IXDI614SI

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IXDI614SI is an integrated circuit designed for gate driver applications in power management integrated circuits (PMICs). Specifically, IXDI614SI can be used for powering gate drivers for a variety of applications, such as DC-to-DC converters, AC-DC converter, or synchronous rectifier applications.

IXDI614SI is specially designed for improving the performance of systems that include gate driver for power switches. Its working principle is based on a dual winding current sense transformer (CWCT), which helps to maintain good control of the current waveforms in the system, and providing dynamic gate drive current compensation. This means that IXDI614SI can be used to control the dead time between the drive switches, thereby reducing the risk of shoot-through current while improving gate driver efficiency and reliability.

IXDI614SI is further engineered with I2C serial interface, which provides a completely digital PMIC platform. This interface facilitates system configuration and support low power operation. As a result, IXDI614SI can reduce system design time and improve overall system performance. Moreover, using I2C allows active impedance tracking for improved dynamic control of impedance for improved system efficiency.

In addition, IXDI614SI provides a wide range of features such as Fault Protection, Lossless Shutdown, Auto Retry, Frequency Adjustment, Adaptive Threshold Current Limiter, Oscillator Protection, and Short Circuit Protection. All these features help to improve system-level protection, improving system reliability and safety.

Lastly, IXDI614SI provides robust ESD protection on all communication channels, improving system robustness. IXDI614SI also has a wide operating temperature range, making it ideal for almost any application.

Overall, IXDI614SI is an ideal solution for gate driver applications in PMICs. It offers improved system efficiency, safety, and reliability. As a result, IXDI614SI can help to reduce system design time and improve overall system performance.

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