L45-RMU17UHF-NXUS

Customer Support CL-01.005 October, 2001 ____________________________________________________________________________________________________________________ 179370 Page 1 of 9 NXRMU52000-3 ( = “RMU”) INSTALLATION INSTRUCTIONS Revision Record: DateDe scriptionWritte n byRe v. Oct-01Initial releaseAmit Gelber- The FCC Wants You to Know This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: a) Reorient or relocate the receiving antenna. b) Increase the separation between the equipment and receiver. c) Connect the equipment to an outlet on a circuit different from that to which the receiver is connected. d) Consult the dealer or an experienced radio/TV technician. FCC Warning ! Modifications not expressly approved by the manufacturer could void the user authority to operate the equipment under FCC Rules. This document contains proprietary information that is the sole property of NEXUS Telocation Systems Ltd. The document is submitted to the recipient for his use only. By receiving this document; the recipient undertakes not to duplicate or to disclose, in part or the whole, any of the information contained herein; to any third party; without a-priory written permission from NEXUS Telocation Systems Ltd. Customer Support CL-01.005 October, 2001 ____________________________________________________________________________________________________________________ 179370 Page 2 of 9 Important! For proper, reliable functioning of the RMU, read the installation instructions carefully. Before installing the RMU, pay attention to those basic rules: • Before installing the RMU in the vehicle, check that the correct voltage is supplied. • Do not install the RMU close to heat sources (heating system outlets). • Install the RMU in watertight locations ONLY. • Do not install the RMU in the engine compartment. • Do not install the RMU behind the fuse box. • Insulate all loose cables. • Secure the RMU with screws or strips. • Install the RMU in the passenger compartment or in the trunk. • Conceal the RMU, including cables, when installing. Customer Support CL-01.005 October, 2001 ____________________________________________________________________________________________________________________ 179370 Page 3 of 9 Wiring Connections: The RMU (Ver. 1.7), uses “Molex” type connector (Serial number 70553-0014), as following: 151413121110987654321 Pin 1 :Ground Pin 2 :+12v Pin 3 :+Rx Data Pin 4 :- Rx Data Pin 5 :+Tx Data Pin 6 :- Tx Data Pin 7 :Output “B” Pin 8 :LED Pin 9 :Output “A” Pin 10 :Output “C” Pin 11 :Input “A” Pin 12 :Input “B” Pin 13 :Input “C” Pin 14 :Input “D” Pin 15 :Output “Gnd.” Customer Support CL-01.005 October, 2001 ____________________________________________________________________________________________________________________ 179370 Page 4 of 9 Wiring Diagram: Customer Support CL-01.005 October, 2001 ____________________________________________________________________________________________________________________ 179370 Page 5 of 9 Connecting the Wires - Connector 1 ELECTRICAL INTERFACE PinNameDescription 1Ground. 2Vcc (+ 12V). Power Supply. Vcc Range (8-17 Volt) 3RS 422 (Rx+) 4RS 422 (Rx-) 5RS 422 (Tx+) 6RS 422 (Tx-) Serial Port. 7OUTPUT B OFF = 0 Vol t. ON = 12 Volt / 130 mAmp 8OUTPUT LED 1 2 mA mp ma x 9OUTPUT A OFF = 0 Vol t. ON = 12 Volt / 130 mAmp 10OUTPUT C OFF = 0 Vol t. ON = 12 Volt / 130 mAmp. 11INPUT A Default: Active High. (>3.0 Volt) 12INPUT B Default: Active Low. (< 0.6 Volt) 13INPUT C Default: Active Low. (< 0.6 Volt) 14INPUT D Default: Active Low. (< 0.6 Volt) 15OUTPUT GND.Internal Loop. Wire 1:Connect Wire 1 permanently to the vehicle body. The connection site must be protected against corrosion. Wire 2:Connect Wire 2 to a permanent positive connection (+) in the fuse box. Wire 3:See Option 2. Wire 4:See Option 1. Wire 5:See Option 1. Wire 6:Optional connection to alarm system. Outlet A. Connect through relay to the output of an additional alarm system siren. Customer Support CL-01.005 October, 2001 ____________________________________________________________________________________________________________________ 179370 Page 6 of 9 Connect according to the diagram: Note : The connection numbers correspond to the BOSCH 12V 40A relay. Wire 7:Outlet B. Do not connects. Insulate outlet B. Wire 8:Optional connection for distress button. Outlet C. Can be use as an distress button outlet. Wire 9:Do not connect. Insulate Wire 9. 85 30 C 86 87A87 NONC External Siren Output +12v Wire 6 Distress Button O.N Wire 8 Customer Support CL-01.005 October, 2001 ____________________________________________________________________________________________________________________ 179370 Page 7 of 9 Installing Antennas Important! Proper installation of the antennas is vital for the reliable functioning of the RMU. Very important: • Do not shorten or lengthen the antenna cables. • Do not position the antennas near the vehicle computer or any other transmitter. • Do not combine antennas. • Position antennas at least 10 cm away from metal. • Antennas can be installed horizontally or vertically. The cable can be rolled up. • Antennas can be fixed or held in position using adhesive tape or strips. Optional Antenna Sites : Front dash board:Inside the upper section of the dash boar…

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Customer Support CL-01.005 October, 2001 ____________________________________________________________________________________________________________________ 179378 Page 1 of 9 NXRMU52000-3 ( = “RMU”) INSTALLATION INSTRUCTIONS Revision Record: DateDe scriptionWritte n byRe v. Oct-01Initial releaseAmit Gelber- The FCC Wants You to Know This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: a) Reorient or relocate the receiving antenna. b) Increase the separation between the equipment and receiver. c) Connect the equipment to an outlet on a circuit different from that to which the receiver is connected. d) Consult the dealer or an experienced radio/TV technician. FCC Warning ! Modifications not expressly approved by the manufacturer could void the user authority to operate the equipment under FCC Rules. This document contains proprietary information that is the sole property of NEXUS Telocation Systems Ltd. The document is submitted to the recipient for his use only. By receiving this document; the recipient undertakes not to duplicate or to disclose, in part or the whole, any of the information contained herein; to any third party; without a-priory written permission from NEXUS Telocation Systems Ltd. Customer Support CL-01.005 October, 2001 ____________________________________________________________________________________________________________________ 179378 Page 2 of 9 Important! For proper, reliable functioning of the RMU, read the installation instructions carefully. Before installing the RMU, pay attention to those basic rules: • Before installing the RMU in the vehicle, check that the correct voltage is supplied. • Do not install the RMU close to heat sources (heating system outlets). • Install the RMU in watertight locations ONLY. • Do not install the RMU in the engine compartment. • Do not install the RMU behind the fuse box. • Insulate all loose cables. • Secure the RMU with screws or strips. • Install the RMU in the passenger compartment or in the trunk. • Conceal the RMU, including cables, when installing. Customer Support CL-01.005 October, 2001 ____________________________________________________________________________________________________________________ 179378 Page 3 of 9 Wiring Connections: The RMU (Ver. 1.7), uses “Molex” type connector (Serial number 70553-0014), as following: 151413121110987654321 Pin 1 :Ground Pin 2 :+12v Pin 3 :+Rx Data Pin 4 :- Rx Data Pin 5 :+Tx Data Pin 6 :- Tx Data Pin 7 :Output “B” Pin 8 :LED Pin 9 :Output “A” Pin 10 :Output “C” Pin 11 :Input “A” Pin 12 :Input “B” Pin 13 :Input “C” Pin 14 :Input “D” Pin 15 :Output “Gnd.” Customer Support CL-01.005 October, 2001 ____________________________________________________________________________________________________________________ 179378 Page 4 of 9 Wiring Diagram: Customer Support CL-01.005 October, 2001 ____________________________________________________________________________________________________________________ 179378 Page 5 of 9 Connecting the Wires - Connector 1 ELECTRICAL INTERFACE PinNameDescription 1Ground. 2Vcc (+ 12V). Power Supply. Vcc Range (8-17 Volt) 3RS 422 (Rx+) 4RS 422 (Rx-) 5RS 422 (Tx+) 6RS 422 (Tx-) Serial Port. 7OUTPUT B OFF = 0 Vol t. ON = 12 Volt / 130 mAmp 8OUTPUT LED 1 2 mA mp ma x 9OUTPUT A OFF = 0 Vol t. ON = 12 Volt / 130 mAmp 10OUTPUT C OFF = 0 Vol t. ON = 12 Volt / 130 mAmp. 11INPUT A Default: Active High. (>3.0 Volt) 12INPUT B Default: Active Low. (< 0.6 Volt) 13INPUT C Default: Active Low. (< 0.6 Volt) 14INPUT D Default: Active Low. (< 0.6 Volt) 15OUTPUT GND.Internal Loop. Wire 1:Connect Wire 1 permanently to the vehicle body. The connection site must be protected against corrosion. Wire 2:Connect Wire 2 to a permanent positive connection (+) in the fuse box. Wire 3:See Option 2. Wire 4:See Option 1. Wire 5:See Option 1. Wire 6:Optional connection to alarm system. Outlet A. Connect through relay to the output of an additional alarm system siren. Customer Support CL-01.005 October, 2001 ____________________________________________________________________________________________________________________ 179378 Page 6 of 9 Connect according to the diagram: Note : The connection numbers correspond to the BOSCH 12V 40A relay. Wire 7:Outlet B. Do not connects. Insulate outlet B. Wire 8:Optional connection for distress button. Outlet C. Can be use as an distress button outlet. Wire 9:Do not connect. Insulate Wire 9. 85 30 C 86 87A87 NONC External Siren Output +12v Wire 6 Distress Button O.N Wire 8 Customer Support CL-01.005 October, 2001 ____________________________________________________________________________________________________________________ 179378 Page 7 of 9 Installing Antennas Important! Proper installation of the antennas is vital for the reliable functioning of the RMU. Very important: • Do not shorten or lengthen the antenna cables. • Do not position the antennas near the vehicle computer or any other transmitter. • Do not combine antennas. • Position antennas at least 10 cm away from metal. • Antennas can be installed horizontally or vertically. The cable can be rolled up. • Antennas can be fixed or held in position using adhesive tape or strips. Optional Antenna Sites : Front dash board:Inside the upper section of the dash boar…

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Customer Support CL-01.005 October, 2001 ____________________________________________________________________________________________________________________ RMU17 Installation- instruction.doc Page 1 of 9 NXRMU52000-3 ( = “RMU”) INSTALLATION INSTRUCTIONS Revision Record: DateDescriptionWritten byRev. Oct-01Initial releaseAmit Gelber- The FCC Wants You to Know This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: a) Reorient or relocate the receiving antenna. b) Increase the separation between the equipment and receiver. c) Connect the equipment to an outlet on a circuit different from that to which the receiver is connected. d) Consult the dealer or an experienced radio/TV technician. FCC Warning ! Modifications not expressly approved by the manufacturer could void the user authority to operate the equipment under FCC Rules. This document contains proprietary information that is the sole property of NEXUS Telocation Systems Ltd. The document is submitted to the recipient for his use only. By receiving this document; the recipient undertakes not to duplicate or to disclose, in part or the whole, any of the information contained herein; to any third party; without a-priory written permission from NEXUS Telocation Systems Ltd. Customer Support CL-01.005 October, 2001 ____________________________________________________________________________________________________________________ RMU17 Installation- instruction.doc Page 2 of 9 Important! For proper, reliable functioning of the RMU, read the installation instructions carefully. Before installing the RMU, pay attention to those basic rules: • Before installing the RMU in the vehicle, check that the correct voltage is supplied. • Do not install the RMU close to heat sources (heating system outlets). • Install the RMU in watertight locations ONLY. • Do not install the RMU in the engine compartment. • Do not install the RMU behind the fuse box. • Insulate all loose cables. • Secure the RMU with screws or strips. • Install the RMU in the passenger compartment or in the trunk. • Conceal the RMU, including cables, when installing. Instructions concerning human exposure to radio frequency electromagnetic fields. To comply with FCC, Section 1.1307(b) (1) for human exposure to radio frequency of electromagnetic fields, implement the following instructions: 1. The installation position of the antenna shall provide a separation distance of at least 20 cm. between the general public, the user, and the equipment antenna. 2. The equipment user should keep a distance of at least 20 cm. from the equipment antenna. Customer Support CL-01.005 October, 2001 ____________________________________________________________________________________________________________________ RMU17 Installation- instruction.doc Page 3 of 9 Wiring Connections: The RMU (Ver. 1.7), uses “Molex” type connector (Serial number 70553-0014), as following: 151413121110987654321 Pin 1:Ground Pin 2 :+12v Pin 3 :+Rx Data Pin 4 :- Rx Data Pin 5 :+Tx Data Pin 6 :- Tx Data Pin 7 :Output “B” Pin 8 :LED Pin 9 :Output “A” Pin 10 :Output “C” Pin 11 :Input “A” Pin 12 :Input “B” Pin 13 :Input “C” Pin 14 :Input “D” Pin 15 :Output “Gnd.” Customer Support CL-01.005 October, 2001 ____________________________________________________________________________________________________________________ RMU17 Installation- instruction.doc Page 4 of 9 Wiring Diagram: Customer Support CL-01.005 October, 2001 ____________________________________________________________________________________________________________________ RMU17 Installation- instruction.doc Page 5 of 9 Connecting the Wires - Connector 1 ELECTRICAL INTERFACE PinNameDescription 1Ground. 2Vcc (+ 12V). Power Supply. Vcc Range (8-17 Volt) 3RS 422 (Rx+) 4RS 422 (Rx-) 5RS 422 (Tx+) 6RS 422 (Tx-) Serial Port. 7OUTPUT B OFF = 0 Volt. ON = 12 Volt / 130 mAmp 8OUTPUT LED12 mAmp max 9OUTPUT A OFF = 0 Volt. ON = 12 Volt / 130 mAmp 10OUTPUT COFF = 0 Volt. ON = 12 Volt / 130 mAmp. 11INPUT ADefault: Active High. (>3.0 Volt) 12INPUT BDefault: Active Low. (< 0.6 Volt) 13INPUT CDefault: Active Low. (< 0.6 Volt) 14INPUT DDefault: Active Low. (< 0.6 Volt) 15OUTPUT GND.Internal Loop. Wire 1:Connect Wire 1 permanently to the vehicle body. The connection site must be protected against corrosion. Wire 2:Connect Wire 2 to a permanent positive connection (+) in the fuse box. Wire 3:See Option 2. Wire 4:See Option 1. Wire 5:See Option 1. Wire 6:Optional connection to alarm system. Outlet A. Connect through relay to the output of an additional alarm system siren. Customer Support CL-01.005 October, 2001 ____________________________________________________________________________________________________________________ RMU17 Installation- instruction.doc Page 6 of 9 Connect according to the diagram: Note: The connection numbers correspond to the BOSCH 12V 40A relay. Wire 7:Outlet B. Do not connects. Insulate outlet B. Wire 8:Optional connection for distress button. Outlet C. Can be use as an distress button outlet. Wire 9:Do not connect. Insulate Wire 9. 85 30 C 86 87A 87 NO NC External Siren Output +12v Wire 6 Distress Button O.N Wire 8 Customer Support CL-01.005 October, 2001 ________________________________________________________________________________…

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16 January 2002 1 KORAZIN ST. GIVATAYIM, 53583 ISRAEL. Tel: 972-3-5723111 Fax: 972-3-5719698 DECLARATION DECLARATIONDECLARATION DECLARATION I HEREBY DECLARE THAT THE FOLLOWING PRODUCT: I HEREBY DECLARE THAT THE FOLLOWING PRODUCT:I HEREBY DECLARE THAT THE FOLLOWING PRODUCT: I HEREBY DECLARE THAT THE FOLLOWING PRODUCT: NXRMU52000-3 (RMU 1.7) NXRMU52000-3 (RMU 1.7)NXRMU52000-3 (RMU 1.7) NXRMU52000-3 (RMU 1.7) WILL BE MARKETED AND INSTALED FOR VEHICLES WILL BE MARKETED AND INSTALED FOR VEHICLESWILL BE MARKETED AND INSTALED FOR VEHICLES WILL BE MARKETED AND INSTALED FOR VEHICLES ONLY. ONLY.ONLY. ONLY. Thank you, Thank you,Thank you, Thank you, Avi Zipori, Engineering manager, “NEXUS – Telocation Systems”. Tel:+972-3-5723123

******* frequency hoping table ******* base Frequency = 919 Mhz HOP | FREQUENCY --------------------------------- 0 | 919570000 1 | 920530000 2 | 920740000 3 | 919930000 4 | 919210000 5 | 920170000 6 | 919300000 7 | 920620000 8 | 920290000 9 | 920860000 10 | 919840000 11 | 920140000 12 | 919330000 13 | 920650000 14 | 920260000 15 | 920470000 16 | 920200000 17 | 919990000 18 | 919240000 19 | 920080000 20 | 920110000 21 | 920770000 22 | 919630000 23 | 920890000 24 | 919420000 25 | 919600000 26 | 920440000 27 | 920230000 28 | 920320000 29 | 919150000 30 | 919810000 31 | 920590000 32 | 920680000 33 | 919390000 34 | 919690000 35 | 920050000 36 | 919780000 37 | 920710000 38 | 919360000 39 | 919120000 40 | 919540000 41 | 920500000 42 | 919720000 43 | 920560000 44 | 919660000 45 | 920020000 46 | 919510000 47 | 920350000 48 | 920800000 49 | 919870000 50 | 919900000 51 | 920380000 52 | 920410000 53 | 919180000 54 | 919060000 55 | 919480000 56 | 919960000 57 | 919000000 58 | 919270000 59 | 919750000 60 | 920830000 61 | 919450000 62 | 919090000 63 | 919030000 64 | 919090000 65 | 919450000 66 | 920830000 67 | 919750000 68 | 919270000 69 | 919000000 70 | 919960000 71 | 919480000 72 | 919060000 73 | 919180000 74 | 920410000 75 | 920380000 76 | 919900000 77 | 919870000 78 | 920800000 79 | 920350000 80 | 919510000 81 | 920020000 82 | 919660000 83 | 920560000 84 | 919720000 85 | 920500000 86 | 919540000 87 | 919120000 88 | 919360000 89 | 920710000 90 | 919780000 91 | 920050000 92 | 919690000 93 | 919390000 94 | 920680000 95 | 920590000 96 | 919810000 97 | 919150000 98 | 920320000 99 | 920230000 100 | 920440000 101 | 919600000 102 | 919420000 103 | 920890000 104 | 919630000 105 | 920770000 106 | 920110000 107 | 920080000 108 | 919240000 109 | 919990000 110 | 920200000 111 | 920470000 112 | 920260000 113 | 920650000 114 | 919330000 115 | 920140000 116 | 919840000 117 | 920860000 118 | 920290000 119 | 920620000 120 | 919300000 121 | 920170000 122 | 919210000 123 | 919930000 124 | 920740000 125 | 920530000

February 25, 2002 1 KORAZIN ST. GIVATAYIM, 53583 ISRAEL. Tel: 972-3-5723111 Fax: 972-3-5719698 Confidentiality For Remote Mobile Unit, FCC ID No.: L45-RMU17UHF-NXUS Attn : Reviewing Engineer Federal Communications Commission 7435 Oakland Mills road Columbia, Md 21046 This letter serves as an official request for confidentiality under FCC Rule Section 0.459. We have requested that exhibits : schematics, diagrams, and operational description – required to be submitted with this application be withheld from public review. Confidentiality is requested due to proprietary design developed by “NEXUS – Telocation Systems” is unique to the industry. Please contact me if there is any information you may need. Sincerely, Avi Zipori, Engineering Manager, “NEXUS – Telocation Systems”. Tel:+972-3-5723123

1. Product Labeling Figure 1. FCC Label Figure 2. Location of Label on EUT

Electrical (EMC) Test Report E41250.00 Nexus Telocation Systems Ltd. Page 1 of 130 FCC ACC M Ver 1.1 05Mayl 2000 DATE: 06 November 2001 I.T.L. (PRODUCT TESTING) LTD. EMC Test for Nexus Telocation Systems Ltd. Equipment under test: Remote Mobile Unit NXRMU52000-3* * See customer’s statement on page 6. Approved by:_____________________________ I. Raz, EMC Laboratory Manager This report must not be reproduced, except in full, without the written permission of I.T.L. (Product Testing) Ltd. This report relates only to items tested. Electrical (EMC) Test Report E41250.00 Nexus Telocation Systems Ltd. Page 2 of 130 FCC ACC M Ver 1.1 05Mayl 2000 Measurement/Technical Report for Nexus Telocation Systems Ltd. Remote Mobile Unit NXRMU52000-3 FCC ID: L45-RMU17UHF-NXUS 06 November 2001 This report concerns:Original Grant x Class II change Class B verification Class A verification Class I change Equipment type: Radio Telemetry Transmitter Request Issue of Grant: x Immediately upon completion of review Limits used: CISPR 22 Part 15 x Measurement procedure used is ANSI C63.4-1992. Application for Certification Applicant for this device: prepared by:(different from "prepared by") Ishaishou RazAvi Zippori ITL (Product Testing) Ltd.Nexus Telocation Systems Ltd. Kfar Bin Nun1 Korazin St. D.N. Shimshon 99780Givatayim 53583 IsraelIsrael e-mail [email protected]:+972-3-572-3111 Fax:+972-3-571-9698 e-mail: [email protected] Test Report E41250.00 Nexus Telocation Systems Ltd. Page 3 of 130 FCC ACC M Ver 1.1 05Mayl 2000 TABLE OF CONTENTS 1.GENERAL INFORMATION------------------------------------------------------------------------------------------5 1.1Administrative Information...........................................................................5 1.2Product Description....................................................................................7 1.3Test Methodology.......................................................................................9 1.4Test Facility...............................................................................................9 1.5Measurement Uncertainty...........................................................................9 2.PRODUCT LABELING-----------------------------------------------------------------------------------------------10 3.SYSTEM TEST CONFIGURATION------------------------------------------------------------------------------11 3.1Justification..............................................................................................11 3.2EUT Exercise Software..............................................................................11 3.3Special Accessories..................................................................................11 3.4Equipment Modifications............................................................................11 3.5Configuration of Tested System..................................................................12 4.BLOCK DIAGRAM-----------------------------------------------------------------------------------------------------13 4.1Schematic Block/Connection Diagram........................................................13 4.2Theory of Operation...................................................................................14 5.RADIATED MEASUREMENT PHOTOS------------------------------------------------------------------------16 6.RADIATED EMISSION, BELOW 1 GHZ TRANSMIT MODE-------------------------------------------17 6.1Test Specification......................................................................................17 6.2Test Procedure.........................................................................................17 6.3Measured Data.........................................................................................18 6.4Test Instrumentation Used, Radiated Measurements....................................31 6.5Field Strength Calculation..........................................................................32 7.RADIATED EMISSION, ABOVE 1 GHZ TRANSMIT MODE-------------------------------------------33 7.1Radiated Emission Above 1 GHz................................................................33 7.2Test Data.................................................................................................33 7.3Test Instrumentation Used, Radiated Measurements Above 1 GHz................62 8.RADIATED EMISSION, RECEIVE MODE---------------------------------------------------------------------63 8.1Test Specification......................................................................................63 8.2Test Procedure.........................................................................................63 8.3Measured Data.........................................................................................64 8.4Test Instrumentation Used, Radiated Measurements....................................99 8.5Field Strength Calculation For the Frequency Range 30 MHz-2.9 GHz........100 8.6Field Strength Calculation For the Frequency Range 2.9 GHz-5.0 GHz.......100 9.FREQUENCY-HOPPING - NUMBER OF HOPPING CHANNELS USAGE TEST TEST PROCEDURE--------------------------------------------------------------------------------------------------------------------101 9.1Number of Hopping Channels Results Table...............................................103 9.2Test Equipment Used..............................................................................104 10.FREQUENCY-HOPPING-HOPPING CHANNELS SEPARATION TEST-------------------------105 10.1Test procedure........................................................................................105 10.2Carrier Frequencies Separated Results Table.............................................107 10.3Test Equipment Used..............................................................................108 11.FREQUENCY –HOPPING-20DB BANDWIDTH TEST--------------------------------------------------109 11.1Test procedure.................................................…

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