With the advent of Electric Vehicles and Internet of things the need for sophisticated power electronic design has increased. These new fields are constantly evolving the demands for high-power motor drives, energy efficient power supplies, wireless power transfer etc.
In this section we will design and test various power electronic projects for a wide variety of applications including EV, Solar, IoT, SMPS Power supplies, LED Drivers, Portable power supplies etc. The section also covers the latest power electronic news and articles to update the readers with latest technology trends.
Texas Instruments launched highly integrated, robust, wide-VIN DC/DC LM5164 buck regulator which extends battery life in rugged…
Vicor unveils the new PI358x series 48V with unique ZVS topology Buck Regulator. The PI358x series enable 48V direct-to-PoL…
In simple terms, the oscillator is a circuit which converts DC power from the supply source to the AC power to the Load.…
Diodes Incorporated today launched Half bridge and High-side/Low-side topology Gate driver in an SO-8 package. These gate…
In electronics, a regulator is a device or mechanism which can regulate the power output constantly. There are different kinds…
Diodes Incorporated extends its transistor family with release of NPN and PNP power bipolar transistors in a much smaller form…
In the previous tutorial we have seen how a Dual Power Supply Circuit is designed, now we learn about Dual Converters, which…
MORNSUN introduced different current rated, complete protection, high efficient, non-isolated POL DC/DC converters K12T series…
An oscillator is a mechanical or electronic construction which produces oscillation depending on few variables. We all have…
The advancement in Electric Vehicles, Drone and other mobile electronics like IoT Devices seems to be promising for the future…
Vishay Intertechnology launched a new Siliconix SiR626DP N-Channel 60V TrenchFET Gen IV MOSFET with 6.15mm X 5.15mm PowerPAK SO…
In the modern era, almost every household electronics works on Direct Current (DC) but we get Alternating Current (AC) from…
