Test Report 1

FCC ID: EO9FC200A

Test Report

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FCCID_565844

FC200 960MHz Data FCC part 101 FCC ID: EO9-FC200A REGULATORY TEST REPORT TITLE: FC200 960MHz Data AUTHOR: Drew Rosenberg REV CCO DESCRIPTION OF CHANGE DATE APPROVALS Engineering INITIAL RELEASE Engineering REVISION HISTORY Engineering Engineering Engineering NOTICE OF PROPRIETARY INFORMATION Information contained herein is proprietary and is property of ITRON, Inc. where furnished with a proposal, the recipient shall use it solely to evaluate the proposal. Where furnished to a customer it shall be used solely for the purposes of inspection, installation or maintenance. Where furnished to a supplier, it shall be used solely in the performance of work contracted for this company. The information shall not be used or disclosed by the recipient for any other purpose, whatsoever.

FC200 960MHz Data FCC ID: EO9-FC200A Summary Test Data Summary Summary Test Data Summary FCC Part 101 / RSS-119 Transceiver 952-960 MHz FCC ID: EO9-FC200A Device Model: Model Numbers: FC200 Serial Numbers: 6099 Rule Description Max. Reading Pass/Fail FCC 101.113 EIRP of Fundamental Emissions 22.29 dBm Pass FCC 101.111a(5) Transmit Mask - FCC N/A Pass FCC 101.109 Occupied Bandwidth 3.38kHz Pass Cognizant Personnel Drew Rosenberg Regulatory Engineer Name Title Mark Kvamme Senior Technician Name Title

FC200 960MHz Data FCC ID: EO9-FC200A Test 1: FCC Part 101.113 EIRP of Fundamental Emissions Test 1: FCC Part 101.113 EIRP of Fundamental Emissions Equipment Serial Cal Cal Canada: Used Number Date Due 1. Output power must be +/-1dB of Substitution rated power. Antenna 4106 09/13/04 09/13/06 (Roberts Dipole) 2. Output power must be less than Receive Antenna AN 19570 Reference Only 4W (6dBW) (Roberts Dipole) Frequency Generator 3123A01161 11/8/2004 11/8/2006 FCC: HP8673D Spectrum Measure the EIRP of the transmitter Analyzer US40240538 4/21/2005 4/21/2006 fundamental using the antenna Agilent E4408B substitution procedure (appendix A). Power Meter 3125U11553 11/10/2004 11/10/2005 HP437B The EIRP of the transmitter may not Power Sensor 3318A08626 12/1/2004 11/30/2005 exceed: HP8481D Date Temp/Humidity Tested by Frequency Fixed Mobile ºF / % (MHz) (dBW) (dBW) 952-860 40 14 6/24/05 74 74 Fill in the white spaces in the table below for each frequency measured: Analyzer Analyzer Reading of Reading of Device Generator Difference Substitution Generator Frequency Emissions Emissions (add to Antenna Gain Output EIRP (MHz) Polarity (dBm) (dBm) ERP reading) (dBi) (dBm) (dBm) 960 V -15.805 -37.34 21.535 0.8 -0.044 22.291

FC200 960MHz Data FCC ID: EO9-FC200A Test 2: FCC 101.109 Occupied Bandwidth Test 2: FCC 101.109 Occupied Bandwidth Equipment Serial Number Cal Cal Used Date Due Measure the occupied bandwidth (99% HP8593E 3543A02032 6/22/2005 9/15/2006 bandwidth). The Occupied bandwidth may not exceed 12.5kHz (US) or 11.25kHz (Canada). Date Tested by 6/22/05 Mark Kvamme Place a screen capture of the measurement below:

FC200 960MHz Data FCC ID: EO9-FC200A Test 3: FCC Part 101.111a(5) Transmitter Mask (US) Test 3: FCC Part 101.111a(5) Transmitter Mask (US) Equipment Serial Cal Cal Used Number Date Due Measure the transmitter mask, referenced to HP8594 3710A04999 02/24/05 02/24/07 an unmodulated carrier, according to the following schedule: Date Temp/Humidity Tested by ºF / % Attenuation Minimum Maximum below 6/24/05 74 / 74 Mark Kvamme Displacement Displacement unmodulated Frequency Frequency carrier (kHz) (kHz) (dB) 2.5 6.25 53*log(fd/2.5) 6.25 9.5 103*log(fd/3.9) 9.5 15 157*log(fd/5.3) 15 >15 50+Log(P) or 70

FC200 960MHz Data FCC ID: EO9-FC200A Appendix A Antenna Substitution Method of EIRP Measurement Appendix A Antenna Substitution Method of EIRP Measurement First, measure the field strength of the device in accordance with the procedure in Appendix B. Second, replace the device with an antenna and connect the antenna to the output of a signal generator. Set the signal generator to the same frequency as the device emission that is being measured. Adjust the height of receiving antenna to give the highest reading. Repeat with the substitution antenna in the vertical position. Bring the position back to the polarity and height that results in the highest field strength reading. Set the signal generator to a power that results in the same field strength reading as that of the device emission. The gain of the transmitting antenna, output power of the generator, and loss of the cable can then be used to determine the EIRP of the device. Field Strength = ACF1 + Cable Loss1 + Ground Plane + DUT Output Field Strength = ACF1 + Cable Loss1 + Ground Plane + Cable Loss2 + Antenna2 Gain + RF Source which produces a level equivalent to DUT

FC200 960MHz Data FCC ID: EO9-FC200A Appendix B Field Strength Measurement Procedure Appendix B Field Strength Measurement Procedure This test measures the field strength of radiated emissions using a spectrum analyzer and a receiving antenna in accordance with ANSI C63.4-2003. During the test, the EUT is to be placed on a non-conducting support at 80 cm above the horizontal ground plane of the OATS. The horizontal distance between the antenna and the DUT is to be exactly 3 meters. Levels below 1 GHz are to be measured with the spectrum analyzer resolution bandwidth at 120 kHz and levels at or above 1 GHz are to be measured with the spectrum analyzer resolution bandwidth at 1 MHz. 1) Monitor the frequency range of interest at a fixed antenna height and EUT azimuth. 2) If appropriate, manipulate the system cables to produce the highest amplitude signal relative to the limit. Note the amplitude and frequency of the suspect signal. 3) Rotate the EUT 360° to maximize the suspected highest amplitude signal. If the signal or another at a different frequency is observed to exceed the previously noted highest amplitude signal by 1 dB or more, go back to the azimuth and repeat step b). Otherwise, orient the EUT azimuth to repeat the highest amplitude observation and proceed. 4) Move the antenna over its fully allowed range of travel to maximize the suspected highest amplitude signal. If the signal or another at a different frequency is observed to exceed the previously noted highest amplitude signal by 1 dB or more, return to step b) with the antenna fixed at this height. Otherwise, move the antenna to the height that repeats the highest amplitude observation and proceed. 5) Change the polarity of the antenna and repeat step b), step c), and step d). Compare the resulting suspected highest amplitude signal with that found for the other polarity. Select and note the higher of the two signals. This signal is termed the highest observed signal with respect to the limit for this EUT operational mode. EUT 3 M. Mast Styrofoam Block 80 cm Roberts Dipole, Bi - conical, and Log Periodic antennae below 1 GHz. Double Ridged Guide antenna above 1 GHz. Power Supply Spectrum [1] Analyzer [1] Indicates a change in [1] connection, not an actual Signal switch. 10 dB 40 dB Generator Coax Power Reference Level Set Meter


Document Created: 2005-07-26 19:44:42
Document Modified: 2005-07-26 19:44:42
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