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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The Single event effects is becoming more and more important due to the devices technology evolution, the increase demand of COTS use (and o...
Flip chip assembly techniques bring a wide range of benefits: A reduced parasitic interconnection between the semiconductor die and packa...
For decades, military/space electrical, electronic, and electromechanical (EEE) parts have proved to be suitable for use in military and spa...
A dedicated evaluation and qualification campaign has been performed on several optical COTS components in order to use them on ESA’s SMOS m...
Quantum Photonic Transceiver Space Applications Alter Technology is the prime contractor of a consortium for the development of a compact,...
There are well-known advantages to using these photonic technologies in space, such as the limited generation of noise, electromagnetic immu...
The burgeoning demand for the incorporation of disruptive technologies into space industry clearly requires fast and reliable procedures for...
This study aims to support the development of discrete European radiation hardened SiC power MOSFET for use in space applications by means o...
The new century brought to the space a new type of solar cells with higher efficiencies and better resistance to radiation damage such as th...
Surface contamination involving micrometric particles, microbiological agents, molecular adsorbate and others, represent a significant hazar...
Traditionally ASICs (and FPGAs) used in space were manufactured using Rad-Hard technologies and designed with special libraries. AS CMOS Te...
Passive liquid crystal (LC) devices are becoming an interesting alternative for the manufacturing of photonic devices in spatial application...
The efficient generation of photon pairs requires very strict characteristics on the illuminating beam, such e.g. its size, shape, and polar...
Fabrication technology and packaging strategy for 300V-5A Silicon Carbide Schottky diodes with a wide temperature operation range capability...
After expose key elements on the evaluation of Optoelectronic Components for Space Applications, where thermal vacuum and other environmenta...
A novel integrated optical source capable of emitting faint pulses with different polarization states and with different intensity levels at...
High brightness semiconductor lasers are potential transmitters for future space lidar systems. In the framework of the European Project BRI...
A compact balanced-to-balanced diplexer composed of two balanced bandpass filters is proposed in this letter. The balanced filters are imple...
Beam diagnosis intended to be used by hospitals and at nuclear facilities, with a scintillator with silicon and germanium arrays Novel 3D s...
The use of radiation tools is justified as a complement of radiation test to verify and optimize the radiation hardness assurance process in...
Space radiation environment is an important failure causing factor in space vehicles. Traditional reliability prediction method did not inc...
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