MAX16962EVKIT#

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The MAX16962 EVKIT# evaluation board is specifically designed for DC/DC and AC/DC (Off-Line) switched-mode power supplies. The kit provides a convenient way to evaluate the features of the MAX16962, a small and low-cost, current-mode PWM controller, and to quickly prototype power supplies for a variety of applications. It includes a ferrite transformer, an adjustable output voltage and current setpoint, and a wide range of user-programmable features accessed through I²C bus.

The MAX16962 EVKIT# is a robust and comprehensive evaluation board that helps determine the best combination of components to be used in a power-conversion application. The power converter architecture is a flyback topology with synchronous rectification, allowing the use of high frequency at the output. Additionally, the board also offers alternative current share options between two outputs.

The MAX16962 EVKIT# offer a wide range of features to enable increasing the efficiency, reliability and flexibility of the power supply. The featured components are designed to reduce component noise and self-heating, while at the same time promoting long product life. The EVKIT# also offers adjustable VOUT and IOUT setpoints, with current control loop and voltage loop settings for better accuracy and control.

The MAX16962 EVKIT# lets users test its features with the aid of a single board: a SINGLEEVB board and its accompanying interface board (both sold separately). The SINGLEEVB board provides access to the EVKIT# functions via an integrated touch screen, two push button switches, and a serial interface module. The panel display shows system information, such as output voltage and current, power dissipation, and other control parameters. The interface board allows remote control of the MAX16962 through an I²C bus.

The MAX16962 EVKIT# is also equipped with printed circuit boards to enable rapid prototyping and implementation of the application field. The boards allow for easy addition of options such as a CAN-bus connection, a Fanimate controller, or a monitoring interface. Furthermore, the I²C bus allows a variety of devices to be interconnected including off-the-shelf analog-to-digital converters and digital-to-analog converters.

The EVKIT# also features an integrated LED driver, which supplies reliable light in all operating conditions. The LEDs are programmed with the configuration software to provide a uniform lighting across a large area. Additionally, the MAX16962 EVKIT# is provided with a USB port to allow remote logging and control of the system parameters.

In summary, the MAX16962 EVKIT# evaluation board is an excellent platform to evaluate DC/DC and AC/DC (Off-Line) Switch-Mode Power Supplies. The board allows users to quickly prototype a power supply for a variety of applications and to easily adjust output voltage and current setpoints. It also enables interconnectivity of various devices using the integrated I²C bus and allows users to remotely log and control system parameters via the USB port. With its array of features, the MAX16962 EVKIT# makes prototyping and evaluation of power supplies easier and faster.

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