DCM3623E50M17C2M00

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DCM3623E50M17C2M00 is one of the most commonly used offline SMPS evaluation boards for DC/DC and AC/DC applications. This evaluation board has a simple design using a slim profile and low-cost materials, offering the best solution for applications with high quality efficiency and reliability. DCM3623E50M17C2M00 is an intelligent and highly configurable design that offers various implementation strategies, such as a two-stage topology and a modular grid stage, making it very user friendly and the ideal design for a variety of applications.

DCM3623E50M17C2M00 has a symmetrical dual-node full bridge rectifier that ensures high efficiency, optimal cooling and a low noise profile. The evaluation board has separate input and output voltage ranges that can be adjusted for different applications. It has a wide range of current rating options, from 0.5 to 10 Amps, which allow it to be used for a variety of applications. The DCM3623E50M17C2M00 circuit has a low input voltage range, which makes it suitable for low-power sources such as batteries or USB chargers. The high efficiency rating of the board means that it consumes very little power and can be used for energy-saving solutions.

DCM3623E50M17C2M00 can be used for both AC/DC and DC/DC SMPS applications. For AC/DC applications, the evaluation board has a built-in power factor correction (PFC) stage with half-bridge topology. This ensures a high efficiency, low EMI levels, and optimized switching performances. The board also offers low ripple current and low output noise in AC operation. For DC/DC applications, DCM3623E50M17C2M00 has a two-stage topology with an adjustable switching frequency range of 5KHz to 400KHz. DCM3623E50M17C2M00 has protections for overvoltage, overcurrent, short circuit, and thermal protection

DCM3623E50M17C2M00 works by converting the AC supply voltage to an ideal free-wheeling condition with the help of full bridge rectifier and the secondary windings of transformer. The primary windings of the transformer inject a small amount of DC current to keep the output voltage constant even when the input voltage varies. The free-wheeling condition maintains the output voltage and makes the input voltage independent. Converting from AC to DC also eliminates the need of filtering any line frequencies.

The DCM3623E50M17C2M00 evaluation board uses an induction transformer to boost low-voltage AC inputs, allowing them to be used for higher voltage applications. The transformer steps up the voltage using a low current output and maintains the voltage across its primary and secondary winding. The two-stage topology of the DCM3623E50M17C2M00 ensures a high efficiency, low output ripple and minimal components count. This makes it ideal for low-cost and low-power applications.

DCM3623E50M17C2M00 is one of the most advanced evaluation boards for AC/DC and DC/DC SMPS applications. The two-stage topology, increased efficiency, and built-in protections make it one of the most reliable and efficient designs available. Its low-cost design, small footprint, and high performance features make it an ideal choice for any applications requiring a reliable power source.

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