AK8PCWAA500Wireless LAN Access Point

Operating Instructions 5GHz Wireless LAN Access Point PCWA-A500 4-658-124-11(1) © 2002 Sony Corporation 2 WARNING To prevent fire or shock hazard, do not expose the unit to rain or moisture. To avoid electrical shock, do not open the cabinet. Refer servicing to qualified personnel only. Owner’s Record The model and serial numbers are located on the bottom of the product. Record the serial number in the space provided below. Refer to them whenever you call upon your Sony dealer regarding this product. Model No. PCWA-A500 Serial No.______________ CAUTION You are cautioned that any changes or modifications not expressly approved in this manual could void your warranty. FCC ID: AK8PCWAA500 Exposure to Radio Frequency Radiation. The radiated output power of the Wireless LAN Access Point is far below the FCC radio frequency exposure limits. Nevertheless, the Wireless LAN Access Point shall be used in such a manner that the potential for human contact during normal operation is minimized. NOTE: 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 or communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to television reception, which can be determined by turning the equipment off and on, you are encouraged to try to correct the interference by one or more of the following measures: – Reorient or relocate the receiving antenna. – Increase the separation between the equipment and receiver. – Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. – Consult the dealer or an experienced radio/TV technician for help. You are cautioned that any changes or modifications not expressly approved in this manual could void your authority to operate this equipment. If you have questions about this product, call the Sony Customer Information Center at 1-877-760-7669; or write to the Sony Customer Information Center at 12451 Gateway Boulevard, Fort Myers, FL 33913. The number below is for FCC-related matters only. Declaration of Conformity Trade Name: Sony Model No: PCWA-A500 Responsible Party: Sony Electronics Inc. Address: 680 Kinderkamack Road, Oradell, NJ 07649 USA Telephone: 201-930-6972 This phone number is for FCC-related matters only. 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 may cause undesired operation. The supplied interface cable must be used with the equipment in order to comply with the limits for a digital device pursuant to Subpart B of Part 15 of FCC Rules. 3 Note The power outlet should be installed near the equipment and should be easily accessible. Safety Information WARNING • Opening the unit, for whatever reason, could lead to damages that are not covered by the warranty. • Do not touch the device or accessories during thunder storms. Electrical shock could result. • This device is made for use in the USA only. • For indoor use only. • While using the Access Point, do not cover it or turn it on its side. Do not cover the Access Point with objects such as magazines or newspapers or use it in confined, enclosed places, such as the spaces between walls and furniture. Further, do not turn the Access Point on its side while using it. Either situation could cause heat to build up inside the Access Point, leading to overheating and possible fire. • Carefully place the Ethernet cable, AC adapter, and other wiring. Personal injury or damage to the Access Point could result from people tripping over the Ethernet cable, AC adapter, or power cord. Protect wiring by locating it in places where people do not walk. • Do not swing the AC adapter. Injury could result if the adapter strikes a person or fragile material, such as glass. • Keep the Access Point out of the reach of children. Unforeseeable injury could result from swallowing loose parts, etc. • Place the Access Point on a stable surface. Do not place the Access Point on wobbly or tilted surfaces. Tipping or falling could result in injury. • When using wall mounting, make sure that the wall is strong enough to support the Access Point. The Access Point could fall if the wall is not strong enough, leading to unforeseeable accidents. Further, be careful not to drop the unit or the tools used for mounting it. Doing so could result in unforeseeable accidents. • Avoid locations that are directly exposed to sunlight or heaters. • Internal overheating could result in fire or damage to the unit. • Make sure connectors are properly connected. – Do not insert any metallic objects inside the connectors. Short-circuiting the pins could cause fire or damage to the unit. – Be careful to insert connectors squarely. Crooked insertion could cause pins to short- circuit, possibly causing fire or damage to the unit. • Use only the supplied AC adapter with your Sony Wireless LAN Access Point. To disconnect your Wireless LAN Access Point from the power supply, unplug the AC adapter. 4 Program © 2001, 2002 Sony Corporation Documentation © 2002 Sony Corporation Copyright © 2000-2001 Atheros Communications, Inc., All Rights Reserved Copyright © 1994-2001 The NetBSD Foundation, Inc. All rights reserved. Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met: 1 Redistributions of source code must retain the above copyright notice, this list of conditions and t…

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Step 1 Set up the Access Point and connect power Locating The Access Point stand is hinged, so it can be lowered or raised. It serves as a normal stand when lowered or as a wall-mount adapter when raised. NETWORK 1 NETWORK 2 DC IN 10V NETWORK 1 NETWORK 2 DC IN 10V Using in the normal standing position The stand supports the Access Point on a horizontal surface. For optimum performance, use the stand to keep the front face of the Access Point vertical during operation. Installation Notes •Install the Access Point on a stable surface. •Do not install it on a shelf or other place where jarring or vibration might cause it to fall. •Do not install the Access Point in any location where passers-by might accidentally come in contact with the Access Point or its cabling. Using the stand as a wall-mount adapter When mounting the Access Point on a wall, the size and spacing of mounting holes is as follows. Note that no brackets are provided for mounting the Access Point on a wall. Use screws or nails that meet the following requirements. Hanging the Access Point from screws set in a wall: This guide for the 5GHz Wireless LAN Access Point PCWA-A500 is intended to be read together with the manuals provided with the 5GHz Wireless LAN PC Card PCWA-C500 (sold separately). Unpacking While unpacking the product, confirm that the following items are present. •Access Point•AC Adapter P O W E R M E S S A G E W I R E L E S S N E T W O R K 1 N E T W O R K 2 •Ethernet Cable (straight-through wiring)•Power Cord •Operating Instructions •Quick Start Guide (this sheet) •Warranty Card •Other Printed Matter Applications Accessing the Internet from a variety of household locations By using a computer with a Wireless LAN PC Card, you can communicate with the Access Point, and share files with other computers via the Access Point. Furthermore, if you connect the Access Point to a DSL modem, cable modem or ISDN router, you can access the Internet from a variety of household locations. P OW ER M E S S A G E W I R E L E S S N E T W O R K 1 N E T W O R K 2 z Hint This guide describes installation procedures for connecting the Access Point to a DSL modem, cable modem or ISDN router. Please refer to the Operating Instructions for the Ethernet connection procedure. Installation and setup procedure Step 1 Set up the Access Point and connect power. Step 2 (Described in Wireless LAN PC Card Quick Start Guide) Insert the Wireless LAN PC Card into the computer, and install the Wireless LAN PC Card driver. This process is described in the Wireless LAN PC Card Quick Start Guide that comes with your Wireless LAN PC Card. Step 3 (Described in Wireless LAN PC Card Quick Start Guide) Install the Wireless Panel software supplied with the Wireless LAN PC Card. Step 4 (Described in Wireless LAN PC Card Quick Start Guide) Configure the appropriate computer communications settings. z Hint Select Access Point Connection Mode. Step 5 Configure the appropriate communications and Internet connection settings for the Access Point. Step 6 (Described in Wireless LAN PC Card Quick Start Guide) Configure the computer communications settings to match the settings made in Step 5. Step 7 Connect the Access Point to the DSL modem, cable modem or ISDN router. Fastening the Access Point to a wall with screws: Notes •Using two screws or other fasteners, ensure that the Access Point is securely set on the wall. When fastening the Access Point to a wall with screws, retighten them after mounting the Access Point. •Select a location that will hold the weight of the Access Point when mounting it on the wall. If the location cannot hold the weight of the Access Point, the Access Point may drop and cause an accident. •When mounting the Access Point on walls made of plasterboard or other fragile material, make sure that the material is strong enough to support the unit's weight and use special screw fasteners or other fixtures that are made for use with that material. If the unit is fastened with ordinary screws, there is a danger that it may fall. •When mounting the Access Point on the wall, be careful not to drop the Access Point or the tools used for doing the work. Dropping the unit or tools could result in unforeseeable accidents. Connecting power 1Connect power to the Access Point as shown below. The following illustrations show the normal standing position. PO W E R M ES SA G E W I R E L E S S N E T W O R K 1 N E T W O R K 2 2Fit the ferrite core (thick cylindrical part) of the AC Adapter cable into the recess on the back of the Access Point, and insert the cable in the cable securing groove. NETWORK 1 NETWORK 2 DC IN 10V z Hint There is no power switch on the Access Point. 5GHz Wireless LAN Access Point PCWA-A500 Quick Start Guide This guide provides an overview of the functions of the 5GHz Wireless LAN Access Point PCWA-A500 and the necessary preparations before use. Please read first. Sony Corporation ©2001 Printed in Japan PCWA-A500 4-660-142-11(1) Continued on next page Body diameter: 0.14 to 0.29 inches (3.5 to 7.5 mm) Length: 1.2 inches or more (30 mm or more) Stand raised (for wall-mounting) Stand lowered (standing) Wall-mounting Holes Head diameter: 0.24 to 0.29 inches (6.0 to 7.5 mm) Body diameter: 0.14 to 0.15 inches (3.5 to 4.0 mm) Length: 1.2 inches or more (30 mm or more) 2.82 inches (71.5 mm) 2.82 inches (71.5 mm) DC IN 10V Power Outlet AC Adapter Step 2 Insert the Wireless LAN PC Card into the computer, and install the Wireless LAN PC Card driver Refer to the Wireless LAN PC Card Quick Start Guide for details. Step 3 Install the Wireless Panel software supplied with the Wireless LAN PC Card Refer to the Wireless LAN PC Card Quick Start Guide for details. Step 4 Configure the appropriate computer communications settings Refer to the Wireless LAN PC Card Quick Start Guide for details. Step 5 Configure the appropriate communications and Internet connection settings for the Access Point. Settings are configured using a computer with a Wireless L…

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T E S T R E P O R T REPORT NUMBER:ANKK−101422 APPLICANT:Sony Corporation MODEL NUMBER:PCWA-A500 FCC ID:AK8PCWAA500 REGULATION:FCC Part15 Subpart E 1, Oaza Sunayama, Hasaki-machi, Kashima-gun Ibaraki-ken, 314-0255 Japan Tel.: +81 479 40 1097 Fax.: +81 479 46 1788 Akzo Nobel K. K. EMC Division Kashima Site NVLAP accreditation is valid for FCC Part15 (Digital Devices), CISPR22 and AS/NZS 3548. NVLAP accreditation does not cover ICES − 003. Akzo Nobel Report No. ANKK−101422 FCC ID : AK8PCWAA500 Page 2 of 58 TABLE OF CONTENTS Page ABBREVIATIONS .............................................................................................................................3 SECTION 1.TEST CERTIFICATION ........................................................................................4 SECTION 2.SUMMARY OF RESULTS .....................................................................................5 SECTION 3.EQUIPMENT UNDER TEST.................................................................................6 SECTION 4.SUPPORT EQUIPMENT USED ............................................................................8 SECTION 5.CABLE (S) USED ...................................................................................................9 SECTION 6.CONSTRUCTION OF EQUIPMENT...................................................................10 SECTION 7.GENERAL TEST CONDITIONS .........................................................................12 SECTION 8.TEST PROCEDURE(S) ........................................................................................13 SECTION 9.TEST DATA ..........................................................................................................17 9.1 26dB Emission Bandwidth [15.407(a)(1), 15.407(a)(2)] .....................................................17 9.2 Maximum Peak Output Power [15.407(a)(1), 15.407(a)(2)] ...............................................19 9.3 Peak Power Spectral Density [15.407(a)(1), 15.407(a)(2)] .................................................24 9.4 Peak Excursion Ratio [15.407(a)(6)]...................................................................................28 9.5 Spurious Emissions – RF Antenna Conducted [15.407(b)(1), 15.407(b)(2)]......................32 9.6 Spurious Emissions – Radiated Emissions (below 1GHz) [15.407(b)(5), 15.209]..............34 9.7 Spurious Emissions – Radiated Emissions (above 1 GHz) [15.407(b)(6), 15.205].............38 9.8 Spurious Emissions – Radiated Emissions (Band Edge) [15.407(b)(6), 15.205] ...............42 9.9 AC Conducted Emissions [15.407(b)(5),15.207] .................................................................52 SECTION 10.PHOTOGRAPHS OF MAXIMUM EMISSION SET-UP ......................................55 SECTION 11.MEASUREMENT UNCERTAINTY.....................................................................56 SECTION 12.VALIDITY OF TEST REPORT ............................................................................57 SECTION 13.DESCRIPTION OF TEST LABORATORY..........................................................58 Akzo Nobel Report No. ANKK−101422 FCC ID : AK8PCWAA500 Page 3 of 58 ABBREVIATIONS LISN= Line Impedance Stabilization Network AMN= Artificial Mains Network ANT= Antenna BBA= Broad−band Antenna DIP= Dipole Antenna AMP= Amplifier ATT= Attenuator EUT= Equipment Under Test Q−P= Quasi−peak AVG= Average Ch= Channel OFDM = Orthogonal Frequency Division Multiplexing BPSK = Binary Phase Shift Keying QPSK = Quadrature Phase Shift Keying QAM = Quadrature Amplitude Modulation EIRP= Effective Isotropic Radiated Power Akzo Nobel Report No. ANKK−101422 FCC ID : AK8PCWAA500 Page 4 of 58 SECTION 1.TEST CERTIFICATION APPLICANT INFORMATION Company: Sony Corporation Address: 6-7-35, Kitashinagawa, Shinagawa-ku, Tokyo, 141-0001 Japan Telephone number: +81 3 5795 8712 Fax number: +81 3 5795 8981 DESCRIPTION OF TEST ITEM Kind of equipment: Wireless LAN Access Point Condition of equipment: Pre-Production Type: Tabletop Trademark: SONY FCC ID: AK8PCWAA500 Model number: PCWA-A500 Serial number: 0000001 TEST PERFORMED Location: Kashima No. 1 Test Site (FCC File No. : 31040/SIT) EUT received: November 22, 2001 Test started: December 14, 2001 Test completed: January 24, 2002 Regulation: FCC Part15 Subpart E Section 407 Intentional Radiators Test setup: ANSI C63.4−1992 Report number: ANKK−101422 Report issue date: January 24, 2002 Test engineer: Kazuhiro Ando Report approved by: Junichi Okada [Site Manager] On the basis of the measurements made, the equipment tested is capable of operation in compliance with the requirements of Part 15 of the FCC Rules under normal use and maintenance. Akzo Nobel Report No. ANKK−101422 FCC ID : AK8PCWAA500 Page 5 of 58 SECTION 2.SUMMARY OF RESULTS TestReferenceResult 26dB Emission Bandwidth 15.407(a)(1) 15.407(a)(2) N.A. Maximum Peak Output Power 15.407(a)(1) 15.407(a)(2) Pass Peak Power Spectral Density 15.407(a)(1) 15.407(a)(2) Pass Peak Excursion Ratio 15.407(a)(6)Pass Spurious Emissions - RF Antenna Conducted 15.407(b)(1) 15.407(b)(2) Pass Spurious Emissions - Radiated Emissions (below 1 GHz) 15.407(b)(5) 15.209 Pass Spurious Emissions - Radiated Emissions (above 1 GHz) 15.407(b)(6) 15.205 Pass Spurious Emissions - Radiated Emissions (Band Edge) 15.407(b)(6) 15.205 Pass AC Conducted Emissions 15.407(b)(5) 15.207 Pass Automatic Discontinuance of Transmission 15.407(c)Pass Note 1 Antenna Requirement 15.407(d) 15.203 Pass Note 2 Indoor Operation15.407(e)Pass Note 3 Frequency Stability15.407(g)Pass Note 4 Unintentional Radiators 15.107 15.109 - Note 5 Note 1 : Refer to page 1 of the “Theory of Operations” in separate attachment. Note 2 : The EUT uses Integral antenna. As for the requirement in Section 15.203, refer to “Antenna Structure” in separate attachment. Note 3 : Refer to page 3 of the user’s manual in separate attachment for the statement regarding restriction of indoor operation. Note 4 : Frequency Stability is ±20ppm. Refer to the data …

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Annex A 26dB Emission Bandwidth Akzo Nobel Report No. ANKK−101422 FCC ID : AK8PCWAA500Page 2 of 5 Chart of ch 6 with 6Mbps in Antenna A Chart of ch 6 with 9Mbps in Antenna A Akzo Nobel Report No. ANKK−101422 FCC ID : AK8PCWAA500Page 3 of 5 Chart of ch 6 with 12Mbps in Antenna A Chart of ch 6 with 18Mbps in Antenna A Akzo Nobel Report No. ANKK−101422 FCC ID : AK8PCWAA500Page 4 of 5 Chart of ch 6 with 24Mbps in Antenna A Chart of ch 6 with 36Mbps in Antenna A Akzo Nobel Report No. ANKK−101422 FCC ID : AK8PCWAA500Page 5 of 5 Chart of ch 6 with 48Mbps in Antenna A Chart of ch 6 with 54Mbps in Antenna A

Annex B Spurious Emissions – RF Antenna Conducted Akzo Nobel Report No. ANKK−101422 FCC ID : AK8PCWAA500Page 2 of 19 Chart of ch 6 in Antenna A (30MHz-1GHz) Chart of ch 6 in Antenna A (1GHz-5.15GHz) Akzo Nobel Report No. ANKK−101422 FCC ID : AK8PCWAA500Page 3 of 19 Chart of ch 6 in Antenna A (5.15GHz-5.35GHz) Chart of ch 6 in Antenna A (5.35GHz-10GHz) Akzo Nobel Report No. ANKK−101422 FCC ID : AK8PCWAA500Page 4 of 19 Chart of ch 6 in Antenna A (10GHz-25GHz) Chart of ch 6 in Antenna A (25GHz-40GHz) Akzo Nobel Report No. ANKK−101422 FCC ID : AK8PCWAA500Page 5 of 19 Chart of ch 12 in Antenna A (30MHz-1GHz) Chart of ch 12 in Antenna A (1GHz-5.15GHz) Akzo Nobel Report No. ANKK−101422 FCC ID : AK8PCWAA500Page 6 of 19 Chart of ch 12 in Antenna A (5.15GHz-5.35GHz) Chart of ch 12 in Antenna A (5.35GHz-10GHz) Akzo Nobel Report No. ANKK−101422 FCC ID : AK8PCWAA500Page 7 of 19 Chart of ch 12 in Antenna A (10GHz-25GHz) Chart of ch 12 in Antenna A (25GHz-40GHz) Akzo Nobel Report No. ANKK−101422 FCC ID : AK8PCWAA500Page 8 of 19 Chart of ch 20 in Antenna A (30MHz-1GHz) Chart of ch 20 in Antenna A (1GHz-5.15GHz) Akzo Nobel Report No. ANKK−101422 FCC ID : AK8PCWAA500Page 9 of 19 Chart of ch 20 in Antenna A (5.15GHz-5.35GHz) Chart of ch 20 in Antenna A (5.35GHz-10GHz) Akzo Nobel Report No. ANKK−101422 FCC ID : AK8PCWAA500Page 10 of 19 Chart of ch 20 in Antenna A (10GHz-25GHz) Chart of ch 20 in Antenna A (25GHz-40GHz) Akzo Nobel Report No. ANKK−101422 FCC ID : AK8PCWAA500Page 11 of 19 Chart of ch 6 in Antenna B (30MHz-1GHz) Chart of ch 6 in Antenna B (1GHz-5.15GHz) Akzo Nobel Report No. ANKK−101422 FCC ID : AK8PCWAA500Page 12 of 19 Chart of ch 6 in Antenna B (5.15GHz-5.35GHz) Chart of ch 6 in Antenna B (5.35GHz-10GHz) Akzo Nobel Report No. ANKK−101422 FCC ID : AK8PCWAA500Page 13 of 19 Chart of ch 6 in Antenna B (10GHz-25GHz) Chart of ch 6 in Antenna B (25GHz-40GHz) Akzo Nobel Report No. ANKK−101422 FCC ID : AK8PCWAA500Page 14 of 19 Chart of ch 12 in Antenna B (30MHz-1GHz) Chart of ch 12 in Antenna B (1GHz-5.15GHz) Akzo Nobel Report No. ANKK−101422 FCC ID : AK8PCWAA500Page 15 of 19 Chart of ch 12 in Antenna B (5.15GHz-5.35GHz) Chart of ch 12 in Antenna B (5.35GHz-10GHz) Akzo Nobel Report No. ANKK−101422 FCC ID : AK8PCWAA500Page 16 of 19 Chart of ch 12 in Antenna B (10GHz-25GHz) Chart of ch 12 in Antenna B (25GHz-40GHz) Akzo Nobel Report No. ANKK−101422 FCC ID : AK8PCWAA500Page 17 of 19 Chart of ch 20 in Antenna B (30MHz-1GHz) Chart of ch 20 in Antenna B (1GHz-5.15GHz) Akzo Nobel Report No. ANKK−101422 FCC ID : AK8PCWAA500Page 18 of 19 Chart of ch 20 in Antenna B (5.15GHz-5.35GHz) Chart of ch 20 in Antenna B (5.35GHz-10GHz) Akzo Nobel Report No. ANKK−101422 FCC ID : AK8PCWAA500Page 19 of 19 Chart of ch 20 in Antenna B (10GHz-25GHz) Chart of ch 20 in Antenna B (25GHz-40GHz)

Frequency Stability [15.407(g)] Page 2 of 11 Center Frequency 5.18GHz5.26GHz5.32GHz [GHz][GHz][GHz] 0 degree5.1800545.2600525.320054 10 degrees5.1800405.2600445.320044 20 degrees5.1800385.2600345.320038 30 degrees5.1800365.2600385.320040 40 degrees5.1800425.2600445.320046 50 degrees5.1800625.2600625.320062 Center Frequency gap [ppm] 5.18GHz5.26GHz5.32GHz [ppm][ppm][ppm] 0 degree10.429.8910.15 10 degrees7.728.378.27 20 degrees7.346.467.14 30 degrees6.957.227.52 40 degrees8.118.378.65 50 degrees11.9711.7911.65 Page 3 of 11 Chart of 0 degree at 5.18 GHz Chart of 10 degrees at 5.18 GHz Page 4 of 11 Chart of 20 degrees at 5.18 GHz Chart of 30 degrees at 5.18 GHz Page 5 of 11 Chart of 40 degrees at 5.18 GHz Chart of 50 degrees at 5.18 GHz Page 6 of 11 Chart of 0 degree at 5.26 GHz Chart of 10 degrees at 5.26 GHz Page 7 of 11 Chart of 20 degrees at 5.26 GHz Chart of 30 degrees at 5.26 GHz Page 8 of 11 Chart of 40 degrees at 5.26 GHz Chart of 50 degrees at 5.26 GHz Page 9 of 11 Chart of 0 degree at 5.32 GHz Chart of 10 degrees at 5.32 GHz Page 10 of 11 Chart of 20 degrees at 5.32 GHz Chart of 30 degrees at 5.32 GHz Page 11 of 11 Chart of 40 degrees at 5.32 GHz Chart of 50 degrees at 5.32 GHz

Marianne Bosley To:[email protected] Subject:FCC ID:AK8PCWAA500 Hi Izumi, The below issues are from the technical review by Greg Czumak: 1. The spurious emission limits of Section 15.407(b) are in terms of EIRP (-27 dBm/1MHz). This is NOT a 27 dB attenuation below the carrier level. Please provide the calculations necessary to convert this EIRP to a field strength level at 3m (it is equivalent to 68.2 dBuV/m @ 3m), and then compare the measured field strengths of spurious emissions (e.g., the 2nd harmonic, as shown in your test report) to the calculated limit. This must be done for every spurious emission, for each different proposed antenna. 2. Please provide data that demonstrates compliance with the frequency stability requirement of Section 15.407(g). Merely providing a statement indicating compliance is not sufficient. 3. For Your Information- please note that the output power that will be listed on t he grant will be the measured conducted transmit power of 12 mW, and not the EIRP (which is 39 mW). When you have this information, please retur n to me and I will ensure that he review it asap. The administrative issues are complete, so once these technical issues are addressed, we can handle. Any questions, please let me know. Have a good weekend. Regards, Marianne Marianne T. Bosley EMC Admi nistrator 410-354-3300, ext. 412

Akzo Nobel Report No. ANKK−101422 FCC ID : AK8PCWAA500 Page 55 of 58 SECTION 10.PHOTOGRAPHS OF MAXIMUM EMISSION SET-UP 10.1 RF Conducted Emission Test Test setup in accordance with ANSI C63.4−1992 Front view 10.2 Radiated Emission Test Test setup in accordance with ANSI C63.4−1992 Front viewRear view 10.3 Conducted Emission Test Test setup in accordance with ANSI C63.4−1992 Front viewSide view