EOTMCUC5Integra 900 MHz Radio-Modem

CALAMP WIRELESS NETWORKS INC.

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Application Details

Equipment Class: TNB - Licensed Non-Broadcast Station Transmitter
Date of Grant: Oct 19, 1998
Application Purpose: Original Equipment
Date of Application: Sep 10, 1998
Equipment Note: Integra 900 MHz Radio-Modem
Frequency Range: 928.00000000 - 960.00000000
Company: CALAMP WIRELESS NETWORKS INC.
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

Integra-T Technical Manual version 1.00 The entire contents of this manual and the Software described in this manual are copyright 1998 by DATARADIO Inc. Copyright DATARADIO Inc. May 1998 part no.: 120 40101-100 i Table of Contents 1.PRODUCT OVERVIEW................................................................................................................................... 1 1.1 I NTENDED AUDIENCE....................................................................................................................................... 1 1.2 G ENERAL DESCRIPTION.................................................................................................................................... 1 1.2.1Characteristics ........................................................................................................................................ 1 1.3 C ONFIGURATION............................................................................................................................................... 1 1.4 C ATALOG NUMBERS......................................................................................................................................... 2 1.5 F ACTORY TECHNICAL SUPPORT........................................................................................................................ 2 1.6 P RODUCT WARRANTY...................................................................................................................................... 2 1.7 R EPLACEMENT PARTS....................................................................................................................................... 2 1.7.1Factory Repair ........................................................................................................................................ 2 1.8 P HYSICAL DESCRIPTION.................................................................................................................................... 3 1.9 D IAGNOSTICS.................................................................................................................................................... 3 1.9.1Remote Commands.................................................................................................................................. 3 1.10F IRMWARE UPGRADES................................................................................................................................. 3 1.11N ETWORK APPLICATION...............................................................................................................................3 1.11.1RF Path and Communications Range................................................................................................. 3 1.11.2Basic Connections .............................................................................................................................. 4 1.11.3Common Characteristics .................................................................................................................... 4 1.11.4Point to Point System.......................................................................................................................... 4 1.11.5Point–Multipoint System..................................................................................................................... 4 1.11.6Repeaters ............................................................................................................................................ 5 1.11.6.1All Stations Use the Repeater ..........................................................................................................................5 1.11.6.2Some Stations Use the Repeater ......................................................................................................................5 1.11.7Extending a Landline (Tail Circuit).................................................................................................... 6 2.FEATURES AND OPERATION ...................................................................................................................... 7 2.1 O VERVIEW........................................................................................................................................................ 7 2.2 I NTENDED AUDIENCE....................................................................................................................................... 7 2.3 F RONT PANEL................................................................................................................................................... 7 2.3.1Antenna Connector ................................................................................................................................. 7 2.3.2LED Indicators........................................................................................................................................ 7 2.3.3Connection to DTE.................................................................................................................................. 7 2.3.3.1Connector Pinout.............................................................................................................................................8 2.3.4Com Port ................................................................................................................................................. 8 2.3.4.13 Wire Connection (DOX) ..............................................................................................................................8 2.3.5Setup Port................................................................................................................................................ 8 2.4 R EAR PANEL..................................................................................................................................................... 9 2.4.1Heat Sink .............................................................................................…

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Cover Letter(s)

Hallo, Please confirm correct download for all the 8 attachments files. All this info was also sent as 5 .zip file same time with the 731 form submission. If it is necessary another format for the images (test graphics, scanned labels and schematics) and also for text parts, please notice me. Also, any other suggestion for formats will be wellcome. Thanks, Constantin Pintilei R&D Test Engineer

External Photos

MCUC5 - ATTACHMENT D-external photo Page 1 of 2 C:\Ready_To_Convert\Doc\8813.DOC 07/13/01 156-90000-100 Dataradio  FCC submission ExternalPhoto Fig. 1. MCUC5 , front view MCUC5 - ATTACHMENT D-external photo Page 2 of 2 C:\Ready_To_Convert\Doc\8813.DOC 07/13/01 156-90000-100 Dataradio  FCC submission ExternalPhoto Fig. 1. MCUC5 , rear view

ID Label/Location Info

MCUC5 - ATTACHMENT D-label photosPage 1 of 1 C:\Ready_To_Convert\Doc\8806.DOC07/13/01 156-90000-100 Dataradio FCC submission ID Label/Location Info Fig1. MCUC5 Label This label will be affixed on left side of the unit (the closest lateral side from antenna connector).

Internal Photos

MCUC5 - ATTACHMENT D-internal photos Page 1 of 4 C:\Ready_To_Convert\Doc\8809.DOC 07/13/01 156-90000-100 Dataradio FCC submission InternalPhotos Fig 1. MCUC5 assembly, bottom (loader/modem board) side view MCUC5 - ATTACHMENT D-internal photos Page 2 of 4 C:\Ready_To_Convert\Doc\8809.DOC 07/13/01 156-90000-100 Dataradio FCC submission InternalPhotos Fig2. MCUC5 –transceiver board, bottom ( to loader/modem board) side view MCUC5 - ATTACHMENT D-internal photos Page 3 of 4 C:\Ready_To_Convert\Doc\8809.DOC 07/13/01 156-90000-100 Dataradio FCC submission InternalPhotos Fig3. MCUC5 assembly, top ( transmitter board) side view MCUC5 - ATTACHMENT D-internal photos Page 4 of 4 C:\Ready_To_Convert\Doc\8809.DOC 07/13/01 156-90000-100 Dataradio FCC submission InternalPhotos Fig4. MCUC5 –loader/modem board, top ( to transmitter board) side view

Parts List/Tune Up Info

MCUC5 – Partlists (pg 1,2) & tune-up procedure(pg 3) 156-90000-100 Dataradio  FCC submission Part 3. MCU – modem active devices functions Reference designatorFunctionType D1negative peak detectorMBD301 D2positive peak detectorMBD301 D3signal DC level setMBD301 D4signal DC level setMBD301 D5TTL input protectionBAV99LT1 D6TTL input protectionBAV99LT1 D8TTL input protectionBAV99LT1 D9reverse power supply protection1N4001 DS1Led,3mm,Bicolor, 4 Stack551-3007 DS2Led,3mm,Bicolor, 4 Stack551-3007 DS3Led,3mm,Bicolor, 4 Stack551-3007 DS4Led,3mm,Bicolor, 4 Stack551-3007 Q1negative peak detector switchMMBT3904LT1 Q2positive peak detector switchMMBT3904LT1 Q3radio power supply protectionMMBT3906LT1 Q6radio power switchMMBT3904LT1 Q8input switchMMBT3904LT1 Q9output switchMMBT3904LT1 U1Quad, Op-AmpLMC6484AIM U2Quad, Op-AmpTLC2274ID U3Hex Inverter CMOS74HC04AD U4HSL,Quad Analog SwitchMC74HC4066D U5Quad, Op-AmpTLC2274ID U6Potentiometer 4 DigitalAD8403AR50 U7Temperature SensorLM50CIM3 U8Dual Op-AmpTLC2272ID U98 Bit A/DADC0838CIWM U10Regulator, 5vMIC295403BT U12ASIC, ModemMMM-16 U13Dual, D-Flip Flop74HC74AD U14Converter Rs-232ADM223AR U15Reset CircuitMC33064D-5 U16Dual, 1 Of 4 Decoder74VHC139AD U17Dual Monostable74HC4538AD U18Microprocessor ,10MHzZ8401510FEC U19RAM,CMOS,32k X 8TC55257DFL-85L U20Microprocessor ,10MHzZ84C1510FEC U21EPRO, Flash 1 MegabitAT29C010-90J1 U22Quad NAND Gate74HC00AD MCUC5 – Partlists (pg 1,2) & tune-up procedure(pg 3) 156-90000-100 Dataradio  FCC submission Part 4. DL-3492 transcevier active devices functions Reference Designator Function Type CR101ATCXO VaractorBB639 CR200Protection DiodeMMBD6050LT1 CR2402nd LO VaractorBB535 CR520Power ControlMMBD701LT1 CR540Antenna SwitchMMBV3401 CR541Antenna SwitchMMBV3401 CR592Power ControlMMBD701LT1 CR840VCO VaractorBB535 Q100Receive Enable SwitchMUN5213T1 Q101ATCXO OscillatorMMBT3904 Q101Receive Enable SwitchMUN5114T1 Q102ATCXO BufferMMBT3904 Q110Rf Enable SwitchMUN5213T1 Q130TX Enable SwitchMUN5213T1 Q131TX Enable SwitchMUN5213T1 Q132TX Enable SwitchMUN5114T1 Q133TX Enable SwitchMUN5213T1 Q134TX Enable SwitchMUN5114T1 Q135TX Enable SwitchPZT2222AT1 Q200Rf Amplifier BiasMSB1218-RT1 Q201Low Noise Rf AmplifierNE85633 Q2111st LO MixerNE25118 Q2402nd LO BufferMMBT918 Q2602nd LO AmplifierNE85633 Q2612nd LO Amplifier BiasMSB1218-RT1 Q500PA DriverMSA2111 Q520RF Power AmplifierPZT2222AT1 Q800TCXO Level AmplifierMSD1819A-RT1 Q840Synthesizer EnableMUN5213T1 Q841Tx Pin shift PositiveMUN5213T1 Q842TxPin shift NegativeMUN5213T1 Q843Lowband pin shift PositiveMUN5213T1 Q844Lowband pin shift NegativeMUN5213T1 Q845VCOMSD1819A-RT1 Q911Diagnostics EnableMMBT3904 U1105.5 Volts RegulatedTK11900M U1119.6 Volts RegulatedTK11900M U130Power ControlMC33174D U2302nd If/Demodulator/LimiterSA676DK U5106W Pwr module, 900 MHzBGY114E U520Power ControlMC33172D U800FRACTIONAL-N SynthesizerSA7025 U840Shist register 8-STG SOIMC14094 U900TLC5620ID quad 8 bit dacTLC5620ID U901Shift register 8-STG SOIMC14094 U9023 2CH analog mux/de-muxMC14053 MCUC5 – Partlists (pg 1,2) & tune-up procedure(pg 3) 156-90000-100 Dataradio  FCC submission d9. Tune-up procedure Ref: FCC Part 2 paragraph 2.983 (d) (9) 1. Connect the transceiver to be aligned to a DC power source. A DC current meter capable of measuring at least 2.5 Amps should be connected in line with the DC source. Connect the output of the transceiver through a watt meter and into a 50 ohm dummy load. 2. Load the synthesizer with the center channel frequency. 3. Key the transmitter and make sure that the supply voltage at the RF board is 13.3 VDC. (Do not transmit for extended periods of time). 4. Adjust PwrSet R525 potentiometer clockwise for 5.0 Watts of output power. 5. Check the power levels on the low and the high frequencies for 5.0 Watts +/- 1 Watt.

Schematics

Test Report

MCUC5- MAIN DOCUMENTPage 1 of 44 I:\FCC&IC\INTEGR_T\FCC_E_SU\FCC1_I14.DOC 09\04\98 156-90000-100 Dataradio  FCC submission Engineering Report in Support of Type Acceptance FCC Form 731 for MCUC5 radiomodem Subject:Compliance of Radio Modem with Respect to FCC Rules & Regulations Parts 2, 90 and 101 for Type Acceptance FCC Form 731 Equipment:900 MHz Radio Modem FCC Id:EOTMCUC5 Applicant:Dataradio Incorporated 5500 Royal Mount Ave., Suite 200 Town of Mount Royal, H4P 1H7 Quebec, Canada MCUC5- MAIN DOCUMENTPage 2 of 44 I:\FCC&IC\INTEGR_T\FCC_E_SU\FCC1_I14.DOC 09\04\98 156-90000-100 Dataradio  FCC submission MCUC5- MAIN DOCUMENTPage 3 of 44 I:\FCC&IC\INTEGR_T\FCC_E_SU\FCC1_I14.DOC 09\04\98 156-90000-100 Dataradio  FCC submission QUALIFICATIONS OF ENGINEERING PERSONNEL NAME:Allen Frederick TITLE:Certified Technologist TECHNICAL EDUCATION:Bachelor of Science Degree in Electronic Engineering Technology (1998) from Mankato State University TECHNICAL EXPERIENCE:2 years experience in analog and radio frequency comunications NAME:Constantin Pintilei TITLE:R&D Test Engineer TECHNICAL EDUCATION: Bachelor of Science Degree in Radiotechnique Electronic Engineering (1993) from Technical University of Iasi, Romania TECHNICAL EXPERIENCE:5 years experience in radio frequency measurements MCUC5- MAIN DOCUMENTPage 4 of 44 I:\FCC&IC\INTEGR_T\FCC_E_SU\FCC1_I14.DOC 09\04\98 156-90000-100 Dataradio  FCC submission Contents CONTENTS .....................................................................................................................................................................4 ENGINEERING SUMMARY ........................................................................................................................................5 GENERAL INFORMATION .........................................................................................................................................6 FCC SUBMISSION INFORMATION .....................................................................................................................................6 M ANUFACTURER ’ S DATA ................................................................................................................................................6 P RODUCT ’ S GENERAL SPECIFICATIONS ...........................................................................................................................6 INFORMATION FOR TYPE ACCEPTANCE ............................................................................................................7 a. Name of Applicant: ................................................................................................................................................7 b. Identification of equipment: ...................................................................................................................................7 c. Production Quantity: .............................................................................................................................................7 D . T ECHNICAL DESCRIPTION ...........................................................................................................................................7 d1. Type of emission...................................................................................................................................................7 d2. Frequency range ..................................................................................................................................................7 d3. Range of operating power levels..........................................................................................................................8 d4. Maximum Power rating ......................................................................................................................................8 d5. DC voltages and currents into final amplifier .....................................................................................................8 d6. Function of semi-conductors and active circuits .................................................................................................8 d7. Complete circuit diagram ....................................................................................................................................8 d8. Instruction book ...................................................................................................................................................8 d9. Tune-up procedure...............................................................................................................................................8 d10. Circuitry and devices for determining and stabilizing frequency ......................................................................9 d11. Circuits for suppression of spurious radiation, limiting of modulation and limiting of power..........................9 d12. Digital modulation techniques ...........................................................................................................................9 e. Test data ...............................................................................................................................................................10 f. Equipment identification plate/label.....................................................................................................................10 g.Photographs of the equipment ..............................................................................................................................10 TESTS RESULTS FOR MCUC5 RADIO MODEM..................................................................................................12 NAME OF TEST: Transmitter Ratted Output Power (2.985) ...............................................................................13 NAME OF TEST: Transmitter Occupied Bandwidth (2.989)...........................................................................…

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