QBDW025A0B41Z

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The DC DC Converters typically convert the input voltage to the output voltage via some type of transformer as well as a power supply. The DC DC converter QBDW025A0B41Z is designed to convert a DC input voltage over a range of 9V - 25V to and intermediate AC voltage, and then rectify the AC voltage to the regulated output DC voltage up to 27V at 25A.

The basic working principle of the DC DC Converters is that a DC input voltage is applied to the transformer’s primary winding, with the primary winding of the transformer having a number of turns. The transformer then pass through the input voltage to its secondary winding, producing a voltage waveform in the secondary winding. This voltage waveform will then be rectified by a bridge rectifier to convert the AC voltage into a DC voltage and then, a regulator will be used to control the output voltage to the required level.

The QBDW025A0B41Z DC DC converter is a perfect choice for most electronic systems, such as industrial automation, motor drive, high power LED lighting, and energy storage systems. It is a high efficiency DC DC converter, which has a high conversion efficiency of than 95%, enhances power density and extended life of system parts. Moreover, it is also a 100% full load burn-in tested with digital power system intelligence, and includes Under/Over Voltage, Short Circuit, and Thermal Protection.

This DC DC Converter is also highly reliable, which features isolation voltage of 1.5KVAC, no-load input power below 0.3W, ultra-low output ripple noise over 10MHz bandwidth, and a wide operating temperature range from -40°C to +105°C. In addition, the QBDW025A0B41Z is also compliant with UL/EN/IEC/CQC safety standards, which is a suitable device to use in industrial applications.

Overall, the QBDW025A0B41Z DC DC converter is a powerful and reliable device which is perfectly suited for industrial, automotive and consumer applications. It can easily and efficiently convert input voltage to the required output voltage, with a high conversion efficiency of 95%, and impressive features such as unique extended temperature range, isolation voltage to 1.5KVAC, over-voltage, and over-current protections.

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