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.

Features of Low & Medium Voltage MOSFETs

HJL Electronics' low & medium voltage MOSFETs keep low RDS(on) features, low power loss and noise, narrow band of the gate threshold voltage, small VGS ringing waveform during switching, more controlled switching dv/dt by gate resistance, and excellent avalanche endurance.

Low & Medium Voltage MOSFETs, Low & Medium Power MOSFETs

Metal-Oxide-Semiconductor Field-Effect transistors, or MOSFETs, are electrical devices with a range of uses that include switching and signal amplification at medium and low voltages. Both low voltage (below 50V) and medium voltage (50V to 400V) levels are used by these devices.

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Types of Low & Medium 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	
BL011N06TH-TL	Active	Single							175	-55	EAR99		
BL014N04T-5DL8	Active	Single							150	-55	EAR99		
BL014N04T-TL	Active	Single							150	-55	EAR99		
BL016N10TH-TL	Active	Single							175	-55	EAR99		
BL018N04TH-5DL8	Active	Single							150	-55	EAR99		
BL019N04TH-5DL8	Active	Single							150	-55	EAR99		
BL020N04T	Active	Single							150	-55	EAR99		
BL020N04TB	Active	Single							150	-55	EAR99		
BL020N08TH-TL	Active	Single							150	-55	EAR99		
BL021N04T-5DL8	Active	Single							150	-55	EAR99		
BL025N03-5DL8	Active	Single							150	-55	EAR99		
BL025N03D	Active	Single							150	-55	EAR99		
BL027N04T	Active	Single							175	-55	EAR99		
BL027N04T-5DL8	Active	Single							150	-55	EAR99		
BL027N04TD	Active	Single							175	-55	EAR99		
BL02N06C	Active	Single							150	-55	EAR99		
BL02N06C-3L	Active	Single							150	-55	EAR99		
BL02N10C SOT-23	Active	Single							150	-55	EAR99		
BL02N10R	Active	Single							150	-55	EAR99		
BL030N03T-5DL8	Active	Single							150	-55	EAR99		
BL030N04T	Active	Single							150	-55	EAR99		
BL030N085TH-TL	Active	Single							175	-55	EAR99		
BL030N08THB	Active	Single							150	-55	EAR99		
BL031N06T-5DL8	Active	Single							150	-55	EAR99		
BL033N03-5DL8	Active	Single							150	-55	EAR99		
BL033N08TH	Active	Single							150	-55	EAR99		
BL035N03	Active	Single							150	-55	EAR99		
BL035N03-5DL8	Active	Single							150	-55	EAR99		
BL035N04-5DL8	Active	Single							150	-55	EAR99		
BL035N04T-5DL8	Active	Single							150	-55	EAR99		

FAQs about Low & Medium 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.
Features of Low & Medium Voltage MOSFETs

HJL Electronics' low & medium voltage MOSFETs keep low RDS(on) features, low power loss and noise, narrow band of the gate threshold voltage, small VGS ringing waveform during switching, more controlled switching dv/dt by gate resistance, and excellent avalanche endurance.