IEEE S.F. Bay Area Council e-GRID's

Technology & Networking in Silicon Valley & the SF Bay Area: Upcoming Meetings, Courses and Conferences

January 11, 2015

PES- Distribution Transformers Efficiencies

by @ 8:09 pm. Filed under ALL

Wednesday February 18th, 2015
Power and Energy Society

– upcoming 2016 Department of Energy efficiency standard, 2010 DOE standard …
Speaker: Jim Stieler
Time: 11:30 AM to 1 PM
Cost: Pizza (includes vegetarian), $5 – IEEE members, IEEE Life Members and Students, $10 – Non IEEE members
Place: California Public Utilities Commission, Golden Gate Room, 505 Van Ness Avenue, San Francisco
RSVP: RSVP by February 16, 2015 to: Elizabeth Waldren, 913-458-7761, <

Wednesday February 18th, 2015

Review of the IEEE Guide for Grounding System Characterization (Std. 81) and Application in Touch and Step Potential Estimation in the Event of an Electrical Short-circuit Fault

by @ 7:34 pm. Filed under ALL

Date: Tuesday March 24, 2014
Time: 5:30 pm (Arrival/relax time)
6:00 pm (Presentation)
7:00 pm (Dinner)
Location: Sinbadâ??s Restaurant
Pier 2 The Embarcadero
San Francisco, CA 94111 415.781.2555
(short walk from Embarcadero BART)
Cost: $25
Reservations and Pre-Pay (Pre-Register qualifies for raffle,
must be present to win):
Cash/Checks Accepted at the door made out to â??IEEEâ?
Student Members: $10 (at the door) discounted cost for first 5 reserved IEEE Student Members.
Contact: Ben Roseenfeld
Kling Stubbins


The Human Intranet â?? Where Swarms and Humans Meet

by @ 7:34 pm. Filed under ALL

The Human Intranet â?? Where Swarms and Humans Meet

Tuesday, February 17, 2015

Speaker: Jan Rabaey, Professor, UC Berkley
Time: Refreshments 6:30 PM,Presentation at 7:00 PM
Cost: none
Place: (Cadence / Bldg 10, 2655 Seely Ave, San Jose, CA, 6:30 PM)
RSVP: on web site


Integrated On-Chip Energy Storage Using Nanoporous-Silicon Electrochemical Capacitors

by @ 7:34 pm. Filed under ALL

Tuesday, February 17th, noon to 1 pm

SPEAKER: Donald. S. Gardner. Principal Engineer, Intel Corp. IEEE Fellow

ABSTRACT: Capacitors are favored over batteries for some energy storage applications because they can capture energy at high rates and lower voltages, as well as provide higher power. They also donâ??t degrade significantly over thousands of charging cycles. These properties come about because capacitors are electrostatic devices and donâ??t rely on chemical reactions to store energy, as batteries do. Intel researchers built and studied electrochemical (EC) capacitors based on porous-silicon (P-Si) nanostructures coated with various atomic layer deposited (ALD) films.. The devices were fabricated with conventional silicon technology, opening up the potential to integrate them on a single die with silicon CMOS circuits, sensors or energy-harvesting systems like silicon solar cells. The talk will detail how they optimized the porous-silicon nanostructure and the surface-coating processes. Some of the porous-silicon electrochemical capacitors they built that had a TiN coating, exhibited stable capacitance even after 1,000 cycles at 50 mV/sec.

RSVP at for Networking, Pizza & drinks.
This event is FREE.


Electrical Design for High-End Computer Systems

by @ 7:33 pm. Filed under ALL

Tuesday, February 10th 2015
Speaker(s) and company: Dale Becker, IBM
Time: 5:30pm: Networking/light dinner – 6:30pm: Presentation – 7:45pm
Cost: Water and soft drinks are free. Light dinner is available for a small fee.
Place: Agilent Technologies, Bldg. 5L-Wilson conference room, 5301 Stevens Creek Boulevard, Santa Clara, CA 95051
RSVP: not necessary
Web link:

Article/Summary text: The electrical design of computer systems includes signal integrity, power integrity, electromagnetic emissions and susceptibility and ESD. Practicing engineers in system design and development typically are skilled more deeply in one of these areas than the others. However, these are not independent disciplines and today’s dense packaging and high-speed signals require more cross-discipline skills that we call co-design and co-analysis. This presentation comes from the perspective of an engineer most deeply skilled in the power integrity discipline and explores the building of cross-discipline skills focusing on the application of electromagnetic extraction and circuit simulation tools to electrical modeling that enables co-design for robust system development.

â??A photovoltaic diode array as a retinal prosthesis for patients with degenerative retinal diseasesâ?

by @ 7:33 pm. Filed under ALL

TUESDAY, February 10th, 2015
IEEE SCV Electron Devices Society Seminar
Speaker: Dr. Theodore I. (Ted) Kamins, Stanford University
Time: 6:00 PM – Pizza, 6:15 PM – Seminar
Cost: Free
Location: Texas Instruments Building E Conference Center
2900 Semiconductor Dr., Santa Clara, CA 95052.
See the TI Building location map and directions
Contact: Sandeep Bahl

Web link:


Several groups are investigating silicon devices to be implanted near the retina for patients with age-related macular degeneration (AMD) and retinitis pigmentosa (RP), in which the photoreceptors degrade while other parts of the retina remain mostly functioning. One class of these devices, subretinal photodiode arrays, aim to replace the degraded photoreceptors and couple to the functioning portions of the eye. Most approaches rely on a power source external to the eye, requiring complex surgical procedures and creating paths for serious infections. In our approach the device operates in the photovoltaic mode, so that the external light provides both the signal and the power source. Each pixel in the two-dimensional array independently converts pulsed infrared light into electrical current that stimulates the retinal neurons.

After a brief discussion of the overall system and its application, this talk will emphasize the design, fabrication, and optoelectronic performance of the photodiode arrays. To enhance charge injection each pixel contains multiple photodiodes connected in series to provide a photovoltage sufficient to stimulate the neurons, but which is limited by the ionization threshold of the fluid in the eye. An active and a return electrode in each pixel provide localized current flow to improve spatial resolution.


Expressing Solar – PhotoVoltaic Society

by @ 7:32 pm. Filed under ALL

Wednesday February 11, 2015 
PhotoVoltaics Society 
Subject: Expressing Solar 
– solar energy, communicating with less technical people.. 
Speaker: Doug McKenzie Time: 6:30PM Networking 7PM Presentation 8:30PM Adjourn 
Cost: Free 
Place: Palo Alto Research Center, G.E. Pake Auditorium), 3333 Coyote Hill Road, Palo Alto 


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