TBD62502AFG,EL

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The TBD62502AFG,EL from Toshiba is part of the power management IC that can be utilized in a range of different applications. Power distribution switches, load drivers and other power related components are all part of the package. This article will look at the application field and working principle of the TBD62502AFG,EL PMIC (Power Management IC).

Application Fields

The TBD62502AFG,EL comes with 4 different operating modes and 7 distribution paths, making them useful for a range of different applications. These include automotive, industrial, multimedia and home electronic applications. For example, the load driver paths can be used to control power to different external and internal components while the event control feature allows for a broad range of complex power management functions. In addition, other features such as overcurrent protection (OCP) and thermal shutdown (TSD) provide superior application protection.

Working Principle

The TBD62502AFG,EL PMIC is based on a double-edge triggered P-channel power MOSFET driver. This IC utilizes a simple architecture that controls the power supply of each distribution path in a cost effective manner. The double-edge triggering behavior allows for a wide variety of applications, making it suitable for different application fields. The IC is also equipped with a power shutdown logic which can be used for power management applications. The logic is based on the synchronized clock edge which is synchronized with the rising and falling edges of the external clock.

Conclusion

The TBD62502AFG,EL from Toshiba is a feature rich PMIC suitable for a broad range of applications. Its double-edge triggered P-channel power MOSFET driver, along with its 4 different operating modes and 7 distribution paths, make it ideal for power distribution switches, load drivers and other power management applications. Its power management logic and its other features also provide superior application protection.

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