TAJD686M006RNJ_TAJD686M006RNJ Introduction

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. Most NMOS integrated circuits are powered by a single group of positive power supplies, and most of them are 5V.

TAJD686M006RNJ_TAJD686M006RNJ

TAJB474M050RNJ

FDS6990-NL HAT2092R HAT2092RJ IRF8313TRPBF MDS5601URH.

TAJA225M010RNJ TAJA225M016RNJ TAJA225M020RNJ TAJA225M025RNJ TAJA225M035RNJ TAJA226K004RNJ TAJA226K006RNJ TAJA226K010RNJ TAJA226M004RNJ TAJA226M006RNJ .

AO4832 AO4838 CEM3138 DMG4800LSD-13 EMB17A03G FDS6982-NL.

TPCS8205 TPCS8212 TSM6866SDCA RV UPA1852GR-9JG-A UT8205A.

TAJD686M006RNJ_TAJD686M006RNJ

TAJB226K006RNJ

Then the high level of the GPIO connected to G must be above 2.8-0.4=2.4V, so that the mos tube can be turned off, and the low level can turn the mos tube on. If the voltage area of the GPIO that controls G is 1.8V, then when the GPIO is high, it is 1.8V, and the GS is 1.8-2.8=-1V, and the mos tube is turned on and cannot be turned off. In this case, the GPIO cannot control the on and off of the mos tube. When GPIO is low, if 0.1V, then GS is 0.1-2.8=-2.7V, and the mos tube is turned on.

BYP336 BYT337 BYS334 BYS345 BYP346.

0603180R5%_06031M5%_06032.2K5%_0603220R5%_060322K5%_.

BYI3245 BYN3226 BYN3232 BYS326 BYD32515Z.

TAJD686M006RNJ_TAJD686M006RNJ

NCE8205B NCE8205 NCE8205i NCE8205E NCE9926.

relevant information