MAX17536EVKITB#

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Introduction

MAX17536EVKITB# is an evaluation board designed to demonstrate power management ICs capable of regulating an off-line, switched-mode power supply (SMPS) for DC/DC or AC/DC operations, in the range of 0.8 to 5 V/A, using a wide variety of power topologies. As such, the evaluation board is ideal for prototyping, testing, and evaluation of both theoretical and practical applications that use off-line, switched-mode power supplies. This article provides an overview of the evaluation board’s primary applications, working principle, and other features.

Applications field

The MAX17536EVKITB# evaluation board can be used in DC/DC and AC/DC applications that include, but are not limited to, the following:

• DC/DC converters and power supplies
• AC/DC adapters
• Inverters
• Small solar applications
• Battery charge controllers

The board’s design and components are optimized for use in a variety of off-line, switched-mode power supply applications, making it a great tool for prototyping and testing for engineers working in the industry.

Working principle

The MAX17536EVKITB# evaluation board implements an off-line, switched-mode power supply. A switched-mode power supply is an electronic circuit that is used to transform an alternating current (AC) of a given voltage into a constant direct current (DC) of a different voltage. The switched-mode power supply is the most efficient type of power supply, with a conversion efficiency of up to 95%.

At the core of the switched-mode power supply is an AC- DC converter with a rectifying diode bridge, followed by a filter and a voltage regulator. This is followed by a power stage consisting of a switch and a transformer, which provides the necessary AC voltage to drive the voltage regulator. This power stage is controlled by the power controller, which helps regulate the power flow and ensures that the desired output voltage is maintained, as well as providing protection from over-currents and other faults.

The evaluation board also implements a number of protection circuits to further protect the system from potential faults, such as over-/under-voltage protection, over-/under-temperature protection, over-current protection, thermal shutdown protection, and short-circuit protection. These protection circuits help ensure the safety and reliability of the system.

Other features

The MAX17536EVKITB# evaluation board also has a number of other features which make it an ideal tool for prototyping, testing, and evaluating off-line, switched-mode power supplies. These features include, but are not limited to:

• Adjustable voltage and current limit settings
• Output voltage and current control using a pot-meter
• Programmable switching frequency
• Programmable hysteresis
• On-board fault reporting
• Integrated self-test function

The MAX17536EVKITB# evaluation board can also be used in conjunction with a PC-based software suite for easy configuration and debugging. The software suite provides an intuitive graphical user interface (GUI) for setting and monitoring power supply parameters, as well as programmable protection features. The GUI also allows users to view live waveforms of the power supply’s input and output signals for troubleshooting and optimization purposes.

Conclusion

The MAX17536EVKITB# evaluation board is an ideal platform for testing and evaluating a wide range of off-line, switched-mode power supplies for DC/DC and AC/DC operations. The board’s power management ICs are optimized for use in a variety of applications, and the board also features a number of protection circuits and PC-based software tools for easy configuration and debugging. As such, the evaluation board is an excellent tool for engineers working in the industry.

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