HIP6013CB

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The HIP6013CB is a high-performance, special purpose voltage regulator. A single device can sequentially power multiple devices, simplifying system design and greatly increasing system efficiency. The device supports a wide voltage range, with a pin-selectable range of 4.0V to 9.0V. An integrated low-noise controller offers fast transient response and excellent system stability. Power dissipation is minimized through power management functions such as voltage monitoring, power-on reset, clock/peripheral control, autonomous/sequential power control, clock gating, and power-down control. Additional features include an 8-channel 12-bit analog-to-digital converter, an onboard I²C interface that supports up to 4 master modes, and multiple programmable outputs.

HIP6013CB application fields include automotive, computing, networking, industrial, lighting, audio, and other applications. The device can be used to power complex embedded systems that require sequential power, such as automotive body electronics, in-vehicle infotainment systems, and industrial automation

The HIP6013CB works by monitoring the voltage levels at each of its power inputs. When one of the inputs exceeds the failsafe level, the device will regulate the output to a predetermined voltage. If the additional voltage is insufficient, the device will regulate the output to maintain a constant voltage. This process is repeated for all subsequent inputs. The device is capable of simultaneous switching of outputs and ultra-low output noise to improve system performance.

The HIP6013CB offers a wide range of features that enable it to power large and complex electronic systems. It can be used to provide high efficiency and fast transient response. In addition, the device can provide autonomous or sequential power control, clock gating, power monitoring and other power management functions. It also supports an onboard 8-channel analog-to-digital converter and an I2C interface for advanced control. This makes it an ideal choice for applications requiring high efficiency, fast transient response and complex power management.

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