Beta Dyne | Top Power Electronics Solution Company 2022

Beta Dyne



Designing RobustPower Products

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Anastasios Simopoulos, President, Beta DyneAnastasios Simopoulos, President
When it comes to the power electronics space, Beta Dyne, Inc. has today become a household name. The family-owned small business designs state-of-theart DC/DC converters, AC/DC power supplies, and switching regulators for the telecommunication, computer, instrumentation, military, industrial, and medical field. “Our engineering team has more than one hundred years of experience in the design of analog and digital circuits, and we hold six patents for power conversion products,” says Mr. Anastasios Simopoulos, the President of Beta Dyne Inc.

Beta Dyne’s hallmark products include low noise like 15W series, high voltage like 35W series, and programmable output and planar magnetics to achieve high density and efficiency converters. Recently, the company developed the ACC1200 that is an adjustable output current by a variable control voltage. The converter accepts 0 to 10V at its VC control input and generates an output current from 0 to 2A.

Through its dynamic burn-in process, Beta Dyne eliminates the infant mortality that even the best designs, manufacturing techniques, and process control programs produced units can have in the field. This process ensures that all Beta Dyne’s converters are subjected to 48 total hours of dynamic burn-in. The first 24 hours of dynamic burn-in occurs before the converters are in encapsulation and consists of 50 percent full load or static load and 50 percent dynamic (or switching load). The 50 percent switching load is applied to the output of the units at the rate of 100 times per second (100HZ).

After the units are encapsulated with ULRecognized (94V-0) potting material, they are burned in under the same loading as above for another 24 hours. The flexibility of each of Beta Dyne’s independent burn-in racks enables it to accommodate multiple series modules and allows for almost unlimited burn-in capability. The burn-in racks burn in the converters at room temperature and are also used as elevated temperature ovens. This is achieved by using the heat which converters generate and setting the adjustable thermostat to the needed maximum temperature.

What sets Beta Dyne apart from other electronic power companies is its motto, “Powering your ideas for less.” The company accomplishes this through its research and development, as well as small quantity production, which is conducted in its headquarters in Bridgewater, MA. “We are particular with the production facilities we utilize as well as where we purchase our components from. These are all ISO-9000 certified, and use certified assembly houses,” mentions Mr. Simopoulos. Further, these facilities are selected in the U.S. and abroad under extremely strict audits by Beta Dyne and its customers when requested. More importantly, all the products are designed and prototyped under stringent guidelines for design criteria where meticulous attention is given to margin, long life, and manufacturing ease.

  • Our engineering team has more than one hundred years of experience in the design of analog and digital circuits


Having carved a unique niche, Beta Dyne is planning to concentrate more on its business. In addition to building its own custom products, Beta Dyne is a Power Supply Distributor for Sinpro Power, Arch Electronics, and other Manufacturers. It will continue to do so in the near future. “We want to continue developing new and custom products andprovide quality service to our new and long-term customers,” concludes Mr. Simopoulos.

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Beta Dyne

Company
Beta Dyne

Management
Anastasios Simopoulos, President and
Harry Canellos, Vice President

Description
Beta Dyne’s hallmark products include low noise like 15W series, high voltage like 35W series, and programmable output and planar magnetics to achieve high density and efficiency converters. Recently, the company developed the ACC1200 that is an adjustable output current by a variable control voltage. The converter accepts 0 to 10V at its VC control input and generates an output current from 0 to 2A.