DHS100B28-T Datasheet/PDFDC DC Converters have found one of their most versatile implementations in the form of the DHS100B28-T. This particular device is capable of transforming an input voltage of 3V to 24V and providing a stable output of up to 28W. The application field of this device is thriving due to its ability to provide efficient power transfer from source to load, making it a popular choice in many applications. Additionally, the DHS100B28-T takes a wide range of environmental inputs and remains reliable even in extreme thermal or mechaniocal conditions, giving it an advantage in many industrial settings.
Overview
The DHS100B28-T is a step-up DC-DC converter that converts a DC input voltage of 3V to 24V into an output voltage of up to 28W. It is also capable of sustaining a wide range of environmental inputs, making it an excellent choice in industrial settings where high levels of mechanical or thermal output are expected. Additionally, it features a high-efficiency design which reduces energy losses and protects valuable components.
Application Field
The DHS100B28-T has a broad application field, with many industrial settings standing to benefit from its features. These include automotive electronics where its efficient input/output transfer provides steady power even in the most extreme conditions. Additionally, industrial robotics are being designed with the DHS100B28-T to ensure reliable power with high performance. Finally, power converters are making use of the device to ensure safe and efficient operation.
Working Principle
The DHS100B28-T makes use of a step-up topology to convert the low input voltage to a high output voltage. This is achieved by utilizing a transformer, coupled with one or more circuits of capacitors and power switches. When the input voltage is applied, the power switches are set in a certain position allowing the current and voltage to be stepped-up and then applied to a transformer. The transformer then amplifies the power and provides it with a suitable output voltage. Finally, the output voltage is filtered and regulated to produce a stable output.
Conclusion
The DHS100B28-T offers a versatile and efficient option to supply power in a variety of settings. Its operating principle of step-up topology ensures a reliable power output, while its ability to withstand a wide range of environmental inputs provides additional benefits in industrial settings. For these reasons, it is likely that the DHS100B28-T will continue to see a wide range of applications in the near future.