MAX1978EVKIT

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Evaluation and Demonstration Boards and Kits are a great way to get started on a device project. One such board and kit is the MAX1978EVKIT. This board and kit is specifically designed for evaluating and demonstrating the capabilities of the MAX1978, a dual, high-efficiency, step-up converter and PowerPath controller with integrated high-side and low-side switches.

MAX1978EVKIT Application Fields

The MAX1978EVKIT is designed to show the capabilities of the MAX1978 device for several applications. The MAX1978EVKIT can be used in various application fields, such as those requiring long battery life, like remote monitoring and smart energy meters; those requiring advanced system-level control, such as automotive and medical systems; and other applications, such as wearables and IoT devices.

MAX1978EVKIT Working Principle

The MAX1978EVKIT utilizes the MAX1978 dual, high-efficiency, step-up converter and PowerPath controller with integrated high-side and low-side switches to enable efficient power conversion. The MAX1978 is a synchronous step-up converter that receives power from a single lithium-ion cell or multiple NiMH cells. It switches at a fixed frequency with regulated outputs and adjustable sequencing controls. The PowerPath controller is designed to control the power provided by a single or multiple lithium-ion/NiMH cells, and it also provides a high-efficiency, multicurrent load sharing system with adjustable power path current limit for primary and secondary power sources. By combining these features with the integrated switches, the MAX1978EVKIT enables an efficient and highly controlled power path.

Conclusion

The MAX1978EVKIT is a great tool for evaluating and demonstrating the capabilities of the MAX1978 device. It is designed to provide efficient power conversion with adjustable sequencing controls and a high-efficiency, multicurrent load sharing system. The MAX1978EVKIT is suitable for a wide range of applications, from those requiring long battery life to those requiring advanced system-level control.

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