Test report 1

FCC ID: KBCIX260LMC350

Test Report

Download: PDF
FCCID_298644

Exhibit II. Certification Data FCC and IC Supplemental Certification Report for the FCC ID: KBCIX260LMC350 and IC: 246 11032078A Exhibit 2

EXHIBIT VI. Supplemental Test Report New Certification of Previously Certified OEM Module FCC ID: KBCIX260LMC350 IX260 with a LMC-350, PCMCIA, WLAN Certification Under Title 47 CFR, Part 15.247 And RSS-210 Prepared On Behalf Of ITRONIX, Corporation South 801 Stevens St. Spokane, WA 99204 Prepared By Spectrum Technology, Inc. 209 Dayton Street, Suite 205 Edmonds, WA 98020 425 771-4482 January 13, 2003 Exhibit VI

Applicant: ITRONIX, Corporation FCC ID: KBCIX260MPI350 Supplemental Test Report TABLE OF CONTENTS Cover Page 1 Table Of Contents 2 Exhibit 6 – Conducted RF Power Output Part 15.247 (b) 3, 4 & Equivalent Isotropic Radiated Power Exhibit 6 – Radiated Harmonics and Spurious Emissions 5 & Radiated Field Strength For Three Channels External antenna #1, on display Exhibit 6 – Radiated Harmonics and Spurious Emissions 6 & Radiated Field Strength For Three Channels External antenna #2, magnetic mount Exhibit 6 – Radiated Harmonics and Spurious Emissions 7 & Radiated Field Strength For Three Channels External antenna #3, magnetic mount Note: The test results submitted herein address the Itronix, Inc. addition of three new antennas for use with the Intentional Radiator referenced below. They are intended to be supplemental to the original Certification exhibits and test report filed for the following Cisco Systems, Inc., DSSS, IEEE 802.11(b), WLAN.: United States FCC ID: LDK102040, PCMCIA card, WLAN, Model: LMC-350 or Canada IC: 246 11032078A, PCMCIA card, WLAN, Model: LMC-350 Exhibit VI 2

Applicant: ITRONIX, Corporation FCC ID: KBCIX260MPI350 EXHIBIT 6A TEST: CONDUCTED RF POWER OUTPUT FCC ID: KBCIX260LMC350 Applicant: ITRONIX, Corporation Model: IX260 with LMC350, WLAN Minimum Standard Specified: Part 15.247(b)(1) is 1 Watt for DSSS Test Results: The measured output power level on the sample shows compliance with the above limit. Authorization Procedure: Part 2.1046 Measured Conducted Output Power: 21.2 dBm (Max.) Method of Measurement: 1. The output power levels above had been preset during production for each model an no changes made. 2. The peak output power was measured by Celltech with a Gigatronics 8652A Universal Power Meter (S/N: 1835272). 3. The measured channels cover the low, middle and top of the operational frequency range previously approved for this Intentional Radiator of 2412 – 2462 MHz. 4. The results below were the maximum levels observed on Antenna port A2 which is used in production, A1 is not used. Tabular Results of Conducted RF Output Power and EIRP Calculations Antenna #1 WLAN Peak Power Add’l loss 3 ‘ blade Serial No: Output second cable antenna SPL051002Y includes 6 “ from CCB to Drawing 47- W cable loss blade ant. 0118-003 Frequency Peak Power 20” Output Ant. Gain EIRP GHz Output Cable loss Power dBi dBm 2.412 20.4 1.3 21.7 -0.18 21.52 2.437 21.2 1.4 22.6 -0.18 22.42 2.462 21.2 1.6 22.8 -0.18 22.62 * max. Exhibit VI 3

Applicant: ITRONIX, Corporation FCC ID: KBCIX260MPI350 EXHIBIT 6A TEST: CONDUCTED RF POWER OUTPUT Antenna #2 WLAN Peak Power Coaxial MaxRad P/N: Serial No: Output cable from BMAXC24503 SPL051002Y includes 6 “ Cradel to W cable loss Ext. Antenna Frequency Peak Power Cable loss Output Ant. Gain EIRP GHz Output 17 feet of Power dBi dBm LMR195 coaxial cable 2.412 20.4 3.5 dB 23.9 3 26.9 2.437 21.2 3.5 dB 24.7 3 27.7 * max. 2.462 21.2 3.5 dB 24.7 3 27.7 * max. Antenna #3 WLAN Peak Power Coaxial MaxRad P/N: Serial No: Output cable from BMAXC24505 SPL051002Y includes 6 “ Cradel to W cable loss Ext. Antenna Frequency Peak Power Cable loss Output Ant. Gain EIRP GHz Output 17 feet of Power dBi dBm LMR195 coaxial cable 2.412 20.4 3.5 dB 23.9 5 28.9 2.437 21.2 3.5 dB 24.7 5 29.7 * max. 2.462 21.2 3.5 dB 24.7 5 29.7 * max. The WLAN maximum EIRP with each antenna is as follows: Antenna #1 Itronix, 3 Inch Blade Antenna = 22.62 dBm EIRP Antenna #2 MaxRad, P/N: BMAXC24503 = 27.7 dBm EIRP Antenna #3 MaxRad, P/N: BMAXC24505 = 29.7 dBm EIRP Exhibit VI 4

Applicant: ITRONIX, Corporation FCC ID: KBCIX260MPI350 EXHIBIT 6G TEST: RADIATED HARMONICS AND SPURIOUS EMISSIONS FCC ID: KBCIX260LMC350 Applicant: ITRONIX, Corporation Model: IX260 with LMC350, WLAN Minimum Standard Specified: Part 15.247(c), 15.205 & 15.209(a) Test Results: Equipment complies with standard Authorization Procedure: Part 2.1053 Test Equipment Set Up: See Block Diagram in Exhibit 7 Frequency Range Observed: 0 to 24 GHz Operating Frequencies WLAN: 2412, 2437, & 2462 MHz (2412 – 2462 MHz band) ANTENNA #1, 3” Blade Antenna Display Located Radiated Field Strength For Three Channels WLAN Ant. Spectrum + - + = or Frequency in Vert/ Analyzer Ant Amp Cable dBuV/m uV/m GHz Horz Reading dBuV Factor Gain Loss @ 3 meters @ 3 meters Ch. 1 Low 2.412 V 84.67 28.37 0 1.33 114.37 522997.96 Ch. 6 Mid 2.437 V 83.67 28.37 0 1.33 113.37 466122.42 Ch.11 High 2.462 V 86.00 28.37 0 1.33 115.70 609536.89 Related Harmonics and Spurious Emissions WLAN Frequency in GHz Harmonics observed Limit 74 dBuV/m Peak & 54 dBuV/m Average Ch. 1 Low Fo 2.412 2Fo - 10Fo 4.824 – 24.120 At or < noise floor @3m All emissions < 54 dBuV/m or 500 uV/m Ch. 6 Mid Fo 2.437 2Fo – 10Fo 4.874 – 24.370 At or < noise floor @3m All emissions < 54 dBuV/m or 500 uV/m Ch. 11 High Fo 2.462 2Fo - 10Fo 4.924 – 24.620 At or < noise floor @3m All emissions < 54 dBuV/m or 500 uV/m All harmonic and spurious emissions were below the limit. 2Fo and 3Fo were measurable during preliminary measurements at 1.0 meter with 100 kHz RBW only, but not at 3 meters with 1 MHz RBW. A HP preamplifier with over 20 dB of gain was used during the measurements of the harmonics. A high pass filter was used to reduce the fundamental signal and avoid the possibility of overloading the front end of the analyzer when using the preamp. Test Notes: 1.) All harmonics in the restricted bands listed in Part 15.205 are below the Part 15.209(a) limit. 2.) No peak emissions above 1 GHz are more than 20 dB above the average limit. 3.) Peak measurements made with 1 MHz RBW & VBW, Average made with 1MHz RBW & 10 Hz VBW. 4.) One set of measurements was made for each antenna. Antenna port, A2, was the output from the PCMCIA card to the Cradel contact board and then to the external antenna connected to the Cradle. Exhibit VI 5

Applicant: ITRONIX, Corporation FCC ID: KBCIX260MPI350 EXHIBIT 6G TEST: RADIATED HARMONICS AND SPURIOUS EMISSIONS FCC ID: KBCIX260LMC350 Applicant: ITRONIX, Corporation Model: IX260 with LMC350, WLAN Minimum Standard Specified: Part 15.247(c), 15.205 & 15.209(a) Test Results: Equipment complies with standard Authorization Procedure: Part 2.1053 Test Equipment Set Up: See Block Diagram in Exhibit 7 Frequency Range Observed: 0 to 24 GHz Operating Frequencies WLAN: 2412, 2437, & 2462 MHz (2412 – 2462 MHz band) ANTENNA #2, Maxrad Antenna, Manf. P/N BMAXC24503 - 3 dB gain Vehicular Antenna Radiated Field Strength For Three Channels WLAN Ant. Spectrum + - + = or Frequency in Vert/ Analyzer Ant Amp Cable dBuV/m uV/m GHz Horz Reading dBuV Factor Gain Loss @ 3 meters @ 3 meters Ch. 1 Low 2.412 V 76.33 28.37 0 1.33 106.03 200216.56 Ch. 6 Mid 2.437 V 75.00 28.37 0 1.33 104.70 171790.83 Ch.11 High 2.462 V 77.33 28.37 0 1.33 107.03 224646.67 Related Harmonics and Spurious Emissions WLAN Frequency in GHz Harmonics observed Limit 74 dBuV/m Peak & 54 dBuV/m Average Ch. 1 Low Fo 2.412 2Fo - 10Fo 4.824 – 24.120 At or < noise floor @3m All emissions < 54 dBuV/m or 500 uV/m Ch. 6 Mid Fo 2.437 2Fo – 10Fo 4.874 – 24.370 At or < noise floor @3m All emissions < 54 dBuV/m or 500 uV/m Ch. 11 High Fo 2.462 2Fo - 10Fo 4.924 – 24.620 At or < noise floor @3m All emissions < 54 dBuV/m or 500 uV/m All harmonic and spurious emissions were below the limit. 2Fo and 3Fo were just visible during preliminary measurements at < 1 meter using 100 kHz RBW only, but not at 3 meters with 1 MHz RBW. A HP preamplifier with over 20 dB of gain was used during the measurements of the harmonics. A high pass filter was used to reduce the fundamental signal and avoid the possibility of overloading the front end of the analyzer when using the preamp. Test Notes: 1.) All harmonics in the restricted bands listed in Part 15.205 are below the Part 15.209(a) limit. 2.) No peak emissions above 1 GHz are more than 20 dB above the average limit. 3.) Peak measurements made with 1 MHz RBW & VBW, Average made with 1MHz RBW & 10 Hz VBW. 4.) One set of measurements was made with each antenna. Antenna port, A2, was the output from the PCMCIA card to the cradle contact board and then to the external antenna connected to the Cradle. Exhibit VI 6

Applicant: ITRONIX, Corporation FCC ID: KBCIX260MPI350 EXHIBIT 6G TEST: RADIATED HARMONICS AND SPURIOUS EMISSIONS FCC ID: KBCIX260LMC350 Applicant: ITRONIX, Corporation Model: IX260 with LMC350, WLAN Minimum Standard Specified: Part 15.247(c), 15.205 & 15.209(a) Test Results: Equipment complies with standard Authorization Procedure: Part 2.1053 Test Equipment Set Up: See Block Diagram in Exhibit 7 Frequency Range Observed: 0 to 24 GHz Operating Frequencies WLAN: 2412, 2437, & 2462 MHz (2412 – 2462 MHz band) ANTENNA #3, Maxrad Antenna, Manf. P/N: BMAXC24505 - 5 dB gain. Vehicular Antenna Radiated Field Strength For Three Channels WLAN Ant. Spectrum + - + = or Frequency in Vert/ Analyzer Ant Amp Cable dBuV/m uV/m GHz Horz Reading dBuV Factor Gain Loss @ 3 meters @ 3 meters Ch. 1 Low 2.412 V 74.33 28.37 0 1.33 104.03 200216.56 Ch. 6 Mid 2.437 V 74.33 28.37 0 1.33 104.03 171790.83 Ch.11 High 2.462 V 77.67 28.37 0 1.33 107.37 233614.61 Related Harmonics and Spurious Emissions WLAN Frequency in GHz Harmonics observed Limit 74 dBuV/m Peak & 54 dBuV/m Average Ch. 1 Low Fo 2.412 2Fo - 10Fo 4.824 – 24.120 At or < noise floor @3m All emissions < 54 dBuV/m or 500 uV/m Ch. 6 Mid Fo 2.437 2Fo – 10Fo 4.874 – 24.370 At or < noise floor @3m All emissions < 54 dBuV/m or 500 uV/m Ch. 11 High Fo 2.462 2Fo - 10Fo 4.924 – 24.620 At or < noise floor @3m All emissions < 54 dBuV/m or 500 uV/m All harmonic and spurious emissions were below the limit. 2Fo and 3Fo were just visible during preliminary measurements at < 1 meter using 100 kHz RBW only, but not at 3 meters with 1 MHz RBW. A HP preamplifier with over 20 dB of gain was used during the measurements of the harmonics. A high pass filter was used to reduce the fundamental signal and avoid the possibility of overloading the front end of the analyzer when using the preamp. Test Notes: 1.) All harmonics in the restricted bands listed in Part 15.205 are below the Part 15.209(a) limit. 2.) No peak emissions above 1 GHz are more than 20 dB above the average limit. 3.) Peak measurements made with 1 MHz RBW & VBW, Average made with 1MHz RBW & 10 Hz VBW. 4.) One set of measurements was made with each antenna. Antenna port, A2, was the output from the PCMCIA card to the cradle contact board and then to the external antenna connected to the Cradle. Exhibit VI 7

Applicant: ITRONIX, Corporation FCC ID: KBCIX260LMC350 Exhibit VII. Test Set-Up Procedures BLOCK DIAGRAM #1 Transmitter Radiated Spurious Emissions Test Set Up D = 100 ft. or 3 meters 1/2 Wave Dipole * D Equipment Under Test Spectrum Analyzer See Equipment List for Equipment Specifications * 1/2 Wave Dipole 30-1000 MHz Dual Ridged Guide Antenna or Broadband Log Periodic 1-10 GHz Exhibit 7 1

Applicant: ITRONIX, Corporation FCC ID: KBCIX260LMC350 Test Equipment List A SPECTRUM TECHNOLOGY, INC. Equipment Manufacturer Serial Number Cal Date/Due Date Spectrum Analyzer Hewlett-Packard 8562A 08562-60062 12/17/02 12/17/03 Amplifier Hewlett-Packard 8447F 2727A02208 12/17/02 12/17/03 9 kHz-1300 MHz OPT H64 Service Monitor IFR FM/AM 500A 4103 --- Oscilloscope Kikusui C055060 6132295 --- Power Supply Astron VS35 8601266 --- Voltmeter Fluke 8020A N2420658 --- Multimeter Fluke 25 3710310 --- Wattmeter Bird 43 56227 --- RF Termination Bird 8135 10004 --- Dual Phase LISN STI per MP-4 02 1/15/02 1/15/03 50 ohm/50 uH Dual Phase LISN Compliance Design 8012-50R-24-BNC 1/15/02 1/15/03 50 ohm/50 uH Audio Generator Hewlett-Packard 205-AG 8689 --- Thermometer Fluke 52 3965185 --- Test Line Simulator, Teltone TLS-2 none --- Turn Table, RC EMCO 1060-2M 8912-1415 --- Antenna Mast, RC Compliance Design, Inc. M100 --- Antennas: Dipole Set EMCO Model: 3121C 1335 03/26/00 09/26/04 Dipole Set EMCO Model: 3121C 1336 03/26/00 09/26/04 Bi-Conical EMCO 3104 3763 reference only Bi-Conical EMCO 3104C 9401-4635 01/30/02 01/30/03 Log-Periodic EMCO 3146 1754 01/29/02 01/29/03 Active Loop EMCO 6502 9107-2645 reference only Dual Ridged Guide Antenna Electro-metrics RGA-60 6225 12/30/02 12/30/03 Rev. 12/03 Exhibit 7 2

Applicant: ITRONIX, Corporation FCC ID: KBCIX260LMC350 Photographs of EUT as set up at OATS facility Nov 14, 2002 Photo 1 of 7 Antenna #1 – 3 Inch Blade Antenna Front View of IX260 PC – Blade Antenna located upper right side of display. Exhibit 7 3

Applicant: ITRONIX, Corporation FCC ID: KBCIX260LMC350 Photo 2 of 7 Antenna #1 – 3 Inch Blade Antenna Rear View of IX260 PC – Antenna located externally on the upper right side of display (left side of this rear view). Exhibit 7 4

Applicant: ITRONIX, Corporation FCC ID: KBCIX260LMC350 Photographs of EUT set up at OATS facility Nov 11, 2002 Photo 3 of 7 Antenna #2 MaxRad P/N: BMAXC24503 Front View of IX260 PC in Vehicular Cradle Exhibit 7 5

Applicant: ITRONIX, Corporation FCC ID: KBCIX260LMC350 Photo 4 of 7 Antenna #2 MaxRad P/N: BMAXC24503 Rear View of IX260 PC in Vehicular Cradle Exhibit 7 6

Applicant: ITRONIX, Corporation FCC ID: KBCIX260LMC350 Photographs of EUT set up at OATS facility Nov 14, 2002 Photo 5 of 7 Antenna #3 MaxRad P/N: BMAXC24505 Front View of IX260 PC in Vehicular Cradle Exhibit 7 7

Applicant: ITRONIX, Corporation FCC ID: KBCIX260LMC350 Photo 6 of 7 Antenna #3 MaxRad P/N: BMAXC24505 Rear View of IX260 PC in Vehicular Cradle Exhibit 7 8

Applicant: ITRONIX, Corporation FCC ID: KBCIX260LMC350 Photo 7 of 7 Close up photo of the two MaxRad external antennas Antenna #2, MaxRad P/N: BMAXC24503 On the left Antenna #3, MaxRad P/N: BMAXC24505 On the right Exhibit 7 9


Document Created: 2003-01-13 13:55:28
Document Modified: 2003-01-13 13:55:28
© 2024 FCC.report
This site is not affiliated with or endorsed by the FCC