1 EEVblog #110 - Let's Design a DC to DC Switchmode Converter
Dave Jones walks through designing a switch-mode supply around the MC34063, often pointed to as a hands-on introduction to buck and boost converters.
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9 videos. Ranked by independent recommendations, not by views.
Dave Jones walks through designing a switch-mode supply around the MC34063, often pointed to as a hands-on introduction to buck and boost converters.
Widely praised as a clear introduction to step down switching regulators, covering why they beat linear regulators and how to build a simple one.
Linked when a cheap constant current LED driver module comes up, mainly for its demonstration of the module's PWM dimming input.
Animated explanation of buck and boost converters that builds up from flawed designs, showing voltage as height and current as arrows; recommended for intuition about inductors.
Adds a current limit to a cheap buck/boost module with a sense resistor and comparator; people borrow the circuit for CC/CV chargers and motor supplies.
An introduction to cheap LM2596 step-down converter modules, linked for anyone wanting to understand what these boards do before buying one.
GreatScott builds a DIY buck converter with an Arduino driving a MOSFET, cited as a clear way to understand how step-down switching converters work.
Compares a buck converter and a linear regulator on the bench for efficiency and output noise; cited when choosing how to drop voltage in battery projects.
Recommended as a dependable explanation of how buck and boost converters change DC voltage, useful if you want to build one rather than buy a module.