ISL6613CBZ-T

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The ISL6613CBZ-T is driven by an enable pin (EN) and a control pin (CTRL). The enable pin is an open-drain output that allows the system controller to control the state of the power FETs, while the control pin sets the lower power FET’s state, taking priority over the EN pin. By toggling the EN and CTRL pins, the ISL6613CBZ-T can easily implement a load switch between the PMIC and a load.

In addition, the device supports various fault protection features, providing load current and overcurrent protection, as well as overvoltage and undervoltage protections. The current limit circuitry allows the system to safely operate at higher power levels while the overvoltage protection can help protect the system from voltage spikes. The ISL6613CBZ-T also has thermal shutdown protection to ensure that the power FETs do not overheat.

The ISL6613CBZ-T works by allowing the system controller to control the state of the power FETs, while the control pin sets the lower power FET’s state. When the EN pin is activated, the internal high-side driver acts like a push-pull driver and pulls the gate of the lower power FET to ground, turning it on. When the EN pin deactivates, the internal low-side driver pulls the gate of the lower power FET to the high-side power supply voltage, turning it off.

The ISL6613CBZ-T has several benefits, including improved system performance and the ability to optimize efficiency. Additionally, it supports various fault protections, providing current and overcurrent protection, as well as overvoltage and undervoltage protection. Additionally, it offers thermal shutdown protection, to prevent the power FETs from overheating.

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