Planar Monolithics Industries, Inc. · Planar Monolithics Industries, Inc., 7311-F Grove Road,...

Planar Monolithics Industries, Inc., 7311-F Grove Road, Frederick, MD 21704 Tel: 301-662-5019 Fax: 301-662-1731 Email: [email protected] Web: www.pmi-rf.com

REVISIONS

ZONE REV. DESCRIPTION DATE APPROVED

Original Release April 28, 2011 PRELIMINARY

REV STATUS

REV

SHEETS SHEET 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

REV STATUS

REV

SHEETS SHEET 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32

SCD No.: 1000443 Rev. E02 Planar Monolithics Industries, Inc.

7311-F Grove Road, Frederick, MD 21704

DATE

DRAWN by P. Wood 4/28/11

CHECKED by P. Kuhn FIRST ARTICLE TEST PROCEDURE

MODEL: ERDLVA-218-CW-LPD PART No. 27314100

EXTENDED RANGE DETECTOR LOGARITHMIC

VIDEO AMPLIFIER

ENGINEERING APPROVAL

D. Durbin

QUALITY APPROVAL

P. Wood

SIZE: A FSCM: 05XQO DRAWING No: PMIQA-11-0012

REV: SCALE: N/A SHEET 1 of 7

DWG No: PMIQA-11-0012

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QUALIFICATION TEST PROCEDURE (QTP)

PMI MODEL: ERDLVA-218-CW-LPD

PMI PART No: 27314100

EXTENDED RANGE DETECTOR

LOGARITHMIC VIDEO AMPLIFIER

(ERDLVA)


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TABLE OF CONTENTS

PARA DESCRIPTION PAGE

1.0 SCOPE 4

2.0 REQUIREMENTS TRACEABILITY MATRIX 4, 5 & 6

3.0 TESTING OUTPUT 7

ADDENDUMS


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1.0 SCOPE

The purpose of the document is to provide a description of the various Qualification Tests to be performed on PMI Model ERDLVA-218-CE-LPD, a hermetically sealed, extended range, CW Immune, Detector Logarithmic Video Amplifier. These tests are designed to meet the Qualification Test Requirements outlined in Scientific Research Corporation’s (SRC) Source Control Drawing (SCD) #1000443, Paragraph 4.0 “Qualification Summary” and SRC Statement of Work (SOW) #1000444, Paragraph 5.3.8 “QTP” and Paragraph 5.3.9 “Qualification Test Results”.

As outlined in SOW 1000444, para. 5.3.8 “The QTP shall address all applicable tests as listed in the ERDLVA Design Specifications and a requirements traceability matrix that accounts for each requirement shall be included.”

2.0 REQUIREMENTS TRACEABILITY MATRIX

Item No.

Parameter Required

Value Units of Measure

Goal Note

ELECTRICAL REQUIREMENTS For electrical testing details please refer to FATP, PMI dwg# PMIQA-11-0011

1 FREQUENCY RANGE 2.0 to 18.0 GHz

2 POWER SUPPLY POS + 12 Volts 10.8 to 12.5 VDC RANGE

3 POWER SUPPLY NEG 12 Volts -10.8 to -12.5 VDC RANGE

4 TOTAL MAXIMUM POWER 3.9 Watts BOTH SUPPLIES

5 OPERATING CASE TEMPERATURE -54 to +95 C

6 STORAGE TEMPERATURE -62 to +95 C

7 OUTPUT LOAD IMPEDANCE 91 Ω

8 VIDEO OUTPUT RANGE

9 -60dBm -0.5 Volts

10 -60 <RF In < +4dBm linear Volts

11 +4dBm -5.5 Volts

12 OUTLINE DIMENSIONS 2.04” X 1.67” X

0.472” Inches

As per PMI dwg 27014104 IAW SRC dwg 1000443

13 MAXIMUM WEIGHT 8 Ounces 2.3

14 PACKAGE HERMETIC

15 CONNECTORS As per PMI dwg 27014104

IAW SRC dwg 1000443

16 ADJUSTMENTS NO EXTERNAL

17 AM INPUT WITHOUT DAMAGE NO DAMAGE DUE TO CLOSELY SPACED SIGNALS

18 CW MAXIMUM +30 dBm

19 PEAK PULSED POWER +50 dBm

kmason

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kmason

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Item No.

Parameter Required


Goal Note

20 DUTY CYCLE 1 %

21 PULSE DURATION 10 sec

22 RELIABILITY @95C 75k Hours

Minimum

As per Mil-HDBK-217F calculations

23 TANGENTIAL SIGNAL SENSITIVITY (TSS)

MINIMUM FROM: -54C to +95C -64 dBm -68

24 LOGGING RANGE MINIMUM -60 to +4 dBm -64 to 0

25 LINEARITY FOR ANY FREQUENCY MAXIMUM

26 FROM: -20C TO +85C 1.50 dB 1.0 TO BE TESTED OVER

TEMPERATURE

27 FROM: -54C TO +95C 1.75 dB 1.0 TO BE TESTED OVER

TEMPERATURE

28 NOISE (Max. w/terminated input) 100 mV rms 60

29 INPUT VSWR MAXIMUM 2.0:1

30 LOG SLOPE 77 5 mV/dB TO BE TESTED OVER

TEMPERATURE

31 DC OFFSET 150 mV 0 75

32 SETTLING TIME TO 1dB 50 nS 40

33 FREQUENCY FLATNESS MAXIMUM 2.0 dB

34 RISE TIME

35 TYPICAL 20 nS

36 MAXIMUM 35 nS

37 PROPAGATION DELAY 30 nS

38 RECOVERY TIME MAXIMUM 500 nS

39 PULSE RESPONSE W/NO CW (MIN. TO MAX.)

30nS to 100S Seconds 200nS to

20S

40 DUTY CYCLE

41 AT MAXIMUM PULSE WIDTH 80 % 90

42 AT MINIMUM PULSE WIDTH 50 %

43 CW IMMUNITY

44 RANGE TSS to -40 dBm

1dB degradation of sensitivity from TSS to -25dBm and incremental

degradation above -25dBm

45 PULSE RESPONSE (MIN. TO MAX.) 30nS to 100S Seconds 200nS to

20S

46 PULSE WIDTH CONSIDERED “CW” 900S Seconds 20S

47 BASELINE SHIFT (MAX) 25 mV


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6

Item No.

Parameter Required


Goal Note

48 REJECTION TIME 1mS Seconds 30S

49 DROOP 1.0 dB

50 PULSE ON PULSE RESPONSE

Video output voltage vs. input response will remain unchanged for coincident or partially coincident signal powers. Total input power for multiple signals shall be processed as the sum of the

individual signal powers at the time of coincidence.

ENVIRONMENTAL REQUIREMENTS

51 HIGH TEMPERATURE OPERATION +95C / 2Hrs

Operating MIL-STD-810G, Method 502.5, Procedure II

52 LOW TEMPERATURE (Storage) -62C / 2Hrs

Storage MIL-STD-810G, Method 502.5, Procedure I

53 LOW TEMPERATURE (Operating) -54C / 2Hrs

Operating MIL-STD-810G, Method 502.5, Procedure II

54 TEMPERATURE SHOCK 3 Cycles

-54C to +95C MIL-STD-810G, Method 503.5, Procedure I-C

4 Hour Dwell,

55 HUMIDITY MIL-STD-810G, Method 507.5, Procedure II

56 VIBRATION (Operating) IAW SRC SCD 1000443 FIGURE 3 & TABLE 3

57 SHOCK (Operating) 3 Shocks/3 Axis

15G, 11mS MIL-STD-810G, Method 516.6, Procedure I

58 ACOUSTIC NOISE SUSCEPTIBILITY (Operating)

MIL-STD-810G, Method 515.6, Procedure I, IAW Fig. 516.6A-1 for 30 minutes @ 150dB

3.0 TESTING OUTPUT

In regards to the environmental requirements illustrated above, Planar Monolithics Industries, Inc. (PMI) proposes that that our proposed ERDLVA be qualified by design based upon our past successes with very similar products tested over similar parameters as required by SRC.

For Scientific Research Corporation’s consideration we attach to this Qualification Test Procedure the environmental test reports from several of our past programs. We believe that you will find these to your satisfaction.

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kmason

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ADDENDUMS

Qualtest, Inc.

Report Date: 21 March 2006

Test Period: 18 February through 14 March 2006

TEST REPORT

FOR

,

Report: 05200 Rev. A

CuslomerP.O.: 50900512

Security Classification: NA

ENVIRONMENTAL TESTING OF THE PM! MODEL NUMBER RFOC-811-QRC

TESTING PERFORMED BY,

QUALTEST, INC.5325 Old Winter Garden RoadOrlando, Florida 32811·1520

Website: www.gualtest.com

TESTRE~RE~

Ross Blanco, Documentation Manager

QUALI~~~

Ross Blanco, Deputy Quality Assurance Manager

"CQA Performed lAW One Book"

Not ReguiredBill Kennedy, DCM Orlando QAS, SlOO2A

PLANAR MONOLlTHICS INDUSTRIES, INC.7311-G Grove RoadFrederick, MD 21704

AP~:~~M~=='-----

being duly sworn, deposes and says lhal theinformation contained in this report is the result ofcomplete and carefully conducted tests and is to thebest of his knowledge true and correct in all respects.Subscribed and sworn 10 before me,

Susan Kingdon e Notary Public in and for theState of Florida at rge. this

-"'lX day of et!w..J..__ .20~.

State Sf[lorida, County ofOrange*,' •.••~t' SUSAH KtGlON FIElDS

~• • I.lYCQlD,lISS(ltH 00231223

• • EXPIRES: Augl1Sl24. 2007"~~'''Ofn<1'.sr ~11.,,8lo:lgtt~.MJ~itH

Qualtest shall have no liability for damages of any kind to person or property, including special or consequential damages, covered bythis report. This lest report shall not be reproduced except in full, without the written approval of Qualtesl.

Page 1 of 45 QR216.()2 Rev.•

Qualtest, Inc.

REPORT REVISION RECORD

REVISION DESCRIPTION OF CHANGE

INITIAL RELEASE


A 1) At the request of the onsite customer, "American Microwave Corporation" was changed to"Planar Monolithics Industries, Inc."in all instances. Planar Monolithics Industries, Inc. is anassociate company ofAmerican Microwave Corporation.

2) Per Qualtest Change Order COOOI and American Microwave Corporation Purchase Order50900512, additional vibration and shock tests were added to the report as Sections 5 and 6respectively.

Page 2 of45 QR216-02 Rev -

Qualtest, Inc.

TABLE OF CONTENTS


TITLE PAGEFOREWORD 4SECTION 1 5

THERMAL SHOCK TEST SUMMARY 51-1 TEST HARDWARE 51-2 TEST REQUIREMENTS WITH TOLERANCES 51-3 TEST SETUP . 51-4 TEST DESCRIPTION 51-5 ENVIRONMENTAL TEST DATA . 6

Figure 1-1: Test setup for thennal shock 7Figure 1-2: Test setup for thennal shock . 7

SECTION 2 10ALTITUDE TEST SUMMARY 102-1 TEST HARDWARE 102-2 TEST REQUIREMENTS WITH TOLERANCES 102-3 TEST SETUP 102-4 TEST DESCRIPTION 102-5 ENVIRONMENTAL TEST DATA 11

Figure 2-1: Test setup for altitude 12Figure 2-2: Test setup for altitude 12

SECTION 3 14SINUSOIDAL VIBRATION TEST SUMMARy................. . 143-1 TEST HARDWARE 143-2 TEST REQUIREMENTS WITH TOLERANCES . 143-3 TEST SETUP 143-4 TEST DESCRIPTION 153-5 ENVIRONMENTAL TEST DATA 15

Figure 3-1: Test setup for longitudinal-axis vibration 16Figure 3-2: Test setup for transverse-axis vibration 16Figure 3-3: Test setup for vertical-axis vibration 17Figure 3-4: Test setup for vertical-axis vibration. . 17

SECTION 4 . 20SHOCK TEST SUMMARY . 204-1 TEST HARDWARE 204-2 TEST REQUIREMENTS WITH TOLERANCES . 204-3 TEST SETUP 204-4 TEST DESCRIPTION 214-5 ENVIRONMENTAL TEST DATA 21

Figure 4-1: Test setup for longitudinal-axis shock 22Figure 4-2: Test setup for transverse-axis shock. 22Figure 4-3: Test setup for vertical-axis shock. 23Figure 4-4: Test setup for vertical-axis shock. 23

SECTION 5 30


Qualtest, Inc. Report: 05200 Rev. A

SINUSOIDAL VIBRATION TEST SUMMARY . 305-1 TEST HARDWARE 305-2 TEST REQUIREMENTS WITH TOLERANCES 305-3 TEST SETUP 305-4 TEST DESCRIPTION 315-5 ENVIRONMENTAL TEST DATA . 31

Figure 5-1: Test setup for longitudinal-axis vibration 32Figure 5-2: Test setup for transverse-axis vibration 32Figure 5-3: Test setup for vertical-axis vibration 33

SECTION 6 36SHOCK TEST SUMMARY 366-1 TEST HARDWARE . 366-2 TEST REQUIREMENTS WITH TOLERANCES 366-3 TEST SETUP 366-4 TEST DESCRIPTION 376-5 ENVIRONMENTAL TEST DATA 37

Figure 6-1: Test setup for vertical-axis shock. 38Figure 6-2: Test setup for transverse-axis shock. 38Figure 6-3: Test setup for longitudinal-axis shock 39

Qualtest operates under the relevant quality system requirements of ISO-9001:2000 for providingenvironmental simulation services as recognized by TRC Registration Certificate #00018. This laboratory alsomaintains A2L4 accreditation to ISO/IEC 17025 for the specific tests listed in A2L4 Certificate #1805.01.However, the test results included in this report are not covered by the accreditation.

FOREWORD

The objective of this test program was to subject customer provided test hardware to environmental simulationin compliance vvith customer stated specifications, including any authorized modifications, deviations orconcessions to the original requirements. Test hardware consisted of items identified in the appropriatesections of this report. In addition to test hardware identification, each section contains infonnation thatdescribes the associated test setup and perfonnance, and the resulting data. Qualtest measuring instrumentsused in testing were calibrated according to the requirements of ANSI!NCSL Z540-l-l994 and are NISTtraceable. Calibmtion records are on file and available for inspection by request. Because the test methods arewell established and are qualitative or semi-quantitative in nature, Qualtest does not apply measurementllllcertainty unless obligated by contract. Measured value related to the corresponding tolerance requirement isused to decide whether a test meets the requirements of the specification. Any test hardware operational setupsand resulting evaluations or inspections perfonned by the customer are not included in this report, unless theywere explicitly requested. While observations and/or specification compliance statements may be reported, nointerpretations or opinions regarding customer product perfonnance are intended. Unless otherwise indicatedin the appropriate report section, all contract obligations were met and the test objective achieved.



SECTION 1

THERMAL SHOCK TEST SUMMARY

Test Start-Finish Dates: 18 through 19 February 2006

Responsible Test Technician: David Carpenter

1-1 TEST HARDWARE

One (1) PMI Model Number RFOC-811-QRC

1-2 TEST REQUIREMENTS WITH TOLERANCES

Perfonn five (5) thennal shock cycles as follows:Maintain -40+0/-3°C for two (2) hoursMaintain 70+3/-0°C for two (2) hours

1-2.1 Test Specification:

MIL-STD-202F, Method 107G, Test Condition ADave Bruder RFQ dated 15 August 2005 11 :40 AM vvith temperature extremesDave Bruder email dated 17 February 2006 at 04: 13 PM: perronn five (5) thennal shock cycles

1-3 TEST SETUP

TABLE 1-1: QUALTEST FURNISHED MEASUREMENT & TEST EQUIPMENT

QTI# Item Manufacturer Model Number Calibration Due100002 Thenno/Hygrometer Amprobe TH-2 511212006100030 Chart Recorder Honevwell DR45AT-I I 10-0 7/612006100943 Thennal Shock Chamber Thennotron ATS-320-DD-7.5-7.5-LN2 NA

TABLE 12· CHART RECORDER SETUP-Channel Fllllction Tvoe of sensor

I Monitor chamber air temoerature 100 i:l RTD

The test item was placed on an itinerant rack in a dual temperature chamber.

1-4 TEST DESCRIPTION

1-4.1 Non-Qualtest Personnel, Including Organization, Present for All or Part of the Test:

None



1-4.2 Powered/Operational State of the Hardware and by Whom:

The test item was not operated during the thennal shock test.

1-4.3 Test Activities and Resulting Measurements from ObservedlRecorded Data:

Atmospheric Conditions: Temp (0e): 19 Relative Humidity (%): 39 Pressure: Site ambient

TABLE 1 3· THERMAL SHOCK TEST ACTIVITIES-Step # Activily Date End Time Duration/# of Cycles

1 Adiusted to -42°C 02118/06 0950 15 seconds

2 Maintained -42°C 02118/06 1150 2 hours

3 Adiusted to noc 02118/06 1150 15 seconds

4 Maintained noc 02118/06 1350 2 hours

5 Repeated Step #1 thru 4 02119106 0600 4 cycles

1-4.4 Limitations or Departures from the Test Requirements and Authorizing Source:

None

1-5 ENVIRONMENTAL TEST DATA

The tempemture charts are located after Figure 1-2.



Figure 1-1: Test setup for thermal shock.

Figure 1-2: Test setup for thermal shock.

Page 7 of 45 QR2 16-02 Rev. -


SECTION 2

ALTITUDE TEST SUMMARY

Test Start-Finish Dates: 19 February 2006

Responsible Test Technician: David Carpenter

2-1 TEST HARDWARE

One (1) PMI Model Number RFOC-811-QRC


Maintain a simulated altitude of50,000 feet (87 Torr) for a minimum of one (1) hour


MIL-STD-202F, Method IOSC, Test Condition B

2-3 TEST SETUP

TABLE 2-1: OUALTEST FURNISHED MEASUREMENT & TEST EOUIPMENT

QTI# Item Manufacturer Model Number Calibration Due100002 ThennolHvllrometer Ammobe TH-2 511212006100074 Chart Recorder Honeywell DR45AT-IIII-0 4111/2006100252 Altitude Sensor MKS Instruments 622Al3TAE 10/612006100899 Temu/Altitude Chamber Thennotron F-4-CHA-1Yz-1Yz NA

TABLE 22' CHART RECORDER SETUP-Channel Fllllction Tvoe of sensor

I Monitor chamber air temperature 100 i:l RTD3 Monitor chamber messure Cauacitance Manometer



None


The test item was not operated during the altitude test.

Page 10 of 45 QR216-02 Rev -




TABLE 23· ALTITUDE TEST ACTIVITIES-Step # Activitv Date End Time Duration

1 Adiusted to 87 Torr 02119106 0832 25 minutes

2 Maintained 87 Torr 02119/06 0937 1 hour 5 minutes

3 Adiusted to site pressure 02119106 1002 25 minutes


None


The pressure chart is located after Figure 2-2.

Page 11 of 45 QR216-02 Rev -

Qualtest, Inc.

Figure 2-1: Test setup for altitude.

I


Figure 2-2: Test setup for altitude.

Page 12 of 45 QR2 16-02 Rev. -

Qualtest, Inc.

JOIl#---.D~DATE /1 fJGl?£CUSTOMER tl,f/.u\lfl''1 !1iU/:I;,'e'L (1']/TEST A- (~ ; h IJ -t r<SlTEST ITEM eM!PIN ;-{oLd RFpc-f{{£- fl,R[

5/N ------U-J(_k-uoGL__

Page 13 of 45


QR216-02 Rev -

Qualtest, Inc.

3-1 TEST HARDWARE

SECTION 3

SINUSOIDAL VIBRATION TEST SUMMARY

Test Start-Finish Dates: 02 March 2006

Responsible Test Technician: Harry Cummings


One (1) PMI Model Number RFOC-811-QRC, SiN PM602916 (verbal SiN given to test technician by onsitecustomer representative, Yu Rong)


Perfonn four (4) hours of sinusoidal sweep cycling from 10 to 2,000 to 10 Hz at a logarithmic rate of twenty (20)minutes per sweep cycle for a total oft\velve (12) cycles in each of the three (3) orthogonal axes as follows:

10t060Hz60 to 2,000 Hz

0.06 inch DA15Gpk

ToleranceStandard Ambient: 25±10°C, 20 - 80010 Relative Humidity, Site PressureSine Amplitude: ±10%; Frequency: 0.5 Hz < 25 Hz, ±2% 2: 25 Hz


MIL-STD-202F, Methcxl204D, Test Condition B

3-3 TEST SETUP


OTI# Item Manufacturer Model Number Calibration Due

100002 ThennolHvl2:rometer Amorobe TH-2 511212006100032 Accelerometer Endevco 7703A-50 6121/2006100119 Charge Amplifier Endevco 104 1111412006100122 Power Supplv Endevco 109 1111412006100208 Vibration Control SYstem Data PhYsics DP550 2/312007100927 Power Amplifier Ling Electronics 8096 SSPA NA100956 Vibration Exciter Linl2: Electronics A300B NA100957 Power Amplifier Unholtz-Dickie MA130IHE130 NA100966 Vibration Exciter Ling Electronics 335A NA

Page 14 of 45 QR216-02 Rev -


TABLE32·ACCELEROMETERSETUP-Accelerometer ID Charge AmP. ID/CH # Controller CH # Fllllction Location

100032 1001191CH #04 01 Control Vibration Table



Yu Rong, a representative from American Microwave Corporation


The test item was not operated during the vibration test.



TABLE 33· VIBRATION TEST ACTIVITIES-Run # Axis Date End Time Duration

1 Longitudinal 03/02/06 1315 4 hours

2 Transverse 03/02/06 1720 4 hours

3 Vertical 03/02/06 2241 4 hours


None


The vibration plots are located after Figure 3-4.

Page 15 of 45 QR216-02 Rev -


Figure 3-1: Test setup for longitudinal-axis vibration.

Figure 3-2: Test setup for transverse-axis vibration.

Page 16 of 45 QR2 16-02 Rev. -


Figure 3-3: Test setup for vertical-axis vibration.

03.02.2©©~

Figure 3-4: Test setup for vertical-3..."\:is vibration.

Page 17 of 45 QR2 16-02 Rev. -


Qualt~st, Inc. Custom~r. Plana' MOllolilhics lndllstri~s. Inc.5325 Ok! Winter Garden Road Test Hardware: Pl\>fi (l ea.) Job #: '200

Orlando, Florida 32811 PIN: RFOC-811-QRC Run#: 1Tel. (407) 293-5344 SIN: PM602916 Axis; Lon~itudinal

Fa< (40')2"-7376 Dat~: I 3/2106 I Time: I 131 j Duration: 4 HOlll'S

Control

100.0 PkPk 1~.294

II

10.0

T~ I; , .0

II

, OO.OITI

TI

'1 D.Drn10.0 100.0 1.0K

Frequency. I-Iz.

Qualt~st. Inc. CuS1om~r. Plana' Monolilhics Indllstri~s. Inc.5325 Ok! Winter Garden Road Test H9luware: Pl\>fi H ea.) Job#: '200

Orlando, Florida 32811 PIN: RFOC-811-oRC Run#: 2Tel. (407) 293-j844 SIN: PM602916 Axis: TranS'V~rse

Fax (407) 297· 7376 D<l!e: I 312/()6 I Time: I lnO DUralion: 4 Hours

Control

100.0 P><P ,

I10.0

Tm I; , 0

TI

"lOO.Om ----------------T--I

'1 D.Orn10.0 100.0 1.DK

Frequency, I-Iz.

Page 18 of 45 QR216.(JZ R~v -


Qualt~st, Inc. Custom~r. Plana' Motlolilhics Indl!stri~s. Inc.5325 Ok! winter Garden Road Test Hardware: Pl\>U (l ea.) Job#: '200

Orlando, Florida 32811 PIN: RFOC-811-QRC Run#: 3Tel. (407) 293·5344 SIN: PM602916 Axis: VerticalFox (401) 2.,-7376 Oat. I 312106 I Time: I 2241 Duralion: 4 Hours

Control

100.0 PkPk 14.801

II

10.0

T~ IJ '0 I

I, oO.OITI

TI

·1 D.Orn10.0 100.0 1.0K

Frequency. I-Iz.

Page 19 of 45 QR216-CQ R~v -


SECTION 4

SHOCK TEST SUMMARY


Responsible Test Technician: Harry Cummings

4-1 TEST HARDWARE

One (1) PMI Model Number RFOC-811-QRC, SiN PM602916 (verbal SiN given to test technician by onsitecustomer representative, Yu Rong)


Perfonn three (3) 15Gpk by 11 msec savvtooth shock pulses in each direction of the three (3) orthogonal axes (18pulses total)

ToleranceStandard Ambient: 25±10°C, 20 - 80010 Relative Humidity, Site PressureAmplitude: ±15%, Velocity Change: ±10% (referenced to nominal pulse 31.85 inlsec)


MIL-STD-810E (N3), Method 516.4, Procedure I and customer email dated Monday, August 15, 2005 11:40 AM

4-3 TEST SETUP

TABLE 4-1: QUALTEST FURNISHED MEASUREMENT & TEST EQUIPMENT


100002 ThennolHVl2;rometer Amprobe TH-2 511212006100032 Accelerometer Endevco 7703A-50 6121/2006100112 Vibration Control System Data Physics DP550! DP430 61212006100119 Charl2;e Amplifier Endevco 104 1111412006100122 Power Supplv Endevco 109 1111412006100927 Power Amplifier Linll Electronics 8096 SSPA NA100956 Vibration Exciter Ling Electronics A300B NA100957 Power Amplifier Unholtz-Dickie MA130IHE130 NA100966 Vibration Exciter Linll Electronics 335A NA

TABLE42·ACCELEROMETERSETUP-Accelerometer ID Charge AmP. ID!CH # Controller CH # Fllllction Location

100032 100119!CH #04 01 Control Vibration Table

Page 20 of 45 QR216-02 Rev -

Qualtest, Inc.






The test item was not opemted during the shock test.



TABLE 4-3· SHOCK TEST ACTIVITIES

Shock # Axis Direction Date Time # of Pulses

1 Vertical Positive 03/03/06 1451 3

2 Vertical Nel2:ative 03/03/06 1504 3

3 Transverse Positive 03/03/06 1513 3

4 Transverse Negative 03/03/06 1517 3

5 Longitudinal Positive 03/03/06 1521 3

6 Longitudinal Negative 03/03/06 1522 3


None


The shock plots are located after Figure 4-4.

Page 21 of 45 QR216-02 Rev -


Figure 4-1: Test setup for longitudinal-axis shock.

Figure 4-2: Test setup for transverse-axis shock.

Page 22 of 45 QR2 16-02 Rev. -


Figure 4-3: Test setup for vertical-axis shock.

03.02.2©©~

Figure 4-4: Test setup for vertical-3..."\:is shock.

Page 23 of 45 QR2 16-02 Rev. -


Qualt~st, Inc. Custom~r. Planar MOrlolilhics Industri~s, Inc. JOO#: l2005325 Ok! Winter Garden Road Test HoTdware: Pl\>fi (l ea.) Shock #: 1

Orl8lldo, Florida 32811 PIN: RFOC-811-QRC Axis; VE'tticalTel. (407) 293·5344 SIN: PM602916 Direction: PositiveFax (401) 297-7376 Dale: 313106 Tim~: 1451www. llalt~st.com Plot Scal~: S~~ .,i.div V ~rtical I SE'~-aph msldiv Horizontal

~

" -- -- -- -- ---- -- -- -- ----L __ L __1 1 -~--~"

./r

L--L--L ~ -l --l,0 I I ~~-1-- '--'v• "•

~--I--- --1---1.,." +- - -I- - -I- - -1- - -1- - -t - --+." 1- - - r- - - r- - -1- - -j - - -t - --t'~ .,., ·'m " 'm ,., "m ~m

nne. s".;

Velocity

." PkPk. lHta

'"'"

~ "!>~

"-.i."

·to 0

·t~a.•,. ( (m • t2.1m••

Page 24 of 45 QR216.Q2 R~v •


Qualt~st, Inc. Custom~r. Planar MOrlolilhics Industri~s, Inc. JOO#: "005325 Ok! Winter Garden Road Test HoTdware: Pl\>fi (l ea.) Sh()(:k #: 2

Orlando, Florida 32811 PIN: RFOC-811-QRC Axis.: VE'tticalTel. (407) 293·5344 SIN: PM602916 Direction; NCJl;ativeFax (401) 291-7376 Dale: 313106 Tim~: 1l()4www. llalt~st.com Plot Scal~: S~~ .,i.div V~rtical I SE'i.i.'l"lPh msldiv Horizontal

~

" -- -- -- -- -- -- -- -- -- -- - - - -- -- -- ----L __ L __I___I___I__~__~

", L--L--L--I---J0 -1--• ••

t---I---~ -.,~~ --1---+.," +---1---1-- ~

-------:::: ~ --t---t." 1- - - r- - - r- - -1-.~ .,., ·'m • 'm ,., Hm ~m

nne. &".;

Velocity

." PkP ... ]1 [lit]

'"'"

~~ "!>~

"-.i."

·10 0

.I~.a.•, ••( (m 1"'1m••

Page 25 of 45 QR216.(Q R~v .


Qualt~st, Inc. Custom~r. Planar MOrlolilhics Industri~s, Inc. JOO#: l2005325 Ok! Winter Garden Road Test HoTdware: Pl\>fi (l ea.) Shock #: 3

Orl8lldo, Florida 32811 PIN: RFOC-811-QRC Axis.: Transv~rs~

Tel. (407) 293·5344 SIN: PM602916 Direction; positiveFax (401) 297-7376 Da!~: 313106 Tim~: 1513www. llalt~st.com Plot Scal~: S~~ J!.div V ~rtical I S~i.i.-aph msldiv Horizontal

~

----------- ..." -- -- -- ----L __ L __L_ 1~/ -~--~" ;-

L--L--L ~~ -l --l,0 I I ~~I• • -----•

~--I--- --I---j.,.," +- - -I- - -I- - -1- - -1- - -t - --+." 1- - - r- - - r- - -1- - -j - - -t - --t.~ .,., ·'m • 'm ,., Hm ~m

nne. s".;

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." PkP ... 11 D:ll

'"'"

~ "!>~

"-.i."

·10 0

·l~a.•,. ( (m • 12.1m••

Page 26 of 45 QR216.(Q R~v .


Qualt~st, Inc. Custom~r. Planar MOrlolilhics Industri~s, Inc. JOO#: l2005325 Ok! Winter Garden Road Test HoTdware: Pl\>fi (l ea.) Sh()(:k #: 4

Orlando, Florida 32811 PIN: RFOC-811-QRC Axis.: Transv~rs~

Tel. (407) 293·5344 SIN: PM602916 Direction; NeJl;ativeFax (401) 291-7376 Da!~: 313106 Tim~: 1~11 1www. llalt~st.com Plot Scal~: S~~ .,i.div V~rtical I S~~-aph msldiv Horizontal

~

" -- -- -- -- -- -- -- -- -- -- - - - -- -- -- ----L __ L __I___I___I__~__~

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." PkP ... 11 W1

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~ "!>~

"-.i."

·10 0

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Page 27 of 45 QR216.Q2 R~v •


Qualt~st, Inc. Custom~r. Planar MOrlolilhics Industri~s, Inc. JOO#: "005325 Ok! Winter Garden Road Test Hardware: Pl\>fi (l ea.) Sh()(:k #: ,

Orl8lldo, Florida 32811 PIN: RFOC-811-QRC Axis: LOTlll.irudiualTel. (407) 293·5344 SIN: PM602916 Direction; positiveFax (401) 297-7376 Da!~: 313106 Tim~: Ij21www. llalt~st.com Plot Scal~: S~~ .,i.div V ~rtical I S~~-aph msldiv Horizontal

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Page 28 of 45 QR216.Q2 R~v •


Qualt~st, Inc. Custom~r. Planar MOrlolilhics Industri~s, Inc. JOO#: l2005325 Ok! Winter Garden Road Test Hardware: Pl\>fi (l ea.) Sh()(:k #: 6

Orl8lldo, Florida 32811 PIN: RFOC-811-QRC Axis: LOTlll.irudiualTel. (407) 293·5344 SIN: PM602916 Dire",iou; Ne~ative

Fax (401) 297-7376 Da!~: 313106 Tim~: Ij22www. llalt~st.com Plot Scal~: S~~ .,i.div V ~rtical I S~~-aph msldiv Horizontal

~

" -- -- -- -- -- -- -- -- -- -- - - - -- -- -- ----L __ L __L __I___I__~__~

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." PkPk. 31 [Jo)l

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Page 29 of 45 QR216.Q2 R~v •

Qualtest, Inc.

5-1 TEST HARDWARE

SECTION 5

SINUSOIDAL VIBRATION TEST SUMMARY

Test Start-Finish Dates: 10 through 13 March 2006

Responsible Test Technician: Jim Gaudio


One (1) PMI Model Number RFOC-8ll-QRC, SiN PM602916 (verbal SiN given to test technician by onsitecustomer representative, Yu Rong)


Perfonn four (4) hours of sinusoidal cycling from 10 to 2,000 to 10 Hz at a logarithmic rate ofhventy (20)minutes per cycle for a total oftwelve (12) cycles in each ofthe three (3) orthogonal axes as follows:

10t060Hz60 to 2,000 Hz

0.06 inch DAl5Gpk

ToleranceStandard Ambient: 25±10°C, 20 - 80010 Relative Humidity, Site PressureSine Amplitude: ±10%; Frequency: 0.5 Hz < 25 Hz, ±2% 2: 25 Hz


Qualtest Change Order COOOI Penonn vibmtionper MIL-STD-202F, Method 204D, Test Condition B

5-3 TEST SETUP



100002 ThennolHvl2:rometer Amorobe TH-2 511212006100116 Accelerometer Endevco 2226C 4121/2006100119 Charge Amplifier Endevco 104 1111412006100122 Power Suoolv Endevco 109 1111412006100353 Vibration Control SYstem Dactron Laser USB 212812007100941 Power Amplifier Ling Electronics DMA5/A395-5 NA100942 Vibration Exciter Linl2: Electronics A395 NA100956 Vibration Exciter Linll Electronics A300B NA100957 Power Amplifier Unholtz-Dickie MA130IHE130 NA

Page 30 of 45 QR216-02 Rev -



100116 1001191CH #04 01 Control Vibration Plate





The test item was not operated during the vibration test.



TABLE 5 3· VIBRATION TEST ACTIVITIES-Run # Axis Date End Time Duration

1 Longitudinal 03/10/06 2207 4 hours

2 Transverse 03113/06 1051 4 hours

3 Vertical 03113/06 1538 4 hours


None


The vibration plots are located after Figure 5-3.

Page 31 of 45 QR216-02 Rev -

Qualtest, Inc.

•

03.10.2006 17:51

Figure 5-1: Test setup for longitudinal-axis vibration.


•

Figure 5-2: Test setup for transverse-axis vibration.

Page 32 of 45 QR2 I6-02 Rev. -


Figure 5-3: Test setup for vertical-axis vibration.

Page 33 of 45 QR2 16-02 Rev. -


Qualtest, Inc. Customer: Planar Monolithics fudustries, Inc.5325 Old Winter Garden Road Test Hardware: PMI (1 ea) Job #: 5200

Orlando, Florida 32811 PiN: RFOC-811-0RC Run#: 1Tel. (407) 293-5844 SiN: PM602916 Axis: Lon~itudina1

Fax (407) 297-7376 Date: 3/10/06 Time: 2207 Duration: 4 Hours

00 ~~rtrXf) ow-alartrXf) crntr~(f)

39.8107

10.0000

•1.0000

0.1000

0.0355 ,'" ,CO 1000 ~OO

Fre,,-,ency (HI)

Qualtest, Inc. Customer: Planar Monolithics fudustries, Inc.5325 Old Winter Garden Road Test Hardware: PM] 1 ea) Job #: 5200

Orlando, Florida 32811 PiN: RFOC-811-0RC Run#: 2Tel. (407) 293-5844 SiN: PM602916 Axis: TransverseFax (407) 297-7376 Date: 3/13/06 Time: 1051 Duration: 4 Hours

00 Crntr~

39.8107

hi;lh-alartrXf)

10.0000I"",-alarm;f)

coriro~f)

1.0000

0.1000

0.0355 ," '" 1000 wee

Fre,,-,ency (HI)

Page 34 of 45 QR216-02 Rev -


Qualtest, Inc. Customer: Planar Monolithics Industries Inc.5325 Old Winter Garden Road Test Hardware: P:MI(lea) Job #: 5200

Orlando, Florida 32811 PiN: RFOC-811-0RC Run#: 3

Tel. (407) 293-5844 SiN: PM602916 Axis: VerticalFax (407) 297-7376 Date: 3/13/06 Time: 1538 Duration: 4 Hours

00 Crntr~

39.8107

hi;lh-alarn-xn

10.0000

•I"",-al",n-xn

coriro~n

1.0000

0.1000

0.0355 ,'" ,CO 1000 ~CC

Fre,,-,ency (HI)

Page 35 of 45 QR216-02 Rev -

Qualtest, Inc.

6-1 TEST HARDWARE

SECTION 6

SHOCK TEST SUMMARY


Responsible Test Technician: Jim Gaudio


One (1) PMI Model Number RFOC-8ll-QRC, SiN PM602916 (verbal SiN given to test technician by onsitecustomer representative, Yu Rong)


Perfonn three (3) l5Gpk by 11 msec savvtooth shock pulses in each direction of the three (3) orthogonal axes (18pulses total)

ToleranceStandard Ambient: 25±10°C, 20 - 80010 Relative Humidity, Site PressureAmplitude: ±15%, Velocity Change: ±10% (referenced to nominal pulse 3l.85±3.l8 in/sec)


Qualtest Change Order COOOI Perfonn shock testing per MIL-STD-8l0E (N3), Method 516.4, Procedure I andcustomer email dated Monday, August 15, 2005 11 :40 AM

6-3 TEST SETUP


QTI# Item Manufacturer Model Number Calibration Due

100002 ThennolHygrometer Amprobe TH-2 511212006100116 Accelerometer Endevco 2226C 4121/2006100119 Charge Amplifier Endevco 104 1111412006100122 Power Supply Endevco 109 1111412006100353 Vibration Control Svstem Dactron Laser USB 212812007100941 Power Amplifier Ling Electronics DMA5/A395-5 NA100942 Vibration Exciter Ling Electronics A395 NA100956 Vibration Exciter Ling Electronics A300B NA100957 Power Amplifier Unholtz-Dickie MA130IHE130 NA

Page 36 of 45 QR216-02 Rev -



100116 1001191CH #04 01 Control Vibration Plate





The test item was not opemted during the shock test.



TABLE 6 3· SHOCK TEST ACTIVITIES-Shock # Axis Direction Date Time # of Pulses

1 Vertical Positive 03114/06 0840 3

2 Vertical Negative 03/14/06 0845 3

3 Transverse Negative 03/14/06 0905 3

4 Transverse Positive 03/14/06 0910 3

5 Longitudinal Positive 03114106 0924 3

6 Lom6tudinal Negative 03/14/06 0929 3


None


The shock plots are located after Figure 6-3.

Page 37 of 45 QR216-02 Rev -


Figure 6-1: Test setup for vertical-axis shock.

-•

·0----=- _.

Figure 6-2: Test setup for transverse-axis shock.

Page 38 of 45 QR2 16-02 Rev. -

Qualtest, Inc.

.. <

•

)

03.iO.2006~~1:51

•


•

Figure 6-3: Test setup for longitudinal-axis shock.

Page 39 of 45 QR2 16-02 Rev. -


Qualt~Sl, Inc. Custom~r. Planar MOrlolilhics Industri~s, Inc. JOO#: l2005325 Ok! Winter Garden Road Test Hol"dware: Pl\>fi (l ea.) Shock #: 1

Orl8ll.do, Florida 32811 PIN: RFOC-811-QRC Axis.: VE>tticalTel. (407) 293·5344 SIN: PM602916 Direction: PositiveFax (401) 297-7376 Dale: 3/14/iM Tim~: 0840www. llalt~st.com Plot Scal~: See. Graph Ji.divVertical I See Graph msldiv Horizontal

~ ""'.n.~. ........,.115

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Qualt~Sl, Inc. Custom~r. Planar MOrlolilhics Industri~s, Inc. JOO#: l2005325 Ok! winter Garden Road Test Hol"dware: Pl\>fi (l ea.) Shock #: 2

Orl8ll.do, Florida 32811 PIN: RFOC-811-QRC Axis.: VE'tticalTel, (407) 293·5344 SIN: PM602916 Direction; Ne~ative

Fox (401) 297-7376 Dale: 3/14/06 Tim~: 084lwww. ualtE'st.com Plot Scal~: See Graph Ji.divV~rtical I See Graph msldiv Horizontal

~ ,~

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Page 41 of 45 QR216-CQ R~v •


Qualt~Sl, Inc. Custom~r. Planar MOrlolilhics Industri~s, Inc. JOO#: l2005325 Ok! winter Garden Road Test Hol"dware: Pl\>fi (l ea.) Shock #: 3

Orl8ll.do, Florida 32811 PIN: RFOC-811-QRC Axis.: Transv~rs~

Tel, (407) 293·5344 SIN: PM602916 Direction; NCJl;ativeFox (401) 297-7376 Da!~: 3/14/06 Tim~: ()9{)l

www. ualt~st.com Plot Scal~: S~e Graph Ji.divV~rtical I S~~ Graph msldiv Horizontal

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Qualt~Sl, Inc. Custom~r. Planar MOrlolilhics Industri~s, Inc. JOO#: "005325 Ok! winter Garden Road Test Hol"dware: Pl\>fi (l ea.) Shock #: 4

Orlando, Florida 32811 PIN: RFOC-811-QRC Axis.: Transv~rs~

Tel, (407) 293·5344 SIN: PM602916 Direction; NeJl;ativeFox (401) 297-7376 Da!~: 3/14/iM Tim~: 0910www. llalt~st.com Plot Scal~: S~e. Graph Ji.divV~rtical I S~~ Graph msldiv HorizoTltai

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Qualt~st, Inc. Custom~r. Planar MOrlolilhics Industri~s, Inc. JOO#: l2005325 Ok! Winter Garden Road Test Hardware: Pl\>fi (l ea.) Sh()(:k #: ,

Orl8ll.do, Florida 32811 PIN: RFOC-811-QRC Axis: LOTlll.itudiualTel, (407) 293·5344 SIN: PM602916 Direction; positiveFax (401) 297-7376 Da!~: 3/14/<H> Tim~: ()924

www. llalt~st.com Plot Scal~: S~e. Graph ~divV~rtical I S~~ Graph msldiv HorizoTltal

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Page 44 of 45 QR216.Q2 R~v -


Qualt~st, Inc. Custom~r. Planar MOrlolilhics Industri~s, Inc. JOO#: "005325 Ok! Winter Garden Road Test Hardware: Pl\>fi (l ea.) Sh()(:k #: 6

Orlando, Florida 32811 PIN: RFOC-811-QRC Axis: LOTlll.itudiualTel. (407) 293·5344 SIN: PM602916 Dire.;tiou; NeJl;ativeFax (401) 297-7376 Da!~: 3/14/06 Tim~: ".,.www. ualt~st.com Plot Scal~: S~e. Graph Ji.divV~rtical I S~~ Graph msldiv HorizoTltai

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TEST REPORT

PMI MODEL No: SDLVA-61F-80

February 15,2004

PT-52-SDLVA-PW-0204

ENVIRONMENTAL TEST DATAON

SECCESSIVE DETECTION LOG VIDEO AMPLIFIERS

PMI MODEL NUMBER:

DLVA-61F-80With Options:

5829387-002 & TBRK

SERIAL NUMBER PM311203

Environmental Testing Consisted of:

Sand and Dust, Salt Spray and Explosive Atmosphere (to 40,000 feet)These tests were conducted by BAE Systems, Lansdale, PA

Full EMI Testing was conducted at MET Laboratories in Union City, CA

Planar Monolithics Industries, Inc. 7311-GGrove Road, Frederick, MD 21704Tel: 301-631-1579 Fax: 301-662-2-29

Email: sales(mpianarmonolithics.com Web: www.planarmonolithics.com

Page 27

TEST REPORT

PMI l\10DEL No: SDLVA-61F-80

February is, 2004

ENVIRONMENTAL TESTING

SAND AND DUST

SALT SPRAY

EXPLOS:lvE ATffl0SPHERE

TEST REPORT PREPARED BYBAE SYSTEMS, LANSDALE, PA

Planar Monolithics Industries, Inc. 7311-G Grove Road, Frederick, MD 21704Tel: 301-631-1579 Fax: 301-662-2-29

Email: sales(@.planarmonolitbics.com Web: www.planarmonoiithics.com

Page 28

PT-52-SDLVA-PW-0204

TEST REPORT

PMI l\10DEL No: SDLVA-61F-80

February 15, 2004

PT-52-SDLVA-PW-0204

December 23, 2003

American MicfOVv'ave Corp.7310 Grove Road, Suite 206Frederick, MD 21704

Attention: Mr. Dave Bruder

Reference: Arrerican Microwave Corp. Purchase Order No. 31100536

Gentlemen:

This report certifies the performance of Sand and DU&t Explosion, and Salt Spray testing on oneSDLVA, Model SDLVA..elF·BO, Serial Number PM311203, submitted by Amelican Microwave Corp.

The testing was conducted in accordance with:

SAND &: DUST: MIL~DTL·2B875A, Paragraph 4,$,34 and MIL-STD-20ZG, Method 11OA.

SALT SPRAY: MIL-DTl-28875A, Paragraph 4.8.33 and Mll-STD-202G, Method 101E,

EXPLOSION: MIL·DTL·28875A~ Paragraph 4.8.35 and i\llll-$TD~202G, Method 109C.

TEST AESULis; Moot of the palnt pealed off during the Salt Spray exposure. There was no otherapparent external phySical damage to the unit as a result of the tests. None of theoperations caused ignition of the explosive atmosphere inside the explosion testchamber, The explosiveness of the ohamber atmosphere ,",vas verified after eachoperation. The unit was returned to American Microwave Corp. tnrfurtherevaluation.

Acopyuf the Test Logs and an E.quipment Ust. are fnc)~ in this report

The testing was conducted at the BAE SYSTEMS Advanced Systems PrOduct Testing LaboratoryI

Richardson Road, Lansdale, PA 19446, and completed on December 23, 2003,

Very tru1yyours.

8AE SYSTEMS Advanced Systems

ll/'J /I",,;q ..tA..U<

J. F. sJtz, Test EProouct Testing L

JFS:pc

Mva~«1~~~ ,m5 R¢lI!"ds¢1l~ l.<l'*-.iek. PA :!'~614~$

1..t5;s."'~ (.21S1 Soo.2000 F*" 121E;·)~oo.zoss


Email: sales(mplanarmonolithics.com Web: www.pianarmonoiithics.com

Page 29

TEST REPORT


February 15,2004

PRODUCT TESTING LABORATORY TEST LOG

/7;2Y:'~~7Jl~,.f •..•........••p·.M', ..•:.'." :..•..':...•' .,.- ,".". . .

\~;;NJ04:l,t!y

PT-52-SDLVA-PW-0204

PAGE


Email: sales(ii\planarmonolithics.com Web: www.planarmonolithics.com

Page 30

TEST REPORT


February 15,2004


TEST ENGINEER ....,~__"__"_..::::... ~

/~lfS~:;:?i~~~,'." .. ".' ..,.'.p"M.. ',.'' ~: ,.,.,.\...• -. -- . ·-··c··

\~,~!\.Y~~;\,U/PT-52-SDLVA-PW-0204

P.AGE ----l OF L-


Email: salesimplanarmonolithics.comWeb:wV\.W.planarmonolithics.com

Page 31

TEST REPORT


February 15, 2004


J08 NO.

TEST E_NG~NEER .~_.. --=__~

PAGE -1_ OF

Planar Monolithics Industries, Inc. 7311-G Grove Road, Frederick, MD 21704Tel: 301-631-1579 Fax: 301-662-2-29 .

Email: sales(iilplanarmonolithics.comWeb:\vww.planarmonolithics.com

Page 32

PT-52-SDLVA-PW-0204

1~

TEST REPORT


February 15, 2004

EQUiPMENT liST

PT-52-SDLVA-PW-0204

EOUIPMENT MANUFACTURER MODEL SAt: NO. CAL DUE

SAND &DUST TESTSand &. Dust ChamberDust Density Meter

Temp. and Humkltty Indicator

Temp. Indioator

Air Velocity fvteter

SALT SPRAY TESTsalt Spray Chamber

Tamp. indicator

Hydrometer

Hydrometer

pH Meter

Temp. Indicator

EXPLDSIONTESTE'O'Jlosion Chamber

Tamp. indicator

Multtmet~r

Itemco 8943 Each UsePhotomation DSM-1P8 17544- 04 JUN 04Rotronic HP101A~K 21100 12SEP 04

Doric 400 12393 02 APR 04

Hastings AAB~2.7 19037 16 ocr 04

Singleton 24*17347 18239 Each UseDoric 400 21410 01 JUlO4

A,H. Thomas e025-MiO lS81$ 09 MAY 04

A.H. Thomas 0025~R10 18570 12 SEP04

Fisher 800 14284- 21 MAR 04

Doric 400 99900 17 JAN 04

Associated EX404\BC 8771 09 MAR 04

Doric 4()0 21410 01 JUL04

Fluke 75 HI 21394 03JUN04

The above equipment was callbm~ by standards \l\tdch are r~gularly caJibrat~d and\.;hose accuracies are traceable to t~ National Institute of Standards andTechnology (NtST). The calibration system and procedure maintained by BAESYSTEMS Advanced Systems are in compliance with the requirements of;AJ\lSl/NCSL 2540-1, ISO 9002, ISO 10012*1 f and MIL~STD-45662A.

Test Report No. 03*2.67...3136


Email: sales(li{planarmonoiithics.com Web: www.planarmonolithics.com

Page 33

TEST REPORT


February 15, 2004

EMITESTING

TESTREPORTPREPAP~DBY

MET LABORATORIES, UNION CITY, CA

Planar Monolithics Industries, Inc. 7311-G Grove Road, Frederick,MD 21704Tel: 301-631-1579 Fax: 301-662-2-29

Email: salesra2planarmonolithics.com Web: www.planarmonolithics.com

Page 34

ft2:)~;:t:fYfl~~~,.r·· ·.•P·M·., :.. \."'..} '-.d ..-.'.,

t-- • ,... -~---;=

\;Y;VJ/\~V!\:Jp/

PT-52-SDLVA-PW-0204

MET Laboratorias, Inc. Safety Certification - EMI - Telecom Environmental Simulation33439 WESTERN AVENUE • UNION CITY, CALIFORNIA 94587 • PHONE (510) 489-6300 • FAX (510) 489-6372

Electromagnetic Compatibility CriteriaTest Report

for the

Planar Monolithics Industries,Successive Detection Log Video

nolithics Industries, Inc.7311-G Grove RoadFredrick, MD 21704

Prepared By:MET Laboratories, Inc.

33439 Western Ave.Union City, California 94587

Planar Monolithics Industries, Inc.Successive Detection Log Video Amplifier

Electromagnetic Compatibility CriteriaTest Report

for the


Electromagnetic CompatibilityMIL-STD-461C/462

Testing Performed By:

MET Report: EMCU14749-MIL

Tested Under

the rules contained inMIL-STD-461C/49EMCRequire

© 2004, MET Laboratories, Inc.

Report Prepared By:

Cheryl AniceteDocumentation Department

Page ii of vi


Report Status Sheet

Electromagnetic CompatibilityReport Status SheetMIL-STD-461C/462

Revision Report Date Reason for Revision

0 March 8, 2004 Initial Issue.

MET Report: EMCU14749-MIL © 2004, MET Laboratories, Inc. Page iii of vi

Planar Monolitbics Industries, Inc.Successive Detection Log Video Amplifier

Table of Contents

Electromagnetic CompatibilityTable of Contents

MIL-STD-461C/462

I. Executive Summary 1A. Purpose of Test 2B. Executive Summary 2

II. Equipment Configuration ................•........................................................................................................................3A. Overview 5B. References 5C. Test Site 5D. Description ofTest Sample 5E. Equipment Configuration 6F. Method of Monitoring EUT Operation....................................... . 7G. Modifications......................................................................... . 7

a) Modifications to EUT.......................................... . 7b) Modifications to Test Standard........ .. 7

H. Disposition of EUT .. 7III. Electromagnetic Compatibility Conducted Emissiona"' 8

A. CE03, Conducted Emissions, Power and Inte~" ads, 0.015 t MHz 9B. CSOI, Conducted Susceptibility, Power Leads, 3 ' z 13C. CS02, Conducted Susceptibility, Power Leads, 50 MHz 17D. CS04, Undesired Signal Rejection..... . 20E. CS06, Conducted Susceptibility, Spike 24

IV. Electromagnetic Compatibility Radiated Emis ..............................................................•.......28A. RE02, Radiated Emissions, ElectricFiel:tHz 29

V. Test Equipment .~ 35

MET Report: EMCU14749-MIL © 2004, MET Laboratories, Inc. Page iv of vi


List of Tables


MIL-STD-461C/462

Table 1. Executive Summary of MIL-STD-461 C/462 ComplianceTesting 2

List of Figures

Figure 1. Block Diagram of Test Configuration 6Figure 2. CE03, Setup Block Diagram 11Figure 3. Limit for CSOI 14Figure 4. CSOl, Setup Block Diagram 15Figure 5. CS02, Setup Block Diagram 18Figure 6. CS04, Setup Block Diagram . 21Figure 7. Limit for CS04 . ::. 22Figure 8. CS06, Setup Block Diagram . 25Figure 9. CS06, Acceptable Waveshapes................................................... . 26Figure 10. RE02, Setup Block Diagram : 33

List ofPho#,

Photograph 1. CE03 Conducted Emissions, Power and Interconnectin .015 to 50 MHz) Test Setup 12Photograph 2. CSOI Conducted Susceptibility, Power (30 Hz to 5 T~st Setup 16Photograph 3. CS02 Conducted Susceptibility, Power L . z to 50 est Setup 19Photograph 4. CS04, Undesired Signal Rejection.............. . 23Photograph 5. CS06 Conducted Susceptibility, Spikes, Po etup 27Photograph 6. RE02, Radiated Emissions, . Field, 14 Hz, Test Setup 34

MET Report: EMCU14749-MIL © 2004, MET Laboratories, Inc. Page v ofvi



MIL-STD-461C/462

List of Terms and Abbreviations

AC Alternating Current

ACF Antenna Correction Factor

Cal Calibration

cm Centimeters- d Measurement Distance

dB Decibels

dBf-lA Decibels above one microamp

dBf-lV Decibels above one microvolt

Frequency

Magnetic FieldGround Reference

quipment-Building System

Electrostatic DischargeElectromagnetic Compatibility

10 Frequency

Decibels above one microvolt per meter

epetition Frequency

Equipment Under Test

Digital Subscriber Line

nds

Frequency

Decibels above one microamp per meter

Electric Field

Federal Communications Comml

Direct Current

Horizontal Coupling PHertz

Root-Mean-Square

Hz

kPakV

kHz·lEC

FCC

f-lF

NEBSPRY

ErnEMC

FREQ

ESD

LISN

DSL

MHz

E

H

DC

GRP

dBf-lV/m

dB,uA/m

RMSRF

f

TWT Traveling Wave Tube

Vim Volts per meter

VCP Vertical Coupling Plane

MET Report: EMCU14749-MIL © 2004, MET Laboratories, Inc. Page vi of vi


Electromagnetic CompatibilityExecutive SummaryMIL-STD-461C/462

I.

MET Report: EMCU14749-MIL © 2004, MET Laboratories, Inc. Page 1 of37


A. Purpose of Test

Electromagnetic CompatibilityExecutive SummaryMIL-STD-461C1462

The purpose of these tests was to verify compliance of the Planar Monolithics Industries, Inc., SuccessiveDetection Log Video Amplifier (referred to as EUT hereafter) to the specifications listed in Table 1.

B. Executive Summary

These tests were conducted on a sample of the equipment for the purpose of demonstrating compliance with MILSTD-461C/462 EMC Requirements for Navy - shipboard below deck limits. All tests were perfonned inaccordance with Planar Monolithics Industries, Inc. Purchase Order.

Reference

Purchase Order #31100535

MIL-STD-461C, CE03

MIL-STD-461C, CSOI

MIL-STD-461C, CS02

MIL-STD-461C, CS04

MIL-STD-461C, CS06

Table 1.


Conducted Emissions, P 0.01

ctric Field, 14 kHz to 18 GHz


Compliance

Compliant

Compliant

Compliant

Compliant

Compliant

Compliant

Pagelof37


Electromagnetic CompatibilityEquipment Configuration

MIL-STD-461C/462

II. EquiplDent Co



Model(s) Tested:

Model(s) Covered:

SIN's

Analysis:

Evaluated by: Asad Bajwa

Date(s):


MIL-STD-461C/462




MIL-STD-461C/462

A. Overview

The purpose ofthis series oftests was to verify compliance of the Planar Monolithics Industries, Inc., SuccessiveDetection Log Video Amplifier with the limits and test methods indicated in MIL-STD-461C/462.

B. References

c. Test Site

stern Ave., Union City, California 94587. Allnd bears recent traceability to the National Institute

ler (SDLVA-61F-80 OPT. 5829387-002, TBRK), Equipment Underuent, operates at 61.25 MHz.

All testing was performed at MET Laboratories,equipment used in making physic inationsof Standards and Technology.. .

MIL-STD--45662A

MIL-8TD-462: 1993

MIL-STD-461C: 1986

ANSIlISOIIEC17025: 2000

MIL-STD-461E: 1999

MII.rSTD-461D: 1993

The SuccessiveTest (EUT) for~ e

D.

MET Report: EMCU14749-MIL © 2004, MET Laboratories, Inc. Page 50f37


Electromagnetic CompatibilityEquipment'Configuration

MIL-STD-461C/462

E. Equip~entConfiguration

The EUT was set up as outlined in Figure 1, Block Diagram of Test Setup. All cards, racks, etc., incorporated aspart of the EUT is included in the following list.

C

EUT ~Oh 3 +1-15Vdc

),/

r~~'------------'

2

Signal generator Scope

A B

Ref. Serial Number RevisionID

A N/A N/A N/A

B N/A N/A N/A

CSDLVA-61F-80 OPT. 5829387- P~311204,P~311205,

N/A002 P~311206

Test Setup: During all the EMC testing, the EDT was setup on a table with a metallic top inside shielded enclosure.All the I/O and power cables were raised from the tabletop by 5-cm spacers and routed as specified inMIL-STD-461C/462 standard. LISNs were used at the power input to provide stable impedance. TheEUT is a successive detection log video amplifier (SDLVA-61F-80 OPT. 5829387-002, TBRK), itoperates at 61.25MHz. EUT was exercised by applying a 61.25 :MHz signal from a signal generator asshown in test setup.



F. Method of Monitoring EUT Operation


MIL-STD-461C/462

The EUT was powered by a duel power supply as shown in setup. It was being exercised by applying a 61.25MHz 'signal from a signal generator as shown in test setup (see Figure 1) and the output was being monitored withthe help ofan Oscilloscope.

G. Modifications

a) Modifications to EUT

No modifications were made to the EDT.

b) Modifications to Test Standard

No modifications were made to the test standard.

H. Disposition of EUT

tro-Magnetic Compatibility Lab for testingftesting.

MET Report: EMCUI4749-MIL © 2004, MET Laboratories, Inc. Page 7 of37


Electromagnetic CompatibilityConducted Emission and Susceptibility Criteria

MIL-STD-461C/462

III. ElectrolDagnetiConduct isCriteri

.' tibilityn and Susceptibility




MIL-STD-461C/462

A. CE03, Conducted Emissions, Power and Interconnecting Leads, 0.015 to 50 MHz

Test Requirement(s): This requirement is applicable for the following types of leads:

AC and DC leads, which obtain power from other sources or provide power to other equipment,distribution panels, or subsystems; ground or neutrals, which are not grounded internally to thesubsystem or equipment being measured; and, for Army and Navy procurements, interconnectingcontrol leads which provide AC and DC power from or to the test sample. The requirement isnot applicable for interconnecting signal leads such as a clock, IF audio, firing, digital, radiofrequency (RF), and the like, unless otherwise specified by the Command or agency concerned.POi Anny procurements, the requirement is applicable using the Line Impedance Stabilization

Test Conditions:

Test Results:

Test Engineer(s):

Test Date(s):

Network, as described in MIL-STD-462.

The Data Collection System used the current nphase and/or neutral of the input power. Lsystem scanned the applicable frequeidentifying the largest signals with retest setup such as cable loss andCollection System Software. All cabstandoffs.

ure the conducted emissions on eachin series with the power line. The

ed graphical and tabular data:" All correction factors of the

"ction faet are accounted for in the Data" 5 em from the ground plane with

. .ed CE03 Conducted Emissions, Power and. Test result details appear on following pages.




MIL-STD-461C/462

CE03, Conducted Emissions, Power and Interconnecting Leads, 0.015 to 50 MHz, continued

Power. NB

60.0

50.0

40.0

<- 30.0::lll:lB-e> 20.0'8=:

~ 10.0c:r:

0.0

-10.0

-20.0

............~

r--.... r---.~~i"<-

'"V\~ ~~IJM ............ ..

]IW~~~.

f'1'1'-0",

lit r--~

J ~,

lit h.

'!'l, .11 .. I ....

..... II····

.' "1\111\ I~h ,'" ..~.'I'HI'1 1.JIL.t I •• rn II .. ;, It .IiJ

>fl' I'" "r"1"J¥'V'" i l" III "., ....•.. I·· r

o

Power BB

1Frequency (MHZ)

1aD

100.0

90.0

80.0

70.0

-;:; 60.0i)

50.0oc:c::la:lE 40.0II)

"CI::l 30.0:t::

~ 20.0oc:c

10.0

0.0

-10.0

-20.0

< ' ...... I......... . .•.. ...

. '......

.......~

" .

....... ' . r--.. t"-o ..... I. ... i I'>

lal\'ut\. 1

1 ~~'. ..

I· ..••......... . .

··'··f~ ~,L..........r-.

r--- ...... . .... .....

1 r1 ~i"j,....

~'""~. ....

II....... " . ...

Ii'111 •

t

....... '1..... .'"

.. '

'.1 1'1,

~1 .' I'

.............. Ii" ,II, .~. kl IJihl .~IWI •.11, Jlill•. ~ I'" <I·.

"J "'-1' 'fl"r ,.,. I'fl' .".".., ...... ,......

I .... li·F.. '.

.' ....

......."

>/••..• 1 ..... I'.' .... .......

a

MET Report: EMCUI4749-MIL

1Frequency (MHZ)


1DO

Page 10 of37



MIL-STD-461C/462

CE03, Conducted Emissions, Power and. Interconnecting Leads, 0.015 to 50 MHz, continued

SDLVA

Power IN

Measurement System

II IfII II




MIL-STD-461C/462

CE03, Conducted Emissions, Power and Interconnecting Leads, 0.015 to 50 MHz, continued

ions, Power and Interconnecting Leads (0.015 to 50 MHz) Test Setup

MET Report: EMCU14749-MIL © 2004, MET Laboratories, Inc. Page 120f37



~fIIrST][)-461C/462

B. CSOl, Conducted Susceptibility, Power Leads, 30 Hz to 50 kHz

Test Requirement(s): This requirement is applicable to equipment and subsystem AC and DC power leads, includinggrounds and neutrals which are not grounded internally to the equipment or subsystem. Thisrequirement is not applicable within ±5 percent of the power frequency (ies). For Navyprocurements, this requirement may be deleted for AC leads, with the approval of the Commandor agency concerned, if no circuit within the equipment or system is more sensitive that 100milliVolts (mV). For equipment and subsystems procured solely for Army use, this requirementis applicable for DC leads only.

Test was performed at Navy - shipboard below deck limits.

robe" to inject the conducted signalswere placed in series with the power

abIes were elevated 5 em from the

CS01 Conducted Susceptibility, Power Leadson following pages.

The Data Collection System used the "Current Ion each phase and or neutral of the input poline. The system swept the applicable freground plane with standoffs.

AsadBajwa

12/08/03

Test Conditions:

Test Results:

Test Engineer(s):

Test Date(s):




MIL-STD-461C/462

CSOl, Conducted Susceptibility, Power Leads, 30 Hz to 50 kHz, continued

CS01 Limit

I:···»

",./1,1

..

Ii.',.. ,.,

~ ......i'.',·'.' If

',.. /f

~N.~ "". I ., Eirr, ..

ro.,,,,..... "

, .. ',..

~: I .. ".

'·",:,1'I,'·.

...,I·.,

I·" L I ... II, L ,,'•....•'1<" •. I,,'"

~.....

"'.. ".,.Ii

I~

I:I '1 II

.., .. " .:, I li,f I•if ..

,......'

.. '.'," ... 'i

"11;<

...

:I.'·'·'

""

,',.... ,.. \ ."

i ......... i • •

10.0

D.D

10 1000Frequencv (HZ)

Limit for CSOI

100000

MET Report: EMCUI4749-MIL © 2004, MET Laboratories, Inc. Page 14 of37



MIL-STD-461C/462

CSOl, Conducted Susceptibility, Power Leads, 30 Hz to 50 kHz, continued

~ .;..!-----------+--..--1L-.,J

I/O

SDlVA




MIL-STD-461C/462

eSOl, Conducted Susceptibility, Power Leads, 30 Hz to 50 kHz, continued

JrI.fited Susceptibility, Power Leads (30 Hz to 50 kHz) Test Setup




~S11)-461C/462

C. CS02, Conducted Susceptibility, Power Leads, 50 )l-.Hz to 400 MHz

Test Requirement(s): This requirement is applicable to equipment and subsystem AC and DC power leads, includinggrounds and neutrals which are not grounded internally to the equipment or subsystem. Thisrequirement is not applicable within ±5 percent of the power frequency (ies). For Navyprocurements, this requirement may be deleted for AC leads, with the approval of the Commandor agency concerned, if no circuit within the equipment or system is more sensitive that 100milliVolts (mV). For equipment and subsystems procured solely for Army use, this requirementis applicable for DC leads only.

be" to inject the conducted signalslaced in series with the power

were elevated 5 em from the

2 Conducted Susceptibility, Power Leadsr on following pages.

The test sample shail not exhibit any malfunction, or degradation of performance, or deviationfrom specified indications beyond the tolerances indic when subjected .to I volts from a 50ohm source. Test was performed at Navy - shipboar deck limits.

The Data Collection System used the "Cuon each phase and or neutral of the inpline. The system swept the applicabl 'ground plane with standoffs.

AsadBajwa

The EUT was found compli(50 kHz to 400 MHz) limits.

Test Conditions:

Test Results:

Test Engineer(s):

Test Date(s):




MIL-STD-461C/462

CS02, Conducted Susceptibility, Power Leads, 50 kHz to 400 MHz, continued

110

SDLVA

MET Report: EMCU14749-MIL © 2004, MET Laboratories, Inc. Page 18of37



.MIL-STD-461C/462

CS02, Conducted Susceptibility, Power Leads, 50 kHz to 400 MHz, continued

Photograph 3. C

METReport: EMCU14749-MIL

ed Susceptibility, Power Leads (30 Hz to 50 kHz) Test Setup

© 2004, MET Laboratories, Inc. Page 190f37



MIL-STD-461C/462

D. CS04, Undesired Signal Rejection

Test Requirement(s): This requirement is applicable to receiving equipment and subsystems, such as receivers, RFamplifiers, transceivers, and the like. The applicable frequency range for this requirement isdependent on the operating frequency of the test sample as specified in MIL-STD-462.Test was performed at Navy - shipboard below deck limits.

Conducted Susceptibility, undesiredpages.

The Data Collection System used the "Current Injection Probe" to inject the conducted signalson each phase and or neutral of the input power. LISNs were placed in series with the powerline. The system swept the applicable frequency range. All cables were elevated 5 em from theground plane with standoffs.

AsadBajwa

The EUT was found compliant with the speSignal rejection limits. Test result details a

12/08/03

Test Conditions:

Test Results:

Test Engineer(s):

Test Date(s):



CS04, Undesired Signal Rejection, continued


MIL-STD-461C/462

~r ,-~~,..._------ /I.)

....... ' .. ('

PO"fJ/er

Signal Source 1 Sign;::.1 SOI.~rce 2

4, Setup Block Diagram




MIL-STD-461C/462


Limit

ff2fO

L - w -......---------

I· \

I

I

I

f1

A

fO Ree~~~~r tuned frequency O~ band center for amplifiers.

fl Lowest tunabl~ frequency of Tee~1ver band in use Qr the lowes~ fr~quency

of a~p11fier passband.

f2 Righ~t tunable frequency of receiver band in uSe O~ ~he hi~hest f~eqwency

of amplifier pa9shand.

W • Bandwidth b~~wQQn tb@ 80 dB points of the r~ce1ver sele~[1vlry ~ttIve AS def1ne~

in the test sample 1 s technIcal require.encs or rhe centrol plan.

L1.a1ts:

1. The lialt 4t A is 80 dB ab~ve the Lnput level required to p~oduc~ the standardr~ference output. (Thi. limit .ball not b~ used for amplifiers)

2. The limit at B 8hall be 5e~ as followe;a. IecetverB~ 0 iBm applied d1reetly to ~he r&~e1ve~ input terminals.b~ Ampl1f1erR: The 11~t aha11 be as 6pecif~ed in the teat samplers techn1~al

r~quir~ent or control pl.n. If no limit 18 def1Qed in the above documents.t.he 0 dBm v.1Ul!! shall be used. .

Figure 7. Limit for CS04





MIL-STD-461C/462


PI~nar Monolitbics Industries, Inc.Successive Detection Log Video Amplifier


MIL-STD-461C/462

E. CS06, Conducted Susceptibility, Spikes, Power Leads

Test Requirement(s): This requirement is applicable to equipment and subsystem AC and DC power leads, includinggrounds and neutrals which are not grounded internally to the equipment or subsystem.Test was performed at Navy - shipboard below deck limits.

S06 Conducted Susceptibility, Spikes, Powerd. Test result details appear on following

t1 = 10 JlSec

The EUT and the spike generator were connected as shown in the diagram below. The outputwaveform of the spike generator was verified using the oscilloscope. Synchronization andtriggering was used to position the spike to the specific test sample signal position to producemaximum susceptibility. Positive and negative, single and repetitive (lOpps) spikes were appliedto the EUT for the time duration as specified in STD-461/462 standard. Spikes weresynchronized to the power line frequency and posi . each 90-degree phase position for aperiod of 5 minutes.

Spike #1, E1 = 200V

Spike #2, E2 = 200V

AsadBajwa

Test Condition:

Test Results:

Test Engineer(s):

Test Date(s):




MIL-STD-461C/462

CS06, Conducted Susceptibility, Spikes, Power Leads, continued

To InputPower

OsdUoscope orO\flV1.·.. Coupling;. Transformer

Signa! Gen~or

~Power Amp lifier

~"

Ground Planefor table top EUT

5· em Spa cers

l\fET Report: EMCU14749-MIL © 2004, MET Laboratories, Inc. Page250f37



•I .....---.---------..=~:>-


MIlrS]])-461Ci462

ROT!: TN........I.~.to fbi _tl' with .-. _ ..td. $hoftftCS- •·..~ ..*(.)ond~~(t;l"

ore 9. CS06, Acceptable Waveshapes



IV.

MET Report: EMCU14749-MIL © 2004, MET Laboratories, Inc.

Electromagnetic CompatibilityRadiated Emission Criteria

MlL-STD-461C/462

tibility Radiated

Page 28 of37



MIlrSTD-461C/462

A. RE02, Radiated Emissions, Electric Field, 14 kHz to 18 GHz

Test Requirement(s): This requirement is applicable for radiated emissions from equipment and subsystems, cables(including control, pulse, IF, power, and antennas transmission lines) and interconnecting wiringof the test sample; for narrowband, it applies at the fundamental frequencies and all spuriousemissions, including harmonics, but does not apply to radiation from antennas. This requirementis applicable for broadband emissions from 14 kHz to 1 GHz and for narrowband emissions from14 kHz to 18 GHz.

Test was performed at Navy - shipboard below deck limits.

12/11/03

The receiving antennas

MIL-STD-461C were used. Thedband antennas to locate the

eter away from the EUT at a

specified RE02 Radiated Emissions, Electric Field, and 14 kHz. s appear on following pages. Refer to Section D for modificationspliance.

before stating the test and the test washe data collection system sca..'lned the

dive rod antenna. The biconical antenna wasz. The Horn antenna was used for the frequency

uenci above 30 MHz, the test was performed with theertically.

The EUT was tested within the anechoic chamber at ,,"'......."'" ~

were set up perpendicular to and 1 m away from t

The method of testing, test conditions, aEUT was examined by using various h .area of highest emissions. Each an:height of one meter, parallel to the area 0

Test Conditions:

Test Procedure:

Test Results:

Test Engineer(s):

Test Date(s):



RE02, Radiated Emissions, Electric Field, 14 kHz to 18 GHz, continued

Narrowband Plots


MIL-STD-461C/462

Low End (10K-30M) - Narrow Band

- Limit

40.000 -_ _ .

35.000 +--±::-+-+-++HI+t---t--t-+-t-t++H---I----+-t-++t-ttt---t--t-t-++t+H"""- ........

(30M-1GH) H -- Narrow Band-Limit




Narrowband Plots, cont.


MJL..STD-461C/462

(30M-1GH) V

-1 0 - ..-.--------'-- __._C-._ .....J~

- Narrow Band

-Limit

(1 GH-18GH) H - Narrow Band-limit

80.00 .........................._-. ........._..._..- ,'- ...............- .._.... .-._......... ........_...._-_......._.......- .......................- ....... --- ................ ,......--

70.00

60.00 -------lo-~--:...--~I....~i.l Ju50.00

~ '( V~ ~40.00 • I......

IIL,.L~~.......... "'

30.00

20.00

10.00

0.00

1.0000 10.0000 100.0000...

MET Report: EMCU14749-MIL © 2004, MET Laboratories, Inc. Page3! of37


REOl, Radiated Emissions, Electric Field, 14 kHz to 18 GHz, continued

Narrowband Plots, cont.


MIL-STD-461C/462

(1 GH-18GH) V - Narrow Band-Limit

80.00 T-"- ·········-·····--···T··_·············f····-·--r-··-···f-··r·T··rrr··--··-------·--········r-·--------··T··-·-··T·-·-··r-·l-····r···r·TI,n nnIU.UU

I60.00 -----i-"--~ I-- ~li.i Jy50.00 -~ ... \

~ ~J ~. ~ I40.00 ..,lW. ....,.

Lt~~I""!""

I30.00 ;

I20.00 !

10.00 I!i

0.00 !I

1.0000 10.0000 100.0000





MIL-STD-461C/462

Test SetupBoundary~

I

GroundPlane

I~1 m

Ch;Of

II

}III

Measurement system

Pre;.Amp





MIL-STD-461C/462

Photograph 6.


ed Emissions, Electric Field, 14 kHz to 18 GHz, Test Setup

© 2004, MET Laboratories, Inc. Page 34 of37


Electromagnetic CompatibilityTest Equipment

MIL-STD-461C/462

v. Test EquiplDen



Electromagnetic CompatibilityTest Equipment

MIL-STD-461C/462

Test Equipment

Calibrated test equipment utilized during testing was maintained in a current state of calibration per the requirements ofANSIINCSL Z540-1-1994 and ANSIIISOIIEC 17025:2000.

Test Name: CE03 Test Date(s): 12/09/03

Test 1"'~ame: eso1 Test Date(s): 12/08/03

Cal Due Date

Test Date(s): 12/08/03




Last Cal Date

Last Cal Date Cal Due Date




ModelManufacturer

Manufacturer

rified using calibrated instrumentation at the time of testing.

Nomenclature

Nomenclature

MET Asset #

Test Name: CS02

MET Asset #

Test Name: CS04

MET Asset # Nomenclature

Test Name: CS06

MET Asset # Nomenclature

MET Asset # Model

Test Name: RE02

Note:



End of Report

MET Report: EMCU14749-MIL © 2004, MET Laboratories, Inc.

Electromagnetic CompatibilityEnd ofReport

MIL-STD-461C/462

Page 37 of37

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