DGD2136S28-13

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PMIC - Gate Drivers are types of electrical components that provide power to different electrical circuits and devices. The DGD2136S28-13 is an example of a PMIC - Gate Drivers that is used for power management application, specifically for driving MOSFET switches. It is a MOSFET driver with integrated protection and control functions and is used for power supply applications.

The DGD2136S28-13 is capable of delivering up to 10A peak current from its outputs with a voltage rating of 28V. It consists of dual independent MOSFET drivers. Each output is controlled by a separate logic input and can be used to power different devices. The two drivers are cross-coupled and are able to synchronize the voltage switching which helps to reduce EMI and improves system performance.

This device has an advanced non-degrading protection and control circuit which offers overvoltage, overcurrent, and thermal protection. With its 5.1V mini-drive capability and wide operating temperature range, the device can be used in a variety of applications such as lighting and power supply management.

The working principle of the DGD2136S28-13 PMIC - Gate Driver device is based on the input signal form its logic control. When the logic signal is applied, it triggers the driver circuit to turn on and off the output voltage. The open drain pre-driver also enables configurable output voltage levels and slew rates. The driver is able to detect the current flow from its inputs to the output and will shut off the output when an overcurrent or thermal shutdown is detected, protecting the system from potential damage.

In summary, the DGD2136S28-13 PMIC - Gate Driver is a versatile and reliable power supply management solution. It is ideal for powering different types of electrical devices due to its adjustable 5.1V mini-drive capability and wide operating temperature range. Its advanced protection and control features ensure reliable operation and help to protect the system from potential damage. Its cross-coupled outputs make it well-suited for high-frequency switching applications.

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