Exhibit_K_SVAD_CAPABILITIES_OVERVIEW_MSS_23_Nov_2016.pdf

SVAD Facilities and

Capabilities Overview

Prepared By: Randy Brady

Organization: SVAD / WSTC

Title: Director

Date: 23 NOV 16

U.S. Army Test and Evaluation

Command

JERMAIN.M.COMPTON

Typewritten Text Exhibit K: SVAD Facilities and Capabilities Overview

JERMAIN.M.COMPTON

Typewritten Text

JERMAIN.M.COMPTON

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Agenda

SVAD Organization Structure

SVAD Nuclear / Radiation Capabilities

SVAD Electromagnetic Capabilities

SVAD Applied Environment Capabilities

SVAD Laser Capabilities

Questions.

SVAD Organization Chart (1 of 2)

Nuclear Effects

Division

Division Chief, GS-14

27 Government

Personnel

20 Contractor

Personnel

Directorate

Staff –

Government

Personnel

Electromagnetic

Effects Division

Division Chief, GS-14

26 Government

Personnel

16 Contractor

Personnel

Applied

Environments

Division

Division Chief, GS-14

27 Government

Personnel

12 Contractor

Personnel

Fast Burst

Reactor

Director –

GS-14

5 Government

Personnel

1 Contractor

Personnel

High Energy

Laser Center

Director -

GS-14

7 Government

Personnel

32 Contractor

Personnel

Director

GS-15

Dep Director

GS-14

SVAD Director:

Deputy Director:

Environmental Effects

Division - Division Chief:

Electromagnetic Effects

Division - Division Chief:

Nuclear Effects Division

- Division Chief:

Reactor Branch

Office Chief:

HELSTF Branch

Office Chief:

Operation Support Branch

Branch Chief:

Test Services Branch

Branch Chief:

Electromagnetic Branch

Branch Chief:

DE&I Radiation Branch

Branch Chief:

Projects Branch

Branch Chief:

Semiconductor Support

Branch

Branch Chief:

Radiation Facilities

Branch

Branch Chief:

SVAD Organization Chart (2 of 2)

Nuclear / Radiation Capabilities

Co-Location: Nuclear & HPEM Capabilities

REACTOR

FACILITY

LIGHTNING

DSL & NSL

RTASSC

SOLAR FURNACE

LINAC

GRF

EL DORADO

PI 538

M & T HPD-II/HEMP

H-HEMP

Sensors Suite

DETEC-WB

HPM-NB

RS-105

DETEC-NB

MS 188-125

Targets Metrology

STL

Engineering

Test Officers

RRL

Combined

RCF

CXS

CBRN: Nuclear Weapons Effects

Gamma Dose Rate (GDR)

Gamma Total Dose (GTD)

Neutron Fluence (NF)

Nuclear Thermal Radiation

High-Altitude EMP (HEMP)

Source Region EMP (SREMP)

Nuclear Airblast

Combined Radiation Environments

Enhanced Low Dose Rate Sensitivity

Semiconductor Test Laboratory (STL)

Rapid Response Laboratory (RRL)

Radiation Tolerance Assured Supply and Support Center-Obsolescence &

Life-Cycle

Circuit Analysis / Design / Hardening

Radiological Evaluations

Radiation Shielding / Attenuation

RADIAC Characterization

ELDORADO

GRF Facility - GTD

HERMES-III SREMP & GDR

LINAC - GDR

Solar Furnace - Thermal

Semiconductor Test Laboratory

(STL)

Measures electrical parameters of all types of discrete, active and custom semiconductors

Rapid transfer system between the GRF facility and STL

Nine experienced test engineers

In 14 yrs. characterized and tested > 5,800 devices

― Mix Signal Memory

Teradyne A575 2 -Credence KALOS

Teradyne A585

Teradyne J750 (2)

Teradyne FLEX

Teradyne MicroFLEX

Credence Diamond10

3 - Credence AS3000

1 - Credence ASL3000RF

Rapid Response Laboratory with

Five Workstations

Five experienced test technicians

One experienced EE

>350 electronic devices characterized & tested

A575

FLEX

MicroFLEX

Radiation Tolerance Assured Supply and Support Center (RTASSC)

Radiation Tolerance Assured Supply and Support Center (RTASSC)

Life-cycle RT Monitoring &

Tracking: Monitor, track, and

Analyze Manufacturing design and process changes & new products

RT Device Acceptance or

Rejection

RT Engineering Solutions

DMSMS Engineering & Supply

Solutions

Third party Manufacturing &

Procurements

Established JEDEC Standard for

Long-term Storage (wafer/die and/or finished product)

Classified and Unclassified

Storage

Dry Nitrogen Storage

Remstar Storage

Prompt Neutron Fluence - Reactor

Reactor: prompt neutron fluence

IOC Aug 1964

Only DoD or DOE Capability, critical to Nuclear Survivability

Pulse: up to 6.5E13 n/cm2 (Si)@ 6” Steady state: up to 8 kW or 4.7E14/hr@ 6” Gamma Enhanced—E8 Rad(Si)/pulse

Operations >19000 since 1964

Systems: Abrams, Bradley, Paladin, STRYKER, FCS, SINCGARS, JTRS, MLRS/ATACMS, NLOS-LS, NBC

Detectors, EPLRS, FBCB2, SADARM, Minuteman, EFV, Trident, Satellites, B-52, GPS, LAV, Non-DOD: NASA, DOE, JPL, etc.

PI 538 Flash X-ray Simulator

Combined Environments: Neutron (reactor) and Gamma Radiation (PI 538)

Combined Environments

Outdoor Operation

Reactor In-cell Operations

PI 538 Flash X-Ray

Gamma Dose Rate Characteristics

Energy (total): 100 kJ

Energy (particle): 4.2Mev

Dose: 4.0 x 104 cGy (Si) @ faceplate

Dose Rate: 4 x 1011 cGy (Si)/s @ faceplate

Risetime (10-90%): 20ns

Pulse width (FWHM): 85ns

Repetition Rate: 4 shots/hr

Reproducibility: ±15%

E-beam Capability

Combined Environment Capability

High-Altitude Electromagnetic Pulse

Horizontally Polarized Dipole -II Facility The Horizontally Polarized

Dipole II (HPDII) simulator

Fast Risetime, Free-Field HEMP

Mobile Capability

Can Test at Remote Sites

Two Simulators available – RES1 and HAGII-C

Test >200 Systems – Required Back-Up and Mobile Capability to support various missions.

Patriot

VMMD

High-Altitude Electromagnetic Pulse

Advance Fast EMP Simulator (AFEMPS)

Minimum Test Volume (H x

W x D)

50 m x 50 m x 50 m

Test Area Electric Field

Uniformity ± 10%

Test Area Peak Electric

Field (min) 70 kV/m

Rise Time (10% - 90%)

1.2 ns – 1.8 ns

Fully MIL-STD 2169B/C

Compliant

On-Line – April 2012

Gamma Dose Rate Linear Electron Accelerator (LINAC)

LINAC is designed to simulate the gamma spike associated with a nuclear weapon detonation by producing high-intensity, short-duration pulses of high-energy electron radiation.

Cost-effective means of testing Piece-Parts and Nuclear Event Detection (NED) Design

Extremely Efficient / Quick Pulse Rates

Provides Gamma Total Dose and residual gamma dose environments on virtually any size item – Normally LRU or CCA.

Primarily for Transient Radiation Effects on Electronics (TREE) experiments

Verification tests of systems for gamma dose survivability.

Diverse – radiography, shielding experiments, calibration and operational testing of RADIACs

60,000 Curies of Co60

Gamma Total Dose Gamma Radiation Facility (GRF)

Gamma Total Dose

Enhanced Low Dose Rate Sensitivity

(ELDRS) Facility

Gamma dose simulation testing.

Dose rates between 5 and 0.001 cGy(Si/sec) in the direct beam with no attenuation.

Extended operation mode to fulfill the unique requirements of Space Radiation Environment - ELDRS tests.

Large Exposure Area for LRU & CCAs through manipulating the extenders.

Radiation Correlation

Radiation Correlation Facility (RCL) The Radiation Correlation Facility

(RCL) is used to provide radiation fallout field simulation. The fallout field is simulated using two small sources, a Cobalt-60 isotope (Co-60) source (which simulates the early fallout spectrum up to 4 hours and the late fallout spectrum +5 days) and a Cesium 137 isotope (CS-137) source (which simulates the mid time fallout spectrum 4 hours to 5 days)

IAW AEP-14.

Technical Data

• 75 mCi Cs-137

• 40 mCi Co-60

• 9 X 27 meters test area

• Co-located with Gamma Radiation

Facility (GRF)

Nuclear Thermal Facilities White Sands Solar Furnace

The White Sands Solar Thermal

Test Facility produces intense thermal radiation pulses to simulate the thermal radiation from detonation of a nuclear weapon

Performance Parameters:

Pulse Types:

Steady-State

Square Pulse

Nuclear Pulse

Max Fluence –Unlimited

Max Flux – 50 cals/cm2-sec

Target Area = 6 Inch Diameter

Quartz Lamp Thermal Facility

This Facility was part of the Tri-Service

Thermal Radiation Facility. nuclear weapon

Fully Operational at WSMR.

Conducted Test Support several times for the Navy Trident Program.

Performance Parameters:

Pulse Types:

Min Pulse = 1 Second

Max Pulse = 6 Seconds

Max Flux – 40 - 42 cals/cm2 /sec

Target Area = 12 Inch Square

Future Thermal Facility – FLARE Example

This Future Facility to correct Gap with current facilities with Army Nuclear

Major

IOC = 3rd Quarter FY18.

Performance Parameters:

Pulse Types:

Steady-State

Square Pulse

Nuclear Pulse

Max Flux – Threshold - 400 cals/cm2 /sec

Max Fluence – Threshold = 5 – 400 cals/cm2

Target Area = 10 Inch Square Threshold

Reqt.

Electromagnetic Capabilities

Electromagnetic Testing

Overview Sub-System – MIL-STD 461F/G

System – MIL-STD 464C

Understanding the E3 Evaluation Process

Requirements Defined by System E3 Review Board

E3 Experimental Design

E3 Design Consultation Services

One Stop E3 Test and Evaluation Shop

Three 72-Ton, 33’Dia. Turntables

One 72-ton Positioner

300 Ft. Tower

T-1E-1

T-2

E-3

EMI

Chamber

T-4

EMI

RE Test

Cell

MMW

UWB

E-4

ESD

E3 - EMRE Test Complex

T-3

PUHF

PP-SP

PPC1

PPC2

MIL-STD 464A/C, MIL-STD-461E and ADS-37A Compliant

Open-Air Testing

System Operated during Illuminations

Full coverage, Average and Peak Power

Entire Body Uniform Illuminations @ Full Threat

3 – 500 MHz for MLRS size system

10 kHz – 18 GHz for HMMWV size system

AM, FM, PM and CW Modulations

Localized Illumination @ Full Threat

500 MHz – 45 GHz

AM, FM, PM and CW Modulations

Three Separate 72-ton, 33’-dia. Turntable Sites

One 70-ton, hydraulic Positioner for Peak Power

Seven Simultaneous Test Capability

Transient and Injection

RS105

MIL-STD 188-125

Full Range of EMI tests in Anechoic Chamber

EMRADHAZ—HERF, HERO & HERP

ESD—Personnel, Helicopter and P-static

Very Large EM Shielded Test Cell

Radiated Emissions/EMI

Shielding Effectiveness

Interior Dimensions of 60’ L x 40’ W X 40’ H

E3 - EME Capabilities

Test Cell

Peak Power

T-4

AVERAGE POWER SUMMARY

Transmitter # 1: 3-30 MHz, 50 kW Amp, Dipole

Co-located with 72-ton, 33’-dia Turntable

Transmitter # 2: 8 kHz-30 MHz, 10 kW Amp, Strip-line

Transmitter # 3: 30-100 MHz, 50 kW Amp, Log Periodic, Co-located with 72-ton, 33’-dia Turntable

Transmitter # 4: 100 – 500 MHz, 32 kW Amp, Horn, Co-located with 72-ton, 33’-dia Turntable

500 kHz-3 MHz, 10 kW Amplifier 80-1000 MHz, 4 kW Amplifier

1-2.5 GHz, 2 kW Amplifier

Two 2-3 Amp through Combiner, 3.4-5.5 kW Output

7.3-18.2 GHz, 1.7-2.1 kW Amplifier

18-26.5 and 26.5-40 GHz, 40 W Amp Each

18-26.5, 26.5-41 and 38-45 GHz, 155 W Amp, Ea

T-4

T-3

T-2

T-1

Peak Power Bldg No. 1—Amplifier (3 Tetrodes)

1000 MHz, 175 - 240 kW, 12.5 - 125 μs

1 - 1000 pps

Automatic Tuning

Peak Power No. 2, 40’ x 8’ Conex

• Variable Frequency: 2.4 - 18 GHz, up to 40 kV/m

• 13 Magnetrons, all >125 kW, many 1 MW

• 1 - 2 μs or 350 ηs pulsewidths, fully automated

Peak Power No. 3, 40’ x 8’ Conex

• Variable Frequency: 1.2 - 12 GHz, up to 22 kV/m

• 13 Magnetrons, all 1000 kW, fully automated

• 1-2 μs or 350 ηs pulsewidths

Peak Power No. 4, SuperPuma, 26’ x 8’ Conex

• Variable Frequency: 20 GHz – 39 GHz

• 10 Magnetrons, all > 120 kW, up to 12 kV/m

• 1 - 2 μs pulsewidth, fully automated

SuperReltron Threat System

Six Tubes up to 70 kV/m across 4mx3m area@15 m

E4 10 kHz - 220 MHz, 10 KW Amp

E2 18 - 26.5, 26.5 - 42 & 38 - 45 GHz, each 155 Watts

Each Magnetron has 50 Selectable Frequencies

Peak Power Summary

MIL-STD 461A - G Compliant

Anechoic Chamber

Radiated Susceptibility

0.01 MHz – 45 GHz 200 V/m Intensity

Radiated Emissions, 3 MHz - 45 GHz

Conducted Emissions

Conducted Susceptibility

ESD

Helicopter— +400 & ±300 kV

Personnel— ±25 kV

P-Static

EMI Capabilities

PESD

HESD

RS103

RE102

Lightning

Simulates Direct Strike Lightning and Near Strike Lightning

MIL-STD 464A Compliant

Direct Strike “A” Component: 250 kA

Direct Strike “D” Component: 65 kA

Risetime = 2 μs, Pulsewidth = 20 μs (FWHM)

16m x 16m Test Area

Near Strike—180 kV/m

RS105 Facility

MIL-STD 461F Compliant

Test Volume: 1.2m x 1.2m x 1.2m

Peak Amp: >70 kV/m

Risetime: 2.0-2.5 ns, 10-90%

Pulsewidth—22-28 ns

Transient Capability

Directed Energy Weapons (DEW)

APT

HPM-UWB

IRA

PLVTS

CO2 Laser

HPM-NB

HPM-WB

UWB – 670-4300 MHz, 35kV/m @ 30m

WB – 200-6000 MHz, 9 bands & 125-280 MHz

NB – PUHF – 140-1000 MHz & 1000-1700 MHz

NB – 36 Magnetrons, 1.25-38.3 GHz

50 Selectable Frequencies/Magnetron

350,1000 & 2000 ns FWHM

5-30 kV/m@2m depending on Magnetron

NB – NBTS – 1-1.7 GHz, 10 pps

NB – SR System—670-3000 MHz, 10 pps

55kV/m @ 15m (4m x 3m), 0.35 & 1 µs FWHM

LASERS

CO2—10.6 micron, 1 kJ, 35 MW

Agile Laser—0.5 - 2.0 μm

Eye-Safe Laser—1.57 μm, 5 W

Advanced Pointer Tracker (APT): Radiometric, LASER Beam Director, Dynamic Tracking

Eye-Safe Agile

Applied Environments

Environmental Overview

Gas Chromatography

FUNGUS SOLAR RADIATION

TTF-ICE

VIBRATIONSTATIC FIRING

MIL-STD 810G Climactic Dynamics

Metallurgical

Microbiological Lab

Analysis of Materiel & Environments

Propulsion (100 Klbs of thrust)

Chemical Lab (ORELAP)

Fungus

Conformance Testing

Environmental Analysis

TTF: Climatic

105’Lx40’Wx50’H

35’Lx30’Wx20’H

20’Lx15’Wx10’H

ETA-II:

30’Lx22’Wx16’H

Multi-Purpose:

70’Lx24’Wx21’H

Portable :

25’Lx9’Wx6’H

Environment Capabilities

Significant and Complete MIL-STD 810 and ASTM Test Facilities

Climates

Temperature Test Facility (105’LX40’WX50’H) Multipurpose Chamber (70’Lx24’x21’H) Environmental Test Area II (ETA-II) Large Portable Test Facilities (25’Lx9’x6’H)

Mission Support Chemistry Laboratory Radiographic Laboratory, 4 MeV, 420 & 320 KeV Metallurgical Laboratory Microbiology Shock and Vibration Capabilities Propulsion Testing of Solid Propellant Rocket

Motors, 100K lbs of thrust

Climatic Test Capabilities

(MIL-STD 810G)

TTF:

105’Lx40’Wx50’H

35’Lx30’Wx20’H

20’Lx15’Wx10’H

ETA-II:

30’Lx22’Wx16’H

Multi-Purpose:

70’Lx24’Wx21’H

Portable Chambers

25’Lx9’Wx6’H

Dynamics Test Capabilities

Flight Level Vibration Test

Transportation Vibration Test

Pyroshock Test

Resonance Beam Shock

Vibration

Shock

Loose Cargo

MIL-STD 810G

Static Firing Stand

Metallurgical Lab Test Capabilities

Failure & Material Analysis

Of Metallic & Non-metallic

Non-Destructive Evaluation

Heat Treating Equipment

Filmless Radiographic System

RTF: 4 MeV, 420 and 320 keV x-Ray

Chemistry Lab Test Capabilities Conformance Testing

Hydraulic Fluids

Diesel Fuel

Breathing Air

Clean Room

Missile Propellants

Project Support (Centralized &

Field Work)

Missile Exhaust Gas Analysis

Explosives Analysis

Failure Analysis

Identification of Unknown

Samples

Analytical Services Tailored to

Customer’s Request

Gas Chromatography

Atomic Absorption Spectrometer

Laser Capabilities

Target Reflected Energy Measurement (TREM)

Ground Target Irradiance Measurement

(GTIM)

Hazardous Test Area (HTA)

50 ft Dia Vacuum Chamber

JHPSSL

Fully Equipped

Machine Shop Nuclear Hardened

Control RoomsCleaning Facility

DLWS 150 kW

HELSTF Capabilities

In-house Design and

Integration Support

PDR and CDR:

Requirements Flow

Down

Designs, Analysis and

Trades

Verification Method &

Data Products

Derived Requirements

Summary & Interfaces

Functional Flow

Software Flow

Diagrams

Integration and Testing

HELSTF Modeling

HELSTF Modeling

Calorimeter

Zircar Scatter Plate

Camera Location

Shelter for Personnel and Data Recorders

Supersonic Airflow for Targets

750 meter site Test Cell B

Test Cell 3

PLVTS

2 km site

Pulsed Laser Vulnerability Test System (PLVTS)

Red–on–Blue Survivability Testing

Lethality Testing

300 Meter Underground

Propagation Tunnel

Questions