High Reliability and High Efficiency 'Fairchild's SuperFET® II MOSFET Solution for AC-DC SMPS Design'

As data processing speed and power requirements continue to increase, AC-DC SMPS designers face two challenges: improving system efficiency and power density. In this seminar, we will explore Fairchild's next-generation Super Junction MOSFET, SuperFET® II, and SMPS design guidelines developed to address these challenges in AC-DC SMPS applications. Super Junction MOSFETs utilizing Charge Balanced technology provide outstanding performance in the trade-off relationship between on-resistance and parasitic capacitances. Therefore, since Super Junction MOSFETs have very fast switching speeds, they can minimize switching losses. However, if PCB design is not optimized, parasitic components such as inductance and capacitance existing in the MOSFET package and PCB pattern can cause problems such as high drain-source voltage stress, gate oscillation and unstable operation, or EMI. Fairchild's innovative next-generation Super Junction MOSFET, SuperFET® II device, with its optimized design enables fast switching and low switching noise, providing excellent switching performance to SMPS designers while ensuring improved EMI performance and stable operation even during transient conditions. In this seminar, please verify how SuperFET® II can minimize your design effort and maximize system efficiency and reliability in AC-DC SMPS applications. For more detailed information about SuperFET® II solutions, visit http://www.fairchildsemi.com/products/superfet/.