What is the Difference between Low Voltage and High Voltage MOSFETs?

Rn is intimately correlated with the device's voltage rating because this layer's function is to maintain the blocking voltage. A low-voltage transistor only needs a thin layer with a greater doping level, or less resistant, but a high-voltage MOSFET requires a thick, low-doped layer, or extremely resistive.

High Voltage MOSFETs Application

High voltage MOSFETs are most frequently used in switching power supplies. MOS RF power amplifiers, which made it possible for mobile networks to switch from analog to digital in the 1990s, are another common application for them.

High Voltage MOSFETs Manufacturer, High Power MOSFETs

N-Channel Standard MOSFETs of the Very High Voltage series are made especially to handle demanding, fast-switching power conversion applications that call for extremely high blocking voltages of up to 4.5kV. Regards from the. Electrical Properties.



Types of High Voltage MOSFETs

Product	Marketing Status	Configuration	VRRM(V) max.	IF(A) max.	VF (V) max	IFSM(A) max.	IR(uA) max.	trr (ns) max	TJ(°C) max.	TJ(°C) min.	ECCN(US)	Compliance	
BL10N10I	Active	Single							150	-55	EAR99
BL10N30F	Active	Single							150	-55	EAR99		
BL10N40	Active	Single							150	-55	EAR99		
BL10N40D	Active	Single							150	-55	EAR99		
BL10N60	Active	Single							150	-55	EAR99		
BL10N60B	Active	Single							150	-55	EAR99		
BL10N60F	Active	Single							150	-55	EAR99		
BL10N65	Active	Single							150	-55	EAR99		
BL10N65F	Active	Single							150	-55	EAR99		
BL10N70	Active	Single							150	-55	EAR99		
BL10N70F	Active	Single							150	-55	EAR99		
BL10N80F	Active	Single							150	-55	EAR99		
BL10N80KF	Active	Single							150	-55	EAR99		
BL12N65	Active	Single							150	-55	EAR99		
BL12N65B	Active	Single							150	-55	EAR99		
BL12N65F	Active	Single							150	-55	EAR99		
BL13N50B	Active	Single							150	-55	EAR99		
BL13N50F	Active	Single							150	-55	EAR99		
BL14N65F	Active	Single							150	-55	EAR99		
BL15N30F	Active	Single							150	-55	EAR99		
BL16N65F	Active	Single							150	-55	EAR99		
BL1N60	Discontinued	Single							150	-55	EAR99		
BL1N60D	Discontinued	Single							150	-55	EAR99		
BL1N60F	Discontinued	Single							150	-55	EAR99		
BL1N60I	Discontinued	Single							150	-55	EAR99
BL1N60K	Active	Single							150	-55	EAR99		
BL1N60KD	Active	Single							150	-55	EAR99		
BL1N60KI	Active	Single							150	-55	EAR99
BL1N60KR	Active	Single							150	-55	EAR99		
BL20N50F	Active	Single							150	-55	EAR99		

FAQs about High Voltage MOSFETs

What is the Difference between Low Voltage and High Voltage MOSFETs?

Rn is intimately correlated with the device's voltage rating because this layer's function is to maintain the blocking voltage. A low-voltage transistor only needs a thin layer with a greater doping level, or less resistant, but a high-voltage MOSFET requires a thick, low-doped layer, or extremely resistive.
High Voltage MOSFETs Application

High voltage MOSFETs are most frequently used in switching power supplies. MOS RF power amplifiers, which made it possible for mobile networks to switch from analog to digital in the 1990s, are another common application for them.