FDG8850NZ

  • 2022-09-23 18:12:25

FDG8850NZ

FDG8850NZ_STS5DNE30L Introduction

Their success today is due to the founders. When naming the company, the founders incorporated their nostalgia for the past and expectations for the future. A simple name with many untold stories behind it... . There are many well-known brands in the electronics industry, each brand is like a person's name, and its origin and naming have its own unique style.

In simple terms, the motor is driven by the output current of the MOS tube such as NCE80H12. The larger the output current (in order to prevent overcurrent from burning the MOS tube, the controller has limited current protection), the motor torque is strong and the acceleration is powerful, so MOS Tubes play a very important role in electric vehicle controllers.

FDG8850NZ_STS5DNE30L

AP4920GM

Barrier capacitance: In power semiconductors, when the N-type and P-type semiconductors are combined, the electrons of the N-type semiconductor will partially diffuse into the holes of the P-type semiconductor due to the concentration difference, so they will form on both sides of the junction surface. Space charge area (the electric field formed by the space charge area will resist the diffusion movement, and finally make the diffusion movement reach equilibrium);

NCE2025I NCE2025S NCE2030K NCE2030U NCE2030.

. The conductive channel of the MOS tube can be formed during the production process or by turning on an external power supply. When the gate voltage is equal to zero, there is a channel (that is, formed during production), which is called depletion mode. When an external voltage is applied The one that forms the channel later is called the enhancement type.

There is parasitic capacitance between the three pins of the MOS tube, which is not what we need, but is caused by the limitation of the manufacturing process.

FDG8850NZ_STS5DNE30L

AFN4924WS8RG

The parasitic capacitance structure of the MOS tube is as follows. Among them, the width of polysilicon, the width of the channel and the trench, the thickness of the G oxide layer, and the doping profile of the PN junction are all factors that affect the parasitic capacitance. .

NCE3075Q NCE3015S NCE3400E NCE3065K NCE3095AK.

NCE2060K NCE2090K NCE20H11K NCE20H18 NCE20H20.

NCE3020K NCE3025Q NCE3035K NCE3025G NCE3030K.

FDG8850NZ_STS5DNE30L

NCE20ND06 NCE2008N NCE2312 NCE2312A NCE8205A.

NCE25TD135LT NCE15TD135LT NCE15TD120LP NCE15TD135LP NCE25TD120LP.

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