ADB9ZWRTR078MARINE RADAR

MARINE RADAR/ARPA FAR-2117, FAR-2127 FAR-2817, FAR-2827 DRAFT (August 21, 2003) Your Local Agent/DealerYour Local Agent/Dealer 9-52 Ashihara-cho,9-52 Ashihara-cho, Nishinomiya, JapanNishinomiya, Japan Telephone :Telephone :0798-65-21110798-65-2111 faxfax0798-65-42000798-65-4200 :: FIRST EDITION :FIRST EDITION : . .00000000 Printed in JapanPrinted in Japan All rights reserved.All rights reserved. Z1Z1::AUG.AUG.22,200322,2003 PUB.No.PUB.No.OME-35190OME-35190 *00014745200**00014745200* *00014745200**00014745200* ((DAMIDAMI)) FAR-2107/2807 SER.FAR-2107/2807 SER. * 0 0 0 1 4 7 4 5 2 0 0 ** 0 0 0 1 4 7 4 5 2 0 0 * *OME35190Z10**OME35190Z10* *OME35190Z10**OME35190Z10* * O M E 3 5 1 9 0 Z 1 0 ** O M E 3 5 1 9 0 Z 1 0 * i SAFETY INSTRUCTIONS WARNING WARNING Radio Frequency Radiation Hazard The radar antenna emits electromagnetic radio frequency (RF) energy which can be harmful, particularly to your eyes. Never look directly into the antenna aperture from a close distance while the radar is in operation or expose yourself to the transmitting antenna at a close distance. Distances at which RF radiation levels of 100 and 10 W/m 2 exist are given in the table below. Note: If the antenna unit is installed at a close distance in front of the wheel house, your administration may require halt of transmission within a certain sector of antenna revolution. This is possible. Ask your FURUNO representative or dealer to provide this feature. FAR-2827/2127RTR-079MG5436XN12AF0.80 m11.20 m FAR-2827/2127RTR-079MG5436XN20AF0.40 m8.60 m FAR-2827/2127RTR-079MG5436XN24AF0.20 m5.80 m FAR-2817/2117RTR-078MG4010 2 XN12AF0.30 m4.20 m FAR-2817/2117RTR-078 MG4010 2 XN20AF0.10 m3.00 m FAR-2817/2117RTR-078MG4010 2 XN24AF -- 2.40 m Distance to 100 W/m 2 point Distance to 10 W/m 2 point ModelTR unitMagnetronAntenna 1 1 XN12AF: 4 ft XN20AF: 6.5 ft XN24AF: 8 ft 2 Or MAF1425B SAFETY INSTRUCTIONS ii WARNING ELECTRICAL SHOCK HAZARD Do not open the equipment. Only qualified personnel should work inside the equipment. Turn off the radar power switch before servicing the antenna unit. Post a warn- ing sign near the switch indicating it should not be turned on while the antenna unit is being serviced. Prevent the potential risk of being struck by the rotating antenna and exposure to RF radiation hazard. Wear a safety belt and hard hat when working on the antenna unit. Serious injury or death can result if someone falls from the radar antenna mast. Do not disassemble or modify the equipment. Fire, electrical shock or serious injury can result. Immediately turn off the power at the ship's mains switchboard if water leaks into the equipment or the equip- ment is emitting smoke or fire. Continued use can cause fatal damage to the equipment. WARNING Use the proper fuse. Use of a wrong fuse can result in damage to the equipment or cause fire. Keep heater away from equipment. Heat can alter equipment shape and melt the power cord, which can cause fire or electrical shock. Do not place liquid-filled containers near the equipment. Fire or electrical shock can result if a liquid spills into the equipment. Do not operate the equipment with wet hands. Electrical shock can result. SAFETY INSTRUCTIONS iii WARNINGWARNING No one navigational aid should be relied upon for the safety of vessel and crew. The navigator has the responsibility to check all aids available to confirm position. Electronic aids are not a substitute for basic navigational principles and common sense. • This ARPA automatically tracks automatically or manually acquired radar targets and calculates their courses and speeds, indicating them by vectors. Since the data generated by the auto plotter are based on what radar targets are selected, the radar must always be optimally tuned for use with the auto plotter, to ensure required targets will not be lost or unwanted targets such as sea returns and noise will not be acquired and tracked. • A target does not always mean a land- mass, reef, ships or other surface vessels but can imply returns from sea surface and clutter. As the level of clutter changes with environment, the operator should properly adjust the A/C SEA, A/C RAIN and GAIN controls to be sure target echoes are not eliminated from the radar screen. The battery in memory cards must be inserted plus (+) side up. Inserting the battery minus(-) side up may cause the battery to explode. CAUTIONCAUTION The plotting accuracy and response of this ARPA meets IMO standards. Tracking accuracy is affected by the following: • Tracking accuracy is affected by course change. One to two minutes is required to restore vectors to full accuracy after an abrupt course change. (The actual amount depends on gyrocompass specifications.) • The amount of tracking delay is inversely proportional to the relative speed of the target. Delay is on the order of 15—30 seconds for high relative speed; 30—60 seconds for low relative speed. The data generated by ARPA, AIS and video plotter are intended for reference only. Refer to official nautical charts for detailed and up-to-date information. Replace the battery in the memory card within 10 minutes. Loss of data may result if the above time is exceeded. SAFETY INSTRUCTIONS i v WARNING To avoid electrical shock, do not remove cover. No user-serviceable parts inside. WARNING LABEL Warning labels are attached to the equipment. Do not remove any label. If a label is missing or damaged, contact a FURUNO agent or dealer about replacement. WARNING Radiation hazard. Only qualified personnel should work inside scanner. Confirm that TX has stopped before opening scanner. DISPLAY UNIT, PROCESSOR UNIT Name:Warning Label (1) Type:86-003-1011-0 Code No.: 100-236-230 ANTENNA UNIT Name:Radiation Warning Label Type:03-142-3201-0 Code No.: 100-266-890 v TABLE OF CONTENTS FOREWORD ........................................................................................................ ix PROGRAM NUMBER .....................................................................…

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Furuno Labotech International Report no.: FLI 12-03-029 - Page E.1 of 56 - Attachment E Photographs of EUT FAR-2117 (Transceiver type: RTR-078) 1 Antenna Unit RSB-096 (including Transceiver RTR-078) 1.1 Outside (Front) View (showing Radiator, Scanner Cover and Name Plate) Furuno Labotech International Report no.: FLI 12-03-029 - Page E.2 of 56 - 1.2 Outside (Rear) View (showing Radiator and Scanner Cover) Furuno Labotech International Report no.: FLI 12-03-029 - Page E.3 of 56 - 1.3 Inside Front View (with Scanner Cover removed, showing Scanner Motor and TB Board 03P9349) Furuno Labotech International Report no.: FLI 12-03-029 - Page E.4 of 56 - 1.4 Inside Rear View (with Scanner Cover removed, showing Transceiver module) Furuno Labotech International Report no.: FLI 12-03-029 - Page E.5 of 56 - 1.5 Transceiv er module Top View (show ing RFC Board 03P9346 (left) and PWR Board 03P9348) Furuno Labotech International Report no.: FLI 12-03-029 - Page E.6 of 56 - 1.6 Transceiver module Bottom View Furuno Labotech International Report no.: FLI 12-03-029 - Page E.7 of 56 - 1.7 Transceiv er module Bottom View (w ith C ov er remov ed, show ing MD Board 03P9244 (right), Magnetron (upper left) and Pulse Transformer (lower left)) Furuno Labotech International Report no.: FLI 12-03-029 - Page E.8 of 56 - 1.8 MD Board 03P9244 Front side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.9 of 56 - 1.9 MD Board 03P9244 Rear side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.10 of 56 - 1.10 TB Board 03P9349 Front side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.11 of 56 - 1.11 TB Board 03P9349 Rear side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.12 of 56 - 1.12 IF AMP Board 03P9335 Front side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.13 of 56 - 1.13 IF AMP Board 03P9335 Rear side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.14 of 56 - 1.14 RFC Board 03P9346 Front side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.15 of 56 - 1.15 RFC Board 03P9346 Rear side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.16 of 56 - 1.16 PWR Board 03P9348 Front side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.17 of 56 - 1.17 PWR Board 03P9348 Rear side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.18 of 56 - 1.18 BP GEN Board 03P9347 Front side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.19 of 56 - 1.19 BP GEN Board 03P9347 Rear side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.20 of 56 - 1.20 Name Plate

Furuno Labotech International Report no.: FLI 12-03-029 - Page E.21 of 56 - 2 Processor unit RPU-013 2.1 Front View (Showing Name Plate and Warning Label) Furuno Labotech International Report no.: FLI 12-03-029 - Page E.22 of 56 - 2.2 Rear View Furuno Labotech International Report no.: FLI 12-03-029 - Page E.23 of 56 - 2.3 Inside View (with Top cover removed, showing Front side) Furuno Labotech International Report no.: FLI 12-03-029 - Page E.24 of 56 - 2.4 Inside View (with Top cover removed, showing Rear side) Furuno Labotech International Report no.: FLI 12-03-029 - Page E.25 of 56 - 2.5 Inside View (with Lid opened, showing SPU Board (upper), NET Board (upper right), HV Board (center left), AC FIL Board (center right), and AC PWR Board (lower)) Furuno Labotech International Report no.: FLI 12-03-029 - Page E.26 of 56 - 2.6 Inside View (w ith Lids op ened, show ing GC -10 Board (up p er), DVI I/F Board (low er left) and TB Board (lower right) Furuno Labotech International Report no.: FLI 12-03-029 - Page E.27 of 56 - 2.7 SPU Board 03P9337 Front side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.28 of 56 - 2.8 SPU Board 03P9337 Rear side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.29 of 56 - 2.9 HV Board HV9017 Front side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.30 of 56 - 2.10 HV Board HV9017 Rear side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.31 of 56 - 2.11 AC FIL Board 03P9341 Front side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.32 of 56 - 2.12 AC PWR 03P9339 Front side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.33 of 56 - 2.13 AC PWR Board 03P9339 Rear side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.34 of 56 - 2.14 NET 03P9332 (lower) and RGB Buffer 03P9229 (upper) Boards Front side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.35 of 56 - 2.15 NET 03P9332 (lower) and RGB Buffer 03P9229 (upper) Boards Rear side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.36 of 56 - 2.16 GC-10 Board 16P1106 Front side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.37 of 56 - 2.17 GC-10 Board 16P1106 Rear side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.38 of 56 - 2.18 DVI I/F Board SLB FRN3-A Front side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.39 of 56 - 2.19 DVI I/F Board SLB FRN3-A Rear side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.40 of 56 - 2.20 TB Board 03P9342 Front side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.41 of 56 - 2.21 TB Board 03P9342 Rear side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.42 of 56 - 2.22 Name Plate

Furuno Labotech International Report no.: FLI 12-03-029 - Page E.43 of 56 - 3 Monitor unit MU-201CR 3.1 Front View Furuno Labotech International Report no.: FLI 12-03-029 - Page E.44 of 56 - 3.2 Rear View (Showing Name Plate and Warning Label) Furuno Labotech International Report no.: FLI 12-03-029 - Page E.45 of 56 - 3.3 Inside View (w ith Rear C ov er remov ed, Show ing DVI I/F Board (up p er), and PS module (lower)) Furuno Labotech International Report no.: FLI 12-03-029 - Page E.46 of 56 - 3.4 Inside View (w ith Shield-cov er remov ed, show ing LC D I/F Board (up p er), Inv erter Board (lower)) Furuno Labotech International Report no.: FLI 12-03-029 - Page E.47 of 56 - 3.5 DVI IF Board SLB-FRN3 Front side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.48 of 56 - 3.6 DVI I/F Board SLB-FRN3 Rear side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.49 of 56 - 3.7 PS Board RKW12-13RE Front side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.50 of 56 - 3.8 Name Plate Furuno Labotech International Report no.: FLI 12-03-029 - Page E.51 of 56 - 4 Control unit RCU-014 4.1 Front View Furuno Labotech International Report no.: FLI 12-03-029 - Page E.52 of 56 - 4.2 Rear View (Showing Name Plate) Furuno Labotech International Report no.: FLI 12-03-029 - Page E.53 of 56 - 4.3 Inside View (Showing PNL Board 03P9343 Rear side and track-Ball (Bottom)) Furuno Labotech International Report no.: FLI 12-03-029 - Page E.54 of 56 - 4.4 Inside View (with PNL Board removed) Furuno Labotech International Report no.: FLI 12-03-029 - Page E.55 of 56 - 4.5 PNL Board 03P9343 Front side Furuno Labotech International Report no.: FLI 12-03-029 - Page E.56 of 56 - 4.6 Name Plate

This report shall not be reproduced except in full, without the written approval of Furuno Labotech International Co., Ltd. TECHNICAL INFORMATION TEST REPORT ON THE PERFORMANCE OF MARINE RADAR Brand Name : FURUNO Transceiver Type : RTR-078 Report no.: FLI 12-03-029 Date of issue: July 25, 2003 Furuno Labotech International Co., Ltd. 9-52 Ashihara-cho, Nishinomiya City, Hyogo 662-8580, Japan Tel: +81-798-63-1094 Fax: +81-798-63-1098 Furuno Labotech International Report no.: FLI 12-03-029 Form: Q053/01 - Page 2 of 47 - * * * * * * C O N T E N T S * * * * * * 1General Information.................................................................................................................................... 3 2Identification of Equipment (FCC Rule, 2.925)........................................................................................ 9 3Test data..................................................................................................................................................... 10 3.1RF Power Output (FCC Rule, 2.1046)........................................................................................................ 10 3.2 Modulation Characteristics (FCC Rule, 2.1047)....................................................................................... 13 3.3Occupied Bandwidth (FCC Rule, 2.1049).................................................................................................. 24 3.4Spurious Emissions at Antenna Terminal (FCC Rule, 2.1051)................................................................. 26 3.5Field Strength of Spurious Radiation (FCC Rule, 2.1053)...................................................................... 30 3.6Frequency Stability (FCC Rule, 2.1055)..................................................................................................... 32 3.7Suppression of Interference Aboard Ships (FCC Rule, 80.217)............................................................... 35 4Photographs to Reveal Equipment Construction and Layout (FCC Rule, 2.1033)................... 39 5Description of Circuitry and Devices (FCC Rules, 2.1033)............................................................... 40 5.1 Function of Each Semiconductor or Active Device .................................................................................... 40 5.2 Description of the circuitry and devices provided for determining and stabilizing frequency, for suppression of spurious radiation, for limiting modulation, and for limiting power................................... 43 6Operator ’’ ’’ s Manual Incl. Circuit Diagrams (FCC Rule, 2.1033)......................................................... 47 Attachment A[ Test data for 3.4 Spurious Emissions at Antenna Terminal ] ......... A.1 - A.14 Attachment B[ Test data for 3.5 Field Strength of Spurious Radiation ] ......... B.1 - B.7 Attachment C[ Test data for 3.7 Suppression of Interference Aboard Ships ] ......... C.1 - C.21 Attachment D[ List of Test/ Measuring Equipment ] ......... D.1 - D.3 Attachment E[ Photographs of the EUT ] ......... E.1 - E.56 Furuno Labotech International Report no.: FLI 12-03-029 Form: Q053/01 - Page 3 of 47 - 1General Information 1.1General (a)Manufacturer:Furuno Electric Co., Ltd. Ashihara-cho 9-52, Nishinomiya-city, 662-8580 Japan (b)Model:FAR-2117 TypeSerial Number Antenna unitRSB-096R134-0003 Transceiver: RTR-078Contained in Antenna unit Radiator: XN-12AF Processor unitRPU-0134317-0003 Control unitRCU-0140003 Monitor unitMU-201CR0004 (c)Primary Function:Search, Navigation and anticollison (d)Discrimination Range Discrimination:26 meters on a range scale of 0.75 nm Bearing Discrimination: on a range scale of 1.5 nm, Radiator type:XN-12AFXN-20AFXN-24AF Discrimination (°): 2.131.461.18 (e)Minimum Range: 22 meters on a range scale of 0.25 nm (f)Frequency Range:Fixed frequency, X-band Type of Emission:P0N (g)Power Supply: 24 VDC or 100 - 115/220 - 230 VAC (for Processor unit), 24 VDC or 100 - 230 VAC (for Monitor unit) 1.2Antenna Unit 1.2.1Transceiver Type:RTR-078 (1)Transmitter (a)Assignable Frequency for Shipborne Radar: Between 9300 and 9500 MHz (FCC Rule: 80.375 (d)-(1)) (b)Type of RF Generator Magnetron Type:MAF1425B MG4010 Peak Output Power:12 kW nominal (c)Magnetron Ratings Center frequency of Magnetron:9410 MHz Tolerances MAF1425BMG4010 Furuno Labotech International Report no.: FLI 12-03-029 Form: Q053/01 - Page 4 of 47 - Manufacturing:±30 MHz Pulling:27 MHz Tolerance for 20°C temperature variation: -5 MHz (d)Guard Band: Guard Band is specified to be equal to 1.5/T MHz, where "T" is the pulselength in microseconds. See para (e). (FCC Rule: 80.209(b)) (e) Pulse Characteristics: Range Scale(Short 1) (Short 2) (Middle 1) (Middle 2) (Middle 3) (Long 1)(Long 2) (nm)0.125 0.25 0.50.5 0.750.750.75 1.51.51.5 3333 6666 6 12121212 24242424 4848 9696 Pulselength (μs)0.070.150.300.500.701.201.20 P.R.R.(Hz)30003000150010001000600500 Duty cycle2.10X10 -4 4.50X10 -4 4.50X10 -4 5.00X10 -4 7.00X10 -4 7.20X10 -4 6.00X10 -4 Guard Band (MHz) 21.4310.005.003.002.141.251.25 Note 1: Tests were carried out for the underlined Range Scales. (2)Modulator (a)FET Type:2SK1450 Trigger Voltage: Approx. +16 VDC positive (3)Receiver (a)Passband (MHz) RF Stage:100 MHz IF Stage: PulselengthShort 1Short 2 Middle 1 Middle 2 Middle 3 Long 1Long 2 (MHz)404010101033 Furuno Labotech International Report no.: FLI 12-03-029 Form: Q053/01 - Page 5 of 47 - (b)Gain (overall) (dB):Sufficient to cause limiting, approximately 130 (c)Overall Noise Figure (dB): 6 (typical) (d)Video Output Voltage (V): 2 V negative (e)Features Provided: Sensitivity Time Controls (Anti-clutter Sea), Fast Time Constant (Anti-clutter Rain) (f)If receiver is tunable, describe method of adjusting frequency: Adjustment of tuning voltage of receiver local oscillator (Automatic and manual) 1.2.2Antenna (a)Antenna Rotation ON-OFF Switch: Not Provided. (b) Reflector:Slotted array antenna Radiator type:XN-12AFXN-20AFXN-24AF Length (cm):…

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Attachment A [ TEST DATA for Clause 3.4. SPURIOUS EMISSIONS AT ANTENNA TERMINALS ] 1. Spurious emissions for 0.125 nm Range: Ref. level: -5.5 dBm Emission limitations: (a) 25 dB for 50 to 100 % of the authorized BW (100 MHz) (b) 35 dB for 100 to 250 % of the authorized BW (100 MHz) Fig. 1.1 Without Filter Emission limitations: (c) 43 + 10 lo g Pm = 45.67 dB for more than 250 % of the authorized BW (100 MHz) Fig. 1.2 With Filter No.1 Emission limitations: (c) 43 + 10 lo g Pm = 45.67 dB for more than 250 % of the authorized BW (100 MHz) Fig. 1.3 With Filter No. 2 Furuno Labotech International Report no. : FLI 12-03-029 - Page A.1 of 14 - Furuno Labotech International Report no. : FLI 12-03-029 Emission limitations: (c) 43 + 10 lo g Pm = 45.67 dB for more than 250 % of the authorized BW (100 MHz) Fig. 1.4 With Filter No. 2 Emission limitations: (c) 43 + 10 lo g Pm = 45.67 dB for more than 250 % of the authorized BW (100 MHz) Fig. 1.5 With Filter No. 2 - Page A.2 of 14 - Furuno Labotech International Report no. : FLI 12-03-029 2. Spurious emissions for 1.5 nm Range: Ref. level: 2.59 dBm Emission limitations: (a) 25 dB for 50 to 100 % of the authorized BW (100 MHz) (b) 35 dB for 100 to 250 % of the authorized BW (100 MHz) Fig. 2.1 Without Filter Emission limitations: (c) 43 + 10 lo g Pm = 50.43 dB for more than 250 % of the authorized BW (100 MHz) Fig. 2.2 With Filter No.1 Emission limitations: (c) 43 + 10 lo g Pm = 50.43 dB for more than 250 % of the authorized BW (100 MHz) Fig. 2.3 With Filter No. 2 - Page A.3 of 14 - Furuno Labotech International Report no. : FLI 12-03-029 Emission limitations: (c) 43 + 10 lo g Pm = 50.43 dB for more than 250 % of the authorized BW (100 MHz) Fig. 2.4 With Filter No. 2 Emission limitations: (c) 43 + 10 lo g Pm = 50.43 dB for more than 250 % of the authorized BW (100 MHz) Fig. 2.5 With Filter No. 2 - Page A.4 of 14 - Furuno Labotech International Report no. : FLI 12-03-029 3. Spurious emissions for 3 nm Range: Ref. level: 6.52 dBm Emission limitations: (a) 25 dB for 50 to 100 % of the authorized BW (100 MHz) (b) 35 dB for 100 to 250 % of the authorized BW (100 MHz) Fig. 3.1 Without Filter Emission limitations: (c) 43 + 10 lo g Pm = 50.51 dB for more than 250 % of the authorized BW (100 MHz) Fig. 3.2 With Filter No.1 Emission limitations: (c) 43 + 10 lo g Pm = 50.51 dB for more than 250 % of the authorized BW (100 MHz) Fig. 3.3 With Filter No. 2 - Page A.5 of 14 - Furuno Labotech International Report no. : FLI 12-03-029 Emission limitations: (c) 43 + 10 lo g Pm = 50.51 dB for more than 250 % of the authorized BW (100 MHz) Fig. 3.4 With Filter No. 2 Emission limitations: (c) 43 + 10 lo g Pm = 50.51 dB for more than 250 % of the authorized BW (100 MHz) Fig. 3.5 With Filter No. 2 - Page A.6 of 14 - Furuno Labotech International Report no. : FLI 12-03-029 4Spurious emissions for 6 nm Range: Ref. level: 8.2 dBm Emission limitations: (a) 25 dB for 50 to 100 % of the authorized BW (100 MHz) (b) 35 dB for 100 to 250 % of the authorized BW (100 MHz) Fig. 4.1 Without Filter Emission limitations: (c) 43 + 10 lo g Pm = 50.86 dB for more than 250 % of the authorized BW (100 MHz) Fig. 4.2 With Filter No.1 Emission limitations: (c) 43 + 10 lo g Pm = 50.86 dB for more than 250 % of the authorized BW (100 MHz) Fig. 4.3 With Filter No. 2 - Page A.7 of 14 - Furuno Labotech International Report no. : FLI 12-03-029 Emission limitations: (c) 43 + 10 lo g Pm = 50.86 dB for more than 250 % of the authorized BW (100 MHz) Fig. 4.4 With Filter No. 2 Emission limitations: (c) 43 + 10 lo g Pm = 50.86 dB for more than 250 % of the authorized BW (100 MHz) Fig. 4.5 With Filter No. 2 - Page A.8 of 14 - Furuno Labotech International Report no. : FLI 12-03-029 5 (a) (b) (c) (c) Fig. 5.3 With Filter No. 2 Emission limitations: 43 + 10 lo g Pm = 52.47 dB for more than 250 % of the authorized BW (100 MHz) 43 + 10 lo g Pm = 52.47 dB for more than 250 % of the authorized BW (100 MHz) Fig. 5.2 With Filter No.1 35 dB for 100 to 250 % of the authorized BW (100 MHz) Fig. 5.1 Without Filter Emission limitations: Ref. level: 9.47 dBm Emission limitations: 25 dB for 50 to 100 % of the authorized BW (100 MHz) Spurious emissions for 24 nm Ran ge: - Page A.9 of 14 - Furuno Labotech International Report no. : FLI 12-03-029 (c) (c) for more than 250 % of the authorized BW (100 MHz) Fig. 5.5 With Filter No. 2 the authorized BW (100 MHz) Fig. 5.4 With Filter No. 2 Emission limitations: 43 + 10 lo g Pm = 52.47 dB Emission limitations: 43 + 10 lo g Pm = 52.47 dB for more than 250 % of - Page A.10 of 14 - Furuno Labotech International Report no. : FLI 12-03-029 6 Ref. level: 13.04 dBm (a) (b) (c) (c) Fig. 6.3 With Filter No. 2 Emission limitations: 43 + 10 lo g Pm = 52.37 dB for more than 250 % of the authorized BW (100 MHz) 43 + 10 lo g Pm = 52.37 dB for more than 250 % of the authorized BW (100 MHz) Fig. 6.2 With Filter No.1 35 dB for 100 to 250 % of the authorized BW (100 MHz) Fig. 6.1 Without Filter Emission limitations: Emission limitations: 25 dB for 50 to 100 % of the authorized BW (100 MHz) Spurious emissions for 48 nm Ran ge: - Page A.11 of 14 - Furuno Labotech International Report no. : FLI 12-03-029 (c) (c) for more than 250 % of the authorized BW (100 MHz) Fig. 6.5 With Filter No. 2 the authorized BW (100 MHz) Fig. 6.4 With Filter No. 2 Emission limitations: 43 + 10 lo g Pm = 52.37 dB Emission limitations: 43 + 10 lo g Pm = 52.37 dB for more than 250 % of - Page A.12 of 14 - Furuno Labotech International Report no. : FLI 12-03-029 7 Ref. level: 12.99 dBm (a) (b) (c) (c) Fig. 7.3 With Filter No. 2 Emission limitations: 43 + 10 lo g Pm = 51.6 dB for more than 250 % of the authorized BW (100 MHz) 43 + 10 lo g Pm = 51.6 dB for more than 250 % of the authorized BW (100 MHz) Fig. 7.2 With Filter No.1 35 dB for 100 to 250 % of the authorized BW (100 MHz) Fig. 7.1 Without Filter Emission limitations: Emission limitations: 25 dB for 50 to 100 % of the authorized BW (100 MHz) Spurious emissions for 96 nm Ran ge: …

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