In Stock: LY12B2B027ME01 flow 2xBOOST E2 SiC Richardson RFPD is over-stocked on this Vincotech Silicon Carbide module and willing to negotiate on pricing to support your requirement. These are all original manufacturers’ modules integrated with Wolfspeed SiC die. Contact us for samples to evaluate the quality of these modules and, potentially, overcome the challenges
VINcoSIM is a web-based integrated simulation environment to simulate junction temperatures and loss for Vincotech power modules. The software is designed to choose operation conditions as voltages, currents and switching frequencies to give a good fitting to the operation of the power module in real applications. All power loss and temperature calculations are based
The Next Generation Simulation Environment for Power Modules from Vincotech The webinar first looks into the challenges and motivation which initiated the design and development of VINcoSIM. Then it presents some real-life application examples for which the simulation environment can provide solutions, which will be followed by the introduction of technical background of the
September 22 | 8 AM EDT (5 AM PDT / 2:00 PM CEST) | presented by Vincotech This webinar first looks into emerging design requirements for 1,500 V PV systems. Then it presents innovative power modules engineered to reduce weight and system-level expenses to meet the rising demand for higher output power at lower
Design Challenges and Solutions for Solar Inverters By Andrew Smith, Product Marketing Manager, and Matthias Tauer, Technical Marketing Manager, Vincotech GmbH Renewable Energy is the key to a cleaner future and solar energy is leading the way. Designers of solar inverters face a multidimensional challenge to ensure solar power continues to meet the growing demand
White Paper from Vincotech Modern life is unthinkable without the benefits provided by electric motors in the industrial sector. Power conversion devices are a pivotal part of the motion control in industrial applications. With these devices, the speed and the torque of the electric motors can be adjusted within a wide range to meet the
Enhance your EV charger with SiC MOSFET-based flow E power modules The new flow DUAL SiC E1 and fastPACK SiC E1/E2 have been developed with the aim to make the EV offboard charger designs faster, smaller and more efficient. The modules are based on latest 650V and 1200V SiC MOSFET chip generations with an
The race for power conversion efficiency over 99% continues. New innovative topologies are competing with the standard half-bridge topology using SiC and GaN semiconductor technologies. Requirements for high-efficient power conversion both unidirectional and bidirectional are getting standard in the wide field of applications ranging from EV battery chargers, solar inverters and UPS to industrial
Join Richardson RFPD at PowerUp Expo, a virtual conference and exhibition focusing on power electronics. Richardson RFPD will be highlighting the latest GaN and SiC evaluation platforms and reference designs from industry-leading suppliers Analog Devices, GaN Systems, Microchip, Wolfspeed, Vincotech and more to help speed your time to market integrating these innovative technologies. Visit
1200 V / 16 mΩ fastPACK E2 SiC Module Features: Compact and low inductive design High frequency SiC MOSFET Integrated NTC Kelvin Emitter for improved switching performance Open Emitter configuration Temperature sensor High Blocking Voltage with low drain source on state resistance High speed SiC-MOSFET technology Resistant to Latch-up Convex shaped substrate
