#CONEXATECHTALK
WELCOME TO OUR NEWSLETTER
It’s safe to say that Spring has finally sprung here in the UK, although with some nice sunny days we’re still seeing plenty of showers. Hopefully you managed to enjoy the long Easter weekend and the two days of sun.
In other news we’ve been busy with plenty of specifying and discussions surrounding new digital infrastructure with bespoke cable and power solutions. Ensuring that you achieve a future-proof solution, saves time and money in the long run and our bespoke cable looms offer safe and secure installation. We’ve delivered a project recently where probe sensors were affixed within a refrigeration environment but access was limited and reinforced protection was required for reliability of longevity. With our vast experience plus fantastic manufacturing partnerships, it’s always worth asking us the question and if you want us to join your team we can.
Meet the team
Chief Executive Officer – Dan Suarez
GaN technology
Our technical article on how GaN semiconductors are driving technology growth in the power electronics sector, helps explain how this technology could be the replacement to Silicon semiconductors!
Gallium Nitride (GaN) is a crystal-like semiconductor material which has been used in electronic devices since the 1990s, finding value use cases in LEDs and solar systems with considerable market growth.
Answering
- What is Gallium Nitride and how does it apply to power supply design?
- How Does GaN Improve Efficiency?
- How Does GaN Decrease Form Factor?
- GaN Desktop Power Adapters
- Conclusion
- The Conexa Solution
Product focus
High-reliability DIN rail power supplies – the “Worry-free Choice” for Applications in Harsh Environments
Our partner Mornsun ensures optimum product performance and consistency through rigorous testing.
Testing
High temperature and high humidity test: Pass the 1000 times cycle working test at 85℃ high temperature and 85% humidity, ensuring its reliability under extreme conditions.
48h salt spray test: Pass the continuous 48-hour grade salt spray proof test, ensuring operated stably in extremely harsh environments, such as the seaside or desert.
Ultra-wide operating temperature range design: With an ultra-wide operating temperature of -40℃ to +85°C, it can work at full load at 60°C.
Universal input voltage range: 85 – 277VAC/120 – 390VDC, AC or DC input at the same terminal, built-in 450Vdc large electrolytic capacitor, suitable for complex grid environment.
5-year warranty: Ultra-long life, 40℃ MTBF: 878K hours.
Applications
Altitude: LIMF/LIHF series is designed to meet the safety distance requirements, which makes its operating altitude up to 5000m.
Operating temperature: Temperature changes can cause the parameter drift of electronic components, resulting in the equipment not working normally, and also may cause the electronics to thermal expansion and contraction, resulting in mechanical structure inflexibility or jamming phenomenon. Mainstream products (-30 to +70 ℃) on the market can not meet the requirements of special industries.
Salt spray corrosion: In the offshore or marine application environment, salt spray corrosion accumulated on the circuit board may cause short-circuit failure, so it is necessary for the product structure design and processing process to consider protective measures.
Grid voltage fluctuation: In scenarios where the grid has equipment with large load variations, the grid voltage will fluctuate widely, which can cause tripping and fires of equipment in severe cases.
