PJ5MTX4-S3Leisure Marine Radar

Raymarine Limited. Registered in England. Company No. 1177969 Registered Office: Anchorage Park, Portsmouth PO3 5TD Raymarine Limited Pathfinder Radar scanners FCC ID: PJ5MTX2-S3, PJ5MTX4-S3 & PJ5MTX4-S3 Owner's Handbook Note 1:This Draft Owner's Handbook covers the 2kW Radome Scanner (PJ5MTX2-S3), the 4kW Radome Scanner (PJ5MTX4-S3), the 4kW Open Array Scanner (PJ5MTX5-S3) and the 10kW Open Array Scanner (PJ5MTX9). There is no new FCC application for the 10kW Scanner Unit at this time. Note 2:The information within the handbook is complete and up-to-date, except that the EC Declaration of Conformity will be replaced (except for 10kW) with new versions after assessment of the current CE application. Pathfinder Radar Scanners Owner’s Handbook Document number: 81154_6 Date: 11th March2002 Pathfinder Radar Scannersi Pathfinder Radar Scanners Owners Handbook January 2002 Intended Use The scanner units detailed in this handbook form part of naviga- tional radar systems intended for light marine use. These radar systems are only an aid to navigation. WARNING: The 4D radome scanner connected to an SL70, SL70 PLUS or SL70RC PLUS 7" LCD display unit DOES NOT conform to the EU directive 95/5/EC, therefore such a system cannot be installed on a vessel within the EU . Safety Notices This radar equipment must be installed and operated in accord- ance with the instructions contained in this manual. Failure to do so can result in personal injury and/or navigational inaccuracies. In particular: 1. High Voltage. The scanner unit contains high voltages. Adjust- ments require specialised service procedures and tools only avail- able to qualified service technicians – there are no user serviceable parts or adjustments. The operator should never remove the scanner unit internal covers or attempt to service the equipment. 2. Electromagnetic Energy. The radar scanner transmits electro- magnetic energy. It is important that the radar is turned off when- ever personnel are required to come close to the scanner to perform work on the scanner assembly or associated equipment. It is recommended that the radar scanner is mounted out of range of personnel (above head height). Do not look directly at the antenna at close range as your eyes are the most sensitive part of the body to electromagnetic energy. When properly installed and operated, the use of this radar will conform to the requirements of ANSI/IEEE C95.1-1992 Standard for Safety Levels with Respect to Human Exposure to Radio Fre- quency Electromagnetic Fields, 3 Hz to 300 GHz and NRPB, iiPathfinder Radar Scanners Board Statement on Restrictions on Human Exposure to Static and Time Varying Electromagnetic Fields and Radiation, Doc NRPB, No. 5 (1993). 3. Navigation Aid. This radar unit is only an aid to navigation. Its accuracy can be affected by many factors, including equipment failure or defects, environmental conditions, and improper han- dling or use. It is the user’s responsibility to exercise common prudence and navigational judgements. This radar unit should not be relied upon as a substitute for such prudence and judgement. Raymarine products are supported by a network of Authorized Service Representatives. For information on Raymarine products and services, contact either of the following: United StatesRaymarine Inc. Recreational Products 22 Cotton Road, Unit D Nashua NH 03063-4219, USA Telephone +1 603 881 5200 Fax +1 603 864 4756 www.raymarine.com EuropeRaymarine Limited Anchorage Park Portsmouth Hampshire PO3 5TD England Telephone +44 (0)23 9269 3611 Fax +44 (0)23 9269 4642 www.raymarine.com Copyright © Raymarine Ltd. 2002 The technical and graphical information contained in this hand- book, to the best of our knowledge, was correct as it went to press. However, the Raymarine policy of continuous improvement and updating may change product specifications without prior notice. As a result, unavoidable differences between the product and handbook may occur from time to time, for which liability cannot be accepted by Raymarine. SeaTalk is a registered trademark of Raymarine Limited. HSB and hsb 2 are trademarks of Raymarine Limited. Pathfinder is a trademark of Raymarine Limited. Pathfinder Radar Scannersiii Preface This handbook describes the following Raymarine Pathfinder radar scanners: 2D 18" 2 kW Radome Scanner 4D 24" 4 kW Radome Scanner 5S48" 4 kW Open Array Scanner 7S72" 4 kW Open Array Scanner 9S48" 10 kW Open Array Scanner 11S 72" 10 kW Open Array Scanner These scanner units may be connected to any HSB/hsb 2 display unit. In addition, the 2D radome scanner unit may be connected to an SL70, SL70 PLUS or SL70RC PLUS 7" LCD display. CAUTION: The open array scanners must not be used with the SL70, SL70 PLUS, SL70RC PLUS or Autohelm 7" LCD Display Unit. This may result in damage to the display due to the high power requirements of the open array scanner. The handbook contains very important information on the instal- lation and operation of your new equipment. In order to obtain the best results in operation and performance, please read this hand- book thoroughly. Raymarine’s Technical Support representatives or your local dealer will be available to answer any questions you may have. Display Software Version For full operation of the Pathfinder scanners, the display unit requires an appropriate software version. For new displays, the correct software version is normally already installed in the dis- play unit and is fully compatible with the Pathfinder scanners. Early display units may not have the correct software and will therefore require upgrading. The software version can be confirmed by switching-on the dis- play and checking the version number during the magnetron warm-up sequence. ivPathfinder Radar Scanners Note: If a scanner unit is not connected the version number is only displayed for 10 seconds. Where, necessary Software Upgrade Kits are available from your dealer, distributor or from Raymarine. We recommend that where a repeater d…

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Raymarine Limited. Registered in England. Company No. 1177969 Registered Office: Anchorage Park, Portsmouth PO3 5TD Raymarine Limited Pathfinder Radar Scanners FCC ID: PJ5MTX2-S3, PJ5MTX4-S3 & PJ5MTX5-S3 Owner's Handbook Note 1: This Draft Owner's Handbook covers the 2kW Radome Scanner (PJ5MTX2-S3), the 4kW Radome Scanner (PJ5MTX4-S3), the 4kW Open Array Scanner (PJ5MTX5-S3) and the 10kW Open Array Scanner (PJ5MTX9). There is no new FCC application for the 10kW Scanner Unit at this time. Note 2: The information within the handbook is complete and up-to-date, except that the EC Declarations of Conformity will be replaced (except for 10kW) with new versions after assessment of the current CE application.

Raymarine Limited. Registered in England. Company no. 1177969 Registered Office: Anchorage Park, Portsmouth PO3 5TD Raymarine Limited Anchorage Park Portsmouth Hampshire PO3 5TD England 023 9269 3611 023 9269 4642 (Fax) Raymarine Inc. 22 Cotton Road, Suite 280 Nashua NH 03063 4219 U.S.A. 603 881-5200 800-539-5539 (Fax) www.raymarine.com BABT Claremont House 34 Molesey Road Hersham, Walton-on-Thames Surrey KT12 4RQ 30 th October, 2002 Gentlemen, FCC ID: PJ5MTX4-S3 The Commission has already given a grant of type acceptance for the Raymarine 'Pathfinder' 4kW, 24" Radome Radar Scanner Unit (FCC ID: PJ5MTX4-8P), when used in combination with a range of specified Display Units. This application for authorization of a new grant has resulted from proposed changes to enhance performance, which affect the characteristics originally reported to the commission. The new Scanner Unit can be connected to any of the same Display Units that are currently in use, to form light marine radar systems (see Annex 1 below). The primary changes are to the magnetron (transmitting device) and to the associated circulator, which now incorporates an isolator and low pass filter (LPF). The purpose of these changes is to improve the Spurious Emissions and Out of Band Emissions of the transmitter in accordance with the requirements of ITU-R M1177. The peak-radiated power remains the same at 4 kW, as do the Pulse Repetition Frequencies (PRF). Of the 8 available Pulse Widths, the two shortest have been increased in width. Removal of the unwanted emissions has been mainly achieved by filtering. The new 4kW Scanner Unit has been fully tested to the appropriate parts of CFR 47 Part 2 and Part 80. The measurement taken data demonstrates that the scanner continues to be compliant with the rules and the performance is within the technical ratings specified by Raymarine (manufacturer). The modifications will be introduced to all new scanner units of this type in production after the grant has been authorized. Sincerely, Chris Bird, Approvals Manager, Raymarine Limited. - 2 - Raytheon Marine Limited. Registered in England. Company no. 1177969 Registered Office: Anchorage Park, Portsmouth, PO3 5TD ANNEX 1 The following Raymarine Display Units are combined with the Raymarine 4D, 4kW 24" Radome Scanner Unit to form operational light marine radar systems. Display Unit Scanner Unit Radar System SL70M PLUS – 7" mono LCD 4D – 4 kW, 24" radomeSL74M PLUS SL70MRC PLUS – 7" mono LCD/Chart 4D SL74MRC PLUS RL70 PLUS – 7" mono LCD/hsb² 4D RL74 PLUS RL70RC PLUS – 7" mono LCD/hsb²/Chart 4D RL74RC PLUS R70 PLUS – 7" CRT/hsb² 4D R74 PLUS R70RC PLUS – 7" CRT/hsb²/Chart 4D R74RC PLUS R80 PLUS – 10" CRT/hsb² 4D R84 PLUS R80RC PLUS – 10" CRT/hsb²/Chart 4D R84RC PLUS SL70C PLUS – 7" Colour LCD 4D SL74C PLUS SL70CRC PLUS – 7" Colour LCD/Chart 4D SL74CRC PLUS RL70C PLUS – 7" Colour LCD/hsb² 4D RL74C PLUS RL70CRC PLUS – 7" Colour LCD/hsb²/Chart 4D RL74CRC PLUS RL80C PLUS – 10" Colour LCD/hsb² 4D RL84C PLUS RL80CRC PLUS – 10" Colour LCD/hsb²/Chart 4D RL84CRC PLUS Key: The allocated designation for each unit or system is shown in bold. hsb² (high speed bus) – allows the connection of one or more repeater display unit Chart – Chartplotter feature built-in

Raymarine Limited. Registered in England. Company No. 1177969 Registered Office: Anchorage Park, Portsmouth PO3 5TD Raymarine Limited 4kW, 24" Radome Radars FCC ID: PJ5MTX4-S3 External Photographs Raymarine Limited. Registered in England. Company No. 1177969 Registered Office: Anchorage Park, Portsmouth PO3 5TD 4D - 4kW, 24" Radome Scanner Unit Raymarine Limited. Registered in England. Company No. 1177969 Registered Office: Anchorage Park, Portsmouth PO3 5TD 4D - 4kW, 24" Radome Scanner Unit

Raymarine Limited. Registered in England. Company No. 1177969Registered Office: Anchorage Park, Portsmouth PO3 5TDRaymarine Limited4kW, 24" Radome RadarsFCC ID: PJ5 MTX4 - S3 ID Label Drawings

Raymarine Limited, Anchorage Park, Portsmouth, England Raymarine Limited Raytheon Pathfinder Series Radar Photographs –Internal FCC ID: PJ5MTX4-S3 4kW, 24" Radome Scanner Unit Raymarine Limited, Anchorage Park, Portsmouth, England 4Kw, 24" Radome Scanner Unit Raymarine Limited, Anchorage Park, Portsmouth, England 4kW, 24" Radome Scanner Unit Raymarine Limited, Anchorage Park, Portsmouth, England 4kW, 24" Radome Scanner Unit Top view of Core Circulator/ Isolator/ LPF Magnetron Low Noise Converter Motor Raymarine Limited, Anchorage Park, Portsmouth, England 4kW, 24" Radome Scanner Unit Under view of core Raymarine Limited, Anchorage Park, Portsmouth, England 4kW, 24" Radome Scanner Unit Underside of Modulator PCB, with screening plate removed Raymarine Limited, Anchorage Park, Portsmouth, England 4kW, 24" Radome Scanner Unit Modulator PCB Raymarine Limited, Anchorage Park, Portsmouth, England 2kW and 4kW Radome Scanner Unit Underside of IF PCB, with screening plate removed Raymarine Limited, Anchorage Park, Portsmouth, England 2kW and 4kW Radome Scanner Unit IF PCB Raymarine Limited, Anchorage Park, Portsmouth, England ‘Pathfinder’ Scanner Unit Low Noise Converter (LNC) and Cover

Raymarine Limited 2kW and 4kW Radome Radars FCC ID: PJ5MTX2-S3 & PJ5MTX4-S3 Technical Description Note: This Technical Description covers both the 2kW, 18" Radome Scanner Unit and the 4kW, 24" Radome Scanner Unit. This page has been left intentionally blank Technical Description 1 Technical Description 2kW and 4 kW Radome Scanner Units 1. Overview Scanner configuration 60dBm (maximum) 2/4kW IF Receiver, micro, I/O board Magnetron Low Noise Converter Scanner uplink connection Motor Antenna/Rotary joint assembly Modulator, PSU board Transition D6143-1 Ships power CirculatorLPF Isolator Figure 1: Scanner Block Diagram The following system comprises the functional blocks as shown in the above diagram. The basis of operation is described below. The Modulator, PSU board generates a high voltage pulse of between 75ns and 1.0μs duration dependant upon the range setting and the corresponding IF/Video filter control lines. This pulse begins on the rising edge of a negative going trigger at a pulse repetition frequency (PRF) also defined by the range setting. The resulting pulse is delivered to the magnetron, which converts the energy into an RF pulse at a frequency of 9.41GHz (nominal). The Modulator, PSU board also provides all supply requirements. The RF pulse is routed to an antenna via a 3-port circulator combined with an isolator and LPF (IFC), which propagates microwave energy in only one direction and thereby provides isolation between the transmit source and the low noise converter. A rotary joint is used to maintain continuity between a waveguide output from the circulator and a microstrip input to the antenna. This is achieved via transitions into, and back-out of, a section of coaxial line, which is configured with a 'split' perpendicular to the axis of rotation. The energy is then radiated by the antenna with a narrow azimuth beam shape (5.2° for the 18" antenna and 3.9° for the 24" antenna). The elevation beam width is maintained at approximately 25° in order to illuminate targets during pitch and role of the transmitting vessel. Echoes are returned due to reflections from potential targets such as boats, buoys, land, etc. and in the form of clutter from sea, rain, etc. Technical Description 2 The returned energy is collected by the same antenna used to transmit the original pulse and is routed through the IFC to the low noise converter (LNC). These comparatively low level signals are amplified by a low noise transistor in order to maintain signal/noise performance and are mixed down to an IF frequency of 60MHz (nominal) for further amplification and subsequent detection. The IF receiver board provides further low noise amplification and adjustable gain to maximise the dynamic range (dynamic attenuation control) in the presence of clutter, target and range variations. The IF board also includes a logarithmic detection stage with approximately 50dB dynamic range, which provides a compressed signal output in terms of dB input power versus output Voltage level. Various filtering stages are also employed in the IF Receiver board to provide optimum signal/noise characteristics for the detected pulse and to provide some immunity against the bulk effects of rain. The IF Receiver also provides the interface for the up-link commands to the scanner, including clutter and gain selection, stepper motor control and display synchronisation pulse generation. Receiver configuration (LNC/IF) The basic configuration of the microwave and IF receiver circuitry is as follows: Low Noise Converter (LNC)IF Receiver Board Filter select logic Limiter LNA 90 deg 90 HYB Switched Filter Logarithmic Detector Video Filter Curve Splitter Autotune Receiver LNC Supplies Scanner uplink MBS / STC / Rain / Sea / Gain Generation and Summing Network Lineariser Lineariser D4055-1 Figure 2: Receiver Configuration (LNC/IF) Low Noise Converter/Limiter (LNC) The primary function of the LNC is to provide low noise amplification of the low-level signal returns and mixing to an IF frequency of 60MHz nominal. The low noise amplification is provided by a single low noise FET, with bias conditions, and associated matching set to minimise noise figure and maximise gain and compression levels. Maximum gain is required so as to minimise the noise figure contribution from subsequent stages. The mixing function is carried out in an image reject mixer configuration which Technical Description 3 reduces image noise by 20dB nominal in order to minimise the degradation in overall noise figure. Protection is provided in the form of three limiter diodes, which are configured to become forward biased in the presence of increasing RF power. Note: There are no user / dealer serviceable parts within the LNC due to its high frequency of operation. LNA Limiter 90 degrees Mixer Constant current bias circuitry +5Volts -5Volts Ground μW I/P VCO tune compensation 90 HYB 60MHZIF Tune_V D4056-1 Figure 3: LNC Configuration Stepper Motor Circulator P7 P1 LNC IF Receiver P4 SK1 CN7CN4 CN2 CN1 CN6 Mod/PSU/Motor D4057-2 Magnetron High voltage Figure 4: Scanner Interfaces 2. Modulator/PSU – Interface Description The interfaces to the Modulator/PSU are shown in Figure 4 and the individual signal functions are described below: Technical Description 4 Ships Supply Power Input (CN1) Ref. Signal Name Type State Function CN1-5 +V_SHIP Power input − Ship's power I/P CN1-6 CN1-1 −V_SHIP Power input − Ship's power return CN1-2 Modulator Control/Status (CN2) Ref. Signal Name Type State Function CN2- 18 RADAR_TX_ EN Logic input 1 Enable modulator(magnetron) pulses 0 (default) Disable modulator, regardless of activity on PRI_PLS CN2-9 PW0 Logic input PW0 PW 1 Select course modulator pulse widths as follows: CN2- 11 PW1 Logic input 0 1 Short pulse ranges 1 0 Medium pulse ranges 0 1 Long pulse ranges 1 1 Very long pulse ranges CN2- 16 PW_ADJUS T Analogue input 0-5.0V Analogue voltage adjusts fine transmit pulse width CN2- 13 PTX_ADJUS T Analogue input 0-5.0V Analogue voltage …

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Raymarine Limited. Registered in England. Company No. 1177969 Registered Office: Anchorage Park, Portsmouth PO3 5TD Raymarine Limited Pathfinder Radar scanners FCC ID: PJ5MTX2-S3, PJ5MTX4-S3 & PJ5MTX4-S3 Tune-up Procedures There are no Tune-up Procedures associated with the 2kW Radome Scanner (PJ5MTX2-S3), 4kW Radome Scanner (PJ5MTX4-S3) and 4kW Open Array Scanner (PJ5MTX5-S3). Note:For Parts List information refer to the Schematic exhibits.

Raymarine Limited. Registered in England. Company No. 1177969 Registered Office: Anchorage Park, Portsmouth PO3 5TD Raymarine Limited 2kW and 4kW Radome Radars FCC ID: PJ5MTX2-S3 & PJ5MTX4-S3 respectively Schematics Index Scanner Interconnect 4473-011 Sht. 1 Modulator/PSU 4473-002 Sht. 1 Modulator/PSU (Top Level) Sht. 2 Power I/P Filter Sht. 3 Main PSU Sht. 4 Modulator Sht. 5 Ships Heading Interface Sht. 6 Stepper Motor Low Noise Converter (LNC) 4346-028 Sht. 1 IF Receiver 4473-004 Sht. 1 IF Receiver (Top Level) Sht. 2 IF Strips Sht. 3 IF Log Det/Video Sht. 4 Scanner Micro Sht. 5 Control Interface Sht. 6 STC Generator N MTR4 normally linked through D6 BAT14-03W SOD323 D12 BAT14-03W SOD323 D13 BAT14-03W SOD323 D7 BAT14-03W SOD323

Raymarine Limited. Registered in England. Company No. 1177969 Registered Office: Anchorage Park, Portsmouth PO3 5TD Raymarine Limited 2kW and 4kW Radome Radars FCC ID: PJ5MTX2-S3 & PJ5MTX4-S3 respectively Parts Lists Index Mod/PSU PCB 4473-002 LNC 4346-006 IF PCB 4473-003 2kW and 4kW Radome Scanner Unit - Mod/PSU PCB Note: Build 2D = 2kW Radome Scanner only Build 4D = 4kW Radome Scanner only PCBPART NUMBERDESCRIPTIONQty perBuildCCT designators 4473-00207312CONNECTOR Wago-257-4541ALLCN1 4473-00207335CONNECTOR PicoFlex2x101ALLCN2 4473-00207325CONNECTOR 1X6 MOLEX KK UPRIGHT1ALLCN4 4473-00207307CONNECTOR MOLEX_MINIFITJR_1X21ALLCN6 4473-00207398CONNECTOR 1X4 MOLEX KK UPRIGHT1ALLCN7 4473-00293041000PCAPACITOR 1n24ALLC1, C2, C3, C4, C6, C7, C8, C9,C10, C11, C12, C13, C14, C15,C16, C102, C140, C141, C159,C215, C252, C600, C608, C610 4473-002930147PCAPACITOR 47p4ALLC5, C198, C202, C209 4473-00293BDHXXX4N7CAPACITOR 4n75ALLC23, C24, C27, C129, C130 4473-00293070U1CAPACITOR 100n42ALLC25, C26, C28, C32, C104, C105, C106, C107, C108, C116, C117, C118, C124, C137, C145, C158, C160, C191, C192, C193, C195, C206, C217, C218, C219, C226, C227, C235, C237, C238, C239, C241, C242, C243, C246, C251, C607, C609, C612, C617, C618, C621 4473-0029301470PCAPACITOR 470p7ALL9301470P 4473-00203146CAPACITOR 1u4ALLC39, C40, C601, C602 4473-00203132CAPACITOR 680u3ALLC47, C133, C172 4473-00203083CAPACITOR 2n21ALLC103 4473-00293BDHXXX2N2CAPACITOR 2n23ALLC109, C112, C138 4473-00203134CAPACITOR 1000u2ALLC123, C110 4473-00203135CAPACITOR 220u6ALLC111,C136,C152,C155,C213,C620 4473-00203093CAPACITOR 100n2ALLC120, C121 4473-0029300220PCAPACITOR 220p5ALLC127, C128, C199, C220, C262 4473-00293040U01CAPACITOR 10n6ALLC132, C203, C204, C210, C604, C613 4473-002930433NCAPACITOR 33n1ALLC134 4473-00293BDHBXX330PCAPACITOR 330p1ALLC139 4473-0029306105X7RCAPACITOR 1u4ALLC143, C144, C245, C249 4473-00203151CAPACITOR 2ALLC146, C154 1 PCBPART NUMBERDESCRIPTIONQty perBuildCCT designators 4473-00293HEFEXX4U7CAPACITOR 4u73ALLC147, C207, C208 4473-00293HEHEXX1UCAPACITOR 1u1ALLC148 4473-00203066CAPACITOR 1000u5ALLC149, C150, C151, C605, C622 4473-00203090CAPACITOR 1n1ALLC153 4473-00203148CAPACITOR 47p2ALLC156, C157 4473-002930122PCAPACITOR 22p3ALLC194, C200, C201 4473-0029306105X7RCAPACITOR 1u14DC214 4473-00203121CAPACITOR 33p1ALLC222 4473-00203138CAPACITOR 4n71ALLC228 4473-00203127CAPACITOR 1u12DC231 4473-00203149CAPACITOR 2u214DC232, C233 4473-00203162CAPACITOR 220p2ALLC263, C264 4473-00203080CAPACITOR 47u1ALLC603 4473-00293IEFEXX10UCAPACITOR 10u1ALLC614 4473-0029302100PCAPACITOR 100p1ALLC619 4473-0029203BZX12VDIODE BZX84C12V1ALLD1 4473-0029200UF1A200VDIODE MURS120T35ALLD15, D17, D29, D54, D613 4473-002920010BQ060DIODE 10BQ0607ALLD19, D21, D23, D605, D607, D609, D611 4473-0029200BAV99DIODE BAV992ALLD38, D22 4473-0029200BAS19DIODE BAS194ALLD26, D40, D60, D70 4473-00202087DIODE UF1802ALLD27, D28 4473-00202082DIODE BYV27-2001ALLD33 4473-0029203BZX84C5V1DIODE BZX84C5V11ALLD39 4473-00202074DIODE BZV85-C182ALLD41, D612 4473-0029200BAV70DIODE BAV702ALLD52, D53 4473-00202077DIODE UX-FOB2ALLD56, D57 4473-00202078DIODE UF54042ALLD58, D59 4473-00215249FERRITE BL01RN1-A622ALLFB1, FB3 4473-00215396HEATSINK 6299B1ALLHT1 4473-0023036-172-DHEATSINK 3036-129-G1ALLHT3 4473-00207350JUMPER1ALLJP600 4473-00215185INDUCTOR 100uH3ALLL6, L7, L8 4473-0029600L1BEAD_L13ALLL9, L10, L600 4473-00222043NUT1ALLNUT1 4473-0029400PC357DOPTO PC357-D2ALLOP3, OP4 2 PCBPART NUMBERDESCRIPTIONQty perBuildCCT designators 4473-0023015-232-B3015-2321ALLPCB1 4473-00205052TRANSISTOR STP60N05FI1ALLQ1 4473-00205045TRANSISTOR IRF540/IRFP28071ALLQ21 4473-0029500BC846TRANSISTOR BC8464ALLQ22, Q29, Q39, Q603 4473-0029500BC807TRANSISTOR BC8072ALLQ23, Q600 4473-0029500BC856TRANSISTOR BC8561ALLQ25 4473-0029500IMT1TRANSISTOR IMT11ALLQ26 4473-0029500IMX1TRANSISTOR IMX15ALLQ27, Q34, Q38, Q40, Q43 4473-00295002N2222ATRANSISTOR 2N2222A1ALLQ28 4473-00295003904TRANSISTOR 2N39043ALLQ35, Q36, Q37 4473-00205056TRANSISTOR IRFP4501ALLQ41 4473-0029500BC856TRANSISTOR BC8562ALLQ602, Q601 4473-00226008RIV-SCREW2ALLRIV1, RIV8 4473-0021205 THERMISTOR NF/PTH9M04BC222TS2F33314DRT1 4473-00291031KRESISTOR 1K0/NF12DR3 4473-00291061K8RESISTOR NF/1K814DR4 4473-002910615KRESISTOR 15K5ALLR5, R134, R161, R179, R255 4473-002910647KRESISTOR 47K10ALLR14, R190, R193, R260, R264, R265, R266, R289, R360, R601 4473-0029106100KRESISTOR 100K7ALLR128, R176, R189, R286, R345, R350, R606 4473-002910647RRESISTOR 47R15ALLR129, R135, R136, R137, R138, R139, R140, R154, R155, R293, R317, R318, R605, R632, R633 4473-00291064K7RESISTOR 4K710ALLR130, R142, R164, R196, R254, R358, R361, R624, R628, R631 4473-00291062K2RESISTOR 2K22ALLR296, R131 4473-002910310KRESISTOR 10K30ALLR132, R133, R166, R188, R195, R197, R201, R267, R268, R269, R270, R271, R272, R273, R274, R275, R280, R281, R284, R287, R288, R298, R304, R306, R312, R355, R362, R603, R614, R615 4473-002910622RRESISTOR 22R2ALLR141, R144 4473-0029103100RRESISTOR 100R15ALLR143, R156, R157, R158, R159, R198, R199, R203, R257, R278, R283, R604, R617, R619, R634 3 PCBPART NUMBERDESCRIPTIONQty perBuildCCT designators 4473-0029106470RRESISTOR 470R3ALLR145, R616, R625 4473-002910310RRESISTOR 10R7ALLR147, R186, R329, R330, R352, R356, R600 4473-00291031KRESISTOR 1K018ALLR148, R149, R150, R151, R152, R153, R171, R194, R259, R262, R276, R277, R285, R308, R343, R344, R347, R351 4473-0029106220RRESISTOR 220R1ALLR160 4473-00291035K6RESISTOR 5K63ALLR162, R311, R349 4473-00291033K3RESISTOR 3K32ALLR163, R309 4473-0029106680RRESISTOR 680R1ALLR165 4473-00201211RESISTOR 3R3ALLR172, R202, R322 4473-00201208RESISTOR 0R13ALLR173, R174, R175 4473-00291062K7RESISTOR 2K72ALLR178, R307 4473-00291036K8RESISTOR 6K87ALLR181, R182, R183, R184, R185, R348, R626 4473-002910622KRESISTOR 22K2ALLR187, R608 4473-0029103270RRESISTOR 270R2ALLR191, R192 4473-00291061K5RESISTOR 1K52ALLR258, R263 4473-002910333KRESISTOR 33K3ALLR261, R291, R627 4473-002910639KRESISTOR 39K1ALLR290 4473-00291061K8RESISTOR 1K81ALLR292 4473-002910327KRE…

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TEST REPORT EMC DEPARTMENT RAYMARINE LTD Test of: Raymarine Ltd. Pathfinder RL74CRC HB PLUS To: FCC Part 80: 1998 and FCC Part 2:1998 (Leisure Marine Radar Equipment) Test Report Serial No. 555/1001 This Test Report is issued under the authority of: Chris Bird, Approvals Manager Checked By: P. Pitt Tested By: P.Bowen Issue Date: 29 th October, 2002 Test Dates: 11 th October to to 28 th October 2002 RAYMARINE LTD. TEST REPORT No. 555/1001 EMC Department Page 2 of 80 Issue Date: 29-10-2002 Test of: Raymarine Ltd. Pathfinder RL74CRC PLUS FCC Part 80: 1998 and FCC Part 2: 1998 __________________________________________________________________________ Table of Contents 1. Client Information.......................................................................3 2. Equipment Under Test................................................................4 3. Test Specification, Methods and Procedures....................................6 4. Deviations from the Test Specification............................................7 6. Operation of the EUT during testing...............................................8 7. Measurements, Examinations and derived results...........................12 8. Measurement Uncertainty...........................................................23 Appendix A. Test Equipment used....................................................24 Appendix B. Measurement Methods................................................. 26 Appendix C. Test Configuration Drawings..........................................28 Appendix D. Graphical Test Results..................................................32 RAYMARINE LTD. TEST REPORT No. 555/1001 EMC Department Page 3 of 80 Issue Date: 29-10-2002 Test of: Raymarine Ltd. Pathfinder RL74CRC PLUS FCC Part 80: 1998 and FCC Part 2: 1998 __________________________________________________________________________ 1. Client Information Company Name Raymarine Ltd. Address: Robinson Way Anchorage Park Portsmouth Hampshire PO3 5TD England, U.K. Contact Name: Mr. C. Bird, Approvals Manager RAYMARINE LTD. TEST REPORT No. 555/1001 EMC Department Page 4 of 80 Issue Date: 29-10-2002 Test of: Raymarine Ltd. Pathfinder RL74CRC PLUS FCC Part 80: 1998 and FCC Part 2: 1998 __________________________________________________________________________ 2. Equipment Under Test (EUT) 2.1. Identification of Equipment Under Test (EUT) Brand Name: Raymarine Model Name or Number: ‘Pathfinder’ RL74CRC HB PLUS (Comprised of a Scanner with micropatch antenna and a Display Unit/Chartplotter) Unique Type Identification: 4D 4kW Scanner with 24” patch antenna M92652 RL70CRC HB Plus Display/Chartplotter E52034 Serial Number: Scanner Unit: EMC210 Display/Chartplotter: EMC201 Country of Manufacture: England, U.K. FCC ID Number: PJ5MTX4-S3 Date of Receipt: 2 nd September, 2002 2.2. Description of EUT The equipment under test is an X-band marine radar intended for use on leisure craft and small workboats, and is comprised of: Scanner Unit: 4kW X-band transmitter with 24 inch microstrip patch array antenna. Display Unit: 7 inch colour LCD with chart reader and with Seatalk, NMEA and hsb² interface ports. 2.3. Modifications incorporated in EUT The EUT has not been modified from what is described by the Model Name and Unique Type Identification stated above. RAYMARINE LTD. TEST REPORT No. 555/1001 EMC Department Page 5 of 80 Issue Date: 29-10-2002 Test of: Raymarine Ltd. Pathfinder RL74CRC PLUS FCC Part 80: 1998 and FCC Part 2: 1998 __________________________________________________________________________ 2.4. Additional information related to Testing Power Supply Requirement: Nominal 12-24V DC supply Intended Operating Environment: Leisure Marine & Small Workboats Weight: Scanner: 7.5kg (16.5lbs) Display 3.5kg (7.7lbs) Dimensions: Scanner: 599mm dia x 227mm height Display: : w 223mm x h 205mm x d 152mm Interface Ports: Power and 2 x NMEA in Seatalk NMEA out hsb² 2.5. Support Equipment No support equipment was required to exercise the EUT during testing. RAYMARINE LTD. TEST REPORT No. 555/1001 EMC Department Page 6 of 80 Issue Date: 29-10-2002 Test of: Raymarine Ltd. Pathfinder RL74CRC PLUS FCC Part 80: 1998 and FCC Part 2: 1998 __________________________________________________________________________ 3. Test Specification, Methods and Procedures 3.1. Test Specification Reference: FCC Part 80: 1998 and FCC Part 2:1998 Title: Code of Federal Regulations, Part 80 (47CFR): 1998 Stations in the maritime services Code of Federal Regulations, Part 2 (47CFR): 1998 Frequency Allocations and radio treaty matters; general rules and regulations Comments: The test facility used for the radiated emissions portions of these tests is an alternative test site as described in ANSI C63.4-2001, being a 3m test range within a semi-anechoic chamber and meeting the NSA +/-4dB criterion with antenna height scanning from 1 – 4 metres. Purpose of Test: To determine, for the purposes of certification, whether the equipm…

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