FCC Test Data 3 of 3

FCC ID: NX5DSSR-250C

Test Report

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FCCID_669155

Boonton 45800 Pulse | Mark > Window Width 9080.0 ns [Period ——.—— ns (OffTime ——.—— ns Bottom Rise 99.8 ns [PRFreq ——.—— kHz |Peak 34.59 dBm Fall 1f.4 ns (Duty C ——.—— 4 iPulss 54.33 dBm Marker 1 »MK 1 m RATIO MKZ2 F Boontin Electronits Mddel 45088 Delta Time — RF |Peak Power — Meter/Analyzer 8 ns 7 1 e + \ Marker 2 C 240 ns Set Vrt Cntr 1 CENTER 5; Extensions —260 ns 180 ns?Div 748 ns MENU Boonton 4580800 Pulse | Mark > Window Measurement Chan 1 Chan 2 Bottom Width 499.8 ns —=—,—~ Rige 60.0 ns —~,—— Marker 1 Fall 18.8 ns ==—,—~ Feriod ——.~—— ns —==,~—~ 240 ns PRFreq ——«~~ kHz CTk CC Delta Time Duty C ~—,—— % —=—,—— OffTime ——.~— ns ~=—,—~— 0 ns Peak 14.596 dBnmn ——,~—— Pulse 54.33 dBm ——.—— Marker 2 OverSh 8.05 dB —=—.—— 240 ns Auvg ——.—— dBm =~.~~ Top 54.51 dBn ==—,~—~— Set Vrt Cntr Bat 32.68C dBnm ces _ cENTER Delay —~—,—~— ——,—— EdgeDly 262%.8 ns ~~,~~ Extensions MENU Lut 21 546z

Boonton 45000 Pulse [ Chan 1 > Select bidth 4936 ns [Period ——.—— nso 1OffTime ——.—— ns CH 1 Rise 58.8 ns |PRFreq ——.—— kHz |Peak 40.27 dom Fall 15}.:1'(1'115 Duty C “.—F;fi}:m Pulse 54,9?Hcé82m Channel 39.94 aBn 0.00 an 39.04 aBm oft on — 3 ”ssnt—éfifl«fia tronits Fa + Mddel\ 4508A Vert Scals / + RF |Pegk Power e T Meter/Analyzer 5 dB/Div Vert Center ':::::::: :::::::U}fi:::::::: 36.54 dBm J Calibration — | — MENU + Extensions 180 ns?Div T98 ns MENU Boonton 45000 Pulse [ Chan 1 > Select Measurement Chan 1 Chan 2 CH 1 Lidth 42112 ns =—,—— Rise 92.4 ns —=~,~—— Channel Fall 15.8 ns ~~,~~ Period ——.~—= ns =—,—— Off On PRFreq ——.—— kHz TCTR=~C~ ¥ert Scale Duty C ——,—— % =—,=—— Off Time ——.~—~— ns —=—,—— 5 dB/Div Peak 95.30 dBom —=—,—— Bii_. ca oo sB Vert Center Pulse 54.38 dBm —=,—— OverSh 8.26 dB ——,—~— 36.54 dBm fAvg ——.—— dBm ——,—~— Top 39.01+ dBnm ==.—~— Calibration Baot 3125 dBnm ——,—— MENU Delay —~,=— ==,—— EdBBD]H 262:2 ns T a CC Extens’inng MENU Plet 24 5450 Mz

Baoontan 45080 Pulse Mark > indow Width 487.4 ns [Period ——.—— ns (OffTime ——.—— ns Bottom Rise 734 ns [PRFreq ——.—— kHz [Peak 55.17 dBm Fall 1?;ng5 Outy C "'-éfl%g Pulse 54.9@Hcli<52m Marker | E diBm dB 55;@2 dBm 250 ns |_.—— — senton.Electronigs /* T del 4 Delta Time / RF |Pegk Power e Meter/Analyzer 8 ns Marker 2 238 ns 3 Set Vrt Cntr F CENTER + Extensions 1880 nsi/Giv T980 ns MENUY Boonton 45000 Pulse [ Mark > Window Measurement Chan 1 Chan 2 Bottom idth 48B6.6 ns ——,—~— Rise T324 ns ==,~—— Marker 1 Fall 17.8 ns =—,—~ Period ——.—— ons ==.~~ 250 ns PRFreq z=«=~ kH2 ——~— Delta Time Duty C —~—~.~~— * ~=.~~ OffTime ——.—— ons ==,—— 8 ns Peak 55.16 dBm =—,—— BiJles 54 98B 4B Marker 2 P ui2G J1.28 OO TW OverSh 8.14 dB ==.,—~ 250 ns fivg ——.—— dBm ——,—— Top 55.02 dBm ——,—— Set Urt Cntr Baot 3jJ.23 dBon ==,=—— CENTER Delay ——.,~— ==.~~ EdgeDly 269.8 ns —=«~~ Extensions MENU Ols 34 &700 miHkz.

Boonton 4588A Pulse [ Mark > Window Lidth 794.97 us [Period ——.—— ns (OffTime ——.—— ns Bottom Rise 0.08 us [PRFreq ——.—— hz |Peak 54.92 dBm Fall 8.00 us iDuty C ——.—— % iFulse 54.63 dBm Marker 1 MK 1 RARTIQ »MKZ 3 Bnaniiin EleEtEranits + Made] 4508A _ Delta Time 4 RF |Peak Power: e + HMetogréfAnglyzer] 78.4 us ‘4 Marker 2 + T T2.2 us WV Set Urt Cntr + : CENTER + Al Extensions 18 us/Civ 20.8 us MENU Boonton 45000 Pulse | Mark > Window Measurement Chan 10 Chan 2 Bottom Lidth T29.98 us ——,~~— Rise 0.08 us =—,—~— Marker 1 Fall 9.00 us —=—,~~— Period =—.—— ns =—,—— 4.8 us PRFreq ——.—— kHz =~—~.~~ Delta Time ODuty C ——,—— % ——~,~~ OffTime ——.~— ns ~—,—— T8.4 us E.B.?f,. éj-?—i E?ém C 0t Marker ? ©uUiSG J1.0J4 QO0H T~T~&~~ OverSh 0.80 dB ==.~— 79.2 us Avg ——.—— dBm ——,—— Top 54.91 dBnm =—,—— Set Vrt Catr Bat 24.2r dBn ——,—— cENTER Delay ——,—— —~,—— EdgeDly 498 us =~,~~— Extensions MENU Plet & 5450 MHz Desop

S iE #14 2+HQ 0000 °OF d0O.1LS5 2H9 232660 °T HSHO a*HW O0OOO0O°QOT LHLS == cmat ¥J SS3HOOYV |H31LL07d SPp o0 or— s3H — /Sp o o2 sSp E0o °o— ¥ w— Y¥ :PH3 ces

Operator: \m.k I ’ fl&nt&flna 2.4”1 BARDN Date [ 07/022008 11:02 | B w=1.8 Side labes No.| Ampl CGeg §lir f—286.59 ]5.10 —28.22 |8.10 —32.56 [10.50 [Xlamplitude (dB: D Phase hot Aligned Not Mormalized Log Display No Skirk Freq. th. Beam Swaite Beam Peak{dB] Beam Width [deg] Null Depth [dB] Bir Gain ‘\alue ; fdeg] g vialue | &A dB value [deg] ; db dBi ~102_O7_BARON_AJ_test_Hp_BD.rff

Operator: |O.M, Antenna2.Am BARON Date 0022006 11:02 BA¥.=1.8 B.L=27.7 p=34 Side lobes No. Ampl ’Deg !J 1iR |—27.70 |3.40 a vation [de ude (dB) _ [~]amplfitude (dB: D Phase hiot Aligned Wot Mormalized Phase wrapped Log Display Mo Skirk Ch. Beam Switch Baeam Peak [dB] Beam Width [deg] bull bepth [dB] Dir Gain File Name \alue [deg] ‘\alue A dB ‘\dlue [deg] dB d Bi 12_07_BARON_A1_test_XXp_BD rff ~£6.79 ~2.50 |P Inf 3.00 |P .00 0.00 Plo+ 37 y

Operator: G.N. 1 Antenna 2.4m BARON Date [ Offozz008 11—02 | Ampl Ceg 25.77 14.B0 —27.01 17.30 —31.84 18.80 [Xlamplitude (dB: [:} Phase Not Aligned Not Mormalized Phase wrapped Log Cisplay No Skirt Freq. Ch. Beam Switch Beam Peak [dB] Beam Width [deg] Null Depth [dB] Dir Gain A/P File Mame value [ _fdeg] |_ vwelue | a db | velue | [deg] | db dBi 112_P7_BARON_Al_test_XXp_BQrff

Antenna 2.4m BARON Dperatarlm l Cate l 07022006 11:02 | Side lobes No. Ampl Deg [<]amplitude (dB D Phase Mot Aligned Mot Normalized Phase wrapped Log Display Mo Skirt Freq. Ch. Beam Switch Beam Peak [4B] Ream Width [deg] Null bepth [dB] Dir Gain File Name value | [deg] § value | AdB | value | [deg] ~ 112_07_BARON_A1_test_XXp_BDrff _ Plet 35

Tx Average Power (dBm) Antenna Gain RADAR # | Transmission Loss (dB) Start Range Peak ERP Power @ Antenna Plot Every Rad Hazard Minimum Distance OET 65, Supplement B (Edition 97—01) Controlled Access — 6 minute average exposure 5mW/cm* 69.5/feet Pulsed Radar Calculations Uncontrolled Access — 30 minute average exposure 1mW/cm*‘ 155.4|feet ULSAR (std) RF Power Densi 10.000 9.000 8.000 7.000 mW/cm* 6.000 Lt Wece 5.000 4.000 3.000 2.000 1.000 0.000 Aw 4 —1.000 bap hn v—~ T— T— O C t LC O r— x— x— +— hand

Smee Tx Average Power (dBm) Antenna Gain RADAR # _ 32—3 Transmission Loss (dB) Start Range Peak ERP Gigawatts Power @ Antenna Plot Every es Rad Hazard Minimum Distance OET 65, Supplement B (Edition 97—01) Controlled Access — 6 minute average exposure 5mW/cm* 276.7)/feet Pulsed Radar Calculations Uncontroliled Access — 30 minute average exposure 1mW/cm"* 618.8|feet PULSAR — 5 RF Power Density 10.000 9.000 8.000 7.000 mW/cm* 6.000 5.000 4.000 3.000 2.000 1.000 0.000 —1.000 w ~.


Document Created: 2006-06-02 12:37:24
Document Modified: 2006-06-02 12:37:24
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