OSZ37300UWireless LAN transmitter

1 TM P R E L I M I N A R Y File Number8022 CAUTION: These devices are sensitive to electrostatic discharge; follow proper IC Handling Procedures. 1-888-INTERSIL or 321-724-7143 | Intersil and Design is a trademark of Intersil Americas Inc. Copyright © Intersil Americas Inc. 2001, All Rights Reserved PRELIMINARY ISL37300U-EVAL PRISM 2.5 11Mbps Wireless Local Area Network miniUSB The Intersil ISL37300U WLAN miniUSB (Note 1) is a complete wireless high speed Network Interface Card (NIC) utilizing the Intersil PRISM® 2.5 Direct Sequence Spread Spectrum Wireless Transceiver chip set. It provides a complete PRISM 2.5 reference design evaluation platform of hardware and software to system providers or integrators requiring wireless data communications capability and is ideal for integration into computer platforms. Evaluation kits include a WLAN miniUSB designed to Intersil’s PRISM reference design, Microsoft Windows® Driver, Local Area Network evaluation software, PRISM Transmitter Test Utilities (PTTU) software (Note 3) and documentation to get your evaluation started quickly. Information on the WLAN USB card may be found in teh ISL37300U-EVAL data sheet. It supports the IEEE 802.11b network specification for Direct Sequence Spread Spectrum DSSS signaling, providing data rates of 1, 2, 5.5 and 11Mbps. Access Points are available from a number of suppliers, enabling a total wireless network solution Typical operating ranges are shown in Table 1.. Features • FCC Certified Under Part 15 to Operate in 2.4GHz ISM Band • Support for 11, 5.5, 2 and 1 Megabit Per Second (Mbps) Data Rates • Supports the lEEE 802.11 Direct Sequence Specification • Driver Supports Microsoft® Windows® 95, 98, 2000, NT, CE and LINUX® • Supports Dual Diversity Antennas • Advanced RAKE Receiver Design with Decision Feedback Equalizer. • Provides Wireless Data Communications at Full Ethernet Speed • Designed to Fully Support the USB 1.1 Specification. • Intelligent Power Control, Including Low Power Standby Mode • Complete Reference Design, the ISL37300U-CD is Available to Ensure Minimum Time-to-Market NOTES: 1. Throughout this document, all references to ‘miniUSB’, ‘WLAN adapter’, ‘adapter’, or ‘card’ refer to a card assembly conforming to the USB 1.1 Specification 2. The range will vary in different operating environments due to effects such as building construction. 3. At present, PTTU supports Windows 95, 98, NT, 2000 and ME. 4. Data taken using custom propritary antenna’s in a laptop computer. Packaging TABLE 1. TYPICAL OPERATING RANGE (NOTE 2, 4) DATA RATE (Mbps)INDOOR RANGE OUTDOOR RANGE 11120 feet (37 meters)500 feet (152 meters) 5.5200 feet (61 meters)800 feet (243 meters) 2240 feet (73 meters)1300 feet (396 meters) 1300 feet (91 meters)1750 feet (533 meters) Ordering Information PART NUMBERDESCRIPTIONCARDS/ SET ISL37300U-EVAL WLAN Evaluation Kit2 Data SheetJuly 2001 tle jec ho w () ato CI ar e e O es C W ar 2 Functional Overview The WLAN miniUSB is designed to operate in the 2.4GHz ISM frequency band, channels 1 to 11, as specified by the FCC in the USA. The Card will also operate on channels 12 to14, where permitted by local regulatory authorities. Radio equipment must be certified in a country prior to use. Refer to Table 3 for a list of countries and agencies that have approved the ISL37300U-EVAL for operation. The Intersil PRISM Chip Set allows for high level integration for reduced size, increased throughput, improved radio performance and faster time to market. The WLAN miniUSB implements Direct Sequence Spread Spectrum DSSS technology providing superior noise and signal jamming immunity including less severe impact from unintentional radiators such as microwave ovens. The user can connect the miniUSB in an ad-hoc peer to peer networking scheme, allowing for instant network setup in any office environment. By using an access point, the wireless LAN can be set up to allow for a greater number of users to interconnect, and to increase the coverage area. With a portal (i.e., Access Point), the wireless LAN can be easily connected into an existing wired LAN, allowing for easy expansion of the service. Compared to the PRISM II chip set, the PRISM 2.5 generation offers: • Low loss front end designed for maximum range • Higher level of chip integration and less peripheral components to reduce material costs • Support of optional IEEE 802.11 Short Preamble for significantly increased data throughput with room for additional user defined functions. A complete Reference Design for the ISL37300U is available to ensure minimum time-to-market. This information contains detailes for manufacturing a miniUSB WLAN assembly, including Gerber PC board files, an accurate Bill of Material with component sourcing and complete mechanical drawings and a complete Radio Description and test plan. Related Literature • Tech Brief TB337, Intersil Corporation, “A Brief Tutorial on Spread Spectrum and Packet Radio”[1]. • Application Note ANxxxx, Intersil Corporation, “ISL37300U- EVAL PRISM 2.5 11 Mb miniUSB Wireless LAN Radio Description” [2] • Tech Brief TB337, Intersil Corporation, “A Brief Tutorial on Spread Spectrum and Packet Radio” [3] • Tech Brief TB382, Intersil Corporation, “Measurement of WLAN Receiver Sensitivity” [4] • Application Note AN9850, Intersil Corporation, “Complementary Code Keying Made Simple” [5] • Application Note AN9829, Intersil Corporation, “Brief Tutorial on IEEE 802.11 Wireless LANs” [6] • Application Note AN9820, Intersil Corporation, “A Condensed Review of Spread Spectrum Techniques for ISM Band Systems” [7] The ISL3873 Media Access Controller (MAC) Protocol Handler The ISL3873 MAC/Baseband Processor and its firmware are responsible for running the IEEE 802.11 protocol in the WLAN card. This section describes the features of IEEE 802.11 that are implemented. The functions supported by the STA (station) Firmware are: • CSMA / CA (Carrier Sense Multiple Access with Collision Avoidance) with Random Backoff •WEP…

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www.intersil.com ING Bank: 65.02.63.049 Swift code: INGBNL2A VAT / BRW: NL8039.66.659.B.01 Chamber of Commerce Utrecht: 30139807 Date 28 August 2001 Your reference -- Our reference Mansup/ds/2001_131 Subject Request for Non disclosure (FCC ID: OSZ37300U) Curtis-Straus LLC Attention: Certification Manager 527 Great Road Littleton, Massachusetts United States of America telephone: (978) 486-8880 fax: (978) 486-8828 Dear Certification manager, Persuant to 47 CFR Section 0.459, Intersil Corporation hereby requests non disclosure and confidential treatment of the following materials submitted in support of FCC certification application for FCC ID: OSZ37300U: a. Schematic diagrams b. Theory of operation c. Bill of Material d. PCB layout Above materials contain trade secrets, proprietary and technical information which would customarily be guarded from competitors under 47 CFR section 0.457(d)(2). Disclosure or publication of any portion of this company confidential material to other parties could cause substantial competitive harm and provide unjustified benefits for competitors. Intersil Corporation understands that pursuant to 47 CFR section 0.457(d)(1)(ii) disclosure of the applicant and all accompanying documentation will not be made before the date of the grant. Sincerely yours, Derick Sariredjo Intersil Corp. Telephone: +31 30 225 97 42 email: [email protected]

Barry Quinlan From: "Sariredjo, Derick" <[email protected]> To: "Certification Manager (E-mail)" <[email protected]> Sent: Friday, August 31, 2001 10:40 AM Attach: 14 ISL37300U-eval Data Sheet r1 31Aug2001.pdf; 07 MPE Eng analysis rev 1.0 ISL37300U.pd f Subject: RE: OSZ37300U Page 1 of 2 9/6/2001 Dear Barry, Please find our response below: 1. Please find revised manual attached. 2. The device is powered from the 5 VDC of the USB port of PC host. This voltage is further regulated to 3.3 volts on the ISL37300U board. The AC regulation comes from the host PC which maintains AC regulation < 1%. So Voltage variations on the PC Host AC mains power supply do not have significant effect on DC of the USB bus. 3. The device is equipped with Hirose model U.FL antenna connectors, which are not any kind of industry standard (also not generally/readily available in electro shops) and can therefore be considered unique and non- standard as required under part 15.203. 4. Please find MPE exhibit rev. 1.0 attached. Best regards, Derick Sariredjo ( [email protected] ) Intersil Corp. The Netherlands ( www.intersil.com ) Rembrandtlaan 1a 3723 BG Bilthoven, The Netherlands Phone: +31.30.225.9742 Mobile: +31.62.732.8048 Fax: +31.30.229.6061 "The information and/or software contained in this communication is Intersil work product privileged and/or confidential information intended only for the use of the individual or entity named above. If the reader of this message is not the intended recipient, or the employee or agent responsible to deliver it to the intended recipient, you are hereby notified that any dissemination, distribution, or copying of this communication is strictly prohibited. If you have received this communication in error, please immediately notify the sender by telephone, and return the original message to the sender." -----Original Message----- From: Barry C. Quinlan [mailto:[email protected]] Sent: Thursday, August 30, 2001 6:03 PM To: Sariredjo, Derick Subject: OSZ37300U Dear Derick, Here is the review for this one. A few issues to tidy up. 1. The RF exposure information in the manual, while detailed, is inadequate. You need to warn the user to keep people 20 cm away from the transmitter. Please insert the following caution in the manual: “CAUTION: To comply with FCC RF exposure compliance, a separation distance of at least 20 cm must be maintained between the antenna of this device and all persons.” 2. Please provide data responsive to the voltage variations requirement of 15.31(e). 3. Please confirm that the antenna is permanently soldered to the PCB or describe method of compliance with 15.203. 4. The MPE exposure exhibit seems to take the conducted power output values for the device directly and does not compensate for antenna gain. Please review this exhibit and submit a new one which uses the gain of the antenna. Alternately, use the measured values of field strength to calculate MPE. Jon Curtis for: Best regards Barry C. Quinlan Certification & Telecom Manager ------------------------------------------------------------------------------- Curtis-Straus LLC Voice: 978.486.8880 x270 527 Great Road Fax: 978.486.8828 Littleton, MA 01460 http://www.curtis -straus.com -------------------------------------------------------------------------------- Page 2 of 2 9/6/2001

FCC ID: OSZ37300U Page 1 of 7 Photographs of Description: 2.4 GHz USB WLAN FCC ID: OSZ37300U Brand name: Intersil Model number: ISL37300U FCC ID: OSZ37300U Page 2 of 7 ISL37300U exterior overview FCC ID: OSZ37300U Page 3 of 7 ISL37300U exterior front FCC ID: OSZ37300U Page 4 of 7 ISL37300U exterior rear

FCC ID: OSZ37300U Page 1 of 3 FCC label information Description: 2.4 GHz USB WLAN FCC ID: OSZ37300U Brand name: Intersil Model number: ISL37300U FCC ID: OSZ37300U Page 2 of 3 ISL37300U FCC label Label material specification: Compucal II Tampermark MM 200 silver void II, Thickness: T=0.12mm (include single stick), Adhesive: V-23 adhesive" Material is durable, tamper proof and legible. FCC ID: OSZ37300U Page 3 of 3 ISL37300U FCC label on cabinet

FCC ID: OSZ37300U Page 5 of 7 ISL37300U PCB front view (digital) FCC ID: OSZ37300U Page 6 of 7 ISL37300U PCB Rear view with shields (RF) FCC ID: OSZ37300U Page 7 of 7 ISL37300U PCB Rear view without shields (RF)

FCC ID: OSZ37300U 1 Engineering analysis of a low power DSSS spread spectrum Transceiver, Equipment description: 2.4GHz WLAN USB device Brand name: Intersil Model number: ISL37300U FCC ID: OSZ37300U According to requirements of : FCC part 15.247 (b) (4), FCC OET Bulletin 65 “Evaluating Compliance with FCC Guidelines for Human Exposure to Radio frequency Electromagnetic Fields “ and supplements A, B and C. Date: August 31, 2001 Author: D.S. Sariredjo, Intersil Corp. The Netherlands Rev: 1.0 FCC ID: OSZ37300U 2 Introduction This engineering analysis was done according to FCC part 15.247 (b) (4) as part of the FCC certification requirements for spread spectrum devices. The measured EIRP values for the lowest, middle and highest TX channel were used for the MPE calculations based on FCC OET Bulletin 65 and supplements A, B, and C. These calculations were done in worst case mode, assuming 100% reflection of incoming radiation, resulting in a potential doubling of predicted field strength and a four-fold increase in (far-field equivalent) power density (S). EIRP S = 4πR 2 (power density without reflection) (2) 2 EIRP S = 4πR 2 (worst case power density with 100% reflection) with R = 20 cm (8 inches) Calculation results Table 1 below shows the Power density (S) results for the lowest, middle and highest TX channel: Measured EIRP (mW) Including antenna gain Calculated worst case Power Density S (mW/cm 2 ) Ch 1 Ch 6 Ch 11 Ch 1 Ch 6 Ch 11 169.8 186.2 186.2 0.135 0.148 0.148 Table 1: Power density (S) calculations Conclusion Based on these calculations and using the limits of the general population / uncontrolled environment (which is 1.0 mW/cm 2 at 2.4 GHz), the Intersil low power spread spectrum transceiver does not exceed the MPE requirements set forth in documents above, with a minimum safe distance between antenna and operator of 20 centimeters (8 inches). The equipment therefore fulfills the requirements on power density for general population / uncontrolled exposure and therefore complies with the requirements of FCC Part 15.247(b)(4) and FCC OET Bulletin 65 incl. supplements A, B, and C.

284 West Drive, Suite B Melbourne, FL 32904 RUBICOM SYSTEMS, INC. MAY 2001 Rubicom Systems, Inc. THIS REPORT SHALL NOT BE REPRODUCED EXCEPT IN FULL WITHOUT THE WRITTEN APPROVAL OF THE TESTING LABORATORY FCC TEST REPORT INTENTIONAL RADIATOR FOR THE INTERSIL CORP. MODEL ISL 37300U 2.4GHz USB WIRELESS TRANSMITTER JA-1820 1 FCC TEST REPORT (INTENTIONAL RADIATOR) FOR THE INTERSIL CORP. MODEL ISL 37300U 2.4GHz USB WIRELESS TRANSMITTER S/N: 01120035 Prepared by: __________________________________________________ Alex Belardinelli Tested by: __________________________________________________ Alex Belardinelli Performed by: Performed for: RUBICOM SYSTEMS, INC. INTERSIL CORP. 284 West Drive, Suite B P.O. Box 883 Melbourne, Florida 32904 Melbourne, FL 32902 Received: April 27, 2001 Completed: May 5, 2001 JA-1820 2 TABLE OF CONTENTS Paragraph Title Page CERTIFICATION................................................................................................. 3 ABSTRACT......................................................................................................... 4 1.0 INTRODUCTION................................................................................................. 5 1.1 Purpose............................................................................................................... 5 1.2 Requirements ...................................................................................................... 5 1.3 Unit Under Test Description................................................................................. 7 1.4 Summary of Results ............................................................................................ 7 2.0 APPLICABLE DOCUMENTS.............................................................................. 9 3.0 TEST SITE DESCRIPTION............................................................................... 10 3.1 Environmental Conditions.................................................................................. 10 4.0 TEST INSTRUMENTATION.............................................................................. 11 5.0 TEST SAMPLE SETUP AND CONFIGURATIONS........................................... 12 FIGURE 5.0-1.................................................................................................... 12 6.0 PROCEDURES AND RESULTS....................................................................... 14 6.1 General ............................................................................................................. 14 6.2 Power Line Conducted 15.207 .......................................................................... 14 6.3 Radiated Emissions 15.209/15.205 ................................................................... 14 6.3.1 Radiated Emissions (Pre-Scans) ........................................................... 14 6.3.2 Radiated Emissions ............................................................................... 29 6.3.3 Peak Ambient (EUT Off/Support Equipment On) ................................... 29 6.4 Operation Within The Bands (2.4GHz-2.4835GHz) 15.204(2)(b)(c)(d) .............. 78 6.4.1 6dB Bandwidth 15.247(2) ....................................................................... 78 6.4.2 Peak Output Power 15.247(2)(b) ........................................................... 86 6.4.3 Out of Band Emission 15.247(2)(c) ........................................................ 86 6.4.4 Power Spectral Density 15.247(2)(d) ................................................... 126 APPENDIX A COMPLIANCE LETTER............................................................................... 140 JA-1820 3 CERTIFICATION Rubicom Systems, Inc. certifies the information obtained in this report was performed consistent with the requirements of ANSI C63.4-1992. The Intersil Corp. Model ISL 37300U, 2.4GHz USB Wireless Transmitter complies with the requirements of CFR 47 Part 15 for Intentional Radiators as required in Paragraph 15.247(a)(2)(b)(1)(c) and (d). This data was obtained while testing an ISL 37300U Wireless Transmitter, s/n: 01120035, furnished by Intersil Corp. Any modifications to the unit as tested may invalidate the data and void this certification. JA-1820 4 ABSTRACT This report presents test results of the emanations found emitting from the Intersil Corp. Model ISL 37300U, 2.4GHz USB Wireless Transmitter and the comparison of these emissions to the requirements of FCC Title 47, Part 15, Subpart C for Intentional Radiators as required for direct sequence type spread spectrum systems operating in the 2.4 to 2.4835GHz range. The testing was performed on a 3-meter open field test site at Rubicom Systems, Inc. (RSI). The testing was performed for Intersil Corp. under purchase order 0261046. The results of this test effort demonstrate compliance of the Intersil Corp. Model ISL 37300U, 2.4GHz USB Wireless Transmitter to FCC Title 47, Part 15, Subpart C for Intentional Radiators (Paragraph 15.247(2)). The unit under test was serial number 01120035 for radiated and conducted measurements. JA-1820 5 1.0 INTRODUCTION 1.1 Purpose The purpose of this report is to show compliance of the Intersil Corp. ISL 37300U, 2.4GHz USB Wireless Transmitter to the requirements of Part 15 of the FCC Rules and Regulations (47CFR, Part 15, Subpart C) for Intentional Radiators. The applicable paragraphs covered by this report are 15.247(2)(b)(c) and (d). 1.2 Requirements The test requirements for an intentional radiator are as follows: RADIATED (15.205/15.209) Frequency (MHz) Field Strength (μV/m) Measurement Distance (m) 0.009-0.490MHz 2400/F (KHz) 300 0.490-1.705MHz 240000/F (KHz) 30 1.705-30.0MHz 30 30 30-88MHz 100 3 88-216MHz 150 3 216-960MHz 200 3 Above 960MHz 500 Average 3 CONDUCTED (15.207) Frequency (MHz) μ Volts dB>μV .450-30MHz 250 48 JA-1820 6 DIRECT SEQUENCE SPREAD SPECTRUM SYSTEM 15.247(2) Bandwidth The minimum 6dB bandwidth shall be greater than 500KHz. 15.247(2)(b) Maximum Peak Power The Maximum pea…

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FCC ID: OSZ37300U FCC Processing Gain report of: Description: 2.4 GHz USB WLAN Brand name: Intersil Model number: ISL37300U FCC ID: OSZ37300U for -channel 1 at 11 Mbps -channel 6 at 1, 2, 5.5 and 11 Mbps -channel 11 at 11 Mbps Processing Gain ISL36342U-EVAL 11Mbps CHANNEL 1 Processing Gain Gp = (S/N)o + Mj + Lsys Freq.Gp(S/N)oMj=J/SLsysJammerPER (MHz)(dB)(dB)(dB)(dB)(dBm)(%) 2403.5024.816.46.42.0-54.6<=8.0 2403.5524.916.46.52.0-54.5<=8.0 2403.6025.116.46.72.0-54.3<=8.0 2403.6525.216.46.82.0-54.2<=8.0 2403.7025.216.46.82.0-54.2<=8.0 2403.7524.816.46.42.0-54.6<=8.0 2403.8024.716.46.32.0-54.7<=8.0 2403.8524.716.46.32.0-54.7<=8.0 2403.9023.816.45.42.0-55.6<=8.0 2403.9523.316.44.92.0-56.1<=8.0 2404.0023.016.44.62.0-56.4<=8.0 2404.0522.816.44.42.0-56.6<=8.0 2404.1023.016.44.62.0-56.4<=8.0 2404.1522.316.43.92.0-57.1<=8.0 2404.2021.816.43.42.0-57.6<=8.0 2404.2521.516.43.12.0-57.9<=8.0 2404.3021.116.42.72.0-58.3<=8.0 2404.3520.916.42.52.0-58.5<=8.0 2404.4020.316.41.92.0-59.1<=8.0 2404.4519.916.41.52.0-59.5<=8.0 2404.5019.516.41.12.0-59.9<=8.0 2404.5519.216.40.82.0-60.2<=8.0 2404.6018.816.40.42.0-60.6<=8.0 2404.6518.416.40.02.0-61.0<=8.0 2404.7018.116.4-0.32.0-61.3<=8.0 2404.7517.616.4-0.82.0-61.8<=8.0 2404.8017.516.4-0.92.0-61.9<=8.0 2404.8517.716.4-0.72.0-61.7<=8.0 2404.9017.816.4-0.62.0-61.6<=8.0 2404.9517.816.4-0.62.0-61.6<=8.0 2405.0017.716.4-0.72.0-61.7<=8.0 2405.0517.816.4-0.62.0-61.6<=8.0 2405.1017.816.4-0.62.0-61.6<=8.0 2405.1517.616.4-0.82.0-61.8<=8.0 2405.2017.416.4-1.02.0-62.0<=8.0 2405.2517.416.4-1.02.0-62.0<=8.0 2405.3017.416.4-1.02.0-62.0<=8.0 2405.3517.316.4-1.12.0-62.1<=8.0 2405.4017.216.4-1.22.0-62.2<=8.0 2405.4517.216.4-1.22.0-62.2<=8.0 2405.5016.916.4-1.52.0-62.5<=8.0 2405.5516.616.4-1.82.0-62.8<=8.0 2405.6016.116.4-2.32.0-63.3<=8.0 2405.6515.816.4-2.62.0-63.6<=8.0 2405.7015.316.4-3.12.0-64.1<=8.0 2405.7514.616.4-3.82.0-64.8<=8.0 2405.8014.516.4-3.92.0-64.9<=8.0 2405.8514.416.4-4.02.0-65.0<=8.0 Prepared by: D. KalcikPage 18/7/2001 Processing Gain ISL36342U-EVAL 11Mbps CHANNEL 1 Processing Gain Gp = (S/N)o + Mj + Lsys Freq.Gp(S/N)oMj=J/SLsysJammerPER (MHz)(dB)(dB)(dB)(dB)(dBm)(%) 2405.9014.416.4-4.02.0-65.0<=8.0 2405.9514.216.4-4.22.0-65.2<=8.0 2406.0014.016.4-4.42.0-65.4<=8.0 2406.0514.016.4-4.42.0-65.4<=8.0 2406.1013.916.4-4.52.0-65.5<=8.0 2406.1513.816.4-4.62.0-65.6<=8.0 2406.2013.716.4-4.72.0-65.7<=8.0 2406.2513.716.4-4.72.0-65.7<=8.0 2406.3013.816.4-4.62.0-65.6<=8.0 2406.3513.816.4-4.62.0-65.6<=8.0 2406.4013.816.4-4.62.0-65.6<=8.0 2406.4513.816.4-4.62.0-65.6<=8.0 2406.5013.816.4-4.62.0-65.6<=8.0 2406.5513.816.4-4.62.0-65.6<=8.0 2406.6013.816.4-4.62.0-65.6<=8.0 2406.6513.916.4-4.52.0-65.5<=8.0 2406.7013.916.4-4.52.0-65.5<=8.0 2406.7513.816.4-4.62.0-65.6<=8.0 2406.8013.716.4-4.72.0-65.7<=8.0 2406.8513.816.4-4.62.0-65.6<=8.0 2406.9013.516.4-4.92.0-65.9<=8.0 2406.9513.416.4-5.02.0-66.0<=8.0 2407.0013.016.4-5.42.0-66.4<=8.0 2407.0512.816.4-5.62.0-66.6<=8.0 2407.1012.516.4-5.92.0-66.9<=8.0 2407.1512.016.4-6.42.0-67.4<=8.0 2407.2011.716.4-6.72.0-67.7<=8.0 2407.2511.716.4-6.72.0-67.7<=8.0 2407.3011.716.4-6.72.0-67.7<=8.0 2407.3511.716.4-6.72.0-67.7<=8.0 2407.4011.616.4-6.82.0-67.8<=8.0 2407.4511.616.4-6.82.0-67.8<=8.0 2407.5011.516.4-6.92.0-67.9<=8.0 2407.5511.516.4-6.92.0-67.9<=8.0 2407.6011.616.4-6.82.0-67.8<=8.0 2407.6511.716.4-6.72.0-67.7<=8.0 2407.7011.516.4-6.92.0-67.9<=8.0 2407.7511.416.4-7.02.0-68.0<=8.0 2407.8011.416.4-7.02.0-68.0<=8.0 2407.8511.516.4-6.92.0-67.9<=8.0 2407.9011.816.4-6.62.0-67.6<=8.0 2407.9511.916.4-6.52.0-67.5<=8.0 2408.0011.916.4-6.52.0-67.5<=8.0 2408.0511.916.4-6.52.0-67.5<=8.0 2408.1011.916.4-6.52.0-67.5<=8.0 2408.1511.716.4-6.72.0-67.7<=8.0 2408.2011.516.4-6.92.0-67.9<=8.0 2408.2511.516.4-6.92.0-67.9<=8.0 Prepared by: D. KalcikPage 28/7/2001 Processing Gain ISL36342U-EVAL 11Mbps CHANNEL 1 Processing Gain Gp = (S/N)o + Mj + Lsys Freq.Gp(S/N)oMj=J/SLsysJammerPER (MHz)(dB)(dB)(dB)(dB)(dBm)(%) 2408.3011.616.4-6.82.0-67.8<=8.0 2408.3511.616.4-6.82.0-67.8<=8.0 2408.4011.216.4-7.22.0-68.2<=8.0 2408.4511.116.4-7.32.0-68.3<=8.0 2408.5010.916.4-7.52.0-68.5<=8.0 2408.5510.716.4-7.72.0-68.7<=8.0 2408.6010.616.4-7.82.0-68.8<=8.0 2408.6510.416.4-8.02.0-69.0<=8.0 2408.7010.016.4-8.42.0-69.4<=8.0 2408.759.516.4-8.92.0-69.9<=8.0 2408.809.716.4-8.72.0-69.7<=8.0 2408.859.916.4-8.52.0-69.5<=8.0 2408.909.916.4-8.52.0-69.5<=8.0 2408.959.816.4-8.62.0-69.6<=8.0 2409.009.816.4-8.62.0-69.6<=8.0 2409.059.816.4-8.62.0-69.6<=8.0 2409.109.616.4-8.82.0-69.8<=8.0 2409.159.616.4-8.82.0-69.8<=8.0 2409.209.616.4-8.82.0-69.8<=8.0 2409.259.716.4-8.72.0-69.7<=8.0 2409.3010.016.4-8.42.0-69.4<=8.0 2409.3510.216.4-8.22.0-69.2<=8.0 2409.4010.416.4-8.02.0-69.0<=8.0 2409.4510.416.4-8.02.0-69.0<=8.0 2409.5010.516.4-7.92.0-68.9<=8.0 2409.5510.616.4-7.82.0-68.8<=8.0 2409.6010.616.4-7.82.0-68.8<=8.0 2409.6510.616.4-7.82.0-68.8<=8.0 2409.7010.416.4-8.02.0-69.0<=8.0 2409.7510.016.4-8.42.0-69.4<=8.0 2409.8010.216.4-8.22.0-69.2<=8.0 2409.8510.316.4-8.12.0-69.1<=8.0 2409.9010.316.4-8.12.0-69.1<=8.0 2409.9510.216.4-8.22.0-69.2<=8.0 2410.0010.116.4-8.32.0-69.3<=8.0 2410.0510.116.4-8.32.0-69.3<=8.0 2410.1010.016.4-8.42.0-69.4<=8.0 2410.159.716.4-8.72.0-69.7<=8.0 2410.209.816.4-8.62.0-69.6<=8.0 2410.259.816.4-8.62.0-69.6<=8.0 2410.309.916.4-8.52.0-69.5<=8.0 2410.3510.016.4-8.42.0-69.4<=8.0 2410.4010.016.4-8.42.0-69.4<=8.0 2410.4510.016.4-8.42.0-69.4<=8.0 2410.5010.116.4-8.32.0-69.3<=8.0 2410.5510.316.4-8.12.0-69.1<=8.0 2410.6010.516.4-7.92.0-68.9<=8.0 2410.6510.516.4-7.92.0-68.9<=8.0 Prepared by: D. KalcikPage 38/7/2001 Processing Gain ISL36342U-EVAL 11Mbps CHANNEL 1 Processing Gain Gp = (S/N)o + Mj + Lsys Freq.Gp(S/N)oMj=J/SLsysJammerPER (MHz)(dB)(dB)(dB)(dB)(dBm)(%) 2410.7010.716.4-7.72.0-68.7<=8.0 2410.7510.816.4-7.62.0-68.6<=8.0 2410.8011.016.4-7.42.0-68.4<=8.0 2410.8511.216.4-7.22.0-68.2<=8.0 2410.9011.316.4-7.12.0-68.1<=8.0 2410.9511.316.4-7.12.0-68.1<=8.0 2411.0011.316.4-7.12.0-68.1<=8.0 2411.0511.416.4-7.02.0-68.0<=8.0 2411.1011.416.4-7.02.0-68.0<=8.0 2411.1511.316.4-7.12.0-68.1<=8.0 2411.2011.116.4…

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JA-1820 12 PHOTO 1