HIP1013CBZA

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PMIC - Hot Swap Controllers provide advanced control for a variety of semiconductor loads. This allows for reliable switching, providing stable power control for a wide range of applications. Here, we will discuss the application field and working principle of HIP1013CBZA.

HIP1013CBZA is a hot swap controller with low - power operating current for advanced current sensing and voltage sensing platform. It can be used in a wide range of applications, including personal computers, servers, storage systems, embedded systems, telecom/automotive equipments, communication systems, datacom/networking equipment,and others.

HIP1013CBZA uses advanced sensing capabilities to ensure efficient, accurate and reliable current and voltage control. It is designed to provide efficient and reliable control of large FET power devices, ensuring these devices perform reliably and efficiently. It provides a precision linear control of variable output current. The maximum output current is adjustable up to 8A and the ripple current is 0.2%. The output voltage is adjustable up to 24V.

The HIP1013CBZA’s working principle is based on the principle of “hot-swapping”. Hot-swapping is a term used to describe a power-swapping process which allows a computer to safely switch from one power supply to another without losing power. This is achieved by carefully controlling and detecting the current flowing through each switch. The current is monitored using advanced current sense technology, and the voltage is controlled using voltage sense technology.

HIP1013CBZA utilizes these sensing technologies to provide precise current and voltage control. It has an adjustable peak current limit and is designed to quickly detect an overload condition and limit the peak output current in the event of an over-current condition. The device also allows for an adjustable foldback current level, so that when the output current rises, the device’s peak current limit is reduced accordingly.

In addition, it has a programmable current limit feature to adjust the limit based on the chip temperature. This feature helps to prevent the chip from overheating, protecting the system from damage and malfunctions. The device also has an adjustable slew rate, allowing for the current to be controlled faster or slower depending on system requirements.

The HIP1013CBZA features an integrated thermal management system that monitors hot-swap FET temperatures and provides a warning when temperatures exceed a safe level. This enables thermal protection and helps ensure the long-term reliability of the device. It also has a programmable output time delay, which can provide a safe, variable shutoff time when an over-current condition is detected.

HIP1013CBZA hot-swap controller provides efficient, reliable current sensing and voltage sensing capabilities, designed to ensure accurate, precise control of large FET power devices. It has numerous features, such as adjustable peak current limit, adjustable foldback current level, adjustable slew rate, integrated thermal protection and programmable output time delay, that help ensure the device is reliable and safe for use in a wide range of applications.

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