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AN1193: MOSFET Selection Guide for Ideal Diode Controllers The ideal diode controller is an efficient solution to providing input reverse polarity protection Choosing the right MOSFET to go with the ideal diode controller is just as important and, by following some simple steps, it can be quite easy
AN1192: Understanding the Different Approaches to Input Reverse Voltage . . . The diode should be selected according to the maximum expected output current in the application, as shown in Table 1 While the single-component input reverse voltage protection solution will have the smallest footprint in low-power applications, for high currents, the diode needed is much larger
TVS in Automotive Applications - Diodes Incorporated Each module within a vehicle will tend to have both reverse battery polarity protection (shown here as a diode, but often implemented as a MOSFET) and a TVS device to protect that module from transients
Transient Voltage Suppression in Automotive Applications A TVS is effectively a PN junction diode designed to enter avalanche mode, which means it can pass very high currents, when the potential on its cathode exceeds a predetermined level
AN1197 Power ORing Application Using Ideal Diode Controllers This application note explores the principles and advantages of ORing and power multiplexing using ideal diode controllers, examines various circuit topologies, and addresses the key design challenges and mitigation strategies for automotive power systems