H6M-OFRP300FMulticarrier Paging On-Frequency Radio Repeater

Powerwave Technologies Inc.

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Application Details

Equipment Class: PCB - PCS Licensed Transmitter
Date of Grant: Mar 21, 1999
Application Purpose: Original Equipment
Date of Application: Jan 14, 1999
Equipment Note: Multicarrier Paging On-Frequency Radio Repeater
Frequency Range: 940.21000000 - 940.24000000
Company: Powerwave Technologies Inc.
Country: United States

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Users Manual

DATE OF ISSUANCE: 22 JANUARY 1999 REPORT NUMBER: 980335 FCC ID: IA9T100-900 PAGE 1 OF 22 Partial reproduction of this document is prohibited without prior written consent of Acme Testing Inc. ACME TESTING INC., 2002 VALLEY HWY, P.O. BOX 3, ACME, WASHINGTON 98220-0003 888-226-3837. REPORT OF MEASUREMENTS PART 15C - INTENTIONAL RADIATOR DEVICE:902 – 928 MHz FREQUENCY HOPPING TRANSMITTER MODEL:T100-900 MANUFACTURER: OMNEX CONTROL SYSTEMS, INC. ADDRESS:#74 – 1833 COAST MERIDIAN ROAD PORT COQUITLAM BRITISH COLUMBIA CANADA V3C 6G5 THE DATA CONTAINED IN THIS REPORT WAS COLLECTED ON 21 DECEMBER 1998 AND COMPILED BY: PAUL G. SLAVENS CHIEF EMC ENGINEER WORK ORDER: 10704 DATE OF ISSUANCE: 22 JANUARY 1999 REPORT NUMBER: 980335 FCC ID: IA9T100-900 PAGE 2 OF 22 1.GENERAL............................................................................................................................................................ 4 1.1P URPOSE......................................................................................................................................................... 4 1.2M ANUFACTURER............................................................................................................................................ 4 1.3T EST LOCATION.............................................................................................................................................. 4 1.4T EST PERSONNEL............................................................................................................................................ 4 2.TEST RESULTS SUMMARY ............................................................................................................................ 5 3.DESCRIPTION OF EQUIPMENT AND PERIPHERALS ............................................................................. 6 3.1E QUIPMENT UNDER TEST (EUT) .................................................................................................................... 6 3.2EUT P ERIPHERALS......................................................................................................................................... 6 3.3D ESCRIPTION OF INTERFACE CABLES.............................................................................................................. 6 3.4M ODE OF OPERATION DURING TESTS............................................................................................................. 6 3.5M ODIFICATIONS REQUIRED FOR COMPLIANCE................................................................................................ 6 4.ANTENNA REQUIREMENT ............................................................................................................................ 7 4.1R EGULATION................................................................................................................................................... 7 4.2R ESULT........................................................................................................................................................... 7 5.CONDUCTED EMISSIONS TESTS ................................................................................................................. 8 5.1T EST EQUIPMENT............................................................................................................................................ 8 5.2P URPOSE......................................................................................................................................................... 8 5.3T EST PROCEDURES......................................................................................................................................... 8 5.4T EST RESULTS................................................................................................................................................ 8 6.20 DB BANDWIDTH AND CHANNEL SEPARATION ................................................................................. 9 6.1R EGULATION................................................................................................................................................... 9 6.2T EST EQUIPMENT............................................................................................................................................ 9 6.3T EST PROCEDURES......................................................................................................................................... 9 6.4T EST RESULTS................................................................................................................................................ 9 7.NUMBER OF CHANNELS .............................................................................................................................. 11 7.1R EGULATION................................................................................................................................................. 11 7.2T EST RESULTS.............................................................................................................................................. 11 8.POWER OUTPUT............................................................................................................................................. 12 8.1R EGULATION................................................................................................................................................. 12 8.2T EST EQUIPMENT.......................................................................................................................................... 12 8.3T EST PROCEDURES....................................................................................................................................... 12 8.4T EST RESULTS.............................................................................................................................................. 12 9.ANTENNA GAIN REQUIREMENTS.........................................................…

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Users Manual

FCC ID: H6M-OFRP300F MEASUREMENT/TECHNICAL REPORT COMPANY NAME:Kaval Telecom, Inc. MODEL:OFR-P300F FCC ID:H6M-OFRP300F DATE:January 14, 1999 This report concerns (check one): Original grant X Class II change_____ Equipment type: Transceiver Deferred grant requested per 47 CFR 0.457(d)(1)(ii)? yes_____ No X If yes, defer until:_________________ date N.A. agrees to notify the Commission by N.A. date of the intended date of announcement of the product so that the grant can be issued on that date. Report prepared by: United States Technologies, Inc. 3505 Francis Circle Alpharetta, GA 30004 Phone Number: (770) 740-0717 Fax Number: (770) 740-1508 FCC ID: H6M-OFRP300F TABLE OF CONTENTS GENERAL INFORMATION Agency Letter Letter of Confidentiality Users Manual Includes: Theory of Operation Description of Circuitry Tune Up Procedure Parts Lists Schematics Labeling Information Photographs TESTS AND MEASUREMENTS Product Description Test Methodology EUT and Peripherals Test Facility Test Equipment Modifications Measurement Procedure - RF Power Output - Bandwidth of Fundamental Emission - Spurious Emissions at Antenna Terminals - Field Strength of Spurious Radiation Emissions - Frequency Stability FCC ID: H6M-OFRP300F EXHIBIT 1 GENERAL INFORMATION FCC ID: H6M-OFRP300F FCC ID: H6M-OFRP300F FCC ID: H6M-OFRP300F EXHIBIT 2 USERS MANUAL Includes: Theory of Operation which includes: Description of Circuitry Tune Up Procedure Parts List Schematics For purposes of electronic submittal, this information has been provided to the FCC in a group of separate files FCC ID: H6M-OFRP300F EXHIBIT 3 LABELING INFORMATION FCC ID: H6M-OFRP300F Photo Showing Placement of Label on the Unit FCC ID: H6M-OFRP300F

Cover Letter(s)

External Photos

FCC ID: H6M-OFRP300F EXHIBIT 4 PHOTOGRAPHS FCC ID: H6M-OFRP300F PHOTOGRAPHSPhoto 1. EUT, (Front View)Photo 2. EUT, (Rear View)Photo 3. EUT, (Top View with Cover Removed)Photo 4. EUT, (Top View of Power Supply #1)Photo 5. EUT, (Bottom View of Power Supply #1)Photo 6. Top View of Alarm Output BoardPhoto 7. Bottom View of Alarm Out BoardPhoto 8. EUT, (Top View of Power Supply #2)Photo 9. EUT, (Bottom View of Power Supply #2)Photo 10. Top View of Front PanelPhoto 11. Bottom View of Front PanelPhoto 12. Top View of LO Module Board (Shields Removed)Photo 13. Bottom View of LO Module Board (Shields Removed)Photo 14. Top View of Front End Module (Shields Removed)Photo 15. Bottom View of Front End Module (Shields Removed)Photo 16. Top View of OFR Transmitter ModulePhoto 17. Bottom View of OFR Transmitter Module FCC ID: H6M-OFRP300F Photo 1. EUT, (Front View) FCC ID: H6M-OFRP300F Photograph 2. EUT, (Rear View)

Internal Photos

FCC ID: H6M-OFRP300F Photograph 14. Top View of Front End Module Board (Shields Removed) FCC ID: H6M-OFRP300F Photograph 15. Bottom View of Front End Module Board (Shields Removed) FCC ID: H6M-OFRP300F Photograph 16. Top View of OFR Transmit Module Board FCC ID: H6M-OFRP300F Photograph 17. Bottom View of OFR Transmit Module Board

Test Report

FCC ID: H6M-OFRP300F EXHIBIT 5 TESTS AND MEASUREMENTS FCC ID: H6M-OFRP300F TESTS AND MEASUREMENTS Product Description The equipment under test (EUT) is a Kaval Telecom, Inc. Model OFR-P300F. This device is intended to filter, amplify and retransmit signals generated by transmitters manufactured by Motorola under Type Acceptance ABBZ89FC5778. This device retransmits input signals at exactly the same frequency as received. In the signal processing chain, the RF signal is downconverted to an IF frequency of 21.4 MHz, and upconverted back to the same frequency by a single common oscillator. This transmitter includes a power leveling system which maintains constant output power regardless of input level (within rated input dynamic range –90 to –20 dBm), and regardless of number of carriers processed within the passband. Nonidealities of this system result in total power being lower during multi-carrier operation. Allowed Carrier Frequencies:940.210, 940.220, 940.230, 940.240 MHz Emission Designators:38KOF2D(4 Carriers) 18KOF2D(2 Carriers) 8KOOFK1D (1Carrirer) Standard Modulation:2.4 kHz peak deviation with 3.2 kHz modulation frequency All measurements were made with transmit power control set to maximum (+30 dBm nominal single carrier). Test Methodology Prepared in accordance with the requirements of FCC Rules and Regulations Part 2 Subpart F, Paragraphs 2.1046 through 2.1057 and applicable portions of Part 24. All measurements are peak unless stated otherwise. The video filter associated with the spectrum analyzer was off throughout the evaluation process. Interconnecting cables were manipulated as necessary to maximize emissions. A block diagram of the tested system is shown in Figure 1. FCC ID: H6M-OFRP300F Test Facility Radiated testing was performed at US Tech's measurement facility as described to the FCC and acknowledged in their letter marked 31040/SIT/US TECH. Additionally this site has also been fully described and submitted to Industry Canada (IC), and has been approved under file number IC2982. Test Equipment Table 1 describes test equipment used to evaluate this product. Modifications US Tech did not make any modifications to bring the EUT into compliance with the requirements of Part 24. The EUT did contain modifications which were required to meet the requirements of Part 15, Class A digital device emissions. Details of these modifications have been provided in a separate report. FCC ID: H6M-OFRP300F Test Date:January 8, 1999 UST Project:98-625 Customer:Kaval Telecom, Inc. Model:OFR-P300F Figure 1 System Block Diagram 50 Ohm Term 30 dB Attenuator EUT 2@ 3’ U 6’U 110 VAC 60 Hz 6’S Signal Generator 6’U 110 VAC 60Hz Signal Generator Remote Location FCC ID: H6M-OFRP300F Test Date:January 8, 1999 UST Project:98-625 Customer:Kaval Telecom, Inc. Model:OFR-P300F TABLE 1 EUT AND PERIPHERALS PERIPHERAL MANUFACTURER MODEL NUMBER SERIAL NUMBER FCC IDCABLES P/D Repeater Kaval Telecom, Inc. (EUT) OFR-P300FNoneH6M-OFRP300F (Pending) 2@ 3’U Unterm. 6’U 110 VAC 60 Hz 30 dB Attenuator Kaval Telecom, Inc. NoneNone50 Ohm Term. Signal Generator Hewlett Packard 8648B3642401679None6’S 6’ U 110 VAC 60 Hz FCC ID: H6M-OFRP300F Test Date:January 8, 1999 UST Project:98-625 Customer:Kaval Telecom, Inc. Model:OFR-P300F RADIATED EMISSION TEST SET-UP PHOTO(S) FCC ID: H6M-OFRP300F TABLE 2 TEST INSTRUMENTS TYPEMANUFACTURERMODELSN. SPECTRUM ANALYZERHEWLETT-PACKARD8593E3205A00124 SPECTRUM ANALYZERHEWLETT-PACKARD8558B2332A09900 S A DISPLAYHEWLETT-PACKARD853A2404A02387 COMB GENERATORHEWLETT-PACKARD8406A1632A01519 RF PREAMPHEWLETT-PACKARD8447D1937A03355 RF PREAMPHEWLETT-PACKARD8449B3008A00480 BICONICAL ANTENNAEMCO31109307-1431 LOG PERIODIC ANTENNA EMCO31469110-3600 HORN ANTENNAEMCO 3115167 THERMOMETERFLUKE525215250 MULTIMETERFLUKE8553710469 DUAL OUTPUT POWER SUPPLY HEWLETT-PACKARDE3620AKR41200373 PLOTTERHEWLETT-PACKARD7475A2325A65394 FCC ID: H6M-OFRP300F MEASUREMENT PROCEDURE Subpart 2.1046 AND 24.232 RF Power Output The following test was performed by Stephen Makk & Associates, Inc. The EUT was directly connected to a spectrum analyzer (Model 8595E) with the input resistance set to 50Ω. An external 20 dB attenuation was used during the test. The maximum RF output power was measured and compared to the manufacturer's rating. The connector and cable that was used to connect the EUT to the spectrum analyzer was compensated for. Information has been provided for one, two, & four unmodulated carriers. All modulation tests were performed with a 2.4 kHz peak deviation with 3.2 kHz modulation frequency. FCC Minimum Standard Typically (+/-) 20 % of the manufacturer's rated output power & < 7 Watts Mfg. Rated Power: +30.0 dBm/1.0 W across 50 Ω at output terminals Power Measured (corrected) Power (dBm) Power (mW) Figure 2A. 1 Modulated Carrier (940.225 MHz)29.75944.1 Figure 2B. 2 Modulated Carrier (940.220 & 940.230 MHz)26.28424.6 Figure 2C. 4 Unmodulated Carrier (940.210, 940.220 MHz 26.74472.1 940.230 & 940.240 MHz) Example Calculation Power in mW = antilog (29.75 /10) = 944.1 Results Reviewed By: Name: Tim R. Johnson FCC ID: H6M-OFRP300F Figure 2A RF Output Power with 1 Modulated Carrier FCC ID: H6M-OFRP300F Figure 2B RF Output Power with 2 Modulated Carriers FCC ID: H6M-OFRP300F Figure 2C RF Output Power with 4 Unmodulated Carriers FCC ID: H6M-OFRP300F MEASUREMENT PROCEDURE Subpart 2.1049 and 24.133 BANDWIDTH OF FUNDAMENTAL EMISSION UNDER MODULATION The following test was performed by Stephen Makk & Associates, Inc. The EUT was modulated by a 2.4 kHz peak deviation with 3.2 kHz modulation frequency. The data for this measurement is shown in Figures 3A through 3L and the emission mask applied in 3M & 3N. FCC Minimum Standard From authorized bandwidth by a displacement frequency (f d in kHz) of up to and including 40 kHz at least 116 Log 10 ((f d + 10)/6.1) dB or 50 + 10 Log 10 (P) dB or 70 dB whichever is lesser attenuation > 40 kHz 43 + 10 Log 10 (P) dB or 80 dB whichever is lesser attenuation FCC ID: H6M-OFRP300F Figure …

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Test Report

FCC ID: I8WCTM2000 2.8 Antenna Conducted Spurious Emission in the Frequency Range 30 - 10000 MHz (FCC Section 15.247(c)) Spurious emissions in the frequency range 30 - 10000 usually are measured with a spectrum analyzer by connecting the spectrum analyzer directly via a short cable to the antenna output terminals or across the antenna leads on the PCB as specified by the manufacturer. Since the EUT does not contain a removable antenna, this test was deemed unnecessary. FCC ID: I8WCTM2000 Figure 4a Antenna Conducted Spurious Emissions 15.247(c) Low EUT does not have an external antenna port, therefore antenna conducted emissions were deemed not applicable FCC ID: I8WCTM2000 2.9 Peak Radiated Spurious Emission in the Frequency Range 30 -10000 MHz (FCC Section 15.247(c)) A preliminary scan was performed on the EUT to determine frequencies that were caused by the transmitter portion of the product. Significant emissions that fell within restricted bands were then measured on an OAT’s site. Radiated measurements below 1 GHz were tested with a RBW = 120 kHz. Radiated measurements above 1 GHz were measured using a RBW = VBW = 1 MHz. The results of peak radiated spurious emissions falling within restricted bands are given in Table 4a (low), Table 4b, (mid), Table 4c (high) and Figure 5a (low), Figure 5b (mid) and Table 5c (high). FCC ID: I8WCTM2000 Figure 5a Peak Radiated Spurious Emission 15.247(c) Low FCC ID: I8WCTM2000 Figure 5b Peak Radiated Spurious Emission 15.247(c) Low FCC ID: I8WCTM2000 Figure 5c Peak Radiated Spurious Emission 15.247(c) Low FCC ID: I8WCTM2000 Figure 5d Peak Radiated Spurious Emission 15.247(c) Low FCC ID: I8WCTM2000 Figure 5e Peak Radiated Spurious Emission 15.247(c) Mid FCC ID: I8WCTM2000 Figure 5f Peak Radiated Spurious Emission 15.247(c) Mid FCC ID: I8WCTM2000 Figure 5g Peak Radiated Spurious Emission 15.247(c) Mid FCC ID: I8WCTM2000 Figure 5h Peak Radiated Spurious Emission 15.247(c) Mid FCC ID: I8WCTM2000 Figure 5i Peak Radiated Spurious Emission 15.247(c) High FCC ID: I8WCTM2000 Figure 5j Peak Radiated Spurious Emission 15.247(c) High FCC ID: I8WCTM2000 Figure 5k Peak Radiated Spurious Emission 15.247(c) High FCC ID: I8WCTM2000 Figure 5l Peak Radiated Spurious Emission 15.247(c) High FCC ID: I8WCTM2000 TABLE 4a PEAK RADIATED SPURIOUS EMISSIONS (Low) Freq. (GHz) Test Data* (dBm) @3m Amp. Gain (dB) Antenna Factor (dB) Cable Loss (dB) Results (uV/m) @3m FCC Limits (uV/m) @3m 2.716-50.034.631.43.8758.85000 3.622-56.334.433.04.4486.25000 4.528-45.534.334.24.41956.15000 5.433-45.734.236.04.92526.05000 TABLE 4b PEAK RADIATED SPURIOUS EMISSIONS (Mid) Freq. (GHz) Test Data* (dBm) @3m Amp. Gain (dB) Antenna Factor (dB) Cable Loss (dB) Results (uV/m) @3m FCC Limits (uV/m) @3m 2.745-39.934.631.43.82438.75000 3.660-56.034.433.24.5513.15000 4.576-54.234.334.34.4722.45000 7.320-61.634.537.26.8557.75000 * = Data adjusted by + 1 dB for high pass filter ** = Instrumentation ground floor SAMPLE CALCULATION: RESULTS (uV/m @ 3m) = Antilog ((-50.0 - 34.6 + 31.4 + 3.8 + 107)/20) = 758.8 CONVERSION FROM dBm TO dBuV = 107 dB Tester Signature: Name: Tim R. Johnson FCC ID: I8WCTM2000 TABLE 4c PEAK RADIATED SPURIOUS EMISSIONS (High) Freq. (GHz) Test Data* (dBm) @3m Amp. Gain (dB) Antenna Factor (dB) Cable Loss (dB) Results (uV/m) @3m FCC Limits (uV/m) @3m 2.774-48.534.631.53.8910.35000 3.698-54.534.433.34.5621.75000 4.622-47.634.334.44.31552.75000 7.396-61.534.537.46.8578.75000 * = Data adjusted by + 1 dB for high pass filter ** = Instrumentation ground floor SAMPLE CALCULATION: RESULTS (uV/m @ 3m) = Antilog ((-48.5 - 34.6 + 31.5 + 3.8 + 107)/20) = 910.3 CONVERSION FROM dBm TO dBuV = 107 dB Tester Signature: Name: Tim R. Johnson FCC ID: I8WCTM2000 2.10 Average Spurious Emission in the Frequency Range 30 - 10000 MHz (FCC Section 15.247(c)) The results of average radiated spurious emissions falling within restricted bands are given in Table 5a (low), Table 5b, (mid), Table 5c (high). Figures 6a & Figure 6b show the characteristics of the worse case duty cycle of the transmitter. Duty Cycle Correction During 100 msec: The EUT as measured was considered to be 0.016ms/100 ms = 16.0% Duty Cycle correction = 20 log (0.016) = -15.9 dB FCC ID: I8WCTM2000 Figure 6a Average Radiated Spurious Emission 15.247(c) Low FCC ID: I8WCTM2000 Figure 6b Average Radiated Spurious Emission 15.247(c) Low FCC ID: I8WCTM2000 TABLE 5a AVERAGE RADIATED SPURIOUS EMISSIONS (Low) Freq. (GHz) Test Data* (dBm) @3m Amp. Gain (dB) Antenna Factor (dB) Cable Loss (dB) Results (uV/m) @3m FCC Limits (uV/m) @3m 2.716-65.934.631.43.8121.7500 3.622-72.234.433.04.478.0500 4.528-61.434.334.24.4313.6500 5.433-61.634.236.04.9405.0500 TABLE 5b AVERAGE RADIATED SPURIOUS EMISSIONS (Mid) Freq. (GHz) Test Data* (dBm) @3m Amp. Gain (dB) Antenna Factor (dB) Cable Loss (dB) Results (uV/m) @3m FCC Limits (uV/m) @3m 2.745-55.834.631.43.8391.0500 3.660-71.934.433.24.582.3500 4.576-70.134.334.34.4115.8500 7.320-77.534.537.26.889.4500 * = Data adjusted by + 1dB for high pass filter & 15.9 dB for duty cycle. ** = Instrumentation ground floor. SAMPLE CALCULATION: RESULTS (uV/m @ 3m) = Antilog ((-65.9 - 34.6 + 31.4 + 3.8 + 107)/20) = 121.7 CONVERSION FROM dBm TO dBuV = 107 dB Tester Signature: Name: Tim R. Johnson FCC ID: I8WCTM2000 TABLE 5c AVERAGE RADIATED SPURIOUS EMISSIONS (High) Freq. (GHz) Test Data* (dBm) @3m Amp. Gain (dB) Antenna Factor (dB) Cable Loss (dB) Results (uV/m) @3m FCC Limits (uV/m) @3m 2.774-64.434.631.53.8145.9500 3.698-70.434.433.34.599.7500 4.622-63.534.334.44.3248.9500 7.396-77.434.537.46.892.8500 * = Data adjusted by + 1dB for high pass filter & 15.9 dB for duty cycle. ** = Instrumentation ground floor. SAMPLE CALCULATION: RESULTS (uV/m @ 3m) = Antilog ((-64.4 - 34.6 + 31.5 + 3.8 + 107)/20) = 145.9 CONVERSION FROM dBm TO dBuV = 107 dB Tester Signature: Name: Tim R. Johnson FCC ID: I8WCTM2000 2.11 Minimum 6 dB Bandwidth per FCC Section 15.247(a)(2) The minimum requirement is given in Figure 7a through 7c. If the EUT incorporate…

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Test Report

FCC ID: H6M-OFRP300F MEASUREMENT PROCEDURE Subpart 2.1049 and 24.133 BANDWIDTH OF FUNDAMENTAL EMISSION UNDER MODULATION The following test was performed by Stephen Makk & Associates, Inc. The EUT was modulated by a 2.4 kHz peak deviation with 3.2 kHz modulation frequency. The data for this measurement is shown in Figures 3A through 3L and the emission mask applied in 3M & 3N. FCC Minimum Standard From authorized bandwidth by a displacement frequency (f d in kHz) of up to and including 40 kHz at least 116 Log 10 ((f d + 10)/6.1) dB or 50 + 10 Log 10 (P) dB or 70 dB whichever is lesser attenuation > 40 kHz 43 + 10 Log 10 (P) dB or 80 dB whichever is lesser attenuation FCC ID: H6M-OFRP300F Figure 3A Occupied Bandwidth Single Carrier (940.210 MHz) FCC ID: H6M-OFRP300F Figure 3B Occupied Bandwidth Single Carrier (940.220 MHz) FCC ID: H6M-OFRP300F Figure 3C Occupied Bandwidth Single Carrier (940.230 MHz) FCC ID: H6M-OFRP300F Figure 3D Occupied Bandwidth Single Carrier (940.240 MHz) FCC ID: H6M-OFRP300F Figure 3E Occupied Bandwidth Two Carriers (940.210 & 940.220 MHz) FCC ID: H6M-OFRP300F Figure 3F Occupied Bandwidth Two Carriers (940.210 & 940.230 MHz) FCC ID: H6M-OFRP300F Figure 3G Occupied Bandwidth Two Carriers (940.210 & 940.240 MHz) FCC ID: H6M-OFRP300F Figure 3H Occupied Bandwidth Two Carriers (940.220 & 940.230 MHz) FCC ID: H6M-OFRP300F Figure 3I Occupied Bandwidth Two Carriers (940.220 & 940.240 MHz) FCC ID: H6M-OFRP300F Figure 3J Occupied Bandwidth Two Carriers (940.230 & 940.240 MHz) FCC ID: H6M-OFRP300F Figure 3K Occupied Bandwidth Four Carriers (100 kHz span) FCC ID: H6M-OFRP300F Figure 3L Occupied Bandwidth Four Carriers (200 kHz span)