ON Semiconductor Power Solutions
Power management is the key to efficient solutions. ON Semiconductor offers easy to implement power products meeting the increasing complexity of requirements.
ON Semiconductor Solutions for Power Management
ON Semiconductor can provide power management solutions that enable quick deployment of cost- effective power supplies that meet all of the relevant specifications and efficiency standards, worldwide. Beside a rich line-up of discrete components a full set of highly integrated products like:
ON Semiconductor Ultra High Voltage MOSFET
The ultra high voltages MOSFET's with low on resistance and high speed switching, contributes to low power consumption and high efficiency of the industrial equipment-related applications which require HV power supplies.
ON Semiconductor Intelligent Power Modules
State of the art module technology for compact motor control. The highly integrated three-phase intelligent power modules (IPM), capable of driving from 10A to 50A of output load are ideally suited for Consumer and Industrial Motor control. Manufactured with the revolutionary Insulated Metal Substrate Technology (IMST), these drivers exhibit high thermal performance, low noise and very high reliability, all in a small, space saving footprint. All of the IPMs feature gate drivers, thermal and over current sense, under voltage detection, bootstrap diodes, and direct control by MCU via CMOS input level.
ON Semiconductor IGBT
State of the art in IGBT Technology tailored for many different applications. ON Semiconductor's high performance Field-Stop-2 IGBT portfolio expands current ratings and delivers efficient, high-speed switching capabilities for power applications. All devices feature optimized switching and reduced conduction losses for induction heating and soft switching applications operating at medium frequencies between 15 and 30 kHz. With excellent ruggedness and superior on-state characteristics at high currents, these devices are optimized based on system requirements to enable higher efficiency and lower system losses.