IRU3027CWTR

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IRU3027CWTR is a high power isolation regulator designed for applications ranging from aerospace to medical equipment. This compact, yet efficient, voltage regulator utilizes a switch-mode design and integrated isolation technology to provide excellent performance and reliability. The regulator offers adjustable voltage from 12 volts to 28 volts, with a peak current of 300 Amps. It has an input voltage range of 24V-30V, and a wide temperature range from -40°C to +125°C to meet different requirements. It also offers low standby power losses and EMI suppression to suit the needs of various industrial and medical applications.

Applications of IRU3027CWTR include remote power systems, unmanned aircraft, medical equipment, battery powered systems, ultra-low power systems, and many others. In addition, its power isolation design makes the regulator ideal for systems which do not require galvanic isolation, but still require a high level of protection against over-current, voltage surges, and other power anomalies. The regulator also has built-in over current, over voltage and temperature shift protection, ensuring robust performance and safety in any environment.

The working principle of IRU3027CWTR is based on a switch-mode design which provides a high level of regulation accuracy and performance. In this design, the input voltage is rectified and regulated by an integrated high power switching regulator. The output voltage is then stabilized through a low-power linear post regulator, resulting in a high power efficiency and low standby power losses. The regulator also includes protection against overloads and over-currents, allowing it to operate safely in harsh environments.

Overall, IRU3027CWTR is a highly efficient, isolated voltage regulator that is capable of providing reliable, adjustable voltage in the range of 12V to 28V with a peak current of 300 Amps. It has been designed for applications ranging from aerospace to medical equipment, and its switch-mode architecture provides high power efficiency and low standby power losses. In addition, its protection features make it suitable for operation in harsh environments.

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