the EN 50361 annexe technique using reference guide at the five frequencies. Where : P fw = Forward Power P bw = Backward Power a and b = Waveguide dimensions
= Skin depth Keithley configuration: Rate = Medium; Filter =ON; RDGS=10; FILTER TYPE =MOVING AVERAGE; RANGE AUTO After each calibration, a SAR measurement is performed on a validation dipole and compared with a NPL calibrated probe, to verify it. Ref: CR-280-1-08-SATB-A COMOSAR E-Field probe Calibration Report Page: 5/26 Issue: A Date: 2009/10/06 5 PROBE UNCERTAINTIES Ref: CR-280-1-08-SATB-A COMOSAR E-Field probe Calibration Report Page: 6/26 Issue: A Date: 2009/10/06 6 1. Calibration at 450.00 MHz A. Calibration parameters. Label GSM450 Epsilon 43.33 Sigma 0.84 S/m Temperature 21°C Antenna gain 2.03 dB Antenna S11 -10.50 dB Low limit detection (CW) 0.72 V/m (0.47 mW/kg) Calibration curves ei=f(V) (i=1,2,3) allow to obtain E-field value using the formula: 2 3 2 2 2 1 **EEEE= The following tables represent the calibration curves linearization by curve segment in CW signal. Ref: CR-280-1-08-SATB-A COMOSAR E-Field probe Calibration Report Page: 7/26 Issue: A Date: 2009/10/06 7 Calibration coefficients for the three dipoles in CW: v1 e1 v2 e2 v3 e3 0.584004 419.557857 -0.696059 435.622023 0.541191 412.830715 0.467833 339.207465 -0.556278 351.381991 0.469757 336.297240 0.376994 276.348283 -0.452232 288.647980 0.378826 274.224190 0.302778 224.954643 -0.359005 232.397390 0.305842 224.365698 0.241038 182.154071 -0.286978 188.889931 0.246562 183.825274 0.192549 148.484090 -0.230386 154.650994 0.195712 148.993075 0.154033 121.674762 -0.185412 127.378480 0.157543 122.783107 0.123397 100.276479 -0.147311 104.193802 0.125866 100.956090 0.099878 83.770361 -0.118637 86.660489 0.101471 84.063863 0.081165 70.553219 -0.095250 72.263937 0.082289 70.694342 0.065166 59.152028 -0.076788 60.795323 0.066427 59.538957 0.051916 49.592416 -0.061280 51.041514 0.053353 50.232492 0.041968 42.297602 -0.048746 43.022565 0.042906 42.675214 0.033724 36.126757 -0.039149 36.748110 0.034686 36.605243 0.021855 26.962568 -0.024798 27.024723 0.022272 27.149463 0.018405 23.975145 -0.020856 24.085809 0.018755 24.141334 0.015467 21.515985 -0.017534 21.515985 0.015767 21.615299 0.013018 19.309065 -0.014750 19.398191 0.013276 19.487731 0.010938 17.408496 -0.012392 17.529166 0.011157 17.569575 0.009022 15.586953 -0.010228 15.658899 0.009215 15.676938 0.007353 13.956010 -0.008328 13.988181 0.007484 14.020428 0.005989 12.466979 -0.006801 12.495719 0.006111 12.567858 0.004890 11.214019 -0.005573 11.265779 0.005003 11.330818 0.004019 10.133541 -0.004570 10.121882 0.004099 10.168601 0.003279 9.094132 -0.003739 9.157170 0.003352 9.125596 0.002660 8.095827 -0.003041 8.293946 0.002769 8.265350 0.002126 7.324219 -0.002453 7.366500 0.002188 7.358024 0.001685 6.565400 -0.001947 6.580536 0.001724 6.542765 0.001300 5.784440 -0.001511 5.718225 0.001334 5.757862 0.001123 5.245191 -0.001307 5.269400 0.001174 5.275471 0.000891 4.701768 -0.001057 4.723470 0.000924 4.728912 0.000704 4.209798 -0.000850 4.226839 0.000736 4.243862 0.000574 3.790376 -0.000689 3.791428 0.000603 3.830551 0.000457 3.396200 -0.000570 3.434303 0.000483 3.421852 0.000365 3.050686 -0.000463 3.078014 0.000389 3.079630 0.000292 2.745766 -0.000369 2.726866 0.000311 2.759206 0.000236 2.486639 -0.000312 2.489933 0.000246 2.460514 0.000…

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Report No.: SZ10060055S01 Page 2 of 81 Contents 1. GENERAL INFORMATION....................................................................................................3 1.1. Notes.........................................................................................................................................3 1.2. Organization item....................................................................................................................3 1.3. Conclusion................................................................................................................................3 2. TESTING LABORATORY.......................................................................................................4 2.1. Identification of the Responsible Testing Laboratory..........................................................4 2.2. Identification of the Responsible Testing Location..............................................................4 2.3. Accreditation Certificate........................................................................................................4 2.4. List of Test Equipments..........................................................................................................4 3. TECHNICAL INFORMATION ...............................................................................................5 3.1. Identification of Applicant......................................................................................................5 3.2. Identification of Manufacturer..............................................................................................5 3.3. Equipment Under Test (EUT)................................................................................................5 3.3.1. Photographs of the EUT..................................................................................................6 3.3.2. Identification of all used EUTs........................................................................................6 4. TEST RESULTS.........................................................................................................................6 4.1. Applied Reference Documents...............................................................................................6 4.2. Test Environment/Conditions................................................................................................7 4.3. Operational Conditions During Test.....................................................................................7 4.3.1. Informations On The Testing..........................................................................................8 4.3.2. The Measurement System.............................................................................................10 4.3.3. Uncertainty Assessment.................................................................................................12 4.4. MEASUREMENT PROCEDURES....................................................................................16 4.4.1. Procedures Used To Establish Test Signal....................................................................16 4.5. Items used in the Test Results List.......................................................................................17 4.6. Test Results List.....................................................................................................................18 ANNEX A ACCREDITATION CERTIFICATE..........................................................................20 ANNEX B PHOTOGRAPHS OF THE EUT ................................................................................21 ANNEX C GRAPH TEST RESULTS ...........................................................................................24 Report No.: SZ10060055S01 Page 4 of 81 2. Testing Laboratory 2.1. Identification of the Responsible Testing Laboratory Company Name: Shenzhen Electronic Product Quality Testing Center Department: Morlab Laboratory Address: 3/F, Electronic Testing Building, Shahe Road, Nanshan District, Shenzhen, 518055 P. R. China Responsible Test Lab Manager: Mr. Shu Luan Telephone: +86 755 86130268 Facsimile: +86 755 86130218 2.2. Identification of the Responsible Testing Location Name: Shenzhen Electronic Product Quality Testing Center Morlab Laboratory Address: 3/F, Electronic Testing Building, Shahe Road, Nanshan District, Shenzhen, 518055 P. R. China 2.3. Accreditation Certificate Accredited Testing Laboratory: No. CNAS L1659 (see Annex A) 2.4. List of Test Equipments No. Instrument Type 1 PC Dell (Pentium IV 2.4GHz, SN:X10-23533) 2 Network Emulator Rohde&Schwarz (CMU200, SN:105894) 3 Voltmeter Keithley (2000, SN:1000572) 4 Synthetizer Rohde&Schwarz (SML_03, SN:101868) 5 Amplifier Nucl udes (ALB216, SN:10800) 6 Power Meter Rohde&Schwarz (NRVD, SN:101066) 7 Probe Antennessa (SN:SN_3708_EP80) 8 Phantom Antennessa (SN:SN_36_08_SAM62) 9 Liquid Antennessa (Last Calibration:21 08 04) Report No.: SZ10060055S01 Page 5 of 81 3. Technical Information Note: the following data is based on the information by the applicant. 3.1. Identification of Applicant Company Name: Topp Multitasking Group, C.A Address: Calle Norte Casa 189 Anexo 1. Santa Sofia. Caracas Venezuela 3.2. Identification of Manufacturer Company Name: Asiatelco Technologies Co. Address: #289 Bisheng Road , Building-8,3F,Zhangjiang Hi-Tech ,Pudong, Shanghai, China 201204 3.3. Equipment Under Test (EUT) Brand Name: Topp Type Name: Topp Marking Name: L100 Hardware Version: 328_HW Software Version: 6681_M_1.84.74_2T Frequency Bands: Tx:825.25 MHz—847.75MHz Rx: 870.25 MHz—892.75MHz Modulation Mode: CDMA Antenna type: Build inside Accessories: Charger; Battery Battery Model: BL-5C Battery specification: 900mAh 3.7V Report No.: SZ10060055S01 Page 6 of 81 3.3.1. Photographs of the EUT Please see for photographs of the EUT. 3.3.2. Identification of all used EUTs The EUT Identity consists of numerical and letter characters (see the table below), the first five num…

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55 44 33 22 11 D D C C B B A A 1% PAM Duplexer RX BLOCK Reference OSC 19.2MHz CP_IN PA_IN TX_CELL_CPOUT PA_OUT CP_OUT2 TX_CELL CP_OUT1 CELL_RX_DUP VDD_TX_OUT CP_50O LNA_OUT VDD_LNA LNA_IN RX_CELL_R RX_LNA_OUT LNA_VCTL RF_ON_RX1 CELL_RX_DUP VDD_TCXO_IN TCXO_ADJ_IN TCXO_OUT CELL_ANT4 ANT CELL_ANT1 CELL_ANT2 TX_DUP_IN TX_CELL (5) PA_R_CELL (1) CELL_PA_ON (1) PWR_DET (3) RX_CELL (5) RF_ON_RX1 (1,5) TCXO_DIG (2) TCXO_RF (5) TCXO_ADJ (3) ANT VDD_TX VBAT VBAT VDD_TX VDD_RXVDD_RX VDD_TCXO C474 22nH 1 2 U17CP1608-15A0836 1 23 4 IN OUT 50OHM COUPLE C138100pF C443 1000pF C55 0.1uF L53722nHDNP 12 C52 0.47uF R7036.2K C45 12pF R702 3.3K L53922nHDNP 12 C44 10uF C440100pF C42 1000pF L5256.8nH 12 Q1KRX102U 123 45 E1B1E2 C2 C1 L540220nH 12 S1 MM8430-2610RB3 1 3 2 4 5 6 IN GND1 OUT GND2 GND3 GND4 C4420.1uF C60815nHDNP 12 C476 33pFDNP C475 43pF R58620 L610nHDNP 12 R5865 5.1K Y2KT21P-DCV28A-19.200M-T 3 1 4 2 OUT VCON VCC GND R29 100 U19NJG1127HB6 5 2 7 4 13 6 8 IN GND1 VCTL GND2 VINVOUT GND3 GND4 C50 100pF C438100pFDNP L538 3.5nH 1 2 R5837 0 R24100 C590.01uF L5352.7nH 12 R5863 0 R28 100 U21 HSMS-2825 43 21 IN2IN1 OUT2OUT1 C5 120pF U516 EFSD836MF2S2 61 3 245 789 ANTTX RX GNDGNDGND GNDGNDGND L51…

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