ISL91107IRTNZ-T

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The ISL91107IRTNZ-T is a part of International Rectifier’s high-performance, synchronous buck PWM switching regulator family. It is a highly efficient DC-DC converter that has been developed to deliver up to 5 MILLION switch ON cycles, giving it a tremendous life expectancy.The ISL91107IRTNZ-T is a powerful switching regulator that is well-suited in a variety of applications. It is ideal for distributed power architectures, point-of-load step-down buck regulators, direct to battery applications and power management systems.The ISL91107IRTNZ-T is designed to work as a fixed switching frequency buck PWM regulator. It regulates the output voltage via Pulse-Width Modulation (PWM) to regulate the output voltage during changes in feedback voltage. When securing the ISL91107IRTNZ-T against losing its settings, it is beneficial to use its Power Good feature, which helps to ensure stability.The ISL91107IRTNZ-T is designed with a 6.9V to 43V input voltage range. It has an output voltage range of 0.8V to 5.0V and features a peak current rating of 10A which allows it to effectively power and regulate a wide range of loads. The switching frequency of the ISL91107IRTNZ-T is adjustable, with a range of 300kHz and 2.5MHz, allowing the user to set it depending on their desired power efficiency. Its output voltage tolerance is also adjustable, allowing the user greater flexibility to control the voltage regulation.Moreover, the ISL91107IRTNZ-T has been designed to include a wide range of protection features. Over temperature protection, over current foldback, over temperature protection and open load protection all come standard, providing the user with assurance that their device is protected against any potential damage.The ISL91107IRTNZ-T provides an efficient and reliable solution for a variety of board-level and off-board voltage regulation applications. Its versatility and ability to operate at high efficiency across a broad range of input and output voltages makes it suitable for such applications. In addition, its superior protection capabilities provide the user with added confidence that their device is protected against potential damage and disruptions.

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