TAJD106M035RNJ_TAJD106M035RNJ Introduction

MOS tubes are often used in hardware design. The following are N-type MOS tubes, including gate G, source S, and drain D.

TAJD106M035RNJ_TAJD106M035RNJ

TAJC336M006RNJ

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

SP8K4-TB SPN4972S8RG SQ4282EY-T1-GE3 STN4972 STS8DN3LLH5.

For the P-type MOS tube, if the voltage of S is higher than that of G (there is a voltage difference between G and S, the specific level depends on the specific MOS tube), the connection between D and S will be conducted (the voltage direction S points to D), this At this time, the gap between D and S is equivalent to a very small resistance. If the gap between G and S is low (the specific level depends on the specific MOS tube), the gap between D and S will be cut off. At this time, the gap between D and S is equivalent to a very small resistance. If the resistance is too large, current cannot flow.

040N06N 042N03L 042N03MS 043N03MS 045N10N.

TAJD106M035RNJ_TAJD106M035RNJ

TAJE687M010RNJ

BYP336 BYT337 BYS334 BYS345 BYP346.

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

BYI3245 BYN3226 BYN3232 BYS326 BYD32515Z.

. 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.

TAJD106M035RNJ_TAJD106M035RNJ

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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