BEJLST260Wireless Local Loop Telephone (CDMA)

LGE CDMA Fixed Wireless Terminal LST-260 2 CDMA Fixed Wireless Terminal User Guide Model: LST-260 LGE CDMA Fixed Wireless Terminal LST-260 3 REVISED HISTORY DATE ISSUE CONTENTS OF CHANGES REMARK 2005.4.21 ISSUE 0.1 Preliminary FCC DOC Please read this manual before you use this product. This manual is based on the production version of LST-260 FWT. Software changes may have occurred after this printing. LGE reserves the right to make changes in technical and product specifications without prior notice . LGE CDMA Fixed Wireless Terminal LST-260 4 Blank Page LGE CDMA Fixed Wireless Terminal LST-260 5 Table of Contents 1. Before You Start ..................................................................................................... 7 1.1 Safety Information...................................................................................................................... 7 1.2 Optimal Phone Performance ..................................................................................................... 7 1.3 Care and Service ....................................................................................................................... 8 ♦ Safety Information ......................................................................................................................... 8 2. Introduction.......................................................................................................... 11 2.1 Front, Side and Rear View of the Terminal .............................................................................. 12 2.1.1 Installation for Wall Mounting.......................................................................................... 13 2.2 3 LEDs Indicators..................................................................................................................... 14 2.3 Installation ................................................................................................................................ 14 STEP 1. Check Components.................................................................................................. 14 STEP 2. Place the Terminal....................................................................................................15 STEP 3. Connect Components............................................................................................... 15 STEP 4. Check LED Indicators............................................................................................... 15 2.4 Installation Steps ...................................................................................................................... 17 3. Basic Operation.................................................................................................... 18 3.1 Power On ................................................................................................................................. 18 3.2 Placing a call ............................................................................................................................ 18 3.3 Receiving a call........................................................................................................................ 18 3.4 Ending a call ............................................................................................................................ 18 3.5 Warning Tone after Remote Disconnect .................................................................................. 19 3.6 Emergency Call........................................................................................................................ 19 3.7 Power Off.................................................................................................................................. 19 4. System Features .................................................................................................. 20 4.1 Hook flash ................................................................................................................................ 20 4.2 ROH (Receiver Off Hook) ........................................................................................................ 20 4.3 System Features...................................................................................................................... 20 4.4 Applications .............................................................................................................................. 21 5. Programming........................................................................................................ 22 5.1 Speed Dial................................................................................................................................ 22 Storing the Speed Dial Number ............................................................................................... 22 Enable or Disable Speed Dial .................................................................................................. 22 Erase All Speed Dials .............................................................................................................. 23 Operation ................................................................................................................................. 23 5.2 Emergency Call........................................................................................................................ 23 Entering the emergency phone number .................................................................................. 23 Enable or Disable emergency call ........................................................................................... 23 Erase All Emergency Call Numbers ........................................................................................ 23 5.3 Hot Line.................................................................................................................................... 24 Programming the Hot Line number ............................................…

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June 3. 2005 Federal Communication Commission Equipment Authorization Branch 7435 Oakland Mills Road Columbia, MID 21046 In re : LG Electronics Inc.. FCC ID: BEJLST260 SingleBand, SingleMode CDMA WLL Phone Part 22Certification Request for Confidentiality Gentlemen: In accordance with 0.459 of CFR 47, LG Electronics, Inc. hereby requests confidentiality of the Block Diagrams attachment, Schematic Diagrams & Circuit Description attachment, Operational Description attachment, and Parts List/Tune-Up Procedure attachment for the above-referenced Type Acceptance application. These documents contain detailed system and equipment description and related information about the product which LG Electronics Inc. Considers to be proprietary, confidential, and a custom design and, otherwise, would not release to the general public. Since this design is a basis from which future technological products will evolve, LG Electronics Inc. considers this information to be of benefit to its competitors, such that the disclosure of the information in these documents would give competitors an unfair advantage in the market. Sincerely, Kyeom-Soon Kim General Manager Q & R Center LG Electronics Inc. Tel : 82-2-2630-3090~4 Fax : 82-2-2630-3504 [email protected] LG Electronics Inc. Q & R Center, 36, Munlae-dong, 6-ga, Youngdungpo-gu, Seoul, Korea LG Electronics Inc. LGE

Address : LG Electronics Inc. Q & R Center, 36, Munlae-dong, 6-ga, Youngdungpo-gu, Seoul, Korea Tel:+82-2-2630-3090~4, Fax:+82-2-2630-3504 1 / 2 Regarding FCC question 1. 1.Please discuss the radio standard. How did the test codes represent operational configurations? ▷LGE’s reply is as follows : Figure-1. Operational configuration on EUT(LST-260) ▣ FCC Test Mode Operation 1. Channel Setting When channel number(1~1024) is entered , MSM6025 chip controls Tx PLL (Phase Look Loop) synthesizer . So, frequency is locked according to channel number . 2. AGC Control When we change AGC setting (1~511), MSM6025(U5) in figure-1 is changed pulse density modulation(PDM) signal. After PDM signal passed filer, PDM signal is changed DC value. DC component at filter output is proportional to average pulse density modulation signal as fig- ure-2. According to DC value, RFT6122(U3) output power is changed. Figure-2. Output Power control 2. How will an AGC setting reflect maximum power in production devices? U4 PAM CX77105 X2 VC-TCXO 19.2MHz FL2 DUPLEXER FAR-D5CF-881M50-D1F1 U6 FSLC-S090S-A U5 MSM 6025 TEMP V_BAT RX : 869 ~ 894 MHz TX : 824 ~ 849 MHz I & Q DATA I & Q DATA U3 RFT6122 U8 H_DET LO Generation & Distribution S B I U10 RFR6122 Quadrature Downconvderter S B I RX PLL Loop Filter RX VCO TX VCOTX PLL Loop Filter LO Generation & Distribution Quadrature Upconverter I & Q DATA I & Q DATA PDM Vcontrol To MSM ADC FL1 TX SAW FAR-F5EA-836M50-D27A TEMP_BAT FL3 RX SAW FAR-F5EB-881M50-B2JJ Filter U4 PAM CX77105 X2 VC-TCXO 19.2MHz FL2 DUPLEXER FAR-D5CF-881M50-D1F1 U6 FSLC-S090S-A U5 MSM 6025 TEMP V_BAT RX : 869 ~ 894 MHz TX : 824 ~ 849 MHz I & Q DATA I & Q DATA U3 RFT6122 U8 H_DET LO Generation & Distribution S B I U10 RFR6122 Quadrature Downconvderter S B I RX PLL Loop Filter RX VCO TX VCOTX PLL Loop Filter LO Generation & Distribution Quadrature Upconverter I & Q DATA I & Q DATA PDM Vcontrol To MSM ADC FL1 TX SAW FAR-F5EA-836M50-D27A TEMP_BAT FL3 RX SAW FAR-F5EB-881M50-B2JJ Filter (V D D M : M S M P ad V o ltag e) < RFT-6122 Typical Tx output Vs VControl > (V D D M : M S M P ad V o ltag e) < RFT-6122 Typical Tx output Vs VControl > 2 / 2 ▷LGE’s reply is as follows : Maximum power in production devices shall be decided when R&D engineers develop those. A R&D engineer informs us of the decided maximum power on the production devices when it needs to be tested for FCC submission. When we do testing, we adjust AGC setting from 1 to 511 to get the same maximum power that has been announced by the R&D engineers by means of test configuration in figure-3. Equip- ment such as E5515 and PSA(spectrum analyzer) has function to measure RF power. Figure-3. Test configuration to get maximum power Regarding LST-260 model. We got information that maximum power of LST-260 is 24.5 dBm from a R&D engineer. When we did testing with the model, we also adjusted AGC setting to get 24.5 dBm. ▣ The other way There is another method to get maximum power. That is to use a call simulator. Using the test configuration in figure-3, we set test parameters as follows into the call simulator to get its maximum power: 1. System ID : System operator’s ID 2. System Type : IS-2000 3. Operating mode : Active cell 4. Cell power : -104 dBm/ 1.23 MHz 5. Reverse Power Control : All up bits 6. Cell Band : US Cellular 7. Protocol : IS-2000-0 8. Radio configuration : Fwd2, Rvs2,SO9(Service Option 9) Although we use one of the two methods in order to get maximum power, we can get same re- sults. hp HEWLETT PACKARD FREQUENCY SPAN AMPLITUDE hp HEWLETT PACKARD AC or DC POWER SUPPLY E5515C or HP8924C Call Simulator PSA(E4440A) or HP8595E Directional Coupler EUT hp HEWLETT PACKARD FREQUENCY SPAN AMPLITUDE hp HEWLETT PACKARD AC or DC POWER SUPPLY E5515C or HP8924C Call Simulator PSA(E4440A) or HP8595E Directional Coupler EUT

FCC ID : BEJLST260 Report No.: 00431-4529-C5115 APPENDIX C : 1. External View 2. Internal View EUT Photographs FCC ID : BEJLST260 Report No.: 00431-4529-C5115 1. External View FCC ID : BEJLST260 Report No.: 00431-4529-C5115

PROPOSED FCC ID LABEL AND LOCATION LG ELECTRONICS INC. This device complies with Part 22 of the FCC Rules. FCC ID Label

FCC ID : BEJLST260 Report No.: 00431-4529-C5115 2. Internal View FCC ID : BEJLST260 Report No.: 00431-4529-C5115 FCC ID : BEJLST260 Report No.: 00431-4529-C5115 FCC ID : BEJLST260 Report No.: 00431-4529-C5115 FCC ID : BEJLST260 Report No.: 00431-4529-C5115

MJ TELCOM SPECIFICATION Engineering Div. This product specification contains information proprietary to Mj telcom and should not be used without prior written permission. Sheet No.Rev No. PRODUCT SPECIFICATION MJ TELCOM A4(210X297) WLL BASE ANTENNA(800MHz band) HCD-8001 3 Specification for approval WLL 800MHz BASE ANTENNA ▣ Customer : [LG ELECTRONICS INC.] ▣ Description :WLL BASE ANTENNA ▣ Model Number : HCD-800-1 (IVORY COLOR) ▣ Spec. : See Attached ▣ Date : 2005.JUN.3 MJ Telcom co., Ltd 301-1504, Bucheon Technopark, 365-1, Samjeong-Dong, Ojeong-Gu, Gyeonggi-Do, Korea TEL:82-32-621-0665,6Fax:82-32-621-0667 CHECKED BY :APPROVED BY :DATE : WRITTEN BY : Lee.inn hee 2005.JUN.3. Y. W. LEE W. LEE 1 OF 17 MJ TELCOM SPECIFICATION Engineering Div. This product specification contains information proprietary to Mj telcom and should not be used without prior written permission. Sheet No.Rev No. PRODUCT SPECIFICATION MJ TELCOM A4(210X297) WLL BASE ANTENNA(800MHz band) HCD-8001 3 HISTORY Revision DATE DESCRIPTION SUBJECTREMARK 1 2003.6.11 ANT.TNC COUPLING COUPLING SIZE 13.5mm=>13.3mm 2004.11.11 ANT.TNC BODY CUTTING => NO CUTTING 2005.6.3 ANT.GAIN GAIN 2±0.5 => 2±1 dBi 2 3 2 OF 171 MJ TELCOM SPECIFICATION Engineering Div. This product specification contains information proprietary to Mj telcom and should not be used without prior written permission. Sheet No.Rev No. PRODUCT SPECIFICATION MJ TELCOM A4(210X297) WLL BASE ANTENNA(800MHz band) HCD-8001 3 CONTENTS 1.DESCRIPTION 2. ELECTRICAL SPECIFICATIONS 3 MECHANICAL SPECIFICATIONS 4. V.S.W.R CHARACTERISTICS 5. RADIATION PATTERN 6. ANTENNA DRAWING 7. ELECTRICALTESTPROCEDURE 8. MECHANICAL TESTPROCEDURE 9. ENVIRONMENTAL TESTPROCEDURE 10.TEST FACILITIES 11.PACKING METHOD 3 OF 171 MJ TELCOM SPECIFICATION Engineering Div. This product specification contains information proprietary to Mj telcom and should not be used without prior written permission. Sheet No.Rev No. PRODUCT SPECIFICATION MJ TELCOM A4(210X297) WLL BASE ANTENNA(800MHz band) HCD-8001 3 1. DESCRIPTION 1.1 Scope A sleeve dipole antenna, consisting of copper cylinder and a thin radiator which is a inner conductor of a coaxial line, is a half wave dipole antenna used for a portable and base station unit for wireless communication. 1.2 Part Number MJtelcom Antenna Part No. : HCD-8001 1.3 Units and Definitions V.S.W.R : Voltage Standing Wave Ratio dBi : Antenna gain in dB relative to a isotropic antenna g : Acceleration of gravity (about 9.8 m/sec²) RH : Relative Humidity 1.4 Conditions Unless otherwise stated all temperature tolerance are ±3°Cand all RH tolerance are ±5 percentage units. Unless otherwise stated all values are valid at ±20°Cand 50% RH. 4 OF 17 MJ TELCOM SPECIFICATION Engineering Div. This product specification contains information proprietary to Mj telcom and should not be used without prior written permission. Sheet No.Rev No. PRODUCT SPECIFICATION MJ TELCOM A4(210X297) WLL BASE ANTENNA(800MHz band) HCD-8001 3 2. ELECTRICAL SPECIFICATIONS 2-1 Frequency range : 824~894 MHz 2-2 V.S.W.R : Less than 1.9:1 2-3 Gain (dBi) : 2 ±1 (max) 2-4 Radiation pattern : Omni-directional 2-5 Polarization : VERTICAL 2-6 Power input(Watts) : 5(Max) 2-7 Antenna Type : Sleeve half Wave length dipole 2-8 Impedance : 50 ΩNominal 3.MECHANICAL SPECIFICATIONS 3-1 Overall Length of Ant.: 210.0 ±2.0 mm 3-2 Weight : 35 g 3-3 Connector Type : TNC-Male(Nickel plate) 3-4 Temperature : -30°C~+70°C 3-5 Cover material : Urethane x Ivory 3-6 joint color : Nylon 66 x Ivory color 3-7 Joint pin : BsBM x Nickel plate 5 OF 17 MJ TELCOM SPECIFICATION Engineering Div. This product specification contains information proprietary to Mj telcom and should not be used without prior written permission. Sheet No.Rev No. PRODUCT SPECIFICATION MJ TELCOM A4(210X297) WLL BASE ANTENNA(800MHz band) HCD-8001 3 4.V.S.W.R CHARACTERISTICS 6 OF 17 MJ TELCOM SPECIFICATION Engineering Div. This product specification contains information proprietary to Mj telcom and should not be used without prior written permission. Sheet No.Rev No. PRODUCT SPECIFICATION MJ TELCOM A4(210X297) WLL BASE ANTENNA(800MHz band) HCD-8001 3 5. RADIATION PATTERN 5-1. E1 (x-z) [dBi] E1 (x-x) PLANE [dBi] LayerMax valuePositionMin valuePositionBeamWidth Average 824(MHz)1.26 dB-88.57 deg-12.40 dB-162.86 deg67.41 deg-3.59 dB 836(MHz)1.84 dB-88.57 deg-11.54 dB-22.86 deg65.20 deg-2.87 dB 849(MHz)1.34 dB-91.43 deg-10.73 dB-25.71 deg63.76 deg-2.99 dB 869(MHz)1.43 dB-88.57 deg-9.86 dB-28.57 deg61.34 deg-2.65 dB 894(MHz)1.32 dB-85.71 deg-9.26 dB-31.43 deg52.68 deg-3.21 dB 7 OF 17 MJ TELCOM SPECIFICATION Engineering Div. This product specification contains information proprietary to Mj telcom and should not be used without prior written permission. Sheet No.Rev No. PRODUCT SPECIFICATION MJ TELCOM A4(210X297) WLL BASE ANTENNA(800MHz band) HCD-8001 3 5. RADIATION PATTERN 5-2. H (x-y) [dBi] H (x-y) PLANE [dBi] LayerMax valuePositionMin valuePositionBeamWidth Average 824(MHz)1.26 dB175.76 deg-0.52 dB14.17 deg----0.40 dB 836(MHz)1.84 dB178.59 deg0.31 dB113.39 deg----0.94 dB 849(MHz)1.36 dB175.76 deg0.18 dB121.90 deg----0.71 dB 869(MHz)1.76 dB297.66 deg-0.01 dB2.83 deg----1.18 dB 894(MHz)1.62 dB164.42 deg-1.53 dB348.68 deg----0.50 dB 8 OF 17 MJ TELCOM SPECIFICATION Engineering Div. This product specification contains information proprietary to Mj telcom and should not be used without prior written permission. Sheet No.Rev No. PRODUCT SPECIFICATION MJ TELCOM A4(210X297) WLL BASE ANTENNA(800MHz band) HCD-8001 3 6. ANTENNA DRAWING NOTE: 1.Ant. Color :Ivory 2.Connector finish:Nickel plate 3.All dimensions are in mm NO DESCRIPTION MATERIAL 1 2 3 4 5 COVERURETHANE JOINT “B” Nylon 66 JOINT “A” Nylon 66 JOINT PIN BsBm NixPLATE TNC-MALE BsBm NIxPLATE 9 OF 17 MJ TELCOM SPECIFICATION Engineering Div. This product specification contains information proprietary to Mj telcom and should not be used without prior written permission. Sheet No.Rev No. PRODUCT SPECIFICATION MJ TELCOM A4(210X297) WLL BASE ANTEN…

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FCC ID : BEJLST260 Report No.: 00431-4529-C5115 APPENDIX A : Test Graph 1. Conducted Output Power 2. Occupied Bandwidth / -26dB Emission Bandwidth 3. Band Edge 4. Out of Band Emission FCC ID : BEJLST260 Report No.: 00431-4529-C5115 1. Conducted Output Power 1.1 Low Channel(CH# 1013) 1.2 Middle Channel(CH# 363) FCC ID : BEJLST260 Report No.: 00431-4529-C5115 1.3 High Channel(CH# 777) FCC ID : BEJLST260 Report No.: 00431-4529-C5115 2. Occupied Bandwidth / -26dB Emission Bandwidth 2.1 Low Channel(CH# 1013) 2.2 Middle Channel(CH# 363) FCC ID : BEJLST260 Report No.: 00431-4529-C5115 2.3 High Channel(CH# 777) FCC ID : BEJLST260 Report No.: 00431-4529-C5115 3. Band Edge 3.1 Low Channel(CH# 1013) 3.2 High Channel(CH# 777) FCC ID : BEJLST260 Report No.: 00431-4529-C5115 4. Out of Band Emission 4.1 Low Channel(CH# 1013) 4.2 Middle Channel(CH# 363) FCC ID : BEJLST260 Report No.: 00431-4529-C5115 4.3 High Channel(CH# 777)

This report may not be reproduced other than in full, except with the prior written approval by Quality and Reliability Center. Address : LG Electronics Inc. Q & R Center, 36, Munlae-dong, 6-ga, Youngdungpo-gu, Seoul, Korea Tel:+82-2-2630-3090~4, Fax:+82-2-2630-3504 1 / 15 TEST REPORT Certification Of Compliance Test Report No. : 00431-4529-C5115 EQUIPMENT UNDER TEST Equipment : Wireless Local Loop Telephone (CDMA) Type/Model : LST-260 Manufacturer : LG Electronics Inc. Applicant : LG Electronics Inc. Address : 19-1,Cheongho-Ri, Jinwuy-Myun, Pyungtaik-City, Kyunggi-Do, 451-713 Korea FCC ID: BEJLST260 Regulation: FCC Part 22, Part 2 Test procedure: ANSI C63.4-2003, TIA/EIA603 Equipment Class: Intentional Radiators Date of Receipt of EUT : May 16, 2005 Date of Test : May 17~25, 2005 Date of issue : June 3, 2005 Test Result : PASS SUMMARY This device has been verified to comply with the applicable requirements in the FCC Part 22 & Part2 and was tested in accordance with the measurement procedures specified in ANSI C63.4-2003, TIA/EIA 603 ※ The test results in this test report apply only to sample(s) tested. Approved by Kyeom-Soon Kim / General Manager Standards Group Quality and Reliability Center Tested by: Reviewed by: Y. S. Lee / Chief Research Engineer Standards Group Quality and Reliability Center J. C. Lee / Chief Research Engineer Standards Group Quality and Reliability Center Report No.: 00431-4529-C5115 2 / 15 CONTENTS Page 1. GENERAL INFORMATION .....................................................................................................................3 1.1 D ESCRIPTIONS OF EQUIPMENT UNDER TEST (EUT) ...................................................................................3 1.2 R EGULATIONS APPLIED TO EUT ...............................................................................................................3 1.3 M EASUREMENT PROCEDURE.....................................................................................................................3 1.4 M EASUREMENT PLACE..............................................................................................................................3 2. TEST SITE....................................................................................................................................................3 2.1 A NECHOIC CHAMBER................................................................................................................................3 2.2 A SHIELDED ENCLOSURE...........................................................................................................................3 3. CALIBRATIONS OF MEASURING INSTRUMENTS...........................................................................4 4. DESCRIPTION OF TEST CONDITION ..................................................................................................4 4.1 RF P OWER OUTPUT..................................................................................................................................4 4.2 O CCUPIED BANDWIDTH............................................................................................................................6 4.3 S PURIOUS EMISSION AT ANTENNA TERMINAL..........................................................................................7 4.4 F IELD STRENGTH OF SPURIOUS RADIATION..............................................................................................7 4.5 F REQUENCY STABILITY............................................................................................................................9 5. TEST DATA ...............................................................................................................................................10 5.1. RF P OWER OUTPUT (§2.1046)...............................................................................................................10 5.2. O CCUPIED BANDWIDTH / 26DB EMISSION BANDWIDTH(§2.1049) ........................................................10 5.3. S PURIOUS EMISSION AT ANTENNA TERMINAL (§2.1051).......................................................................11 5.4. F IELD STRENGTH OF SPURIOUS RADIATION (§2.1053)...........................................................................12 5.5. F REQUENCY STABILITY (§2.1055) .........................................................................................................13 6. PREDICTION OF MPE ............................................................................................................................14 6.1. E QUATION FOR PREDICTING MPE..........................................................................................................14 6.2. R ESULTS................................................................................................................................................14 7. LIST OF INSTRUMENTS USED ............................................................................................................15 APPENDIX A: TEST GRAPH------------------------------------ 1 Volume APPENDIX B: TEST SET-UP PHOTOGRAPHS------------ 1 Volume APPENDIX C: EUT PHOTOGRAPHS------------------------- 1 Volume Report No.: 00431-4529-C5115 3 / 15 1. GENERAL INFORMATION 1.1 Descriptions of equipment under test (EUT) 1.1.1 Manufacturer: LG Electronics Inc. 19-1,Cheongho-Ri, Jinwuy-Myun, Pyungtaik-City, Kyunggi-Do, 451-713 Korea 1.1.2 EUT Type: Wireless Local Loop Telephone (CDMA) 1.1.3 Model No.: LST-260 1.1.4 Serial No.: N/A 1.1.5 System characteristic and descriptions 1) Output power: 25.8 dBm (ERP) 2) Antenna type: Half wavelength antenna 3) Emission Designator: 1M25F9W (CDMA) 4) Transmitting of frequency range: 824.70 ~ 848.31 MHz. 5) Receiving of frequency range : 869.70 ~ 893.31 MHz. 1.2 Regulations applied to EUT FCC Part 22(H), Part2 1.3 Measurement procedure ANSI C63.4-2003, TIA/EIA603 Both conducted and radiated testing were performed according to the procedures documented on chapter 1…

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FCC ID : BEJLST260 Report No.: 00431-4529-C5115 APPENDIX B : 1. Conducted Output Power 2. Radiated Output Power 3. Radiated Spurious Emission 4. Occupied Bandwidth/-26 dB Emission Bandwidth 5. Band Edge 6. Out of Band Emission 7. Frequency Stability Test Set-up Photographs FCC ID : BEJLST260 Report No.: 00431-4529-C5115 1. Conducted Output Power 2. Radiated Output Power FCC ID : BEJLST260 Report No.: 00431-4529-C5115 3. Radiated Spurious Emission 4. Occupied Bandwidth / -26 dB Emission Bandwidth FCC ID : BEJLST260 Report No.: 00431-4529-C5115 5. Band Edge 6. Out of Band Emission FCC ID : BEJLST260 Report No.: 00431-4529-C5115 7. Frequency Stability