NCE30H32VD_NCE60P70D Introduction

The size of this internal resistance basically determines how much on-current the MOS tube chip can withstand (of course, it is related to other factors, such as thermal resistance). The smaller the internal resistance, the larger the current (because the heat is small). The resistance of this current path is called the internal resistance of the MOS tube, that is, the on-resistance.

The main components of an electric vehicle are the motor and the controller. When the motor is determined, the quality of the controller determines the quality of the electric vehicle.

NCE30H32VD_NCE60P70D

NCE4570K

As for why not to use depletion-type MOS tubes, it is not recommended to get to the bottom of it. For these two enhanced MOS tubes, NMOS is more commonly used. .

NCE30H11K NCE3402B NCE30H10AK NCE2304 NCE3404.

NCEB301G NCE3065G NCE30H14K NCE3095K NCE3065Q.

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.

NCE30H32VD_NCE60P70D

NCEP40T11K

KIA Semiconductor has always implemented a total quality management system, which is to track and monitor the quality of all products from the chip design to the customer's use.

NCE6080K product features VDS=60V, ID =80A RDS(ON)<8.5mΩ@VGS=10V Ultra-low RDSON high-density battery design with good stability, good uniformity, high EAS and good heat dissipation packaging.

NCE2060K NCE2090K NCE20H11K NCE20H18 NCE20H20.

NCE4618SP NCE3420 NCE2007N NCE2004NE NCE2008E.

NCE30H32VD_NCE60P70D

The functions of the MOS tube in the protection board are: 1. Detect overcharge, 2. Detect over-discharge, 3. Detect over-current during charging, 4. Detect over-current during discharge, 5. Detect over-current during short circuit.

In the lithium battery protection board, the most important thing is to protect the chip and MOS tube.

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