K4BEB02Advanced Wireless Ethernet Bridge

Wi Lan Inc

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Application Details

Equipment Class: DSS - Part 15 Spread Spectrum Transmitter
Date of Grant: Apr 17, 2001
Application Purpose: Original Equipment
Date of Application: Apr 17, 2001
Equipment Note: Advanced Wireless Ethernet Bridge
Frequency Range: 5725.00000000 - 5850.00000000
Company: Wi Lan Inc
Country: Canada

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

AWE 120-58 Advanced Wireless Ethernet Bridge Installation & Configuration Guide APR 2001 Rev 3 APR 2001 Rev 03 i Contents Important Information .................................................................... vii Notices ................................................................................................ix Copyright Notice ..............................................................................................................................ix Regulatory Notice .............................................................................................................................ix Other Notices .....................................................................................................................................x Warranty & Repair .............................................................................................................................x Customer Support Contacts ...........................................................................................................x Distributor Technical Support .......................................................................................................xi Wi-LAN Product Information ........................................................................................................xi Description ..........................................................................................1 Features ................................................................................................................................................1 About Spread Spectrum ....................................................................................................................1 About AWE Units 2 Some System Applications ................................................................................................................3 Making a Simple Wireless Bridge 3 Creating a Simple Wireless Network 3 Creating a Network with Cells 5 Using a Repeater Base 6 Building a WAN 6 Hardware Description ......................................................................................................................7 Shipping Package Contents 7 AWE 120-58 Unit 8 AWE 120–58 Specifications .......................................................................................................... 10 Installation .........................................................................................13 Overview ........................................................................................................................................... 13 Obtain Network Plan ..................................................................................................................... 14 ii AWE 120-58 Installation & Configuration Guide Assemble Units .................................................................................................................................14 Checking the Shipping Contents 14 Assembling AWE Units 14 Checking the Power 16 Pre-Configure Units .........................................................................................................................16 Configuring a Base Station 16 Configuring a Remote Unit 19 Bench Test Units ..............................................................................................................................21 Establishing a Basic RF Link 21 Testing the Link and Adjusting Tx Power 23 Performing Simple Network Tests 25 Install Units ........................................................................................................................................29 Point-to-Multipoint Installation 30 Co-Location Installation 30 Test Network ...................................................................................................................................30 Adding to a Network ......................................................................................................................30 Preventative Maintenance and Monitoring ..................................................................................................................................31 Configuration .................................................................................... 33 Overview ............................................................................................................................................33 Main Menu 33 Accessing the Main Menu ...............................................................................................................34 Accessing the Main Menu with HyperTerminal® 34 Accessing Units via telnet 35 Setting VT100 Arrows 35 Configuring with the Main Menu ..................................................................................................36 Unit Identification .............................................................................................................................37 Viewing Unit Identification 37 Assigning Unit Identification Information 38 Hardware/Software Revision .........................................................................................................39 Viewing System Revision Information 39 System Software ROM Images ......................................................................................................40 Viewing System Software ROM Images 40 System Current Status ....................................................................................................................41 Viewing System Current Status 41 Network Configuration ..................................................................................................................42 Viewing Internet IP Addresses and Subnet Mask 42 Setting the Internet IP Address 43 Setting the IP Subnet Mask 43 Setting the Default Gateway IP Address (future) 44 Setting the SNMP NMS Trap IP Address (future) 44 Setting the MAC Filter Entry Age Time Minutes 44 APR 2001 Rev 03 iii IP Filter Configuration .........................…

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Block Diagram

TX En TX En AGC0-AGC5 Iout . . Qout . Antenna Clock, LE, Data Raltron TXO-0100A-HZ-1-20 20 MHz PLL Synth Q in I in 935 mVp-p Prescaler :4 fc=5800 MHz ∆f=125 MHz I.L.=4.8dB +21.4dBm +24.4dBm +26 dBm -1 dBm -9.6 dBm 1 dBm 18dBm +5.5 dBm -21 dBm -23dBm -3 dBm Temic U2790B RFMD RF2302 Toko 4DFB915E-10 Hittite HMC219MS8 Murata DFC25R80P150LHA TeleDyne TAG-1030 Toshiba TMD5872-2 ITT-GaAsTek ITTS506AJ Integrated Microwave 924252 +11 dB -2.7 dB +4 dBm -8.5 dB -2 dB +27 dB -1.6 dB Agilent IFD-53010 National LMX-2336 Synergy MFC4650A Agilent MGA-82563 +5 dBm +10 dB +5 dBm -9.75 dB for splitter loss yields –4.75 dBm -15 dB +11.25 dBm -81 dBm -84dBm -85.6 dBm -24dBm G=20 dB V AGC =0 V -4dBm +19dB -68.8dBm Murata DFC25R80P150LHA -2 dB -68.6 dBm -8 dB Mini-Circuits MBA-591 Toko 4DFB915E-10 -2dB Agilent INA-02186 +29 dB -3.4 dB +29 dB -78.6dBm -76.6dBm --49.6dBm -53dBm Agilent MGA-86576 Agilent INA-02186 Vari-L VCO190-915T +5 dBm -20 dBm Agilent MGA-82563 Agilent MGA-82563 AGC0-AGC4 -2.4 dB +7dBm Alpha AA101-80 M/A-Com AT-260, AT-220 (Gain figure includes interstage buffering.) TQ9132B Burr-Brown OPA-2680 Burr-Brown OPA-2680 Burr-Brown OPA-2680 Burr-Brown OPA-2680 Burr-Brown OPA-2686 Burr-Brown OPA-2686 Burr-Brown OPA-2686 Burr-Brown OPA-2686 1V p-p 1V p-p Midatlantic RF HY89 -8 dBm 935 mVp-p -3dB -4 dBm -1.5 dB +2.8dBm +0.4 dBm -10 dB -3 dB -7 dB +29 dB -66 dBm 0 dB +5.25 dBm -5 dBm NEC UPC2766 +16 dB -13 dB +8 dBm – 6 dB for splitter loss yields +2 dBm -3 dB -1 dBm -9 dB -7 dBm -6 dB 5.725-5.850 GHz 915 MHz 4810-4935 GHz Base Band 0-16.5 MHz

Block Diagram

Cover Letter(s)

_________________________________________________________________________________________ ___ Technology that goes the Distance Wi-LAN Inc. 300-801 Manning Rd. NE Calgary, Alberta, T2E 8J5 Phone: (403) 273-9133 Fax: (403) 273-5100 7 March 2001 Federal Communications Commission 7435 Oakland Mills Road Columbia, MD 21046 Gentlemen: This letter is to comply with Section 0.457(d)(2)(i) pertaining to confidential material. Wi-LAN Inc would like the following documents regarding this submission for FCC ID: K4BEB02 to be kept confidential. 1. Wi-LAN AWE 120-58 Digital Schematic 2. Wi-LAN AWE 120-58 RF Schematic 3. Wi-LAN AWE Technical Description 4. Wi-LAN AWE Digital Board Technical Description 5. Wi-LAN AWE RF Board Technical Description The above material contains trade secrets or technical data, which would customarily be guarded from competitors. We do not want these documents to be accessible to the general public. Sincerely, Ramesh Uppal VP Technology

Cover Letter(s)

In reviewing this filing, the theoretical processing gain as provided was not close to the calculated value. It was stated that the theoretical is required by the FCC, the clients response is that there is no requirement anywhere within the CFR regarding the theoretical processing gain. This application is being submitted without the theoretical values as per the request of the customer. The customer is aware that if the FCC requires the theoretical value, they will have 30 days to provide the information. Below is the email request and the response from the customer. Hello The Theoretical processing gain calculation found in the Processing Report was erroneous. Further, Theoretical processing gain is not required by FCC part 15 at this time. Please find attached a revised Processing Gain Report. Jeffery Taylor Compliance, Integration, & Verification Technologist Wi-LAN Inc. Phone: (403) 207-6326 Fax: (403) 273-5100 email: [email protected] -----Original Message----- From: Dustin Oaks [mailto:[email protected]] Sent: Wednesday, April 18, 2001 12:08 PM To: 'Jeff Taylor' Subject: Processing Gain Hello Jeff, I need clarification on the processing gain. The Calculated Gp ( (S/N)o + Mj + Lsys ) should be close to the Theoretical Gp ( 10 log (chip rate/bit rate) ). In the information you provided, the Calculated Gp = 12.17 and the Theoretical Gp= 1.35 are not close. They FCC is auditing Spread Spectrum submittals, so the processing gain information must be clear when I upload to them. Dustin Oaks CKC Certification Services 209.966.5240 [email protected]

ID Label/Location Info

Label Placement Bottom view of the Wi-LAN AWE 120-58 Rubber Feet Rubber Feet Rubber Feet

ID Label/Location Info

P/N 9210-0060 Serial Number: I.C : XXXXXXXXX AWE 120-58 XCEIVER Mfg.Rls: C006160 Wi-LAN Inc.Calgary, AB, Canadawww.wi-lan.com FCC ID: K4BEB02 MADE IN CANADA (800)258-6876 THIS DEVICE SHALL ONLY BE USED WITH SCEPTRE MODEL NO. :PS-1240APLC POWER SUPPLY THIS DEVICE COMPLIES WITH PART 15 OF THE FCC RULES. OPERATION IS SUBJECT TO THE FOLLOWING TWO CONDITIONS: (1)THIS DEVICE MAY NOT CAUSE HARMFUL INTERFERENCE, AND (2)THIS DEVICE MUST ACCEPT ANY INTERFERENCE RECEIVED,INCLUDING INTERFERENCE THAT MIGHT CAUSE UNDESIRED OPERATION. 001030000000 MAC Address: 02 Date of Mfg.: 0101 Tx Pwr.: Sensitivity: 21 -80

ID Label/Location Info

Label Placement Bottom view of the Wi-LAN AWE 120-58 Rubber Feet Rubber Feet Rubber Feet

ID Label/Location Info

Internal Photos

Top of digital – one side Top of digitial – other side Bottom of digital – ones side Bottom of digital – other side Top of RF Botto m o f RF

RF Exposure Info

Maximum Permissible Exposure (MPE) Statement of Compliance FCC MPE Statement of Compliance Product Model: AWE 120-58 Product Part Number: 9210-0060-01 Peak Transmitter Output Power: 126mW (21dBm) Center Channel Frequency Range: 5741.0-5833.8MHz Transmitter Type Classification: __Portable X _Mobile (Mobile apparatus defined as being at least 20cm away from human body) Equipment Exemption:__ Yes X_ No (Mobile above 1.5GHz < 3W ERP) Power Density Calculation for Large Antenna General Public RF Exposure: Max. Antenna Gain: 37.5dBi, 1.85m Dish Far-Field (Large Antenna, 0.6D²/): W = P T G/4r² = (126mW)(5623)/4(39.7m)² = 0.036W/m² @ 39.7m Antenna Surface (Large Antenna):W = 4P T /A = 4(126mW)/(1.85m/2)² = 0.188W/m² 47 CFR §1.1310 General Public/Uncontrolled Exposure Limit (1.5-100GHz): 1mW/cm² (10W/m²) The aforementioned equipment and antenna has been evaluated and found to comply with the MPE limits, as specified in 47 CFR §1.1310 for the general public and uncontrolled conditions, using the guidelines found in FCC OET Bulletin 65. ________________________________________ Date: April 12, 2001 Eric Godberson – Technical Advisor, Regulatory Wi-LAN, Inc. 300, 801 Manning Rd. NE Calgary, AB. T2E 8J5

Test Report

Page 1 of 74 Report No: FC01-024 CERTIFICATION TEST REPORT FOR THE ADVANCED WIRELESS ETHERNET BRIDGE, WI-LAN AWE 120-58 FCC PART 15 SUBPART C SECTION 15.247 COMPLIANCE DATE OF ISSUE: APRIL 12, 2001 PREPARED FOR: Wi-LAN Inc. 300, 801 Manning Rd NE Calgary, AB T2E 8J5 P.O. No: 102084 W.O. No: 76093 PREPARED BY: Tracy Phillips CKC Laboratories, Inc. 5473A Clouds Rest Mariposa, CA 95338 Date of test: March 13-April 4, 2001 Report No.: FC01-024 This report contains a total of 74 pages and may be reproduced in full only. Partial reproduction may only be done with the written consent of CKC Laboratories, Inc. Page 2 of 74 Report No: FC01-024 TABLE OF CONTENTS Administrative Information ............................................................................................. 4 Summary of Results......................................................................................................... 5 15.33 Frequency Range Tested ....................................................................................... 5 15.247 Radiated Emissions ................................................................................. 5 15.207 Conducted Emissions .............................................................................. 5 Measurement Uncertainty................................................................................................ 5 Modifications Required for Compliance ......................................................................... 5 Approvals......................................................................................................................... 5 Equipment Under Test (EUT) Description...................................................................... 6 Peripheral Devices ........................................................................................................... 7 Report Of Measurements................................................................................................. 8 Table 1: Peak Power Output Levels .................................................................... 8 Table 2: 15.247(c) Highest Antenna Conducted Spurious Emission Levels ...... 9 Table 3: 15.247(c) Antenna Conducted Bandedge Emission Levels .................. 10 Table 4: 15.247(d) Peak Power Spectral Density Emission Levels .................... 11 Table 5: 15.247(c)/15.209 Six Highest Radiated Spurious Emission Levels...... 12 Table 6: 15.247(c)/15.207 Six Highest Mains Conducted Emission Levels....... 13 Table 7: 15.215 Additional Provisions To The General Radiated Emissions Limitations........................................................................................................... 14 15.247(c) EUT Setup ....................................................................................................... 15 Radiated Emissions ............................................................................................. 15 Conducted Emissions .......................................................................................... 15 15.247(c) Testing............................................................................................................. 16 Radiated Emissions ............................................................................................. 16 Mains Conducted Emissions ............................................................................... 16 Antenna Conducted Emissions ............................................................................ 16 Test Instrumentation And Analyzer Settings................................................................... 17 15.35: Table B - Analyzer Bandwidth Settings Per Frequency Range ............... 17 Spectrum Analyzer Detector Functions............................................................... 17 Peak ......................................................................................................... 18 Quasi-Peak............................................................................................... 18 Average.................................................................................................... 18 15.247(c) Test Methods ................................................................................................... 18 Transmitter Characteristics.............................................................................................. 19 15.247(a)(2) Bandwidth – Direct Sequence ........................................................ 19 List of Test Equipment Used for Bandwidth Test ............................................... 19 15.247(b) Peak Output Power ............................................................................. 20 List of Test Equipment Used for Peak Output Power Test ................................. 20 15.247(c) Spurious Emissions ............................................................................. 21 List of Test Equipment Used for Spurious Emissions......................................... 21 15.247(d) Peak Power Spectral Density .............................................................. 22 List of Test Equipment Used for Peak Power Spectral Density Test .................. 22 Page 3 of 74 Report No: FC01-024 15.247(e) Processing Gain – Direct Sequence .................................................... 23 15.215 Additional Provisions To The General Radiated Emission Limitations . 23 Sample Calculations ........................................................................................................ 23 Appendix A: Information About The Equipment Under Test......................................... 25 Equipment Configuration Block Diagram - Radiated Emissions........................ 28 Equipment Configuration Block Diagram - Antenna Conducted ....................... 29 Photograph Showing Radiated Emissions 15.247(c) .......................................... 30 Photograph Showing Radiated Emissions 15.247(c) .......................................... 31 Photograph Sh…

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Test Report

Exhibit for Direct Sequence System Processing Gain Wi-LAN AWE 120-58 Exhibit for Direct Sequence System Processing Gain, Wi-LAN AWE 120-58, Advanced Wireless Ethernet Bridge: Reference: CFR 47 Part 15, Subpart C , Section 15.247(e) (2) RSS-210 Section 6.2.2 (o) (b) (b) Method of Measurement : ÿ The CW (continuous wave) jamming margin method was used to determine the Processing Gain. ÿ G p = SNRo + J/S + Lsys ÿ Where: SNR o =19.5dB (This is the theoretical Signal-to-Noise Ratio for a BPSK/QPSK Receiver with 8-bits/symbol yielding a BER = 1E-06). J/S is the Jammer to Signal ratio (J/S = J-S measured in dBm). L sys = 2dB (Maximum allowable total System Losses including transmitter and receiver). ÿ The CW Jammer was stepped in 50kHz increments acress the 33MHz bandwidth of the DSSS signal. This a total of 660 measurement points were taken and recorded on the spreadsheet. The J/S ration was computed for each point and the final Processing Gain figure was determined using the lowest remaining value of J/S ration after discarding the worst 20% of the J/S points recorded ÿ Initial Receiver conditions: Channel Bandwidth: 5.7874 GHz ± 16.5 MHz RSSI = -40 to -50 dBm Receiver Output BER = 0.0E+00 ÿ Figure 1 illustrates the equipment set-up for measuring the Jammer and Signal levels and measuring the BER. The table found on page 3 shows the results. The yellow lines are values in the lowest 20%. The Red line is the value at 20%. These are all discarded. The green line is the remaining low value. The Processing Gain is 12.17dB (PASS). Exhibit for Direct Sequence System Processing Gain Wi-LAN AWE 120-58 Figure 1: Equipment Set-up for Measuring Processing Gain Splitter (Mini Circuits ZFSC-2-10G) HP frequency generator Wi-LAN AWE 120-58 Transmitter (Base) -58dB AGILENT E4418B Power Meter 5.7874GHz Wi-LAN AWE 120-58 Receiver (remote) Computer RS-232 Input: Monitor, BER IEEE 488 Ethernet 100BaseT Combiner (Mini Circuits ZFSC-2-10G) J/S CW Jammer Exhibit for Direct Sequence System Processing Gain Wi-LAN AWE 120-58 frequency Raw jammer level Corrected Jammer Level Signal Level SNRo System Loss Pg Values Pg 5770.9 -31.5 -35.11 -37.28 19.5 2 23.67 12.17 5770.95 -33 -36.61 -37.28 19.5 2 22.17 12.17 5771 -32.25 -35.86 -37.28 19.5 2 22.92 12.17 5771.05 -33.5 -37.11 -37.28 19.5 2 21.67 12.17 5771.1 -33.5 -37.11 -37.28 19.5 2 21.67 12.17 5771.15 -33.25 -36.86 -37.28 19.5 2 21.92 12.17 5771.2 -33.75 -37.36 -37.28 19.5 2 21.42 12.17 5771.25 -35 -38.61 -37.28 19.5 2 20.17 12.17 5771.3 -36.5 -40.11 -37.28 19.5 2 18.67 12.17 5771.35 -36.25 -39.86 -37.28 19.5 2 18.92 12.17 5771.4 -36.75 -40.36 -37.28 19.5 2 18.42 12.17 5771.45 -37.5 -41.11 -37.28 19.5 2 17.67 12.17 5771.5 -38.25 -41.86 -37.28 19.5 2 16.92 12.17 5771.55 -39 -42.61 -37.28 19.5 2 16.17 12.17 5771.6 -39 -42.61 -37.28 19.5 2 16.17 12.17 5771.65 -39.25 -42.86 -37.28 19.5 2 15.92 12.17 5771.7 -39.75 -43.36 -37.28 19.5 2 15.42 12.17 5771.75 -41.25 -44.86 -37.28 19.5 2 13.92 12.17 5771.8 -40.5 -44.11 -37.28 19.5 2 14.67 12.17 5771.85 -41.25 -44.86 -37.28 19.5 2 13.92 12.17 5771.9 -41.75 -45.36 -37.28 19.5 2 13.42 12.17 5771.95 -43.25 -46.86 -37.28 19.5 2 11.92 12.17 5772 -42.75 -46.36 -37.28 19.5 2 12.42 12.17 5772.05 -43.25 -46.86 -37.28 19.5 2 11.92 12.17 5772.1 -46 -49.61 -37.28 19.5 2 9.17 12.17 5772.15 -44 -47.61 -37.28 19.5 2 11.17 12.17 5772.2 -42.5 -46.11 -37.28 19.5 2 12.67 12.17 5772.25 -42.75 -46.36 -37.28 19.5 2 12.42 12.17 5772.3 -42.5 -46.11 -37.28 19.5 2 12.67 12.17 5772.35 -42.25 -45.86 -37.28 19.5 2 12.92 12.17 5772.4 -42.5 -46.11 -37.28 19.5 2 12.67 12.17 5772.45 -42.75 -46.36 -37.28 19.5 2 12.42 12.17 5772.5 -43 -46.61 -37.28 19.5 2 12.17 12.17 5772.55 -42.5 -46.11 -37.28 19.5 2 12.67 12.17 5772.6 -42.25 -45.86 -37.28 19.5 2 12.92 12.17 5772.65 -41 -44.61 -37.28 19.5 2 14.17 12.17 5772.7 -41.5 -45.11 -37.28 19.5 2 13.67 12.17 5772.75 -41.5 -45.11 -37.28 19.5 2 13.67 12.17 5772.8 -40.75 -44.36 -37.28 19.5 2 14.42 12.17 5772.85 -41.25 -44.86 -37.28 19.5 2 13.92 12.17 5772.9 -41.75 -45.36 -37.28 19.5 2 13.42 12.17 5772.95 -41.75 -45.36 -37.28 19.5 2 13.42 12.17 5773 -41.75 -45.36 -37.28 19.5 2 13.42 12.17 5773.05 -41.75 -45.36 -37.28 19.5 2 13.42 12.17 5773.1 -41.5 -45.11 -37.28 19.5 2 13.67 12.17 5773.15 -41.25 -44.86 -37.28 19.5 2 13.92 12.17 5773.2 -42.5 -46.11 -37.28 19.5 2 12.67 12.17 5773.25 -42 -45.61 -37.28 19.5 2 13.17 12.17 5773.3 -42 -45.61 -37.28 19.5 2 13.17 12.17 5773.35 -42.25 -45.86 -37.28 19.5 2 12.92 12.17 5773.4 -43 -46.61 -37.28 19.5 2 12.17 12.17 5773.45 -42.25 -45.86 -37.28 19.5 2 12.92 12.17 5773.5 -42 -45.61 -37.28 19.5 2 13.17 12.17 5773.55 -42 -45.61 -37.28 19.5 2 13.17 12.17 Exhibit for Direct Sequence System Processing Gain Wi-LAN AWE 120-58 5773.6 -43 -46.61 -37.28 19.5 2 12.17 12.17 5773.65 -43 -46.61 -37.28 19.5 2 12.17 12.17 5773.7 -46 -49.61 -37.28 19.5 2 9.17 12.17 5773.75 -45 -48.61 -37.28 19.5 2 10.17 12.17 5773.8 -50 -53.61 -37.28 19.5 2 5.17 12.17 5773.85 -44 -47.61 -37.28 19.5 2 11.17 12.17 5773.9 -43.5 -47.11 -37.28 19.5 2 11.67 12.17 5773.95 -45.25 -48.86 -37.28 19.5 2 9.92 12.17 5774 -47.75 -51.36 -37.28 19.5 2 7.42 12.17 5774.05 -46 -49.61 -37.28 19.5 2 9.17 12.17 5774.1 -45.75 -49.36 -37.28 19.5 2 9.42 12.17 5774.15 -48.5 -52.11 -37.28 19.5 2 6.67 12.17 5774.2 -44.75 -48.36 -37.28 19.5 2 10.42 12.17 5774.25 -45.5 -49.11 -37.28 19.5 2 9.67 12.17 5774.3 -49.75 -53.36 -37.28 19.5 2 5.42 12.17 5774.35 -48 -51.61 -37.28 19.5 2 7.17 12.17 5774.4 -46.75 -50.36 -37.28 19.5 2 8.42 12.17 5774.45 -47.5 -51.11 -37.28 19.5 2 7.67 12.17 5774.5 -49 -52.61 -37.28 19.5 2 6.17 12.17 5774.55 -45.25 -48.86 -37.28 19.5 2 9.92 12.17 5774.6 -45.5 -49.11 -37.28 19.5 2 9.67 12.17 5774.65 -51 -54.61 -37.28 19.5 2 4.17 12.17 5774.7 -45.75 -49.36 -37.28 19.5 2 9.42 12.17 5774.75 -45.75 -49.36 -37.28 19.5 2 9.42 12.17 5774.8 -49.75 -53.36 -37.28 19.5 2 5.42 12.17 5774.85 -47.5 -51.11 -37.28 19.5 2 7.67 12.17 5774.9 -45.75 -49.36 -37.28 19.5 2 9.42 12.17 5774.95 -45.5 -49.11 -37.28 19.5 2 9.67 12.17 5775 -47.25 -50.86 -37.28 19.5 2 7…

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Test Report

Mj = J/S = (Jammer level)/(Signal level) = = (-46.61 dBm)-(-37.28dBm) = -9.41 Gp = (S/N)o + Mj + Lsys = (19.5 dB) + (-9.41 dB) + (2 dB) = 12.17 dB

Test Setup Photos

PHOTOGRAPH SHOWING RADIATED EMISSIONS 15.247(c) Radiated Emissions Front View (Antenna 1) PHOTOGRAPH SHOWING RADIATED EMISSIONS 15.247(c) Radiated Emissions Back View (Antenna 1) PHOTOGRAPH SHOWING RADIATED EMISSIONS 15.247(c) Radiated Emissions Front View (Antenna 2) PHOTOGRAPH SHOWING RADIATED EMISSIONS 15.247(c) Radiated Emissions Back View (Antenna 2) PHOTOGRAPH SHOWING RADIATED EMISSIONS 15.247(c) Radiated Emissions Front View (Antenna 3) PHOTOGRAPH SHOWING RADIATED EMISSIONS 15.247(c) Radiated Emissions Back View (Antenna 3) PHOTOGRAPH SHOWING RADIATED EMISSIONS 15.247(c) Radiated Emissions Side View (Antenna 3) PHOTOGRAPH SHOWING MAINS CONDUCTED EMISSIONS 15.247(c) Mains Conducted Emissions - Front View PHOTOGRAPH SHOWING MAINS CONDUCTED EMISSIONS 15.247(c) Mains Conducted Emissions - Back View PHOTOGRAPH SHOWING ANTENNA CONDUCTED SPURIOUS EMISSIONS 15.247(c) Antenna Conducted - 5MHz - 1GHz and Fundamental PHOTOGRAPH SHOWING ANTENNA CONDUCTED SPURIOUS EMISSIONS 15.247(c) Antenna Conducted Spurious Emissions - 1-40 GHz