The ANT1-M24LR-A antenna reference board is a ready-to-use PCB that features an M24LR64-R Dual Interface EEPROM IC connected to a 45 mm x 75 mm 13.56 MHz etched RF antenna on one side, and to an I²C bus on the other side.

It allows system designers to evaluate the M24LR64-R IC performance and capabilities, and to get started with their design.

ANT1-M24LR-A Gerber files are available from http://www.st.com.

The ANT1-M24LR16E antenna reference board is a ready-to-use PCB that features an M24LR16E-R Dual Interface EEPROM IC connected to a 45 mm x 75 mm 13.56 MHz etched RF antenna on one side, and to an I²C bus on the other side.

The ANT1-M24LR16E antenna allows system designers to evaluate the M24LR16E-R performance and capabilities, and to get started with their design.

To demonstrate the energy harvesting function, the ANT1-M24LR16E can be used in conjunction with ST DEMO-CR95HF-A demonstration board.

The application can be powered directly from the M24LR16E-R V_OUTpin.

The ANT1-M24LR16E Gerber files can be downloaded from http://www.st.com.

The ANT2-M24LR16E antenna reference board is a ready-to-use PCB that features an M24LR16E-R Dual Interface EEPROM IC connected to a 20 mm x 40 mm 13.56 MHz etched RF antenna on one side, and to an I²C bus on the other side.

The ANT2-M24LR16E antenna allows system designers to evaluate the M24LR16E-R performance and capabilities, and to get started with their design.

To demonstrate the energy harvesting function, the ANT2-M24LR16E can be used in conjunction with ST DEMO-CR95HF-A demonstration board.

The application can be powered directly from the M24LR16E-R V_OUTpin.

The ANT2-M24LR16E Gerber files can be downloaded from http://www.st.com.

The ANT3-M24LR-A antenna reference board is a ready-to-use PCB that features an M24LR64-R Dual Interface EEPROM IC connected to a 4.7 μH SMD inductor on one side, and to an I²C bus on the other side. The SMD inductor acts as a 13.56 MHz RF antenna.

The ANT3-M24LR-A allows system designers to evaluate the M24LR64-R IC performance and capabilities, and to get started with their design.

The reference board Gerber files are available from http://www.st.com.

The ANT3-M24LR04E antenna reference board is a ready-to-use PCB that features an M24LR04E-R Dual Interface EEPROM IC connected to a 4.7 μH SMD inductor acting as an RF antenna on one side, and to an I²C bus on the other side.

The ANT3-M24LR04E antenna allows system designers to evaluate the M24LR04E-R performance and capabilities, and to get started with their design.

The ANT3-M24LR04E Gerber files can be downloaded from http://www.st.com.

The ANT4-M24LR-A antenna reference board is a ready-to-use PCB that features two M24LR64-R Dual Interface EEPROM ICs connected to a 45 mm x 75 mm 13.56 MHz etched RF antenna on one side, and to an I²C bus on the other side.

The ANT4-M24LR-A allows system designers to evaluate the M24LR64-R IC in multibank configuration since the board is seen as a 128-Kbit memory split into 2 banks of equal size.

Demonstration software for the DEVKIT-M24LR-A, the DEMOKIT-M24LR-A, and the STARTKIT-M24LR-A are available from http://www.st.com, together with the reference board Gerber files.

The ANT5-M24LR-A antenna reference board is a ready-to-use PCB that features four M24LR64-R Dual Interface EEPROM ICs connected to a 45 mm x 75 mm 13.56 MHz etched RF antenna on one side, and to an I²C bus on the other side.

The ANT5-M24LR-A allows system designers to evaluate the M24LR64-R IC in multibank configuration since the board is seen as a 256-Kbit memory split into 4 banks of equal size.

Demonstration software for the DEVKIT-M24LR-A, the DEMOKIT-M24LR-A, and the STARTKIT-M24LR-A are available from http://www.st.com, together with the reference board Gerber files.

The ANT7-M24LR16E antenna reference board is a ready-to-use PCB that features an M24LR16E-R Dual Interface EEPROM IC connected to a 15 mm x 15 mm 13.56 MHz etched RF double layer antenna on one side, and to an I²C bus on the other side.

The ANT7-M24LR16E antenna allows system designers to evaluate the M24LR16E-R performance and capabilities, and to get started with their design.

To demonstrate the energy harvesting function, the ANT7-M24LR16E can be used in conjunction with ST DEMO-CR95HF-A demonstration board.

The application can be powered directly from the M24LR16E-R V_OUTpin.

The ANT7-M24LR16E Gerber files can be downloaded from http://www.st.com.

The DEMO-CR95HF-A is a demonstration kit which allows to evaluate the performances of ST CR95HF 13.56 MHz multiprotocol contactless transceiver. It includes a ready-to-use board to interface with the CR95HF host PC demonstration software through an USB interface.

The DEMO-CR95HF-A is powered through the USB bus and no external power supply is required. It includes a CR95HF contactless transceiver, a 47 x 34 mm 13.56 MHz inductive etched antenna and its associated tuning components.

By default, the CR95HF communicates with the STM32F103CB 32-bit MCU via the SPI bus. The interface can then be changed to UART.

At the end of the initialization, the DEMO-CR95HF-A launches a tag tracking operation. When an RFID or NFC tag is identified, the LED is turned on.

The DEMOKIT-M24LR-A is a demonstration kit for ST Dual Interface EEPROM products which can be used to run simple demonstrations, and to evaluate the M24LRxx RF performance and capabilities.

RF application can be developed using the ISO15693 13.56MHz RF reader.

The DEVKIT-M24LR-A is a development kit for ST Dual Interface EEPROM products which allows system designers to evaluate the I²C and RF performance and capabilities of M24LRxx devices.

RF applications can be developed using the ISO15693 13.56 MHz RF reader.

M24LR-DISCOVERY is a ready-to-use kit which features the M24LR04E-R Dual Interface EEPROM IC. It addresses a wide range of applications such as industrial or medical equipment and consumer electronics. This kit contains 2 different boards (see Figure 1):

The ROBOT-M24LR16E-A is a ready-to-use PCB that features an M24LR16-R dual interface EEPROM IC connected to an I²C bus and a 20 mm x 40 mm 13.56 MHz etched RF antenna. It also features two LEDs, powered by the M24LR16E-R V_OUTpin and an output connector.

The ROBOT-M24LR16E-A has three functions:

Switch in the “LED” position: the robot demonstrates energy harvesting by powering the LED when a sufficient magnetic field is captured.

Switch in the “V_OUT” position: the energy captured from the electromagnetic field is used to power an external application through the V_OUTpin.

RF WIP/BUSY function: for the RF WIP/BUSY pin of M24LR16E-R, please refer to the M24LR16E-R datasheet for further details.

To demonstrate the energy harvesting function, the ROBOT-M24LR16E-A can be used in conjunction with ST DEMO-CR95HF-A demonstration board.