Power management chip

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AC / DC converter
- Integrated power chip
- Power control chip
- Function and integrated circuit
DC-DC Converter and solutions
- DC/DC-Converter (Consuming and Computer)
- DC / DC converter (automobile)
- DC / DC converter (industry)
Industrial transceiver
- Industrial Transceivers Evaluation Boards
For general lighting applications LED driver
- Evaluation Boards LED Driver
- Application Notes LED Driver
- Offline LED driver device

Linear regulator for industrial and consumer applications
Motor drive chip
- High power DC motor drive bridge
- Intelligent motor Bridge
- The bridge circuit driver integrated circuit
EiceDRIVER? - Gate Driver ICs and Boards
- Gate Driver ICs (EiceDRIVER? Enhanced)
- Gate Driver ICs (EiceDRIVER? Compact)
- Gate Driver Boards (EiceDRIVER? Safe)
- The evaluation board
Intelligent control chip for ballast for fluorescent lamp ballasts

DrBlade Soldering Process

Double Sided Cooling Using CanPAK?: Calculation Example

650V Rapid 1 Diode

650V Rapid 2 Diode

DrBlade contains the latest generation low voltage DC/DC driver technology and OptiMOS? MOSFET devices and achieves highest efficiency in DC/DC voltage regulation applications for computing and telecom, including Blade and Rack servers, PC-motherboards, notebooks and gaming machines

In this Video you learn more about double sided cooling by using Infineon’s SMD package CanPAK?. You will learn how to set up a very effective cooling system in order to get the best out of the innovative SMD packages from Infineon.

The Rapid 1 diode family, with 1.35V temperature-stable forward voltage (V F), ensures the lowest conduction losses and by means of soft recovery keeps EMI emissions to a minimum. They are perfectly suited for Power Factor Correction (PFC) topologies.

The Rapid 2 diode family is designed for applications switching between 40 kHz and 100 kHz by offering low reverse recovery charge (Q rr) and time (t rr) to minimize the reverse conduction times attributed to the power switch turn-on losses and thus providing maximum efficiency.

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