NCE3400AY_NCEP055N30GU Introduction

MOS tubes like NCE80H12 convert the DC power in the battery into AC power when the electric vehicle is running normally, thereby driving the motor to run.

The MOS tube is a voltage-driven device. As long as an appropriate voltage is applied between the gate G and the source S, the conduction path between the source S and D will be formed. As the switch tube of the driving part, the main focus of the MOS tube is the withstand voltage, current withstand value and switching speed.

NCE3400AY_NCEP055N30GU

NCE0160G

NCE2025I NCE2025S NCE2030K NCE2030U NCE2030.

NCE30H11K NCE3402B NCE30H10AK NCE2304 NCE3404.

NCE50TD120WT NCE40TD120T NCE40TD120BT NCE40TD120WT NCE40TD120LT.

Vishay Draloric TNPU e3 series resistors have the proven reliability of TNPW e3 products with improved accuracy, low TCR, tolerances not greater than 0.02 %, and excellent long-term stability—for example, 1,000 hours at rated power P70 The maximum resistance change rate ≤ 0.05 %. This unique technical feature makes this AECQ200-qualified resistor ideal for applications such as op amps and sensor detection circuits in test and measurement, automotive, industrial, medical, and communications equipment.

NCE3400AY_NCEP055N30GU

NCEP02580D

NCE2012 NCE20H10G NCE20H11 NCE3406N NCE2014ES.

MOSFET is a type of FET (the other is JFET), which can be made into enhancement mode or depletion mode, P-channel or N-channel, a total of 4 types, but only the enhancement-mode N-channel MOS is actually used. Tube model and enhanced P-channel MOS tube model, so NMOS is usually mentioned, or PMOS refers to these two.

NCE3020K NCE3025Q NCE3035K NCE3025G NCE3030K.

General Characteristics ● V DS = 30V, ID = 95A R DS(ON) <5.1mΩ@V GS = 10V R DS(ON) <8.5mΩ@V GS = 5V ● High density battery design, ultra-low Rdson ● Fully characterised avalanche Voltage and current ● Good stability and high uniformity? AS ● Excellent package, good heat dissipation.

NCE3400AY_NCEP055N30GU

NCE25TD120WT NCE25TD120VT NCE15TD120LT NCE25TD120LT NCE40TD135LT.

The battery cell is equivalent to the heart of the lithium battery, and the lithium battery protection board is mainly composed of a protection chip (or management chip), a MOS tube, a resistor, a capacitor, and a PCB board.

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