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1
Main parts of a buck regulator
2
Switching power supply controller
3
Gate driver and FETs
4
Inductor and Capacitor
5
Integrated SMPS: Controller + Gate Driver + FETs
6
Power supply module
7
PMBUS
8
Control modes
9
DrMOS: Gate Driver + FETs
10
Control scheme, Voltage mode vs. Current mode
11
What frequency to use in switching power supply?
12
About inductor
13
About capacitors, capacitor derating
14
Gate resistors, RGATE
15
CBOOT, Boot resistor, RBOOT
16
How to measure switching power supply signals, probing
17
Phase snubber RSNUB, CSNUB
18
VIN Capacitor
19
Phase node, switching node, ringing
20
Shoot-Through
21
Dead Time, diodes
22
Stability / Jitter
23
Transient response
24
Multiphase regulators
Description:
Dive deep into the world of switching power supplies and buck regulators in this comprehensive video lecture. Explore the main components, control modes, and design considerations for efficient power supply systems. Learn about integrated solutions, power supply modules, and PMBUS communication. Understand the differences between voltage and current control modes, and discover optimal frequency selection. Delve into inductor and capacitor characteristics, gate resistors, and boot resistors. Master the art of measuring switching power supply signals and troubleshooting common issues like ringing, shoot-through, and jitter. Gain insights into stability, transient response, and multiphase regulators. Perfect for electronics engineers and hobbyists looking to enhance their power supply design skills.

How to Design Perfect Switching Power Supply - Buck Regulator Explained

Robert Feranec
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