HIP1011CBZA-T

Introduction:

PMIC – Hot swap Controllers are used to control power supply levels in large systems. It is important for maintaining system efficiencies, ensuring safe operation and reducing power costs. HIP1011CBZA-T is one such PMIC – Hot swap Controllers that can be used for these purposes. This paper will discuss the application field and working principle of HIP1011CBZA-T.

Application Field of HIP1011CBZA-T

HIP1011CBZA-T has different application fields, based on the type of system. Some of the common application fields of HIP1011CBZA-T are as follows:

• Software-defined radio (SDR)
• Data Centre
• High performance computing (HPC)
• Wireless edge networks
• High-speed data links

HIP1011CBZA-T has strong input voltage and EN/UVLO control capability. It is designed to provide a reliable power supply up to 24 V. This makes it suitable for large systems with high power requirements. It is capable of delivering a maximum output current of 10 A and can handle hot plugging for all types of system components, such as CPU, memory, storage and graphics.

Working Principle of HIP1011CBZA-T

HIP1011CBZA-T uses a two-phase linear regulator for generating adjustable controlled power output. The two phases are the input voltage and the regulation voltage. The voltage regulation is handled by the hot swap controller, which is a three-stage linear regulator, with a PWM controller. The PWM is used to regulate the power output, based on the system load. The hot swap controller can be set to any required voltage level and then it will automatically adjust the power output accordingly. The PWM controller adjusts the switching frequency of the power input in order to regulate the output power.

HIP1011CBZA-T also features active current limiting (ACL) and frequency control functionality. The ACL function allows the hot swap controller to limit the maximum current that the system can draw, in order to maintain stable power levels. The frequency control is used for switching frequency adjustment of the power input, which allows faster response to changing system load conditions.

Conclusion:

HIP1011CBZA-T is a PMIC-Hot swap Controllers designed for large systems with high power requirements. It is designed to provide reliable power supply and hot plugging capabilities up to 24 V. It features active current limiting and frequency control to provide better power supply control. The working principle of HIP1011CBZA-T involves two-phase linear regulation and a PWM controlled hot swap controller for regulating the power output based on system load. This makes HIP1011CBZA-T suitable for a wide range of application fields including software-defined radio, data centre, high performance computing and high-speed data links.