TAJD156M025RNJ_TAJD156M025RNJ Introduction

Most NMOS integrated circuits are powered by a single group of positive power supplies, and most of them are 5V. However, when connecting directly from NMOS to CMOS, since the high level of the NMOS output is lower than the input high level of the CMOS integrated circuit, a (potential) pull-up resistor R needs to be used, and the value of R is generally 2 to 100KΩ. As long as the CMOS integrated circuit uses the same power supply as the NMOS integrated circuit, it can be directly connected to the NMOS integrated circuit.

TAJD156M025RNJ_TAJD156M025RNJ

TLJH227M004R0900

06031.8M5%_0603100K5%_0603100R5%_060310K1%_060310K5%_.

TAJA225M010RNJ TAJA225M016RNJ TAJA225M020RNJ TAJA225M025RNJ TAJA225M035RNJ TAJA226K004RNJ TAJA226K006RNJ TAJA226K010RNJ TAJA226M004RNJ TAJA226M006RNJ .

060310R5%_060312K5%_060315K1%_060315K5%_0603180K5%_.

STC5NF20V STG8205 STG8810 STN8205AAST8RG TM8205FC.

TAJD156M025RNJ_TAJD156M025RNJ

TAJB156K020RNJ

. N-type MOS tube has more application scenarios. Compared with P-type MOS tube, its advantages are as follows: 1. Faster switching speed 2. Higher withstand voltage 3. Larger current passing through. The following is a simple example of N-type MOS tube. The reference circuit of , when the G terminal is connected to a high level, the MOS tube D and S are turned on, at this time the MOS tube is turned on, the current of the motor can pass, and the motor rotates. When the G terminal is at a low level, the D and S cannot be turned on, and the motor cannot run.

BYP32028 BYS32010 BYJ32027A BYH326 BYH323.

BYP342-X BYJ3411 BYH3413 BYH345 BYJ345.

051N15N5MOS 052N06L 053P04-518 054NE8N 057N06N.

TAJD156M025RNJ_TAJD156M025RNJ

t0-t1: C GS1 starts charging, the gate voltage has not reached V GS(th), the conduction channel is not formed, and the MOSFET is still off.

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