[Great Scott] should win an award for quickest explanation of a buck converter. Clocking in at five and a half minutes, the video clearly shows the operating principles behind the device.

Using complementary logic on a full-bridge converter can enable the primary FETs to achieve ZVS and has many benefits for ...

Gallium-nitride power designs have triple the power of silicon with half the weight and size, plus the added bonus of 20X the ...

TPSM82810SSILR revolutionizes power management, unleashing new possibilities for electronic design. Its exceptional efficiency, compact footprint, and ease of implementation make it the ideal choice ...

[Julian Ilett] recently posted two videos that fit this description. He built a buck converter and made measurements about its efficiency using different configurations. The test setup is simple.

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Nexperia introduced a new series of AC/DC flyback controllers as the latest additions to its continuously expanding portfolio ...

The design equations developed for the buck converter in Chapter 3 are a subset of a general set of equations that are applicable to a great variety of DC-DC converters. These types of converters are ...

Buck-boost converters can be used for either step-up or step-down ... converters sometimes use metal-oxide silicone field-effect transistors (MOSFET) instead of diodes. Synchronous rectification means ...

What’s the better option: a single-phase controller design or two converters interleaved in a dual-phase design? This article ...

CT21100 is high efficiency DCDC boost converter delivering 2.7V at 10mA from an input as low as 0.9V. Designed to work with a single alkaline/NiMh coin cell. To improve efficiency with ... CT21302 is ...

Modems that transmit at 1,200 bps and higher often convert the asynchronous signals from a computer's serial port into synchronous transmission over the transmission line. Contrast with ...