|
Presentations
High Performance, Fault Tolerant Computing
in Space
Presented by Robert Hillman and Chad Thibodeau
at HPEC 2003, this presentation examines the benefits offered by
the industry leading SCS750 Super Computer for Space.
View
Presentation - 6.3 Mb
SPWG 2003
Presented by Chad Thibodeau, Product Manager
for Microelectronics, at the 2003 Space Parts Working Group
conference is an update to Maxwell's current new product developments
and latest radiation mitigation technologies including new packaging
designs.
View
Presentation - 790 kb
Super Computer for Space (SCS750)
Presented at ESCCON 2002, this presentation
covers the design and development of Maxwell's new space-qualified
SCS750 Single Board Computer for Space.
View
Presentation - 4.63 Mb
COTS-Based Radiation Tolerant Single Board
Computer for Space Application
Presented by S. Stewart, R. Hillman, D. Krawzsenek
and D. Strobel at GOMAC 2000, this presentation covers the
design and development of a high performance COTS-based radiation
tolerant computer family. COTS approaches were selected for both
hardware andsoftware. Through a combination of parts testing, selection,
packaging, and systems design, all requirements have been met. This
was done without part or process development. Speed, reliability,
total ionizing dose and single event performance are attractive.
View
Presentation - 622 kb
Nuclear Event Detectors (NED) Product Line
This presentation covers the Maxwell Technologies
Microelectronic Nuclear Event Detector product line.
View
Presentation - 132 kb
Nuclear Circumvention
This presentation examines the benefits of
nuclear circumvention and how Maxwell Technologies' Nuclear Event
Detector can play a vital role.
View
Presentation - 763 kb
Nuclear Weapons vs Natural Space Radiation
This presentation contrasts the radiation
produced by nuclear weapons and natural space radiation and shows
how Maxwell Technologies' Nuclear Event Detector can detect both
types.
View
Presentation - 193 kb
Space Electronics (now Maxwell Technologies
Microelectronics) Single Board Computer Roadmap
Presented by Paul Friedman at RHET 2000,
this presentation examines the current product offerings as well
as the future plans for our single board computer line.
View
Presentation - 4.08 Mb
ASIC for Single Event Latchup Protection
of Integrated Circuits
Presented by Dave Strobel at the SEE Symposium
2000, this presentation covers the ability of Maxwell' Latchup
Protection Technology (LPT™) to limit the current to a device;
detect above threshold current levels caused by a SEL event; subsequent
initiation and maintanance of forced shutdown to allow dissipation
of the latchup current, and; returning the device supply voltage
to pre-event operation levels.
View
Presentation - 1.93 Mb
Rad-Coat®: Advanced Conformal Coating
for Radiation Shielding of Microelectronics for Space
This presentation explains the benefits and
uses of Maxwell's Rad-Coat® technology.
View
Presentation - 1.83 Mb
Advanced Commercial Microelectronics for
Space Application Using Enabling Radiation Mitigation Technologies
View
Presentation - 744 kb
Total Dose and Single Event Effects Testing
of a Commercial 0.8mm CMOS Gate Array Process
Results are reported from total dose and
Single Event Effects (SEE) testing of a Space Electronics low cost,
high performance commercial SF6 0.8mm CMOS gate array process. Intrinsic
total dose levels are demonstrated for up to 25 krad(Si). No Single
Event Upsets (SEU) were detected in the combinatorial logic gates.
Onsets of flip-flop errors were observed at LETTH ~ 26 MeV/mg/cm2
with a saturated cross section of 1.7 x 10-6 cm2/bit. No Single
Event Latchup (SEL) or loss of functionality was observed.
View
Presentation - 208 kb
Proton Transport: An examination of model
and experimental data for space environments
Presented by Phil Layton at RADECS 1999,
this presentation examines whether protons can be effectively shielded.
View
Presentation - 615kb
View the accompanying
paper
|
