HIP1011DEVAL1

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HIP1011EVAL1 is an application evaluation board, which is designed to evaluate the functional features of the HIP1011E synchronous buck controller. This evaluation board is part of the HIP1011 design kit produced by Silicon Labs, a provider of high-performance, low-power integrated microcontrollers. The evaluation board and kit are intended to help developers and engineers accelerate time to market for end products with the HIP1011E controller.

This evaluation board offers an intuitive interface that allows designers to easily interact with the HIP1011E controller and optimise the performance of their end products. It features the main components of the HIP1011E controller, such as a resistive load box, two matching buck converters, a 12V power supply, a reference design PCB and a six-pin header. This board requires minimal hardware components for the user to connect to the microcontroller, making it easy to use.

The key feature of the HIP1011EVAL1 board is its synchronous buck controller, which is used to regulate the output voltage from four selectable settings of 0.8V, 1.0V, 1.2V and 1.5V. It allows designers to create different power rails quickly and accurately and optimise the power supply efficiency in their end product. Furthermore, this board has built-in current-sense comparators with fault protection, allowing designers to program the controllers accordingly.

The board comes with a wide range of software and programming resources, making it easy for designers to get set up quickly and start their design process. The software includes power supply GUI software, diagnostic tools, reference designs and demo code. These features allow the users to analyse the performance of their design before committing to hardware resources and development time.

HIP1011EVAL1 board also comes with a catch diode on the output. This allows designers to measure the dynamic performance of the inductor and the other components in the circuit. The catch diode is able to measure the effects of the MOSFETs and the amount of energy lost during each switching cycle. This allows for improved power efficiency in the end product.

The working principle of the HIP1011EVAL1 evaluation board is simple. The controller receives input power from a 12V power source and then processes the signal to regulate the output voltage at the desired setting. The controller then sends this regulated voltage to the load, which is monitored by the current-sense comparators with fault protection, enabling the controller to adjust the output voltage and current accordingly.

The HIP1011EVAL1 application evaluation board is an ideal tool for engineers and developers who are looking to quickly test and validate the performance of their designs and optimise the power efficiency of their end products. It offers a wide range of features and resources, making it easy to get set up and start designing. Furthermore, its intuitive user interface allows users to interact with the board easily and analyse the performance of their design in real-time.

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