At SemiQ, we are committed to redefining reliability in SiC MOSFET technology. Our approach includes comprehensive 100% level burn-in testing to ensure that only Known Good Dies (KGD) are used in our products. This thorough process helps maintain high standards for performance and durability. Our 1200V MOSFETs feature breakdown voltages averaging over 1500V, which improves safety margins and thermal management, making them suitable for a range of applications. Additionally, our double-pulse testing helps optimize switching performance, reducing power losses and enhancing circuit efficiency. With SemiQ, you’re choosing performance you can trust! 🚀 https://lnkd.in/dMqyBPxb #SiC #SiliconCarbide #Semiconductor #SemiQ #MOSFETs #PowerModules #Diodes #QSiC #MOSFETModules #KGD #KnownGoodDie
SemiQ
Semiconductor Manufacturing
Lake Forest, California 1,653 followers
Powering the SiC evolution.
About us
SemiQ specializes in providing high-quality, efficient standard, and custom Silicon Carbide (SiC) Power Semiconductors for high-voltage applications. Our product portfolio includes MOSFETs and diodes, available in discrete, module and bare die that combine high-performance with industry-leading reliability. For over a decade, SemiQ’s experienced team has been working with customers from various application areas, including solar energy, EV charging, automotive, medical, and energy storage. From the initial concept stage through prototyping and production, we help design, test, and deploy high-density and optimized solutions, providing exceptional service and engineering support to all our partners within the shortest possible timeframe.
- Website
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https://semiq.com
External link for SemiQ
- Industry
- Semiconductor Manufacturing
- Company size
- 11-50 employees
- Headquarters
- Lake Forest, California
- Type
- Privately Held
- Specialties
- Silicon Carbide, SiC Power Semiconductors, MOSFETs, Modules, Diodes, SiC Solutions, Silicon Carbide, Semiconductor Products, and Known Good Die
Locations
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Primary
20692 Prism Place
Lake Forest, California 92630, US
Employees at SemiQ
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Michael T. Robinson
Leadership - Turn Arounds - Product Development - Consulting & Coaching
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Chip Brakeville
Business Development | Revenue Generation | Strategy Development | Key Account Growth
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Zhuyi Wang, PhD, MBA
| Si, GaAs Process | AS9100, JEDEC, MIL | Rectifier, PA | Fabrication, Packaging | QA, Reliability, Failure Analysis | PFMEA, SPC, 8D |
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Jianfu Fu
SiC Module Application & Field Application Engineer at SemiQ
Updates
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SemiQ will be attending and exhibiting at electronicaFair 2024!👏 We’re excited to team up with our friends at alfatec GmbH & Co. KG and join their booth at this year’s event in Munich, from November 12th to 15th. After the success of our collaboration at PCIM we can’t wait for what’s to come at Electronica. Stay tuned for announcements and updates as we prepare for this year’s event! #SiC #SiliconCarbide #Semiconductor #SemiQ #MOSFETs #PowerModules #Diodes #QSiC #MOSFETModules
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Happy Labor Day from all of us at SemiQ! This holiday weekend, we celebrate the hard work, dedication, and innovation of every member of our team. Their efforts drive the ongoing advancements and successes we achieve together. #SiC #SiliconCarbide #Semiconductor #SemiQ #MOSFETs #PowerModules #Diodes #QSiC #MOSFETModules #LaborDay
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Let’s talk Bare Die Testing Capabilities!🔍🚀 At SemiQ, we specialize in bare die testing, a critical process that ensures the quality and reliability of semiconductors from the earliest stages of manufacturing. This method allows us to detect and address potential issues at the bare die level, significantly enhancing the performance and durability of semiconductor products. Bare die testing is crucial for industries like power electronics, automotive, and industrial applications, where precision and dependability are essential. Our advanced testing provides valuable insights to maintain high standards and optimize your product development. Find out more: https://semiq.com/ #SiC #SiliconCarbide #Semiconductor #SemiQ #MOSFETs #PowerModules #Diodes #QSiC #MOSFETModules
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Stay updated with the latest from SemiQ in the media! 🚀 We're driving innovation in SiC technology. Check out our "In the News" page on our website for recent press releases, industry news, and thought leadership from some of the top industry media. Whether you're looking for product updates or insights on trends shaping the semiconductor landscape, you'll find it here. 👇 Visit: https://lnkd.in/eu8HWgSc #SiC #SiliconCarbide #Semiconductor #SemiQ #MOSFETs #PowerModules #Diodes #QSiC #MOSFETModules
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The SiC Technology Springer book is now available for purchase!👏 We're thrilled to have had the opportunity to contribute to chapters covering cutting-edge manufacturing processes. In this book, our chapter dives deep into the forefront of innovation: the fabrication of silicon carbide (SiC) devices. John Silk introduces bulk growth and epitaxial growth techniques essential for achieving superior SiC semiconductor device performance. Big congratulations to Maurizio Di Paolo Emilio on the success of the book! Grab your copy today: https://lnkd.in/e3edYmQR #SiC #SiliconCarbide #Semiconductor #SemiQ #MOSFETs #PowerModules #Diodes #QSiC #MOSFETModules
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Understanding the Thermal Behaviour of SiC in Bodo's Power Systems China!👇 Chip Brakeville discusses how the thermal behaviour of Silicon Carbide (SiC) is key to optimizing its performance in power electronics. Examining how SiC’s thermal properties improve efficiency and reliability in high-temperature environments, makes it a strong option for future power systems. Explore the details shaping the future of energy technology by reading the full article (page 34): https://lnkd.in/eBThiN5D #SiC #SiliconCarbide #Semiconductor #SemiQ #MOSFETs #PowerModules #Diodes #QSiC #MOSFETModules
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Suppressing Oscillations in Paralleled SiC MOSFETs 💡 Paralleling MOSFETs can reduce conduction losses and lower operating temperatures, enhancing circuit efficiency. However, gate drive signal oscillations may cause unpredictable behaviour and component damage. This ringing, which can lead to reliability issues or system failure, has been mitigated in silicon (Si) devices but is reemerging with the transition to silicon-carbide (SiC). Check out this recent article in Electronic Product Design & Test [EPDT]. Brian Patterson and Seok Joo Jang explore how past countermeasures can be adapted to address this issue at higher switching frequencies. https://lnkd.in/eF8eQz7j Mike Green #SiC #SiliconCarbide #Semiconductor #SemiQ #MOSFETs #PowerModules #Diodes #QSiC #MOSFETModules
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SemiQ Expands High-Performance QSiC™ Power Module Family with S7 Package Option 🚀 The new half-bridge modules enhance design flexibility for power engineers by offering compact, high-efficiency options for new designs and drop-in replacements for legacy systems needing improved efficiency. The package also meets the size, weight, and power demands of applications like induction heaters, welding equipment, UPS, photovoltaic and wind inverters, energy storage systems, high-voltage DC-DC converters, and EV battery charging systems. To read the full press release, visit: https://lnkd.in/eFb4iu7C #SiC #SiliconCarbide #Semiconductor #SemiQ #MOSFETs #PowerModules #Diodes #QSiC #MOSFETModules
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Coming Soon! 👏 We are delighted to have contributed two chapters to the upcoming comprehensive book on Silicon Carbide (SiC) technology. This book covers materials, manufacturing processes, device development, and design approaches. Pre-order your copy here: https://lnkd.in/eKnHqxqX Maurizio Di Paolo Emilio #SiC #SiliconCarbide #Semiconductor #SemiQ #MOSFETs #PowerModules #Diodes #QSiC #MOSFETModules
SiC Technology
link.springer.com