MAX1739EVKIT

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The MAX1739EVKIT is an evaluation and demonstration board and kit designed for evaluating and demonstrating the features and properties of the MAX1739 integrated heater booster controller. It is used to provide a closed-loop heater booster power supply in applications such as supply voltage regulation PCB (printed circuit board) heating, battery heating, thermal control of motor drivers, and automotive and industrial heating.

The main purpose of the MAX1739EVKIT is to provide an easy and safe way to evaluate the features and performance of the MAX1739. The MAX1739EVKIT includes the necessary components, circuit boards, and software to evaluate the performance of the MAX1739, simplifying the design and development of applications.

The MAX1739EVKIT also offers features such as high-accuracy current monitoring, temperature sensing, current pulse control, and built-in diagnostics to protect against over-temperature, over-current, and short-circuit conditions. It includes gate modules as well as power modules with various power levels and can provide up to 30V of output voltage and 10A of output current.

The MAX1739EVKIT also offers the user a variety of features to simplify the development process. It can be controlled and monitored via the I2Cbus or via the USB interface, and features I2C alarms to indicate overheating and overvoltage/overcurrent conditions. The MAX1739EVKIT also includes a graphical user interface (GUI) to set up and monitor the performance of the MAX1739.

The MAX1739EVKIT can also be used for power device evaluation and demonstration purposes due to its wide range of features. For example, it can be used to demonstrate the functionality of various power devices such as IGBTs, MOSFETs, and power diodes. The user can also evaluate various power switch, driver, and protection devices and their characteristics with the MAX1739EVKIT.

In terms of its working principle, the MAX1739EVKIT consists of two main components: the MAX1739 integrated circuit and the MAX1739EVKIT hardware including sensor modules. The integrated circuit (IC) provides the control and sensing capabilities of the MAX1739EVKIT. The IC takes inputs from the onboard temperature and current sensors as well as external voltage and current sense lines and provides a regulated output voltage. The MAX1739EVKIT hardware consists of the sensor modules, test points, connectors, and jumper wires, which are used to connect the IC to the test points. The MAX1739EVKIT software is used to configure the MAX1739EVKIT hardware and to monitor the performance of the IC.

The MAX1739EVKIT can be used for evaluation and demonstration of the MAX1739 features in various applications and fields, including supply voltage regulation PCB heating, battery heating, thermal control of motor drivers, and automotive and industrial heating. It provides an easy and safe way to understand the features and performance of the MAX1739 and is well suited for an array of applications.

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