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NBI-PAD1000Personal Protection Transmitter

Spectrum Tracking Systems, Inc.
Personal Protection Transmitter - FCC ID NBI-PAD1000 - Spectrum Tracking Systems, Inc.
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Application Details

Equipment Class
DSS - Part 15 Spread Spectrum Transmitter
Date of Grant
Feb 07, 1999
Application Purpose
Original Equipment
Date of Application
Apr 16, 1998
Equipment Note
Personal Protection Transmitter
Frequency Range
904.80000000 - 914.75000000
Company
Spectrum Tracking Systems, Inc.
Country
United States

Documents & Files

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Users Manual

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ID Label/Location Info

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Internal Photos

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Operational Description

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Schematics

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Test Report

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Test Setup Photos

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Document Text

Text extracted from the exhibit documents filed with the FCC. Open a document above to read the original.

Test Report

LambdaMetrics, Inc. Test Report LM10278A For: ProNet, Inc. NBI-PAD1000 Page 1 of 6 Copyright© 1998 LambdaMetrics, Inc. All rights reserved PO Box 1029 Cedar Park, Texas 78630-1029, USA (512) 219-8218 TEST REPORT LM04178A AMENDMENT Date: Tue 27 Oct, 1998 To: Rich Fabina, FCC lab. Subject: Lab tests on modified NBI-PAD1000 This Report supplements the original Certification filing for Electronic Tracking Systems, Inc., subsidiary of PRONET, Inc. and addresses the compliance issues raised by your correspondence 3047. The client has reworked the transmitter section and provided three test units that comply with the requirement to test low, mid and high operating frequency with the hopping stopped (he actually provided four units). The RF PC board is a different layout from the one pictured in Photo 6 through 8 of the original test report. New photographs of the PCB and the modifications made to bring the NBI-PAD1000 into compliance are provided herein. I have included the spreadsheet that I used to calculate the 15.209 emission limit line for use in logging on the OATS. As you see the 2.4 dB pulse correction factor, antenna, and other conversions have been used to construct the three meter emission limit for this particular FHSS transmitter. This presentation shows radiated peak and average emissions for the fundamental as well as harmonics when measured at three meters for each of the four transmitters supplied. Each EUT now appears to meet the Commissions requirements for harmonic emissions. Also included are the field notes using the calculated limits. The sa readings are raw (uncompensated for anything) which makes error analysis a bit easier for us. The antenna factors and amp gain were checked for minimum variation over each band. Low frequency emissions (10 KHz - 1GHz) were verified to be within the limits of 15.209 for the hopper and the high band CW EUT. I believe that all other compliance issues have been satisfactorily answered in the original application or previous correspondence. REPORT APPROVED 27 October, 1998 BY: Ben Bibb, NARTE EMC-001970-NE, President, LambdaMetrics, Inc. LambdaMetrics, Inc. Test Report LM10278A For: ProNet, Inc. NBI-PAD1000 Page 2 of 6 Copyright© 1998 LambdaMetrics, Inc. All rights reserved PO Box 1029 Cedar Park, Texas 78630-1029, USA (512) 219-8218 Photo 1: RF Board, Top View, PAD-1000, Modified Photo 2: RF Board, Bottom View, PAD-1000, Modified LambdaMetrics, Inc. Test Report LM10278A For: ProNet, Inc. NBI-PAD1000 Page 3 of 6 Copyright© 1998 LambdaMetrics, Inc. All rights reserved PO Box 1029 Cedar Park, Texas 78630-1029, USA (512) 219-8218 Figure 1: EXCEL ® Spreadsheet used to calculate emission limit This sheet was duplicated for each EUT and used during testing on the OATS to manually document the emission levels. Meas.MeasMeas.Meas.Meas.Meas.Calc.FCC FreqAt s/aAmp KCab & Attn.HPFAnt. Fact.Pulse Cor.LimitProb. ofProb. ofR3265 MHzdBmGain dBLoss dBLoss, dBdB 1/mFact. dB@ 3 mtrsLow errorHi errornoise floor 906.80.06.5-22.7- 1813.6-53.032.66.60.827.62.454 dBuV/m-54.8-51.1-81.0 2720.4-57.130.56.70.729.62.454 dBuV/m-59.0-55.3-80.7 3627.2-60.129.96.80.731.92.454 dBuV/m -62.0-58.3-81.0 4534.0-58.431.87.00.632.02.454 dBuV/m-60.3-56.6-80.0 5440.8-60.632.37.10.634.62.454 dBuV/m-62.5-58.8-79.5 6347.6-61.132.07.20.734.62.454 dBuV/m-63.0-59.3-79.2 7254.4-63.332.17.40.636.82.454 dBuV/m -65.2-61.5-82.0 8161.2-63.232.47.50.736.82.454 dBuV/m-65.1-61.4-84.0 9068.0-65.131.67.70.737.72.454 dBuV/m-67.0-63.3-78.0 (a) Antenna, Horn, DRG, LM 1 - 18 GHz (f) LM897-2 4 ft Cable, APC N-m (b) 6 dB Attenuator, 8491B-6(g) UG-27D/U Adapt, right. angle (c) N-m : SMA-f Adapt.(h) MITEQ "30 dB" Amp, APC N-m (d) SMT HPF, SMA-m-f(I) Gore 16" Cable, APC N-m (e) SMA-f : N-f Adapt(j) Advantest R3265 Spect. Ana. APC N-f Valid only with the following configuration: Limit, s/a signal for 3 m OATS emissions, FCC 15.209, PEAK & Average Low Frequency Range (906.800 MHz) PAD. The 2.4 dB duty factor correction is included in the limit. All readings taken in 1 MHz RBW, Peak taken in 1 MHz VBW, Average taken in 10 HZ RBW. -90.0 -85.0 -80.0 -75.0 -70.0 -65.0 -60.0 -55.0 -50.0 -45.0 181427203627453454416348725481619068 F r e q u e n c y, M H z d B m, F r o m S / A 2nd3rd4th5th6th7th8th9th10th Uncertainty limits are shown for substitution measurements. Traceable to NIST via HP 436A / 8481D. R e c e I v e r n o I s e f l o o r FCC limit line, noise floor, and error limits include the effects of the attenuator, pre-amplifier, and receiver. LambdaMetrics, Inc. Test Report LM10278A For: ProNet, Inc. NBI-PAD1000 Page 4 of 6 Copyright© 1998 LambdaMetrics, Inc. All rights reserved PO Box 1029 Cedar Park, Texas 78630-1029, USA (512) 219-8218 Figure 2: OATS Measured Harmonic Emissions, Low-Band CW EUT Emissions over the 100 KHz to 1000 MHz band were verified to be greater than 12 dB below the Commissions' limits. Figure 3: OATS Measured Harmonic Emissions, Mid-Band Hopping EUT Meas.Peak"Avg."Meas.Meas.Meas.Meas.Calc.Calc. Avg.Avg.Limit FreqAt s/aAt s/aAmp KCab & Attn.HPFAnt. Fact.Pulse Cor.3 m FieldLimitMargin MHz (1 MHz) dBm (10 Hz) dBm Gain dBLoss dBLoss, dBdB 1/mFact. dBdBuV/mdBuV/mdB 906.9-27.4-29.00.06.5-22.7-107.2-- 1813.7-69.9-69.132.66.60.827.62.437.95416.2 2720.6-72.8-71.330.56.70.729.62.439.85414.2 3627.4-78.0-76.029.96.80.731.92.438.15415.9 4534.3-74.5-77.331.87.00.632.02.435.15418.9 5441.1-74.4-75.032.37.10.634.62.439.65414.4 6348.0- -80.0 32.07.20.734.62.435.15418.9 7254.8-83.0-8232.17.40.636.82.435.35418.7 8161.7- -84 32.47.50.736.82.433.25420.8 9068.5- -78 31.67.70.737.72.441.15412.9 Maximum emissions were always vertical - "L O W F r e q u e n c y" E U T ( 906.8 MHz) M e a s u r e d a t 3.0 m e t e r s - M A X I M U M R A D I A T E D E M I S S I O N S, N B I - P A D 1 0 0 0 Meas.Peak"Avg."Meas.Meas.Meas.Meas.Calc.Calc. Avg.Avg.Limit FreqAt s/aAt s/aAmp KCab & Attn.HPFAnt. Fact.Pulse Cor.3 m FieldLimitMargin MHz (1 MHz) dBm(10 Hz) dBm Gain dBLoss dBLoss, dBdB 1/mFact. dBdBuV/mdBuV/mdB 909.8-26.8-28…

Text truncated - open the document above for the full version.

Test Report

LambdaMetrics, Inc. Test Report LM10278A For: ProNet, Inc. NBI-PAD1000 Revised 28 Oct, 1998 Page 5 of 6 Copyright© 1998 LambdaMetrics, Inc. All rights reserved PO Box 1029 Cedar Park, Texas 78630-1029, USA (512) 219-8218 Figure 4: OATS Measured Harmonic Emissions, Mid-Band EUT Figure 5: OATS Measured Harmonic Emissions, High-Band EUT Meas.Peak"Avg."Meas.Meas.Meas.Meas.Calc.Calc. Avg.Avg.Limit FreqAt s/aAt s/aAmp KCab & Attn.HPFAnt. Fact.Pulse Cor.3 m FieldLimitMargin MHz (1 MHz) dBm(10 Hz) dBm Gain dBLoss dBLoss, dBdB 1/mFact. dBdBuV/mdBuV/mdB 909.8-27.8-28.50.06.5-22.7-107.7-- 1819.6-62.5-65.632.66.60.827.62.441.45412.7 2729.4-69.9-76.330.56.70.729.62.434.95419.2 3639.2-65.6-73.129.96.80.731.92.441.05413.0 4549.0-68.7-75.331.87.00.632.02.437.25416.9 5458.8-70.0-75.632.37.10.634.62.439.05415.0 6368.6-75.0-79.032.07.20.734.62.436.15417.9 7278.4- -82 32.17.40.636.82.435.35418.7 8188.2- -84 32.47.50.736.82.433.25420.8 9098.0- -78 31.67.70.737.72.441.15412.9 Maximum emissions were always vertical - "M I D F r e q u e n c y" E U T ( 909.75 MHz) M e a s u r e d a t 3.0 m e t e r s - M A X I M U M R A D I A T E D E M I S S I O N S, N B I - P A D 1 0 0 0 Meas.Peak"Avg."Meas.Meas.Meas.Meas.Calc.Calc. Avg.Avg.Limit FreqAt s/aAt s/aAmp KCab & Attn.HPFAnt. Fact.Pulse Cor.3 m FieldLimitMargin MHz (1 MHz) dBm (10 Hz) dBm Gain dBLoss dBLoss, dBdB 1/mFact. dBdBuV/mdBuV/mdB 914.825.5-26.60.06.5-22.7-109.6-- 1829.5-72.5-71.032.66.60.827.62.436.05418.1 2744.3-76.9-76.530.56.70.729.62.434.65419.4 3659.0-74.1-72.029.96.80.731.92.442.15411.9 4573.8-78.5-77.331.87.00.632.02.435.15418.9 5488.5-79.0-78.232.37.10.634.62.436.45417.6 6403.3-79.0 -79.5 32.07.20.734.62.435.65418.4 7318.0- -82 32.17.40.636.82.435.35418.7 8232.8- -84 32.47.50.736.82.433.25420.8 9147.5- -78 31.67.70.737.72.441.15412.9 Maximum emissions were always vertical - "H I G H F r e q u e n c y" E U T ( 914.750 MHz) M e a s u r e d a t 3.0 m e t e r s - M A X I M U M R A D I A T E D E M I S S I O N S, N B I - P A D 1 0 0 0

Contact Information

Applicant

Richard Brown
[email protected]469-574-2041Fax: 469-574-2001

Technical Contact

LambdaMetrics, Inc. NVLAP 200122-0Ben Bibb
[email protected]512-219-8218

P.O. Box 1029 · Cedar Park, Texas · United States

Non-Technical Contact

Electronic Tracking Sysems, Inc.Robert Palmer
"rpalmer"[email protected]972-687-2189

Test Firm

LambdametricsBen Bibb
[email protected]512-219-8218Fax: 512-219-8218

Technical Specifications

#Rule PartsFrequency RangePower OutputTolerance
115C904.8 MHz - 914.75 MHz35.00 mW%

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