MAX3421EVKIT-1+

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Evaluation and Demonstration Boards and Kits are widely used in the development and testing of electronic products. These boards and kits are designed to allow designers to quickly prototype and test an idea, or turn an idea into a practical, working product. The MAX3421EVKIT-1+ boards and kits are no exception, with their range of features and capabilities designed to facilitate product development and testing.

The MAX3421EVKIT-1+ boards and kits are USB indicators designed to power USB devices outside of the computer. They are integrated with the MAX3421E USB Peripheral Controller, which extends the functionality and power of USB devices. These boards are ideal for designers and developers who want to take the power of USB where there is no access to a computer, as well as for testing new USB devices without plugging them into a computer.

The MAX3421EVKIT-1+ boards and kits feature a great range of sensors, motors, displays and an on-board MCU, making it an ideal development and testing platform. The board supports all USB data rates of 1.5, 12, and 480 Mbps, and up to 720 bytes of data. It is also powered by the 40 MHz of the MAX3421E. The board also supports up to three USB devices, as well as up to 400 mA of current.

These boards and kits are designed for prototyping and developing a range of USB-based systems. As such, they are ideal for use in prototyping and developing physiological and robotic systems, wireless charging systems, audio and video systems, as well as automating industrial systems. Furthermore, they are also designed for use in automotive, medical and smart device applications.

The MAX3421EVKIT-1+ boards and kits are an ideal solution to test and develop USB-based systems. The board has a great range of features, as well as well as high performance, making it an ideal solution for designers and developers, as well as students and academic researchers who are looking to explore and develop USB-based systems.

In addition to the board itself, the MAX3421EVKIT-1+ boards and kits also come with a quick-start guide and accessories, such as USB cables, a programmable key fob and two brightness control knobs. The board also comes with an onboard EEPROM memory, which can store data for up to four physical keys at a time. This makes it ideal for applications such as car locking systems, door locks and security systems.

The MAX3421EVKIT-1+ boards and kits are designed for easy integration and use. They are supplied with the necessary software and drivers, making for a streamlined development and testing process. The board also supports a range of development tools and environments, such as Windows, Linux, Mac OS and Android.

In terms of working principle, the MAX3421EVKIT-1+ boards and kits can be used to automate a range of USB-based systems. The board can be set to act as a USB hub, power USB devices at specified times, and even program a key fob to use specific instructions when triggered. This makes it ideal for prototyping and developing a range of robotic and industrial systems, such as car locking systems, door locks and charge controllers.

In conclusion, the MAX3421EVKIT-1+ boards and kits provide a great range of features and capabilities, making them an ideal solution for prototyping and developing USB-based systems. These boards and kits are perfect for designers and developers who need to get their ideas up and running quickly and efficiently. Their features and quick-start guide make them easy to integrate and use, while their range of accessories and development tools make them ideal for a range of applications.

The specific data is subject to PDF, and the above content is for reference