Push-pull DC-DC converters use a two-switch topology with very high efficiency and require a transformer to transfer power from primary to secondary in each switching cycle. Bourns® HCTSM8 Series transformers are qualified to be used …
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Overcoming a 5 V Input Limitation to Create a 2:1 12 V Power Rail
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What is the Right Transformer for High Voltage Storage Designs?
Leveraging their extensive power conversion experience, application experts at Bourns believe the answer is a reinforced push-pull transformer. We outlined the design benefits of using push-pull transformers for high voltage energy storage applications such as …
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Space-saving Transformer Design Allows Application Flexibility
In connected communication applications, network transformers are used primarily for isolation and signal conditioning. The high reliability mandated in communication systems can be threatened by coupling signals from devices that work with different power specifications. …
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Looking for the Right Low Resistance, High Saturation Current Inductor?
Bourns just added 11 new inductor model series to its shielded power inductor line specifically to meet the higher power efficiency now required in a broad range of consumer electronics. Inductors are popular energy storage …
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Power Conversion Simplified – High Clearance/Creepage Distance Isolation Power Transformers
More and more applications require a solution to simplify isolated interface power. Isolation between the power source and an electronic device user is necessary for safety reasons. Designs for Industry 4.0, low/medium risk medical* sensors, …
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New Amorphous Cores for High Frequency Power Designs
Advances in electrification have led to greater energy efficiencies in a whole range of new market solutions. Semiconductor technology is also keeping up where suppliers have developed new switching methods, contributing to increased bandwidth and …