HIP6013CBZ

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HIP6013CBZ application field and working principle

The HIP6013CBZ device is a special purpose voltage regulator for applications requiring high power density and efficiency. This adjustable voltage regulator utilizes Synchronous Rectification to provide regulated output current. It has a wide adjustable output range from 0.5V to 8.0V and can provide up to 10A output current.

The HIP6013CBZ device has a wide input operating range from 4.5V to 50V and can be used in a number of applications including high power DC-DC converters, automotive, off-line power supplies, lighting and other industrial equipment.

The working principle of the HIP6013CBZ is simple. A low drop-out, high-voltage, Synchronous Rectification Buck converter is used to regulate the output voltage. The converter uses a PWM control system to switch the power stage and to regulate the output voltage. The input voltage is fed to a power stage, consisting of two N-Channel power FETs. This power stage is driven by PWM signals generated by an on-board controller. When a PWM signal is active, the FETs switch on and the input voltage is applied across the load. When the PWM signal goes low, the FETs switch off and the power dissipation from the load is stopped. This switching action of the FETs, along with the adjustable duty cycle of the PWM signal, allows the output voltage to be regulated at the desired level.

The HIP6013CBZ device is packaged in a thermally enhanced, SO-8 package and is RoHS compliant. Overall, this device provides superior performance, flexibility and reliability for applications requiring adjustable, high power density and efficiency.

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