Electronic Component Engineering Laboratory
Description
Thanks to its electronic component engineering laboratory, TRONICO is able to facilitate qualification for a new design, validate a process, make systems more reliable, reduce the number of breakdowns or determine the life of a product, while minimising purchasing and production costs.
Customers can rest assured that they are producing high-quality electronic assemblies for all the major sectors of French and European industry: aeronautics, military, medical, energy, automotive, space, naval, oil and gas. Fully integrated, the laboratory provides its expertise in the manufacturing of predominantly electronic equipment for markets requiring high reliability or subject to severe constraints.
TRONICO's global offer
Benefits
The entire life cycle of components covered
- Construction analysis
- Materials analysis
- Characterisation of components
- Life Test
- Qualification
- Solving RoHS problems (re-tinning)
- Sourcing components
- Secure storage
- BOM surveillance
- Upscreening
Tailor-made solutions add dimension to this offer: solution packs adapted to the stages of your project, from the development and manufacturing phases through to the solution to prevent obsolescence.
Numerous partnerships and collaborative projects
- RECOME: to enable the emergence of a standardised medical grade for electronic components, TRONICO is a founder and active member of the RECOME Club, which is run and supported by the 3 members of the consortium supported by the BPI as part of France Relance: Ouest Valorisation, LARIS and its dedicated brand, TAME-COMPONENT.
- PartLab: with PREDICTIVE IMAGE, ELEMCA and TAME-COMPONENT, TRONICO is combining a range of expertise to enhance their offerings, providing greater proximity and optimising costs and lead times.
Industrial vision
- seamless traceability of incoming and outgoing components
- service quality accredited by COFRAC for over 10 years
- experience backed by an industrial unit that is well versed in the expectations of EMS customers
Resources
Human capital
The electronic components engineering laboratory is staffed by around twenty people. They are completely dedicated to component testing, and benefit from a dynamic internal and external training policy.
Equipment
The electronic components engineering laboratory uses the following equipment to carry out its tasks:
- Multimeters, SMUs, counters, network analysers, RLC bridges, spectrum analysers, optical spectrometers, ATE Teradyne, meniscograph, Pull and Shear tester, X-ray tomograph, X-ray fluorescence, optical microscopes, electron microscopes, etc.
- Thermal chambers for hot, hot/cold, thermal shock, humidity, HAST, hot/cold probe tests
- A dedicated microelectronics clean room
Regulatory constraints
Our experts are able to assist customers thanks to their in-depth knowledge of standards and regulatory frameworks:
- Internal visual inspection: determination of internal component defects, in accordance with MIL_-STD-883, METHOD 2013
- External visual inspection: determination of external component defects, in accordance with MIL_-STD-883, METHOD 2009
- Bonding pull-out test: traction exerted on the bondings of electronic chips, in accordance with MIL_-STD-883, METHOD 2011
- Chip shear: force exerted on the chip, in accordance with MIL_-STD-883, METHOD 2019