AZ489FT4841T6300 FRS Radio

MODE Contents Getting StartedInstalling AA Batteries ......Using the NiMH Battery and Charger ................ Attaching the Belt Clip ..................Controls .........................................Turning On Your Radio ..................Standby Screen .............................Two-way Menus ............................Turning Off Your Radio ..................Backlight ........................................ TimeAlarm ................................Turning Off the Alarm ....... AlertsSetting the Alert for Incom- ing Calls....................... TalkingBefore You Can Talk ......Setting the Channel ........Setting the Code ............. Turning On the Monitor .................Talking ........................................... Hands Off UseHands Off Use ................Setting the Sensitivity Level............................ PrivacySet Quiet .........................Set Scramble Code.........StopwatchTiming Your Activities ......Timing Your Calls ............ Contents Weather (T6310 & T6320)Turning on the Weather..Setting the Weather Channel ...................... FM Stereo (T6310)Turning On the FM .........Finding an FM station.....Tuning your FM ............. Preset FM stations........................ Outdoors (T6320)Barometer.......................Altimeter .........................Compass ........................Advanced Two-WayRoger Beeps ..................Button Beeps..................Automatic Shut-Off ......... Reset ............................................KeyPad Lock ................................Channel Scanning ........................Call Tones..................................... Use and Care ................FAQs ..............................Accessories ..................ChartsChanel Frequency ..........Interference Eliminator Codes ......................... Safety Information ...................... Getting Started 1 Getting StartedHi, I’m QuickStart and I’m going help you get started. The Motorola â TalkAbout TM T6300 radios are durable two-way radios that allow you to keep track and stay connected to family, friends and companions. And, when you use the special scrambling option, you can be sure that your group’s communications stay private. But, the T6300 radios offer more than just a way of keep in touch. They also help you and your group stay on schedule because a clock, an alarm and a stopwatch is built into each model. Getting Started 2 2 The TalkAbout T6310 is a stylish, sophisticated two- way radio that offers FM stereo reception and weather information. It’s fun and cool, a great accessory to take to the beach. The Talkabout T6320 is rugged and sporty with special features to help you navigate the great outdoors. In addition to weather information, it offers a compass, an altimeter and a barometer. Accessories ??? But, they all have something in common -- they are all easy to use. Just take a few minutes to read this user’s gude and you’re ready to go. A detachable Quick Reference Card is on the back cover. Getting Started 3 Installing AA BatteriesYour radio uses 3 AA-size alkaline batteries. When the battery is low,
appears on the standby screen. ((Does the radio emit a Low Battery Alert) To install the batteries: First Then Finally • Turn off the radio (see page ?). • Push latch up until it clicks. • Lift back cover off. • Remove old batteries, if necessary • Insert new batteries ??? polarity??? • Hook back cover on the hinges. • Close battery door, pressing lightly until latch clicks Getting Started 4 4 Using the NIMH Battery and Charger Your T6300 two-way radio can use a variety of Motorola power acces- sories. See “Accessories on page XXX” for more information. An NiMH battery kit, consisting of the NiMH battery, adapter and charger, is included with some T6300 radios as well as sold sepa- rately as an accessory. The (Nickle-Metal Hydride) NiMH rechargable battery provides about 11 hours of normal use. Charge it for at least five hours before using it for the first time. The NiMH battery will only need 3 hours of charging thereafter. Getting Started 5 Installing the NIMH battery: First Then Finally • Turn off the radio (see page ?). • Push latch up until it clicks. • Lift back cover off. • Insert the NiMH battery with the contacts facing up • Hook back cover on the hinges. • Close battery door, pressing lightly until the latch clicks Getting Started 6 6 Charging the NiMH battery;Note: The NIMH battery may be charged outside the radio by clamping the adapter directly on the battery. Reading the LED light The LED light indicates battery charging status.See “Charts” on page XXX for more information. First Then Finally • Turn off the radio (see page ?). • Plug the charger into a AC wall outlet • Clamp the adapter onto the connectors on the back of the radio • When the LED turns green, the battery is fully charged. Getting Started 7 Controls -- Front View Use
and  to -- •Move up and down t he a submenu, etc.•Change a number Use y to -- • To choose a menu• To scroll t hrough sub-m enu choices Use { to -- • Talk on the radio, et c. ??Microphone??Speaker??? Display FM features Getting Started 8 8 Controls -- Back View Use | to -- • Turn power on/ offUse ~ to -- •S crol l through t he menu Use } to -- • Start and stop st opwatch• ???? Accessory port • Use to connect two-way radio accesories, such as ???FM port• Use to connect FM radio accessories, such as • T 6310 model only Charger Connectors• Use to connect t he charger t o the batt ery. Getting Started 9 TurningOnYourRadioStandby Screen Press To D i s p l a y Then Press | ???does an alert sound, can it be turned off by pressing anything else?any icons always appear, or do all of them. MOTOROLA Your radio displays the standby screen whenever it’s turned on and nothing else is happening. Most actions described in this guide start on the standby screen. It’s very important! Time Battery Status ‚b 1:54 PM What about hide clock display??? Getting Started 10 10 Two-Way Menus Press To Display Then Pres…

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Motorola Inc FCC ID: AZ489FT4841 STATEMENT OF CERTIFICATION The technical data supplied with this application, having been taken under my supervision is hereby duly certified. The following is a statement of my qualifications: 1) B.S.E.E. University of Miami. 2) M.E. University of Florida. 3)7 years of Design and Development experience in the field of two-way radio communications. Name: Wayne Phang Signature: Wayne Phang Date:April 17,2000. Position: Lead Electrical Dev. Engineer I hereby certify that the above application was prepared under my direction and that to the best of my knowledge and belief, the facts set forth in the application and accompanying technical data are true and correct: Name: Lorenzo Cruger Signature: Lorenzo Cruger Date: April 17,2000. Position: Engineering Manager EXHIBIT 2

Motorola Inc FCC ID: AZ489FT4841 RF EXPOSURE INFORMATION: In accordance with 47 CFR 2.1093 (c), this transmitter has been subjected to routine environmental evaluation for RF exposure and found to be compliant with the limits specified in 47 CFR 2.1093 (d). EXHIBIT 11

Motorola Inc FCC ID: AZ489FT4841 CIRCUIT DESCRIPTION/BLOCK DIAGRAMS A general description of the overall circuit is not covered in an instruction manual. This section provides the description of circuits required by subpart 2.983 of the Commissions’ rules. Circuits not described in the manual are covered in this exhibit. The following are included: 1. Means for Frequency Stabilization*4A 2. Means for Modulation Limiting4B and Low Pass Filter* 3. Means for Harmonic Suppression4C 4. Means for Limiting Power*4D * From currently Type Accepted Transmitter FCC ID: AZ489FT4818. EXHIBIT 4 Motorola Inc FCC ID: AZ489FT4841 CARRIER FREQUENCY GENERATION AND STABILIZATION BLOCK DIAGRAMS: The carrier frequency is generated using a fractional-N frequency synthesizer inside the DFP99(U501). This consists of a phase-locked loop circuit with a voltage controlled oscillator (VCO) whose output is fed back to a programmable divider chain. The divide ratios are determined from information stored in the microcomputer and bussed to the synthesizer via a microcomputer. The microcomputer extracts the data for the division ratios as determined by the system select switch or by loading data stored in the memory ICs. Using a time averaged algorithm a combination of divide ratios are used so that the reference frequency can be a much higher value than the value of the frequency resolution. Modulation occurs by a combination of directly coupling the modulation signal to the low pass filter in the loop and by processing the digitized analog modulation signal to alter the divider values. A temperature compensated crystal oscillator at 16.8 MHz and stable to 2.5 parts per million over temperature extremes is used for the frequency reference. The 16.8 MHz reference is further divided into one of three reference frequencies which is compared to the divided down VCO output in a phase detector which in turn provides a DC steering voltage back to the VCO. EXHIBIT 4A Motorola Inc FCC ID: AZ489FT4841 MODULATION LIMITING AND LOW PASS FILTER BLOCK DIAGRAMS: The pre-emphasis modulation limiting and low pass filtering of this transmitter are in integrated circuit form on the Audio/Signaling Filter section of the AFP99 (U401). Audio from the microphone initially enters the AFP99 (U401) where it is amplified, filter and pre- emphasized. The limited, filtered audio is then fed through digitally programmable attenuators to the modulation port on the synthesizer module into the DFP99 (U501). There is no access to the post limiter in the DPP99 (U501). EXHIBIT 4 B Motorola Inc FCC ID: AZ489FT4841 HARMONIC SUPPRESSION CIRCUIT CIRCUIT DESCRIPTION: Attenuation for harmonics is provided by a low pass filter before the RF Power Amplifier and one after it, as well as, the Harmonic Filter after the Antenna Switch. The low pass filter in the RF PA is composed of C208, C215and L208 on the output . The Harmonic Filter is a fifth order Low Pass Chebyshev with 0.1 dB of ripple composed of C101, C102 and C103, C104, C105, L101, L102, L105. For Circuit Diagram refer to the Schematics in Exhibit 5. EXHIBIT 4C Motorola Inc FCC ID: AZ489FT4841 MEANS FOR LIMITING POWER CIRCUIT DESCRIPTION The transmit power Amplifier is a two stage design. The PA is a Temic PA RF power amplifier IC chip with an input level of 3 dBm(2 mW)., and 25-30 dB gain. The PA has a specified maximum output of 1.0 Watt. The antenna switch controls the RF signal flow. In transmit mode, the RF signal flow is directed to the Harmonic filter. The output of the harmonic filter is connected to the antenna. For Circuit Diagram refer to the Schematics in Exhibit 5. EXHIBIT 4D

Motorola Inc FCC ID: AZ489FT4841 Global Technology Development Group 8000 West Sunrise Boulevard, Fort Lauderdale, Florida 33322. (954) 723-5000 Date: May 04, 2000. Authorization and Evaluation Division Federal Communications Commission Laboratory 7435 Oakland Mills Road Columbia. MD 21046 Att:Frank Coperich. Subject:Application for Certification of Transmitter with FCC ID: AZ489FT4841. Gentlemen: Motorola Inc, 8000 West Sunrise Boulevard, Fort Lauderdale, Florida, herein submits application for Certification of the subject transmitter. This transmitter is primarily intended for use in the Family Radio Services as a hand- held portable radio with capabilities for clear communications with transmit output power of 0.5 Watt or 27 dBm. The subject transmitter complies with Section 90.203 of the rules in that the operator cannot directly program transmit frequencies using only the unit’s normally accessible external controls. Enclosed is a complete Certification application. Contact me at (954) 723-5793, if you require any additional information. Sincerely, Mike Ramnath. FCC Liaison. Email: [email protected]

Motorola Inc FCC ID: AZ489FT4841 Global Technology Development Group 8000 West Sunrise Boulevard, Fort Lauderdale, Florida 33322. (954) 723-5000 Date: May 15, 2000. Authorization and Evaluation Division Federal Communications Commission Laboratory 7435 Oakland Mills Road Columbia. MD 21046 Att:Andy Leimer. Subject:Response to correspondence number 13959 for FCC ID: AZ489FT4841. Dear Mr. Leimer: We have amended the Test Report, Exhibit 6, to include antenna data, power conversion and the test procedure for measuring Power. The ERP is calculated from the Conducted Power and the gain (loss) of the antenna used. The calculated ERP is 0.344 Watt which is 0.58 Watt conducted with –2.4dB antenna gain. We are also enclosing a more recent User’s Manual and Schematics. We trust that the above information satisfies your requirements. Contact me at (954) 723-5793, if you require any additional information. Sincerely, Mike Ramnath. FCC Liaison. Email: [email protected]

FCC ID: AZ489FT4841 EXTERNAL PHOTOGRAPHS 1.Front View of Radio. 2. Magnified View of FCC ID number and location. 3.Rear View of Radio showing FCC ID location. FCC ID: AZ489FT4841 FCC ID: AZ489FT4841 FCC ID: AZ489FT4841

Motorola Inc FCC ID: AZ489FT4841 LIST OF EXHIBITS DESCRIPTION EXHIBIT REFERENCE I. Identification label information12.983-(f) & General Information1a 1. Production Plans2.981-(a) 2. Application References2.1061 3. Data Submittal Procedure 4. Similar Applications II. Certification of Data2 III. External Photographs32.983-(g) IV. Block Diagrams4 1. Frequency Stabilizing 4A 2. Modulation Limiting 4B and Post Limiter Filter 3.Harmonic Suppression 4C 4.Power Limiting4D V. Schematic Diagrams52.983-(d)-7 VI. Test Report6 1. Data Index6 2. RF Output Data6A2.985 3. Modulation Characteristics2.987 A. Audio Response & Low Pass Filter Response6B, 9C B. Modulation Limiting6D 4. Occupied Bandwidth6E2.989 5. Conducted Spurious Emissions 6F2.991 6. Radiated Spurious Emissions6G2.993 7. Frequency Stability (Temperature & Supply Voltage)6H-1, 9H-22.995 VII. Test Set-up Procedures72.999 VIII. Instruction Manual8 2.983-(d)-8 IX. Internal Photographs.9 2.983-(g) X. Parts List and Tune-up Procedures102.983-(d)-6, 9 XI. RF Exposure Information112.1093 XII. Operational Description12 2.983-(d)1,2,3,4,5 1.Technical Characteristics 2.Application XIII. Cover Letter13 Motorola Inc FCC ID: AZ489FT4841 IDENTIFICATION LABEL LOCATION X See the attached Photograph or Sketch Back of Radio Back of Radio under Belt Clip TYPE X The label is a paper polyester film laminate with a pressure sensitive adhesive backing. The adhesive is a permanent type acrylic with a minimum peel strength of 40 oz/ inch. The label is laser etched into the Urethane paint, exposing the Nickel plating on the Zamak casting substrate. Since no adhesive is required, the label is permanent and tamper-proof. (** - NOTE- The label attached below is a paper polyester film laminate, as described above. This is just for sample purposes, as the actual label is laser etched into the casting) MARKINGS (TEXT) See the attached Photograph, Exhibit 3. EXHIBIT 1 Motorola Inc FCC ID: AZ489FT4841 GENERAL INFORMATION I.Production Plans—Pursuant 2.983 ( c ). Quantity production is planned. II.Application References -- Pursuant 2.1061 Reference is made to the following Motorola “Application References” 1.Portable Products and their application. 2.Portable Products Transmitter Modulations Methods. III.Data Submittal Procedure: Data is supplied in accordance with Part 2, Sub-part J of the Commissions’ Rules. IV.Similar, currently Type Accepted Transmitter, FCC ID: AZ489FT4818. EXHIBIT 1a

FCC ID: AZ489FT4841 INTERNAL PHOTOGRAPHS 1. Front View of PC Board. 2. Rear View of PC Board. FCC ID: AZ489FT4841 FCC ID: AZ489FT4841

Motorola Inc FCC ID: AZ489FT4841 OPERATIONAL DESCRIPTION I.Transmitter Technical Characteristics—Pursuant 2.983 (d) A. RF Power Output0.5 Watt B. Frequency Range 462-467 MHz C. Frequency Stability 0.00025 % D. Emissions Designators 11K0F3E, (see General Info.) E. Spurious Emissions 76.1dBc F. DC Voltage and Current into 4.2 Volts the final RF amplifier stage/stages 550 mAmp II.Transmitter Application This transmitter is primarily intended for use in the Family radio Service as a hand-held two- way portable radio. The radio is characterized by the following features, options and accessories. A.Power Supply Available 1. NiCad Battery , Mercury Battery , Alkaline Battery X , AC , Lead Acid Battery , Nickel Metal Hydride X . B.Antenna Available 1.Helical X , Telescopic , Whip , Dipole , Dribble External _________, External __________. C.Squelch Types Available 1. Carrier Squelch X . 2. Tone “Private Line” X . 3. Digital “Private Line” . D.Microphone - Control 1. Handset/Palm Microphone X . 2. 600 Ohm wireline control . E. Maximum Transmit Channel Capability 14 . F. Housing The transmitter will be in the housing shown in the accompanying photographs. G.Other Options 1. Single Tone Encoder X 2. Multiple Single Tone Encoder N/A 3. Touch Code Encoder N/A 4. Unit ID Encoder N/A 5. EMS Telemetry Encoder N/A 6. Time out Timer X 7. Voice EncryptionN/A 8. Digital Signaling N/A 9. Sel-Call Decode N/A 10. Trunking N/A EXHIBIT 12

Motorola Inc FCC ID: AZ489FT4841 EXHIBIT 10 PARTS LIST AND TUNE-UP PROCEDURE SchematicDesignatorDevice Circuit Key Non/Motorola Type Application Source Y50108B01 CrystalReference KSS U5015185165C01Digital ICDFP99 Motorola U4015185164C01 Analog IC AFP 99 Motorola U3015185163C01 RF IC RFP99 Motorola U201 5185130C30TEMIC LNA_PA Motorola Q201MMBD352 Diode LNA Motorola Q202BFS520NPNLNA Philips Q501MUN5111T1PNPBias voltage switch Q502FMG8ANPNBias voltage switch Q601BFS520NPNVCO Philips Q602BFS520 NPNVCO Philips Q622BFS520 NPNVCO Philips Q80121T11NPNReference Q802MMBT3904Dual DiodesReference Motorola Q902MMBT3906PNPAudio Switch Motorola Q903MUN5111T1PNPBias voltage switch Q1001MMBTA13 Darlington NPN Vibrator Motorola Q1003MUN5111T1PNPBias voltage switch U1015105109Z43SW-392Antenna switch Macom ____________________________________________________________________________ COMMENTS: The Motorola designators are special code numbers for active devices used in Motorola radios. These devices are either identical or derived from the device family listed under Source, by the manufacturer or are proprietary to Motorola. Service people do not have access to any cross-references or given any information on proprietary devices and are prevented from making unauthorized substitutions. Motorola Inc FCC ID: AZ489FT4841 EXHIBIT 10 TUNE UP PROCEDURE The following tune-up procedure is for the factory only. There will be no customer tuning. Tuning Procedures There are a total of 4 tuning adjustments. All on-board tuning is performed automatically utilizing software commands. An SCI interface bus is provided for programming. D/A’s replace typical manually adjusted potentiometers. All tuning information is stored in the micro-controller’s internal EEPROM. The order of tuning should be followed as presented in this document. For more detailed information regarding the SCI bus and software protocols, refer to section 3.2. All tuning adjustments should be performed with DC voltage applied to the radio’s power terminals. It is preferable to use a DC Power Supply with voltage sense lines available and to use the sense connections at the radio supply input). Nominal battery voltage for the Model Series is 3.6 +/- 0.1 V. All RF signals from test equipment should be terminated at 50 ohms. “Standard RF input signal level” is defined as 1 mV into 50 ohms, or -47 dBm. “Standard test modulation” is defined as a 1 kHz tone @ +/- 1.5 kHz deviation. Whenever the radio’s codeplug information is changed (i.e., tuning squelch, warping the TCXO, etc.), the checksum byte must also be changed at the same time! If the checksum is not correct, the radio automatically uses a pre-defined set of codeplug values! Table 5.1 UHF FP99 Channel Frequencies FP99 Channel Frequencies *1462.56258467.5625 *2462.58759467.5875 3462.612510467.6125 4462.637511467.6375 5462.662512467.6625 6462.687513467.6875 7462.712514467.7125 * these frequencies are also the default frequencies for positions/channels1-2 on the radio Motorola Inc FCC ID: AZ489FT4841 EXHIBIT 10 5.1VCO Gross Adjustment Calculate the frequency error VCO Tune. This application is used to tune the LO VCO tank circuit for each channel to ensure that the assigned frequency will be in the middle of the operating frequency range of the VCO at which the VCO control voltage is in between 1 and 2 volt. ∑ Assume that radio is on and in standby mode. ∑ Send a serial command READ_DATA_REQ to read byte 7 of the DFP99 image. Binary ANDed that byte with hexadecimal byte “F8” to zero out the least significant three bits. ∑ Set the radio to receive a given channel. ∑ Measure the VCO control voltage. If the voltage reading is not between specs (1 and 2), change the setting of the byte 7 by O, Ring it with hexadecimal byte “0x” where x is in between 1 to 7. 5.2 Reference Oscillator Adjustment The reference oscillator is a TCXO (Temperature Compensated Xtal Oscillator) with an external warp control. The warp signal is provided by an 8-bit DAC (Digital to Analog Convertor) located on the AFP99 IC, and is fully programmable via the SCI bus. Ensure that the test equipment (especially the frequency measurement instrument) is on a 10 MHz reference line. Make sure that when this test is run that the codeplug in the test software “sets” the Power amplifier RF_VDAC voltage to its minimum bit setting (ie 00 bit setting). The default codeplug setting for the RF_VDAC (74) will be resumed once this tuning step is complete. A)Key the transmitter, and measure the carrier frequency relative to the radio frequency selected according to the tables in section 5.1. The measurement should be performed at 25 +/- 2 degrees C. Record the frequency error. B)Adjust the warp signal until the frequency error is within the specified limits. Spec limit: +/- 50 Hz 5.3 Modulating Limiting and Balancing Adjustment This application tunes the deviation for the low frequency port and the deviation of the high frequency port to make sure the over all deviation is within the spec limit. Like 5.2, the RF_VDAC tuning value needs to be set to 00 bit setting for this test. Once this tuning step is completed then the default codeplug value for the RF_VDAC (74) is to be reset ∑ Assume the radio is in transmit mode without audio signal presence. Measure the deviation and make sure the reading must be less than 100. ∑ Send a command to make radio operated with PL code of 1 or PL tone of 71.9 Hz. ∑ Set DFP’s PL bit to 1. Motorola Inc FCC ID: AZ489FT4841 EXHIBIT 10 ∑ Measure the deviation and change the bits 116 to 118 until the deviation is in between 200 and 300 Hz. ∑ Inject the audio signal of 8 mVrms and change bits 119 to 124 until the deviation is between 1350 to 1550 Hz. ∑ Increase the input voltage by 20 dB and adjust until the max. deviation is under 2400 Hz. 5.4Squelch Opening SINAD Adjustment Squelch level control is provided by a 4-bit attenuation stage located on the AFIC, and is fully programmable via the SCI bus. 1. Apply a standard RF input s…

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FCC ID: AZ489FT4841 SCHEMATICS 1Antenna Switch. 2 Power Amplifier and Receiver. 3 VCO. 4 Loop Filter. 5 Reference Oscillator. FCC ID: AZ489FT4841 Antenna Switch FCC ID: AZ489FT4841 Power Amplifier and Receiver FCC ID: AZ489FT4841 VCO Loop Filter FCC ID: AZ489FT4841 Reference Oscillator FCC ID: AZ489FT4841

FCC ID: AZ489FT4841 SCHEMATICS 1Antenna Switch. 2 Power Amplifier and Receiver. 3 VCO. 4 Loop Filter. 5 Reference Oscillator. FCC ID: AZ489FT4841 Antenna Switch FCC ID: AZ489FT4841 Power Amplifier and Receiver FCC ID: AZ489FT4841 VCO Loop Filter FCC ID: AZ489FT4841 Reference Oscillator FCC ID: AZ489FT4841

FCC ID: AZ489FT4841 TEST REPORT MEASUREMENT EXHIBIT NUMBER OF PAGES I RF Power Output6A1 IIAudio Response6B1 IIIModulation Limiting A. 12.5 kHz channel spacing case6C1 IVOccupied Bandwidth6D 1-24 VConducted Spurious Emissions6E 1-22 VIRadiated Spurious Emissions2 A. Tx Vertical -6F B. Tx Horizontal -6F VIII Frequency Stability A. Temperature6G-11 B. Supply Voltage 6G-21 EXHIBIT 6 FCC ID: AZ489FT4841 RF POWER OUTPUT DATA The RF power output was measured with the indicated voltage applied to and current into the final RF amplifying device. Measured RF output .580 Watt Normal DC Voltage4.20Volts Normal DC Current650ma Primary Supply Voltage4.50Volts RF output measured at 4.5v EXHIBIT: 6A FCC ID: AZ489FT4841 AUDIO RESPONSE EXHIBIT 6B -20 -15 -10 -5 0 5 10 15 10010000 data high spec low spec FCC ID: AZ489FT4841 Modlimiting Vs. Amplitude 0 500 1000 1500 2000 2500 3000 -25-20-15-10-5051015 Amplitude(dB) Deviation(Hz) FCC ID: AZ489FT4841 OCCUPIED BANDWIDTH DATA 12.5 kHz Channel Spacing EXHIBIT 6E-1 2500 Hz Audio Modulation Emission Type: 11K0F3E Horizontal: 5 kHz/Div. Vertical: 10 dB/Div. Carrier Ref: 0 dB Specification Mask D, 90.210 EXHIBIT 6E-2 2500 Hz & 77 Hz Tone “PL” Modulation Emission Type: 11K0F3E Horizontal: 5 kHz/Div. Vertical: 10 dB/Div. Carrier Ref: 0 dB Specification Mask D, 90.210 CARSON’S RULE 11K0F3E: BW = 2(M + D) BW = 2 (3 kHz maximum modulation frequency + 2.5 kHz deviation) BW = 2 (5.5) BW = 11 kHz 16K0F3E: BW=2(3+5)=16 kHz FCC ID: AZ489FT4841 FCC ID: AZ489FT4841 FCC ID: AZ489FT4841 EXHIBIT 6D-2 FCC ID: AZ489FT4841 FCC ID: AZ489FT4841 FCC ID: AZ489FT4841 Transmitter Radiated Spurious Emissions: FP99 467.6125 MHz - 0.5 W - 12.5 kHz CH. Spacing Frequency (MHz) FCC Maximum Limit -13 (dBm) 25 kHz Ch. Spac. FCC Maximum Limit -20 (dBm) 12.5 kHz Ch. Spac. Horizontal Measured Emission Equiv. Pwr Into Ideal Dipole (dBm) Vertical Measured Emission Equiv Pwr Into Ideal Dipole (dBm) 935.2250-13-20** 1402.8375-13-20*-46.9 1870.4500-13-20-46.1* 2338.0625-13-20*-42.3 2805.6750-13-20** 3273.2875-13-20** 3740.9000-13-20** 4208.5125-13-20** 4676.1250-13-20** * Indicates the spurious emission was less than -70dBm or could not be detected due to noise limitations or ambients. Radiated Spurious Emissions -70 -60 -50 -40 -30 -20 -10 0 935.22501402.83751870.45002338.06252805.67503273.28753740.90004208.51254676.1250 Frequency (MHz) Emission Level dBm Horizontal Measured Emission Equiv. Pwr Into Ideal Dipole (dBm) Vertical Measured Emission Equiv Pwr Into Ideal Dipole (dBm) FCC Maximum Limit -13 (dBm) 25 kHz Ch. Spac. FCC Maximum Limit -20 (dBm) 12.5 kHz Ch. Spac. FCC ID: AZ489FT4841 Frequency Stability over Temperature -2000 -1500 -1000 -500 0 500 1000 1500 2000 -30-25-20-15-10-50510152025303540 Temp°C FCC ID: AZ489FT4841 Radio resets at 2.75v Frequency Error Over Voltage(ppm) -3 -2 -1 0 1 2 3 33.23.43.63.844.24.4 4.6 Supply Voltage(V) Frequency Error(ppm)

MOTOROLA INCFCC ID: AZ489FT4841 RF POWER OUTPUT DATA The RF power output was measured with the indicated voltage applied to and current into the final RF amplifying device. Measured Conducted RF Output 0.580 Watts *Calculated Radiated RF Output *0.3338Watts Normal DC Voltage4.20Volts Normal DC Current650ma Primary Supply Voltage4.50Volts RF Conducted output measured at 4.5 Volts *Calculated Radiated RF output. The conducted power measurements converted to dBm minus the antenna loss, Which is 2.4dB (see exhibit 6A-2) and converted back to watts ERP 10log(580mw/1mw) =27.635dBm ERP = 27.635dBm-2.4dB=25.235dBm ERP = 10^(25.235/10)= 10^2.5235 = 333.8 mWatts. The antenna gain (loss) is measured in an anechoic chamber free of outside radiation, refraction, defraction and interference. The anechoic chamber’s path loss = 37.9 dBm. The antenna was placed on an infinite ground plane, and 10dBm was transmitted from the antenna. The receiving spectrum analyzer registered –30.3 dBm. Therefore, the antenna gain = Pr – Pt + Pathloss = -30.3 – 10 + 37.9 = -2.4 dB. Antenna performance data over frequency is on the next page. EXHIBIT: 6A-1 MOTOROLA INCFCC ID: AZ489FT4841 EXHIBIT 6A-2 460MHzUNIT:dBi DegreeNO.1(Cu25u)NO.3(Cu 2u)NO.4(Ni 2u)Only Coil 0-2.05-3.65-2.52-4.85 45-2.15-4.05-3.02-4.52 90-3.15-4.15-4.35-5.15 135-3.49-4.05-3.35-5.15 180-2.02-2.65-2.52-4.05 225-2.05-2.65-3.02-4.35 270-2.95-3.52-3.85-4.85 315-3.15-4.05-3.95-5.35 Average-2.63-3.60-3.32-4.78 470MHzUNIT:dBi DegreeNO.1(Cu25u)NO.3(Cu 2u)NO.4(Ni 2u)Only Coil 0-2.53-2.51-3.35-4.18 45-2.68-3.18-3.51-4.68 90-2.35-3.51-3.68-5.18 135-2.68-2.99-3.95-4.68 180-2.35-2.93-3.19-4.68 225-2.01-2.35-3.34-4.35 270-2.51-2.51-2.85-4.52 315-2.69-2.99-3.68-4.01 Average-2.48-2.87-3.44-4.54 470MHz -6 -4 -2 0 1 2 3 4 5 6 7 8 NO.1(Cu25u) NO.3(Cu 2u) NO.4(Ni 2u) Only Coil 460MHz -6 -5 -4 -3 -2 -1 0 1 2 3 4 5 6 7 8 NO.1(Cu25u) NO.3(Cu 2u) NO.4(Ni 2u) Only Coil

Motorola Inc FCC ID: AZ489FT4841 TEST SET- UP PROCEDURES Except where otherwise stated, all measurements are made following the Electronic Industries Association (EIA) Minimum Standard for Portable/Personal Land Mobile Communications FM or PM Equipment 25-1000 MHz-(TIA/EIA-603). This exhibit presents a brief summary of how the measurements were made, the required limits, and the test equipment used. The following procedures are presented with this application. 1.RF Power Output X 2.Audio Response X 3.Low Pass Filter Response X 4.Modulation Limiting X 5.Occupied Bandwidth X 6.Radiated Spurious Emissions X 7.Conducted Spurious Emissions X 8.Frequency Stability X EXHIBIT 7 Motorola Inc FCC ID: AZ489FT4841 TEST EQUIPMENT LIST Pursuant To FCC Rules 2.999 1.Spectrum Analyzer A.HP 8591E B.HP 8566 C.HP35665A 2.RF Signal Generators A.HP 8665 B.HP 8642 C.HP 8656 3.RF Millivoltmeter A.Boonton 4200 B.Boonton 4210 4.RF Loads A. WEINSCHEL M1418 5.Dipole Antenna Set A.Singer DM-105A series B.EMCO Model 3120 6.RF Power Meters A.HP 436A B.8482B Power Sensor C.30 dB High Power Pad 7.Monitor Receivers A.Motorola Comm. System Analyzer B.HP8901 8.Tenny Temperature Chamber 9. Frequency Counters a. HP 5385A 10. Audio Analyzer a. HP8903B 11.AC/DC Voltmeters a. Fluke8012A Digital Multi-meter 12.HP8901B Modulation Analyzer EXHIBIT 7 Motorola Inc FCC ID: AZ489FT4841 RF POWER OUTPUT Pursuant to FCC Rules 2.985 (a) Method of Measurement The RF power output is measured with the value of voltage and current specified in Exhibit 3…

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