ISL9307IRTWCNJZ-T

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The ISL9307IRTWCNJZ-T is an advanced power management integrated circuit (PMIC) designed to drive high-power loads and provide power management support for microprocessors, FPGAs and other integrated circuits. It falls into the category of Voltage Regulators - Linear + Switching. As a member of the Intersil family of PMICs, the ISL9307IRTWCNJZ-T is capable of helping to protect against a wide range of input overvoltage conditions and of controlling the output current and voltage without the use of external inductors or diodes to limit the output current.

The ISL9307IRTWCNJZ-T is well suited for applications that require high output current and reliability. It is capable of maintaining a steady voltage and current over a wide temperature range of -40°C to 85°C. Additionally, it offers a range of output current and voltage options designed to be compatible with the majority of high-power load requirements.

The ISL9307IRTWCNJZ-T features a built-in thermal shutdown protection, a selectable input overvoltage protection, and a surge protection feature. It also includes a trimmable over voltage sense feature that can be programmed up to ±2.2V, as well as a selectable feed-forward function. In addition to the excellent protection features, the ISL9307IRTWCNJZ-T also features a wide input voltage range and a very low standby power requirement, making it ideal for use in long duration applications.

The working principle of the ISL9307IRTWCNJZ-T is based on a linear voltage regulator circuit combined with a switching regulator circuit. The input voltage is first regulated by the linear voltage regulator circuit, then the output is regulated by the switching regulator. This combination makes the ISL9307IRTWCNJZ-T very efficient in operation, allowing it to achieve greater than 90% efficiency with a wide range of loads.

The ISL9307IRTWCNJZ-T is designed for high power applications such as motor controllers, IOT systems, medical transformers, and audio products. It is an ideal choice for applications that require high output current, high efficiency, and high reliability. Furthermore, its low power requirement, wide input voltage range, and excellent protection features make it an excellent choice for many power management applications.

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