This paper implements a theoretical study and shows experimental results achieved on P-channel power MOSFETs working in Linear Zone. Typically, these kinds of analysis were performed considering N-channel transistors but never on P-channel. To better evaluate P-channel power MOSFET performances when working in Linear Zone a comparison with comparable N-channel transistors were performed. Experimental results show that P-channel is more thermal stable than N-channel devices and successfully can be proposed in these kinds of operating conditions for dedicated applications, especially in automotive markets. © VDE VERLAG GMBH.
P-channel power MOSFETs working in Linear Zone: Theoretical and experimental studies and comparison with N-channel devices
Consentino G.
2014
Abstract
This paper implements a theoretical study and shows experimental results achieved on P-channel power MOSFETs working in Linear Zone. Typically, these kinds of analysis were performed considering N-channel transistors but never on P-channel. To better evaluate P-channel power MOSFET performances when working in Linear Zone a comparison with comparable N-channel transistors were performed. Experimental results show that P-channel is more thermal stable than N-channel devices and successfully can be proposed in these kinds of operating conditions for dedicated applications, especially in automotive markets. © VDE VERLAG GMBH.File | Dimensione | Formato | |
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