Bakeout and very Extreme temperature characterization
The development of new high temperature electronics (HTE)/systems is the key to achieving high reliability safety critical operations in aerospace, automotive and well-logging applications.
Our company provides specific capabilities to for reliability testing the standard -55ºC / +125ºC MIL temperature range conditions.
Related Activities
- Components reliability assessment to ensure mission performance
- Characterization of existing technologies under such extreme temperature conditions
- Understanding of failure mechanism
- Development of specific NEW parts for very extreme application
- Assessment on new packages and assembly methods
The INNOVATION department is open to new challenges and developments in collaboration with customer requirements
SERVICES & CAPABILITIES
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In space applications, optocouplers may need to work at very low temperatures. Under this low temperature operating conditions, the device d...
Very extreme temperature testing Alter Technology has developed specific capabilities to support very extreme temperature testing on the fu...
A modular architecture specifically designed for integrating technology demonstrators and test applications in a fast-to-orbit cycle allows...
Space radiation environment is an important failure causing factor in space vehicles. Traditional reliability prediction method did not inc...
The advent of the chirped-pulse amplification (CPA) technique has revolutionized the physics of particle accelerations. Compared to conventi...
New failure modes not observed in Silicon appear while testing SiC MOSFET and Schottky diodes and under heavy ions radiation. Gate damage in...
Many basic testers availables which offer the capability to carry out a test in a rather short delay (a few weeks) at a relatively low cost....
ASER diodes are increasingly used for space applications, either to pump solid state lasers, in photonic payloads, or as sources for LIDAR o...
After expose key elements on the evaluation of Optoelectronic Components for Space Applications, where thermal vacuum and other environmenta...
Accelerators are the accepted method to validate a device to flight. In vivo testing is a complex and expensive task that is needed to get i...
In order to evaluated the displacement damage on device induced by energetic particles in space, various device samples including optocouple...
Space is a harsh environment due to vacuum, UV, temperature, vibration and radiation…etc. Before landing a space vehicle, devices and materi...
Laser beam brings unique capabilities for radiation hardness evaluation and testing of electronic components and systems. The presentation d...
Electronics systems designed for applications in high radiation environments, such as space missions, high energy accelerators and avionics,...
The Reliability Assessment of Area PIN SI Photodiodes was a exhibition theme in the First International Symposium on Reliability of Optoelec...
The Total Ionizing Dose (TID) radiation test on EEE parts involves a number of variables and processes which must be kept under control to e...
Radiation assurance test is very interesting, but also very complicated. It always needs joint efforts to find better solutions, and BMTI is...
Given a general introduction on testing optical materials for use in radiation environments. A special emphasis is given to thin optical...
Third party dice radiation test for a manufacturer has never been an easy thing thanks to the exigent requirement from the users and difficu...
VA160 and VATA160 are used as front-end readout ASICs in the payloads of DAMPE. Both Laser pulse test and heavy ion beam test were conducted...
1. Admissible methods for SEE testing were determined on accounts of their realization at Roscosmos Test Facilities. 2. The SEE Testing Aid...
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