laitimes

The traditional anti-reverse protection circuit generally uses PMOS tubes. Connect the G pole of the PMOS to a resistor to ground (GND), and when the input is connected to a forward voltage, the current flows through the PM

author:Love at the time of Tanabata

The traditional anti-reverse protection circuit generally uses PMOS tubes. The G pole of the PMOS is connected to a resistor to ground (GND), and when the input is connected to the forward voltage, the current flows through the body diode of the PMOS to the load terminal. If the forward voltage exceeds the threshold threshold of PMOS, the primary channel is turned on. That is, the Vds voltage drop of PMOS becomes lower, and the current is turned on from the main channel, which achieves low loss and low temperature rise. #Circuit Design and Analysis# #Essentials of Circuit Design# #Voltage Regulator Circuit Design# #Current Unbalance# #Unipolar Collector# #0 Voltage Drop# #Compensating Filter Controller# #Digital Circuit Design# #Circuit Fan# #软性电路#

The traditional anti-reverse protection circuit generally uses PMOS tubes. Connect the G pole of the PMOS to a resistor to ground (GND), and when the input is connected to a forward voltage, the current flows through the PM
The traditional anti-reverse protection circuit generally uses PMOS tubes. Connect the G pole of the PMOS to a resistor to ground (GND), and when the input is connected to a forward voltage, the current flows through the PM
The traditional anti-reverse protection circuit generally uses PMOS tubes. Connect the G pole of the PMOS to a resistor to ground (GND), and when the input is connected to a forward voltage, the current flows through the PM

Read on