UCD3138064AEVM149

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The UCD3138064AEVM149 is a state-of-the-art performance evaluation and demonstration board and kit featuring the UCD31380, a high performance pulse-width modulation (PWM) controller optimized for brushless AC Motor control. This device is ideal for powering AC motors in a wide range of applications, from home appliances to industrial machines.

The UCD3138064AEVM149 board and kit utilizes the resources of the UCD31380 controller to help designers evaluate and demonstrate its capabilities in applications such as speed regulation, voltage regulation, current limiting, soft start, dynamic braking, auto-tuning, and much more. To maximize design flexibility, the controller allows designers to select many operating features and parameters. This lets designers further customize the UCD31380’s operation to better suit the specific needs of their applications.

The UCD3138064AEVM149 provides users with a comprehensive suite of hardware and software components. The hardware includes a printed circuit board (PCB) that is designed to accommodate a wide range of input power sources, such as single and three-phase connections, and a wide operating range of voltages and frequencies. The hardware also includes an array of onboard components, including various gate and analog drivers, thermistors, a voltage regulator, an opto-coupler, a logic-controlled voltage reference, and more.

The kit also includes a comprehensive set of software and utilities. The easy-to-use interface allows the user to quickly and easily set up, monitor, and debug the controller. The UCD3138064AEVM149 also allows for expansion through a serial port connection, enabling communication with other MCU-based peripherals and the ability to download pertinent code directly from the development board.

Given its comprehensive design, the UCD3138064AEVM149 allows designers to evaluate and demonstrate the performance of the UCD31380 in a wide range of applications. With its flexible and powerful design, it is an ideal platform for evaluating and demonstrating the capabilities of the UCD31380.

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