HIP6301VCBZ-T

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HIP6301VCBZ-T is a low voltage drop integrated circuit designed for DC/DC switching regulators. It is a multi-mode integrated circuit which can operate with a wide range of devices, from linear to switch mode regulator, without any external components. The device offers excellent functionality and versatility, allowing easy and efficient designs for various applications.

The HIP6301VCBZ-T is a voltage regulator that signals the external logic to enter and exit the power-saving (or boost) mode. It is specifically designed to interface with low voltage DC/DC controllers and provides automatic low voltage drop gate drive switching between two DC/DC controller outputs. This device is an ideal choice for applications requiring high efficiency, low cost, and very small form factor.

The device is based on an adaptive and configurable power-saving (or buck-boost) approach. It has an operating voltage range of 4.5V to 17V and can support low load current mode with a minimum current (Idle) rating of 0.3mA. The device supports the two most common power-saving modes, the buck and boost modes. In the buck mode, the input voltage is lower than the output voltage and the device supplies continuous output current while the input voltage is below the regulated voltage. In the boost mode, the input voltage is higher than the output voltage and the device, supplies continuous output current until it reaches steady state by regulating the peak current in the external diode.

The HIP6301VCBZ-T includes four gates that provide logic signals to the external logic to enter and exit the power-saving (or boost) mode. The gates include an enable (or enable pull-up) output that is used to control the power saving (or buck-boost) operation. The enable output also provides a power saving enable signal which is enabled after the enable output has been pulled low. The enable output is used to drive external transistors in order to perform the power reduction. The other two gates are the start/restart and the power-saving mode signals. These are used to initiate and terminate the power-saving mode, respectively. The last gate is the level-shift output which is used to provide the correct voltage level for the external controller for the active state of the device.

The HIP6301VCBZ-T also features a high-side current sensing circuit which is used to sense the current or power when the device is in the power-saving mode. The current sense circuit is used to reduce the input current levels when the device is in the power-saving mode, thus increasing the efficiency of the system. The current sensing circuit also provides additional protection from over-current conditions that can occur during the power reduction.

Overall, the HIP6301VCBZ-T is an ideal choice for power system design applications that require high efficiency, low cost, and very small form factor. It offers an excellent combination of features and performance in a single package, and it can easily be adapted to fit many different application requirements. This device is particularly useful for applications that require a high efficiency, reliable and low voltage drop switching regulator.

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