MAX8798EVCMAXQU+

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The MAX8798EVCMAXQU+ is a steady state evaluation board designed for DC/DC & AC/DC (Off-Line) SMPS. It is ideal for testing designs that require high efficiency and low emissions in a wide range of applications. This board utilizes the MAX8798 low-power step-down controller, which features high efficiency, low quiescent current, adjustable output voltage, and a wide input operating range.

The MAX8798EVCMAXQU+ design offers low total harmonic distortion (THD), achieving above 80% efficiency even at low load. It provides ±1% accuracy output voltage regulation for a wide input operating range of 4.5V to 18V. This board supports a wide input frequency range of 45kHz to 600kHz, enabling flexibility for design optimization. It also features adjustable, selectable, and maximum power limit operation, reducing output current by the duty cycle to limit output power.

The MAX8798EVCMAXQU+ houses an on-board buck-boost converter with a voltage range of 4.5V to 18V and peak current up to 0.4A. This board is packaged in a miniaturized 2.4" x 1.0" (60.96 mm x 25.4 mm) surface-mount (SMT) platform and features eight DC load points with up to 3 A available. It includes two low-noise, high-efficiency step-down converters for noise suppressed, high-performance switching applications. The two lower-power step-down converters enable adjustable output voltage applications.

The MAX8798EVCMAXQU+ is designed with an array of peripheral components and protection features to provide maximum component protection and system reliability. It includes jumper configurations, on-board diagnostics, and ancillary features to facilitate a seamless design transfer with minimal effort. It is suitable for a variety of test and development applications including DC/DC converter modules, DC/AC inverters, SMPS, Bluetooth® modules, and battery management systems.

The MAX8798EVCMAXQU+ provides a unique platform for testing, learning, and optimizing power supply systems. It features low voltage operation, low quiescent current, high efficiency, and dynamic load regulation, making it an ideal platform for testing designs requiring low emissions and high performance. It is ideal for a variety of applications such as industrial, medical, telecom, consumer electronics, and automotive.

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