DVK90132

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RFID Evaluation and Development Kits, Boards are important tools for designers to evaluate and develop their own RFID systems. The DVK90132 is one example, a compact evaluation board designed specifically for the M24LR16E Dual-Interface EEPROM device. With the convenient graphical user interface, users can evaluate the performance of the device, read, write and program it.

The DVK90132 facilitates the design, development and evaluation of the M24LR16E device which operates over two different power supply voltages: 5V and 3V. It includes a set of test points for various I/O signals on the RFID chip, as well as a built-in temperature sensor. This enables designers to quickly validate the device’s performance under different temperatures and voltages.

The DVK90132 features a 16-bit micro controller and a 64-bit RFID identification. The microcontroller on the board is suitable for storing data and commands for the Dual-Interface EEPROM, including non-volatile memory commands. Furthermore, the microcontroller also supports the internal emulation and programmable logic controller. This allows users to quickly configure the device’s characteristics. For example, the internal RAM enables to store data up to 128 bytes and it integrates an on-board temperature sensor for monitoring the EEPROM\'s temperature.

The RFID identification consists of a 64-bit serial number which is programmed into the chip at the manufacturing process. It is an industry-standard encoding of the product serial number and a few chip-specific parameters. This 64-bit identification is only used to identify and authenticate the device, but not to store data. The data is stored in the internal EEPROM memory.

In addition to the RFID identification, the DVK90132 has a comprehensive test system to evaluate the performance of the chip. It includes a series of test features to check the temperature range, voltage, frequency, and power settings. Test points on the board are designed to provide easy access to both electrical and power related signals for system evaluation.

The DVK90132 is equipped with a wide range of communication ports and interfaces for real-time data transfer. The data is transferred in the form of a packet, which is composed of a header, payload, and trailer. The header contains the start message identifier, which allows the PC to recognize the type of information that will follow in the packet. The payload contains the data that is being transmitted, while the trailer is used to detect the end of the packet. This data is then sent to the PC for processing and display.

The DVK90132 can also be used to implement different technologies such as Near-Field Communication (NFC), Wifi, Bluetooth Low Energy (BLE), and others. This makes it possible to integrate the device in different systems such as medical, automotive, industrial, and consumer applications.

Overall, the DVK90132 evaluation board provides a great platform for the development and evaluation of the M24LR16E Dual-Interface EEPROM. It is a robust system that makes it easy to configure, test, and evaluate the chip. As such, it is a reliable tool for designers in the evaluation and development of RFID systems.

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