The sequence guarantees document effectivity and switching efficiency for purposes starting from motor drives and AI servers to photo voltaic inverters and USB-PD adapters.
A brand new household of 200 V MOSFETs constructed on SuperQ structure has entered mass manufacturing, with extra units now sampling to clients. The sequence is designed to boost the cost-to-performance benchmark in energy switching purposes, combining low resistance with dependable high-temperature operation.
The important thing options are:
- 25 mΩ MOSFET now in manufacturing (TO-220 package deal)
- Samples obtainable in TOLL and D²PAK-7L packages
- Lowest RDS(on): 5.5 mΩ
- 1.2× decrease resistance than present chief
- 1.7× decrease than next-best competitor
SuperQ by iDEAL Semiconductor marks the primary main advance in silicon MOSFET design in additional than 20 years. The know-how addresses long-standing trade-offs between conduction and switching losses, enabling quicker operation and decrease resistance whereas retaining the acquainted benefits of silicon—ruggedness, mature manufacturing processes, and stability at 175 °C.
The discount in conduction loss makes the units well-suited for motor drives, LED lighting, battery safety, AI servers, remoted DC/DC modules, USB-PD adapters, and photo voltaic inverters. In these markets, effectivity positive aspects can translate straight into system value financial savings, larger reliability, and larger energy density.
Business analysts spotlight the importance of this transfer, because it underscores that silicon-based innovation continues to be advancing regardless of the momentum behind wide-bandgap supplies equivalent to SiC and GaN. By counting on established CMOS-compatible processes, the SuperQ platform gives a pathway to larger effectivity with out the availability chain dangers or value hurdles usually related to newer semiconductor supplies.
With one gadget now in mass manufacturing and 4 extra in sampling, the 200 V SuperQ lineup is poised to speed up adoption in high-growth energy sectors, providing designers an choice that blends next-level effectivity with the confirmed advantages of silicon manufacturing.
