AC input power supply (AC-DC converter) from TDK-Lambda, a power supply manufacturer.
We offer a variety of shapes, including unit type, substrate type, power module, onboard, and DIN rail mount types, with a rich lineup ranging from small capacity models of a few watts to large capacity models exceeding 2kW. TDK Lambda responds to various customer needs in line with changing times with "standard power supplies," incorporating features such as compactness, high efficiency, compliance with safety standards, wide input ranges, adherence to EMI standards and harmonic current regulations, compliance with RoHS directives, and the adoption of digital control technology.
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basic information
An AC-DC converter that rectifies and controls commercial power to provide a stable DC power supply. TDK offers a wide range of AC-DC switching power supplies under the TDK-Lambda brand, utilizing a "switching method," specifically for the industrial equipment market. ★For more details, please visit our website. https://product.tdk.com/ja/products/power/switching-power/ac-dc-converter/index.html
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Applications/Examples of results
Industrial equipment and energy market such as computer equipment, communication equipment, medical devices, control and measurement equipment, semiconductor manufacturing equipment, automated machinery, railway equipment, and LED devices.
Company information
TDK Group's TDK Lambda Corporation is a leading company in power supplies for industrial equipment, offering highly reliable power supplies globally across a wide range. With research and development bases located in Japan, China, Europe, the United States, and Asia, we respond to various customer needs through a full-function system that encompasses development, manufacturing, sales, and maintenance. TDK Lambda is the only power supply manufacturer that can procure critical components such as ferrites, capacitors, and inductors used in power supply transformers within the group. We focus on the development of innovative power supplies by leveraging our strengths in developing power supplies from the material and component level, along with core technologies such as circuit design, thermal and electromagnetic field evaluation, and simulation techniques that we have cultivated over the years.