AXATR-394-A2

HARRIS CORPORATION

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Application Details

Equipment Class: PCE - PCS Licensed Transmitter held to ear
Date of Grant: Jan 10, 1999
Application Purpose: Original Equipment
Date of Application: Nov 05, 1998
Frequency Range: 1850.20000000 - 1909.80000000
Company: HARRIS CORPORATION
Country: United States

Documents & Files

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Document Text

Text extracted from the exhibit documents filed with the FCC. Open a document above to read the original.

Users Manual

EricssonI888 GSM900/1900DualBand MobilePhone User’sGuide Contents General Information 2 Operators & Subscription 2, GSM 900/1900 Dual Band 2, SIM & PIN 2 Preparing Your Phone for Use 3 The SIM Card 3, The Battery 4 Turning On the Phone 7 When No Network Name Is Displayed 7, To Turn Off the Phone 7, Initial Set-tings 7 Making and Receiving Calls 9 Emergency Calls 9, Making Calls 9, Receiving a Call 10, Redialling a Num-ber 10, Calling Someone Who Has Called You 11, Unanswered Calls 11, Hid-ing or Showing Your Number 12 During a Call 13 To Change the Earpiece Volume 13, To Mute the Microphone 13, To Use theDisplay as a Scratch Pad 13, To Send Tone Signals 13 The Menu System 14 Moving through the Menu System 14, Display Text and Symbols 14 The Phone Book 15 Before You Start 15, Entering Characters 16, Creating Your Personal PhoneBook 16, Recalling a Phone Number 17, Keeping Your Phone Book Up toDate 19, Copying Phone Numbers between Positions and Memories 20 Sending and Receiving Text Messages 21 Two Memories 21, Setting the Phone for Text Messaging 22, Composingand Sending Messages 22, Reading a Message 23, Replying to a Message24, Erasing a Message 24, Storing a Received Message 24, Reading StoredMessages 25, Calling a Phone Number in a Message 25, Frequently UsedMessages 25 Communicating via the Modem 26 Before you Start 26, The Data Menus 26, Installing the Infrared Modem 27,To Connect Using the IR Link 30, To Connect Using the RS232 Cable 30,Making Fax and Data Calls 30, Receiving Fax and Data Calls 31 The Mobile Office Suite 32 Installing the Mobile Office Suite 32, Uninstalling the Mobile Office Suite 33 SIM Application Toolkit 34 What is SIM Application Toolkit? 34, Initialisation 34, Proactive SIM 34,Data Download to the SIM over the Air 35, New Menu 35, SIM Card InitiatedFeatures 35, Details on Services Offered 36 Networks 37 Search Mode 37, Selecting a Network 37, List of Preferred Networks 38 Security 40 The Card Lock 40, The Phone Lock 41, Call Barring/Restrict Calls 41, TheKeypad Lock 42, Fixed Dialling 43 Diverting Incoming Calls 44 Activating a Call Divert 44, Diverting when the Data Menus are On 44,Checking the Divert Status 45, Cancelling Call Diverts 45 Handling More than One Call 46 The Call Waiting Service 46, Receiving a Second Call 46, Receiving a ThirdCall 47, To Make a Second Call 47, Connecting Two Calls – Explicit CallTransfer 47, Conference Calls 47 Handsfree Calling 49 Selecting Answering Mode 49, Other Handsfree-Related Settings 49 Personalizing Your Phone 50 Personal Settings 50, The Ring Signal Level 52, Time and Date 52 Other Useful Features 54 The Answering Service 54, The Call Time/Call Cost 55, The Two Line Serv-ice 56, Calling Card or Credit Card Calls 57, Area Information 58, The Alarm60, The Calculator 60 Guidelines for Safe and Efficient Use 61Warranty Conditions 64 Contents General Information 2 Operators & Subscription 2, GSM 900/1900 Dual Band 2, SIM & PIN 2 Preparing Your Phone for Use 3 The SIM Card 3, The Battery 4 Turning On the Phone 7 When No Network Name Is Displayed 7, To Turn Off the Phone 7, Initial Set-tings 7 Making and Receiving Calls 9 Emergency Calls 9, Making Calls 9, Receiving a Call 10, Redialling a Num-ber 10, Calling Someone Who Has Called You 11, Unanswered Calls 11, Hid-ing or Showing Your Number 12 During a Call 13 To Change the Earpiece Volume 13, To Mute the Microphone 13, To Use theDisplay as a Scratch Pad 13, To Send Tone Signals 13 The Menu System 14 Moving through the Menu System 14, Display Text and Symbols 14 The Phone Book 15 Before You Start 15, Entering Characters 16, Creating Your Personal PhoneBook 16, Recalling a Phone Number 17, Keeping Your Phone Book Up toDate 19, Copying Phone Numbers between Positions and Memories 20 Sending and Receiving Text Messages 21 Two Memories 21, Setting the Phone for Text Messaging 22, Composingand Sending Messages 22, Reading a Message 23, Replying to a Message24, Erasing a Message 24, Storing a Received Message 24, Reading StoredMessages 25, Calling a Phone Number in a Message 25, Frequently UsedMessages 25 Communicating via the Modem 26 Before you Start 26, The Data Menus 26, Installing the Infrared Modem 27,To Connect Using the IR Link 30, To Connect Using the RS232 Cable 30,Making Fax and Data Calls 30, Receiving Fax and Data Calls 31 The Mobile Office Suite 32 Installing the Mobile Office Suite 32, Uninstalling the Mobile Office Suite 33 SIM Application Toolkit 34 What is SIM Application Toolkit? 34, Initialisation 34, Proactive SIM 34,Data Download to the SIM over the Air 35, New Menu 35, SIM Card InitiatedFeatures 35, Details on Services Offered 36 Networks 37 Search Mode 37, Selecting a Network 37, List of Preferred Networks 38 Security 40 The Card Lock 40, The Phone Lock 41, Call Barring/Restrict Calls 41, TheKeypad Lock 42, Fixed Dialling 43 Diverting Incoming Calls 44 Activating a Call Divert 44, Diverting when the Data Menus are On 44,Checking the Divert Status 45, Cancelling Call Diverts 45 Handling More than One Call 46 The Call Waiting Service 46, Receiving a Second Call 46, Receiving a ThirdCall 47, To Make a Second Call 47, Connecting Two Calls – Explicit CallTransfer 47, Conference Calls 47 Handsfree Calling 49 Selecting Answering Mode 49, Other Handsfree-Related Settings 49 Personalizing Your Phone 50 Personal Settings 50, The Ring Signal Level 52, Time and Date 52 Other Useful Features 54 The Answering Service 54, The Call Time/Call Cost 55, The Two Line Serv-ice 56, Calling Card or Credit Card Calls 57, Area Information 58, The Alarm60, The Calculator 60 Guidelines for Safe and Efficient Use 61Warranty Conditions 64 PTO for The Menu System Ë The Menu SystemThe Menu System Start here 4 ERICSSON 7 28 12:35 MENU L Ring level R ( QQQqqq ) MENU L Change to R LINE 2? MENU L Divert R MENU L Mail R MENU L Keylock R On? MENU L Clock R MENU L Settings R MENU L Calculator R MENU L Phone book R EarvolumeRing typeEdit melodyMail alertKeylockKey soundLightMin minderCall in…

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Cover Letter(s)

November 5, 1998 Federal Communications Commission Authorization & Evaluation Division 7435 Oakland Mills Road Columbia, Maryland 21046 Attention: Equipment Authorization Branch Subject:Type Acceptance for FCC ID:AXATR-394-A2 Gentlemen, Ericsson Inc. requests a grant of Type Acceptance for the above mentioned FCC Identifier. This portable transceiver is designed for use in the GSM 1900 cellular telephone system. The mobile operates in the 1900 MHz Domestic Public Cellular Radiotelephone Communications Services, as per 47 CFR Part 24. It also is designed to operate in the 900MHz band in Europe. The mobile will only communicate in the 1900MHz band in the Americas and not the 900MHz band. This is due to the mobile’s requirement of having a 900MHz signal with the proper GSM protocol. Without these two requirements, the mobile will not communicate. It meets the requirements of GSM1900 11.10-1 version 4.19.1 specification for operation in GSM cellular systems. The mobile was tested and found compliant with 47 CFR Part 15, subpart B for the 900MHz band. Measurements and calculations for SAR have been made on this radio. This unit complies with IEEE C95.1-1991 (ANSI/IEEE C95.1-1992). Ericsson Inc. requests confidentiality under 47 CFR 0.459 for the following exhibit listed: Exhibit 4Block Diagrams Exhibit 5Circuit Diagrams Exhibit 10Parts List and Tune Up Information Exhibit 12Operational Description Exhibits 4, 5, 10 and 12 are marked CONFIDENTIAL on the electronic filing submission. Justification of this request is that in order to facilitate the circuit miniaturization of the AXATR-394-A2, certain proprietary techniques and custom components were implemented to reduce the board space required for the RF circuitry layout. These techniques are applicable to the design of the power amplifier and a unique method of implementing modulation. To protect Ericsson’s competitive advantage on these proprietary techniques, we request the above listed exhibit be held as confidential and withheld from the Public Information File. Sincerely, Jim Sponsler Regulatory Services Research Triangle Park, NC 27709 Tel:(919) 472-6460 Fax:(919) 472-6382

Cover Letter(s)

External Photos

ID Label/Location Info

Internal Photos

RF Exposure Info

REPORT1(14 Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other)Nr - No. LD/ECS/TN/FA Ramadan PlicanicTN/FA 98:512 Dokansv/Godk - Doc respons/ApprovedKontr - CheckedDatum - Date RevFile TN/FA1998-11-02A C:/Z_DASY3_data/I888_world ERICSSON MOBILE COMMUNICATIONS AB Electromagnetic Near Field and Radio Frequency Dosimetry Laboratory Lund, Sweden SAR Assessment Measurements Test Report Ericsson I888 WORLD Dual Band ( GSM 900 and PCS 1900 ) Telephone Test Equipment: DescriptionAsset Number Due Date DASY3 DAE V2s/n 2159904 E-field probe ETDV4s/n 11129904 Dielectric probe kit HP 85070Binv. 4430299904 Network analyser HP 8753Cinv. 4216709812 Power meter R&S NRVDinv. 4839209912 Power sensor R&S NRV-Z5inv. 23349912 Base station simulator Wavetek 4106 GPPinv. 4629919904 Date: 981029Test approved: Ramadan Plicanic, M.Sc.EE REPORT2(14 Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other)Nr - No. LD/ECS/TN/FA Ramadan PlicanicTN/FA 98:512 Dokansv/Godk - Doc respons/ApprovedKontr - CheckedDatum - Date RevFile TN/FA1998-11-02A C:/Z_DASY3_data/I888_world Test Report: Dosimetric Assessment Measurements for the Ericsson I888 WORLD dual band Phone (PCS 1900) operation. 1. Introduction In this test report Specific Absorption Rate (SAR) measurements for the Ericsson I888 WORLD portable telephone are presented. The measurements were conducted at the Electromagnetic Near Field and Radio Frequency Dosimetry Laboratory at Ericsson Mobile Communications AB in Lund, Sweden. The report describes the test procedure that were used and the test results that were recorded. 2. Device Under Test (D.U.T.) • Antenna Description: Type Helix dual band Location Back and left length33mm Dimension diameter10mm Configuration Stub EIRP(dBm) PCS: 29.2 dBm • Portable Telephone Description: Device model I888 WORLD Serial number A5102L1AS3 FCC number AXATR-394-A2 Mode PCS Modulation GMSK Duty Cycle 1/8 Peak Power 30dBm Frequency 1880MHz REPORT3(14 Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other)Nr - No. LD/ECS/TN/FA Ramadan PlicanicTN/FA 98:512 Dokansv/Godk - Doc respons/ApprovedKontr - CheckedDatum - Date RevFile TN/FA1998-11-02A C:/Z_DASY3_data/I888_world 3. Measurement System The measurements were made with the Dosimetric Assessment System, DASY3, from Schmid & Partner AG (SPEAG) in Zurich, Switzerland. This system was developed by Professor Niels Kuster and his team at the Swiss Federal Institute of Technology (ETH) in Zurich, Switzerland [II]. The system uses the implantable E-field probe technique to evaluate the SAR inside the generic twin phantom. The E-field is automatically scanned inside the phantom filled with a brain tissue simulating liquid [III]. The positioning of the E-field probe inside the left phantom head is done by a high precision 6 axis robot. A computer is used to control the robot and to collect the measured data. 3.1 Specification for the E-Field probe This is a summary of the technical data for the E-field probe that is used for the measurements. Sensitivity in tissue simulating liquid: 1 uW/g to 100 mW/g Linearity: ± 0.2 dB Deviation from isotropy in tissue, normal to probe axis: ± 0.2 dB in all planes, all polarizations: ± 0.8 dB Spatial resolution of SAR measurements: < 0.125 cm 3 Reproducibility of probe positioning: < ± 0.2 mm A more detailed description of the system is given in references [I] and [II]. 3.2 Brain tissue simulating liquid data The electrical data used for the brain tissue simulating liquid are accordingly to the data provided by C. Gabriel. The liquid is prepared using the recipe[V] for the brain tissue simulating liquid. The electrical parameters of the brain tissue simulating liquid are measured in a room temperature by a dielectric probe kit from Hewlett Packard the HP 85070B. This probe kit uses an open-ended coaxial probe and a network analyser to measure the electrical data for the liquid. The following value was measured for the relative permittivity ( r ) and conductivity () for the liquid that were used during the SAR measurements. f ( MHz ) 1800 r 41.5 ( S/m ) 1.68 REPORT4(14 Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other)Nr - No. LD/ECS/TN/FA Ramadan PlicanicTN/FA 98:512 Dokansv/Godk - Doc respons/ApprovedKontr - CheckedDatum - Date RevFile TN/FA1998-11-02A C:/Z_DASY3_data/I888_world 3.3 Calibration The system is calibrated at fixed time intervals by the supplier of the system (SPEAG). E-field probe is calibrated each 12 months by the supplier. Detail description for probes calibration gives in reference [IV]. 3.4 Measurement Tolerance The total measurement uncertainty is estimated to ± 25%. Reference [II]. 4. Test Procedure The dosimetric assessment measurements are made accordingly to the operating manual for the DASY3 system from SPEAG. The base station simulator is used to control the phone during the SAR measurements. Before the measurements starts the battery is fully charged. The SAR is measured for both frequencies band on the three frequencies ( two on the end and one on the centre of frequency band ). In the table 1 are presented SAR values for the three frequencies on the one frequency band. 4.1 Positioning of the Device Under Test. The D.U.T. is placed in a position against the phantom head which corresponds to the intended or normal operating position. The normal position is a position which is convenient and provides good acoustic coupling. Appendix [3] shows a pictures of the position used for the measurements. Position is defined as follows: • The centre of the ear-piece is placed at the entrance of the auditory canal as marked on the head phantom. • The reference line of the phone is defined to be the line (on the surface of the phones case facing the phantom) which connects the centre of the earpiece with the centre of the bottom of the case (typically near the microphone). • The reference line defined above shall l…

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Test Report

APPLICANT: FCC ID NO: ERICSSON INCAXATR-394-A2 ©1998 Ericsson Inc. Exhibit 6 INDEX OF TEST RESULTS Exhibit #Description 6ANot Applicable (NA), Reserved for the 800 band/Part 22 information 6BNot Applicable (NA), Reserved for the 800 band/Part 22 information 6CNot Applicable (NA), Reserved for the 800 band/Part 22 information 6DNot Applicable (NA), Reserved for the 800 band/Part 22 information 6ENot Applicable (NA), Reserved for the 800 band/Part 22 information 6FNot Applicable (NA), Reserved for the 800 band/Part 22 information 6G1900MHz/Part 24: RF Power 6H1900MHz/Part 24: Modulation Characteristics 6I1900MHz/Part 24: Occupied bandwidth 6J1900MHz/Part 24: Spurious Emissions (conducted) 6K1900MHz/Part 24: Spurious Emissions (radiated) 6L1900MHz/Part 24: Frequency Stability APPLICANT: FCC ID NO: ERICSSON INC AXATR-394-A2 ©1998 Ericsson Inc. EXHIBIT 6G1 1900 MHz: RF POWER OUTPUT Para. 2.985 (a) The RF Power measured at the output terminals (antenna connector) is plotted against supply voltage variations. SUPPLY POWER TX Power EXHIBIT VOLTAGE (V) TEMPERATURE LEVEL FREQ (Watts) 6G2 Varied + 25 C 0 Mid Band 1 6G3 Varied + 25 C 15 Mid Band .001 Output power was measured conducted, via a standard antenna connector. The measurements were made using a Hewlett Packard 8922 M System Simulator with the following equipment: Hewlett Packard 8922 M System Simulator Hewlett Packard 8593 E Spectrum Analyzer Hewlett Packard 8566 B Spectrum Analyzer ESTIMATED ISOTROPIC RADIATED POWER The following is a description of the substitution method used to obtain accurate EIRP readings at the carrier fundamental frequency: (1) EUT measurements are made at 3 m using calibrated antennas and equipment with known cable losses. (2) A peak measurement is made by raising and lowering the antenna and rotating the EUT 360 degrees. Horizontal and Vertical Polarization data is recorded. (3) A generator and dipole antenna are then substituted for the EUT. The dipole antenna is a half-wave dipole. If a dipole antenna cannot be used, then the designated antenna is referenced to a dipole antenna. (4) Measurements are made through the dipole antenna at known power levels to determine the system calibration factors at a given frequency. (5) At frequencies where no calibration data is taken, the value is interpolated between the closest data point above and below the transmit frequency. Calibration data is taken with a half-wave dipole antenna. Measurements at a distance of 3 m from the source at the highest power level setting: Frequency (MHz) Rated Output Power (mW) EIRP (dBm) 1880.8 832 29.2 Applicant: Ericsson Inc. FCC ID: AXATR-394-A2 Exhibit 6G2 Copyright 1998 Ericsson Inc. RF Output Power vs. Supply Voltage, GSM Channel 660, Power Level 0 26 26.5 27 27.5 28 28.5 29 29.5 30 30.5 31 4.34.44.54.64.74.84.95.05.15.25.3 Supply Voltage (volts) RF Output Power (dBm) Applicant : Ericsson Inc. FCC ID: AXATR-394-A2 Exhibit 6G3 Copyright 1998 Ericsson Inc. RF Output Power vs. Supply Voltage, GSM Channel 660, Power Level 15 -4 -3 -2 -1 0 1 2 3 4 4.34.44.54.64.74.84.95.05.15.25.3 Supply Voltage (volts) RF Output Power (dBm) APPLICANT: FCC ID NO: ERICSSON INC. AXATR-394-A2 ©1998 Ericsson Inc. EXHIBIT 6H1 1900 MHz: MODULATION CHARACTERISTICS Para: Part 2.987 (a)(b)(d) and 24 EXHIBIT 6H2 GAUSS FILTER CHARACTERISTICS (Modulation) 6H3 Modulation Characteristics 6H4 Differential Encoding APPLICANT: FCC ID NO: ERICSSON INC. AXATR-394-A2 ©1998 Ericsson Inc. EXHIBIT 6H2 MODULATION CHARACTERISTIC APPLICANT: FCC ID NO: ERICSSON INC. AXATR-394-A2 ©1998 Ericsson Inc. EXHIBIT 6H3 4. MODULATION This chapter defines the theoretical requirements of the modulator. inclusive of the differential encoder. The modulator receives the bits from the encryption unit and produces an RF modulated signal. The information bits are first differentially encoded and then passed to the modulator. The modulation is GMSK (Gaussian Minimum Shift Keying) with a BT product of 0.3. 4.1 Modulation Format 4.1.1 Modulating Bit Rate The modulating bit rate is 1/T = 1625/6 kb/s (approximately 270.833 b/s). 4.1.2 Start And Stop Of The Burst The bits contained within a burst are defined in chapter 2. For the purpose of the modulator specification that follows the bits entering the differential encoder prior to the first bit of the burst and following the last bit of the burst are consecutive logical ones and are denoted by the term dummy bits which define the start and end points of the useful and active pans of the burst as shown in Figure 4.1. The actual state of these bits is left to the manufacturer's implementation subject to the requirement that all performance specifications of this volume are met. Nothing is specified about the actual phase of the modulator output signal outside of the useful pan of the burst. Figure 4.1 depicts the relationship between the active and useful part of the burst the tail bits and dummy bits {or a normal burst. The useful part of the burst lasts for 147 modulating bits. APPLICANT: FCC ID NO: ERICSSON INC. AXATR-394-A2 ©1998 Ericsson Inc. EXHIBIT 6H4 4.1.3 Differential Encoding Each data value di = (O,1) is differentially encoded The output of the differential encoder is: di = di ⊕ di - 1 where ⊕ denotes modulo-2 addition. The modulating data value αI input to the modulator is: αi = 1- 2di where αI ∈ {-1, 1} APPLICANT:FCC ID NO: ERICSSON INC.AXATR-394-A2 ©1998 Ericsson Inc. EXHIBIT 6I1 1900 MHz: OCCUPIED BANDWIDTH Per 2.989 (c, I, h) the exhibits presented show the modulations that have to exist in a 1900 MHz Cellular System. All the exhibits listed below are plots where the modulation condition is Psuedorandom Data (270,833kb/s) operating in the GSM (TDMA) mode. All plots were taken while transmitting at Power Level 0. Any frequency span not covered at the exhibits below was found to be unaffected by the transmitter/modulation. EXHIBITLower Channel (1850.2MHz, power level 0) 6I2Plot showing 1MHz resolution bandwidth, peak power 6I3Plot showing emi…

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Test Report

To:Joe DichosoFrom: Jim Sponsler FCC Application Processing BranchEricsson Inc. C: John Rothgeb/Ericsson Date 1-4-99 Re:FCC ID AXATR-394-A2 Applicant:Ericsson Inc Correspondence Reference Number:5368 731 Confirmation Number:EA92241 Subject: Response to your query of 12/30/98 Attached is one page of the test report that details the EIRP measurement conducted in our Lynchburg VA facility. It shows an antenna gain of 7dBi for the horn antenna added to the generator level (21.45) measured at the antenna’s input. If you have any questions, feel free to contact me. Sincerely, Jim Sponsler [email protected] 919-472-6460

Test Report

To:Joe DichosoFrom: Jim Sponsler FCC Application Processing BranchEricsson Inc. C: John Rothgeb/Ericsson Date 1-7-99 Re:FCC ID AXATR-394-A2 Applicant:Ericsson Inc Correspondence Reference Number:5471 731 Confirmation Number:EA92241 Subject: Response to your query of 1/6/99 We are requesting an 830 mw rating or a minimum rating of 800 mw. The 830 mw value represents the typical power of the units off the production line. The EIRP value you recommend is lower than all the data supporting and does not represent what we are typically getting from production. The original data we sent you along with the most recent data supports our request. The most recent data sent has two power measurements for two different mobiles. The second measurement more closely matches the original power measurement of 29.2 (832mw) and the data supporting SAR, radiated receiver and transmitter emission, and the remainder of the original filing. If you have any questions, feel free to contact me. Sincerely, Jim Sponsler [email protected] 919-472-6460