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Teledyne Scientific & Imaging Proprietary Information

UCSB and Teledyne (33 years)

Bobby Brar

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History of Teledyne and UCSB = People •  Robert Mehrabian •  Steve Long •  Pochi Yeh •  David Clark

•  Herb Kroemer •  Larry Coldren •  John Bowers •  Elliot Brown

•  Mark Rodwell •  Art Gossard •  David Awschalom

•  Gerry Sullivan •  Chanh Nguyen •  Sid Bhargava •  Liz Rangel •  Dan Denninghoff •  Miguel Urteaga •  Zach Griffith •  Adam Young •  Bobby Brar •  Sergio Lucato •  Janet Davis •  Olivier Sudre •  Richard Blank •  Mark Field

•  Dennis Scott •  Devin Leonard •  Mason Thomas

2001

Focused Acquisitions(a)

Digital Imaging Electronic Instrumentation Aerospace & Defense Electronics Engineered Systems

(a)   Area of bubble denotes relative consideration for each acquisition

Imaging Sensors and Optics

Defense Microwave and Interconnects

Air and Water Quality Instrumentation

Marine Instrumentation and Interconnects

= $ 25 million = $ 50 million »  42 acquisitions »  Acquisition value of

approximately $1.82B

2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012

Test & Measurement

2013

Paradise = GaN

LeCroy = InP

DALSA = MEMS

Imaging = Information Processing

Oil & Gas = Materials

OpTech = Lidar BlueView = Sonar

Teledyne Research: A Unique Asset

»  One of a very few remaining corporate R&D labs – established in 1962

»  Teledyne’s Research Business Model w  Government funding supports early stages of novel, high risk

technology development w  Researchers work jointly with Teledyne’s operating business to

adapt technology to customer applications w  Proprietary research projects directly for industry customers

»  316 technical staff ~ 35% PhDs »  278 active patents

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»  Multidisciplinary R&D organization »  50 years of innovation and technology transition »  Leading technologists & research teams

Teledyne Scientific Company

·∙ III-V Devices·∙ Mixed Signal Products·∙ Fab Services·∙ MEMS

·∙ Autonomous Systems·∙ Sensor Exploitation·∙ Command & Control·∙ Information Assurance & Anti-Tamper

·∙ Optical System Integration·∙ Photonics & Liquid Crystal Devices·∙ Free Space Optical Comm·∙ Optical Sensing Subsystems

Scientific

Optics

Materials

Electronics

Information Sciences

·∙ Composite Materials·∙ Energy & Environment·∙ Materials Testing & Analysis·∙ Thermal & Flow Physics


Working with Professors – The Gain

• Consultants and Collaborators • You can pick the ones you work with • Very good at the fundamentals • They can move fast (and cost effectively) • They are usually objective • UCSB tools are better than ours

GaAs Electronics �  Grew out of DoD funding in mid-‐70’s & SC’s Si Valley entreprenurial spirit

�  Assembled world’s strongest technical team �  > 100 researchers at SC in mid-‐70s �  > 30 years of DoD funding with diverse applications �  Co-‐invested with DARPA to establish GaAs “Pilot Line” (‘85)

�  Seeded many GaAs-‐based companies �  Gigabit Logic, Vitesse (1st gen tech) �  Rockwell Semiconductor > Connexant -‐ Skyworks -‐ Mindspeed

v  SC technology in every iPhone! (produced at the “pilot line”)

�  Licensing success with MOCVD �  Generated > $75 M in royalty income

From Derek Cheung


Collaboration on TFAST

Key scaling challenges emitter & base contact resistivity current density→ device heating collector-base junction width scaling & Yield !

key figures of merit

for logic speed

Rodwell 2002: InP HBT Scaling Roadmaps

2002 2012


Terahertz Electronics – More than just Transistors

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210 GHz PLL(55 HBTs)

LO BufferAmplifier(14 HBTs)

TransmitMixer

(14 HBTs)

PLL REF(21 GHz)

IF Input

RFOutput

Chip size: 1950×700µm2

High Speed Devices Low-‐Loss Interconnects Accurate Design

Complex Chips

Compact mmW Packaging

$100M


Working with Professors – The Pain

• Everything in the context of a graduate student • They need to publish - ITAR

• Capability Overlap • University in the critical path?

• What about IP?


No Conflict of Interest (of course)

• Think long-term • Hire students • Start-ups are a problem

Teledyne Scientific & Imaging

Automation through Neurally-Decoded Intent (ANDI)


ANDI Program Concept


ANDI Team Composition and Roles •  TS&I: (PI: Dr. Patrick Connolly)

–  Experiments and system validation in operational contexts –  System development (algorithms, system integration), maturation, and

transition •  UCSB (PI: Dr. Scott Grafton, Director, UCSB Brain Imaging Center,

Associate Director ICB) –  Applied 6.2 research, phenomenology in lab-based setting via

simultaneous fMRI/EEG –  Classification prototyping

•  ARL-HRED (PI: Dr. Kelvin Oie) –  Operational experiments and analysis (Crew Station Environment)

•  TARDEC (Mr. David Kowachek) –  CONOPS Definition, Transition Testing (year 3)


Summary

• Commitment to technology • Have to be doing the work (well) • Professional relationships • Understand the pain points

ucsb and teledyne · teledyne research: a unique asset ! one of a very few remaining corporate...

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