Беспроводные системы - Решения

Описание:

The ADuCM4050WL EZ-KIT® and ADuCM4050LF EZ-KIT®, Analog Devices, Inc. are an evaluation system for the ADuCM4050 MCU, for the WLCSP and LFCSP packages respectively.


The ADuCM4050 processor is an ultra low-power integrated mixed-signal microcontroller system for processing, control and connectivity. The MCU system is based on the ARM Cortex-M4F processor. The MCU also has a collection of digital peripherals, embedded SRAM and flash memory, and an analog subsystem which provides clocking, reset, and power management capability in addition to an ADC subsystem.


The EZ-KIT contains an array of three connectors that support the ADF7xxx Wireless Transceiver series of daughterboard products. Refer to ADF7xxx Wireless Transceiver Daughterboard Interface for more information.


The EZ-KIT contains Expansion Interface 3 (EI3) and Arduino interfaces. These interfaces provide connections for daughterboards to expand the functionality of the EZ-KIT. Refer to Expansion Interface 3 and Arduino Interface for more information


The evaluation board is designed to be used with with the IAR, Keil or CrossCore Embedded Studio development environments for advanced application code development and debug, such as:


  • Create, compile, assemble, and link application programs written in C++, C, and assembly
  • Load, run, step, halt, and set breakpoints in application programs
  • Read and write data and program memory
  • Read and write core and peripheral registers
Возможности:

  • Analog Devices ADuCM4050 processor
  • SPI Flash (SPI2) chip
  • Accelerometer (SPI2)
  • Temp sensor (I2C)
  • Universal Asynchronous Receiver/Transmitter (UART0)
  • Debug (SWD/SWO) interface
  • LEDs
  • Pushbuttons
  • Expansion Interface 3 (EI3) connector
  • Arduino Interface
  • mbed Interface
  • ADF7xxx Wireless Transceiver Daughterboard Interface
  • Power measurement
  • Jumpers for measuring processor and board current draw

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The ANT-1-6-ST25DV antenna reference kit is a ready-to-use kit containing two boards, each of them featuring a ST25DV04K Dual Interface EEPROM IC connected to an RF etched antenna on one side, and to an I2C bus on the other side.

The ANT-1-6-ST25DV antenna kit allows system designers to evaluate the ST25DV04K performance, capabilities, and to get started with their design.

To demonstrate the energy harvesting function, the ANT-1-6-ST25DV can be used in conjunction with the DEMO-CR95HF-A demonstration board.

The ANT-1-6-ST25DV PCB files can be downloaded from www.st.com.

Возможности:

  • Ready-to-use printed circuit board (PCB) including:
    • 45 mm x 75 mm (ST25DV_Discovery_ANT_C1) and 45 mm x 75 mm and 18 mm x 24 mm (ST25DV_Discovery_ANT_C6), 13.56 MHz single layer inductive antenna etched on the PCB
    • ST25DV04K dual interface EEPROM
    • Mates with ST25Dx_DISCOVERY_MBOARD connector
    • Energy harvesting output (VOUT ) with a 10 nF capacitance filtering circuit

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Описание:
CC85XX-CC2590 Antenna Diversity Reference Design contains schematics and layout files for the CC85XX-CC2590EM module which can be used with the PurePath Wireless CC85XXDK Development Kit. The reference design demonstrates good techniques for CC85XX-CC2590 decoupling and RF layout, including antenna switch and two SMA connectors for antenna diversity operation. This is supported in PurePath Wireless firmware version FW1.3.0 and higher available here. For optimum RF performance, decoupling and RF layout should be copied accurately. This is a 4-layer reference design, and the RF section is designed for operation in the 2.4GHz frequency band.

Возможности:


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Типовое решение CC85XX-CC2590EM содержит схемы и файлы для производства печатной платы для модуля CC85XX-CC2590EM, используемого в комплекте отладочной платы PurePath Wireless CC85xxDK. Дизайн демонстрирует правильную развязку для CC85XX-CC2590 и разводку радиотракта. Для достижения оптимальных высокочастотных характеристик рекомендуется точно скопировать и схему и печатную плату. Решение выполнено на четырехслойной печатной плате с балуном на дискретных компонентах и двумя вариантами антенн: либо разъем SMA для несиметричной антенны 50 Ом, либо инвертированная F антенна(выбирается путем установки резистора-перемычки 0 Ом). РЧ-секция рассчитана на работу в диапазоне частот 2,4 ГГц.
Возможности:


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Ideally, a wireless measurement node is low power, has good range, and is easily interfaced to different sensors. Through the combination of three Analog Devices, Inc., parts, an intelligent measurement node with an average current consumption of <70 ?A, a range of almost 1 km (in free space), and a data rate of one transmission/minute can be achieved, while also main-taining a 16-bit ADC performance (see Figure 1). This makes the circuit suitable for battery power and such applications as automation and remote sensing. The system consists of a low power temperature measurement node that wakes once a minute, measures temperature, transmits this measurement at 10 kbps to the base node, and then returns to sleep. The base node continuously listens for a package from the measurement node and sends this information to the PC via the UART for display in HyperTerminal. The ADuC7060 precision analog microcontroller has a low power ARM7 core as well as a myriad of precision analog functions. The onboard multiplexer, digitally programmable gain amplifier (PGA), voltage reference, programmable current sources, and 24-bit sigma-delta ADC allow almost any temperature and bridge sensors to be directly connected. In this case, a 4-wire Pt100 (100 ? platinum RTD) temperature sensor was chosen. Further details on the measuring circuit can be found in the AN-0970 Application Note. The wireless band chosen for this application is the sub-GHz, license-free ISM (industrial, scientific, medical) band. The ADF7020 transceiver, which supports bands in the 431 MHz to 478 MHz as well as the 862 MHz to 956 MHz frequency ranges, is, therefore, a natural choice. This low power transceiver requires very few external components, is easily connected to the ADuC7060 precision analog microcontroller, and offers excellent performance. The ADP121 voltage regulator provides the 2.5 V supply from two 1.5 V batteries. The very low quiescent current of this voltage regulator (11?A at no load) is paramount in maximizing battery lifetime.    Figure 1. Low Power, Long Range, ISM Wireless Measurement Node (Simplified Schematic: All Connections and Decoupling Not Shown)
Возможности:

  • Remote sensing and automation applications
  • Range up to 1 km in free space
  • Low current consumption for increased battery life

Документация:
  • Схемотехника
  • Програмное обеспечение
  • Топология платы
  • Тестирование
Описание:

Infineon radar demo board based on the BGT24LTR11– Doppler (motion, speed, and direction of movement detection)

Kit contains:

  • Demo board
  • User manual
  • SW GUI to operate kit
  • Precompiled C libraries provided
  • PCB schematic and gerber files
Возможности:

  • Capability to detect motion, speed and direction of movement (approaching or retreating)
  • BGT24LTR11 - 24 GHz highly integrated RF MMIC
  • XMC1300 ARM® - Cortex® - M4 - 32-bit industrial microcontroller (requires external debugger)
  • Integrated antennas

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Описание:
The MLX90129 from Melexis is a sensor IC with an integrated 13.56 MHz high frequency (HF) interface that allows sensor data to be read with a HF radio frequency identification (RFID) reader. The DVK90129 is a development kit designed to assist developers explore the features of the MLX90129.

This user manual provides guidelines for use of the DVK90129 development kit. It also provides guidelines for the EVB90129 datalogger / sensor tag based on the Melexis 90129 sensor IC and the Proxima RF USB HF RFID Desktop reader.

The DVK90129 development kit along with user friendly evaluation software will decrease sensor IC evaluation time to improve your development cycle and time to market. The dedicated Application Programming Interface (API) provides a quick start for developing custom applications.

The EVB90129 is an assembled printed circuit board that simplifies evaluation of the MLX90129 sensor tag IC and to facilitate the development of wireless sensor applications based on the MLX90129.

The EVB90129 was developed to demonstrate a wide range of applications, from fully passive sensor tag operation to complex data logging. Each of its elements can be reconfigured by means of jumpers.

The board can be powered either by an external voltage supply, the on-board battery or the electromagnetic field from a RFID reader.

In addition to the internal temperature sensor of the MLX90129, the EVB90129 embeds 3 external sensors, light, temperature and potentiometer to demonstrate the flexibility for measurement of a variety of physical quantities. The custom prototyping area allows users to integrate their own sensor or circuit into this evaluation board.
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Описание:

AD8302-EVALZ is a 4-layer, FR4-based printed circuit board. For normal operation, it requires a 5V/50 mA power supply. The 5V power supply should be connected to the vector pins leads labeled VP and GND. The two RF input signals are applied to two edge-mounted SMA type RF connectors (INPA and INPB). The gain and phase output signals are accessible via edge-mounted SMA connectors.


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Описание:
The EVAL-RS485FD8EBZ allows quick and easy evaluation of full-duplex RS-485 transceivers with standard 8-lead SOIC footprints. The evaluation board allows interfacing via screw terminal block to digital I/O for driver input (DI) and receiver output (RO). Bus signals A, B, Y and Z (full-duplex bus) can be connected to a bus screw terminal block. Termination resistors are fitted across A and B, as well as Y and Z. These can be connected in half-duplex configuration (A to Y, B to Z), in order to evaluate the RS-485 driver. Footprints are provided for pull-up and pull-down (biasing resistors) on the receiver inputs in order to provide the option to evaluate an RS-485 receiver with this configuration.

Devices for evaluation on the board must be ordered separately.

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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, as shown in the figure on cover page.

The M24LR board is battery-less and is powered by RFID readers or NFC-enabled phones supporting ISO/IEC 15693.

The RF transceiver board is an RFID reader demonstration board and is composed, among other parts, of a CR95HF (13.56 MHz multi-protocol contactless transceiver IC with SPI and UART serial access). This board has to be plugged in to a PC and comes with a demonstration software.

The M24LR board also works with Android NFC phones supporting ISO/IEC 15693. An application called NfcV-Reader is available on Google Play. Performance may vary depending on NFC phone's RF management.

Возможности:

  • M24LR board
    • M24LR04E-RMN6T/2 Dual Interface EEPROM with I2C and ISO/IEC 15693 RF interfaces, 4 Kbits of EEPROM and password protection in SO8N package
    • STM8L152C6T6 8-bit microcontroller, with 8 Kbytes of Flash memory
    • STTS751-0WB3F, low-voltage digital temperature sensor
    • 20 x 40 mm inductive antenna etched on the PCB
    • Two function buttons (User and Reset)
    • SWIM connector for programming and debugging
    • I2C connectors
    • LCD (24 segments, 4 commons)
  • RF transceiver board
    • CR95HF-VMD5T 13.56 MHz multi-protocol contactless transceiver IC with SPI and UART serial access
    • STM32F103CB 32-bit microcontroller, with 128 Kbytes of Flash memory
    • 47 x 34 mm 13.56 MHz inductive antenna etched on PCB and associated circuitry
    • USB connector for communication with host PC and demonstration board powering

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Описание:
The MAX2390–MAX2393/MAX2396/MAX2400 ("MAX2390 family") evaluation kits (EV kits) simplify the evaluation of these W-CDMA and TD-SCDMA receiver ICs. There are three different PC boards for the family: one for the MAX2391/MAX2392/MAX2393, one for the MAX2396, and one for the MAX2390/MAX2400. Each kit is fully assembled and tested at the factory. Standard 50Ω SMA and BNC connectors, TCXOs and baseband buffers are included on the EV kits to allow quick and easy evaluation on the test bench.

For each of the six EV kits, this document provides a list of equipment required to evaluate each device, a straightforward test procedure to verify functionality, a circuit schematic, a bill of materials (BOM), and artwork for each layer of the PC board.
Возможности:

  • Each EV Kit is Fully Assembled and Tested
  • Fully Monolithic Direct-Conversion Receiver
    • Include: PLL Synthesizer (All Except MAX2396/MAX2400) and VCO
    • Eliminate: External IF SAW + IF AGC + I/Q Demodulator
  • Meet All 3GPP Receiver's Standard Requirements with at Least 3dB Margin on Eb/No
  • Operate from a Single +2.7V to +3.3V Supply
  • Over 90dB of Gain-Control Range
  • Channel Selectivity Fully On-Chip, with Superior ACS (> 40dB)
  • SPI™-/QSPI™-/MICROWIRE™-Compatible 3-Wire Serial Interface
  • Receiver Current Consumption ≈ 32mA
  • On-Chip DC Offset Cancellation
  • Small 28-Pin QFN Leadless Package

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Описание:

These evaluation kits (EV kits) simplify testing of the MAX250_. The EV kits provide 50Ω SMA connectors to all RF ports and BNC connectors to the baseband I/Q inputs. The kits enable testing of the devices' RF performance and all modes of operation.

Each kit is assembled with the corresponding IC and incorporates all matching components.

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The MAX2680/MAX2681/MAX2682 evaluation kits (EV kits) simplify the evaluation of the MAX2680/MAX2681/MAX2682 downconverter mixers. They enable testing of all device functions and require no additional support circuitry. Signal inputs and outputs use SMA connectors to ease the connection of RF test equipment.

All three EV kits share the same PC board but have RF input matching components optimized for each device at an RF frequency of 900MHz. Be sure to select the EV kit for the device that meets your performance needs. Consult the Selector Guide in the MAX2680/MAX2681/MAX2682 data sheet for the various combinations of power gain, input IP3, noise figure, and supply current offered by each device. The IF output matching components are optimized for an IF frequency of 70MHz. All matching components may be changed to match RF frequencies from 400MHz to 2.5GHz and IF frequencies from 10MHz to 500MHz. Consult Tables 2 and 4 in the MAX2680/MAX2681/MAX2682 data sheet for component values appropriate for each device at other RF and IF operating frequencies.
Возможности:

  • Easy Evaluation of MAX2680/MAX2681/MAX2682
  • Easy Evaluation of All Device Functions
  • +2.7V to +5.5V Single-Supply Operation
  • RF Input Matched to 50Ω at 900MHz
  • IF Output Matched to 50Ω at 70MHz
  • SMA Input and Output Signal Connectors
  • All Critical Peripheral Components Included

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Описание:
The MAX2680/MAX2681/MAX2682 evaluation kits (EV kits) simplify the evaluation of the MAX2680/MAX2681/MAX2682 downconverter mixers. They enable testing of all device functions and require no additional support circuitry. Signal inputs and outputs use SMA connectors to ease the connection of RF test equipment.

All three EV kits share the same PC board but have RF input matching components optimized for each device at an RF frequency of 900MHz. Be sure to select the EV kit for the device that meets your performance needs. Consult the Selector Guide in the MAX2680/MAX2681/MAX2682 data sheet for the various combinations of power gain, input IP3, noise figure, and supply current offered by each device. The IF output matching components are optimized for an IF frequency of 70MHz. All matching components may be changed to match RF frequencies from 400MHz to 2.5GHz and IF frequencies from 10MHz to 500MHz. Consult Tables 2 and 4 in the MAX2680/MAX2681/MAX2682 data sheet for component values appropriate for each device at other RF and IF operating frequencies.
Возможности:

  • Easy Evaluation of MAX2680/MAX2681/MAX2682
  • Easy Evaluation of All Device Functions
  • +2.7V to +5.5V Single-Supply Operation
  • RF Input Matched to 50Ω at 900MHz
  • IF Output Matched to 50Ω at 70MHz
  • SMA Input and Output Signal Connectors
  • All Critical Peripheral Components Included

Документация:
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  • Схемотехника
  • Топология платы
Описание:

The ST25-TAG-BAG-U is a ready-to-use tag set.

The ST25-TAG-BAG-U contains five different items (five for each type), all of them based on NFC Forum Type 5 Tag ICs (ST25TV512 and ST25TV02K) or on NFC Forum Type 4 Tag ICs (ST25TA02KB and ST25TA64K).

These ICs are combined with antennas of different size and material, to address different applications.

The ST25-TAG-BAG-U is intended for evaluation of the ST25TA and ST25TV series NFC tags, belonging to the ST25T product family, offering a wide range of NFC/RFID tags with 512 bits to 64 Kbits memory size, and including both short (ISO/IEC 14443 Type A and Type B) and long range (ISO/IEC 15693) products.

More info on devices of the ST25TA and ST25TV series can be found on www.st.com.

Возможности:

  • Five ST25TV02K printed paper labels
  • Five ST25TA02KB printed PET labels
  • Five ST25TV02K printed PET labels
  • Five ST25TV512 printed paper labels
  • Five ST25TA64K printed paper tickets

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The ST25DV-DISCOVERY is a demonstration kit to evaluate the features and capabilities of the ST25DV series. It is based on the NFC ST25DV04K device embedded on a daughter card using a Class 1 antenna and a STM32 processor driving a mother board. A dedicated software stored in the Flash memory is provided.

The ST25DX_Discovery_Mboard is available in two versions. The demonstration edition includes all of the standard edition features with Wi-FiВ®, and BLE (Bluetooth Low Energy) modules to demonstrate various connectivity use cases. The standard edition is used to achieve the demonstration edition features.

The ST25DV04K device is a dynamic NFC/RFID tag IC with a dual interface. It embeds a 4 Kbits EEPROM memory. It can be operated from an I2C interface, or by a 13.56 MHz RFID reader, or by a NFC phone. The ST25DV04K Class 1 antenna daughter card, included in the kit, can be replaced by Class 5 or Class 6 antennas. For this purpose an ST25DV antennas bundle is available for ordering. Its references are available on the ST web site.

The ST25DV I2C interface uses a two-wire serial interface, consisting of a bidirectional data line and a clock line. The I2C two-wire serial interface behaves as a slave in the I2C protocol. The RF protocol is compatible with ISO/IEC 15693 and NFC Forum Type 5 tag contactless interface.The boards are powered through the USB connectors.

The ST25DV-DISCOVERY (MB1283 & MB1284) schematics, BOM, gerber files, drivers and firmware sources can be downloaded from www.st.com.

Возможности:

  • Two ready-to-use printed circuit boards (PCB):
    • ST25DX_Discovery_Mboard:
    • STM32F415VGT6 LQFP100 32-bit microcontroller, with 1 Mbyte Flash memory, 192 + 4 Kbytes SRAM.
    • LCD color screen (320 x 200 pixels)
    • Touch screen driver
    • Different color LEDs (power, user, ST link)
    • User push button
    • Joystick for menu selection
    • Reset button
    • On board ST link for microcontroller firmware upgrade and debug
    • ST link mini USB
    • User micro USB
    • USB micro or mini connector for board powering
    • Demonstration use cases stored in memory
    • Demonstration edition (optional add-on module) with Bluetooth Low Energy module, Wi-FiВ® module and JTAG 20 pin connector
  • ST25DV_Discovery_ANT_C1:
    • 45 mm x 75 mm, 13.56 MHz inductive antenna etched on the PCB
    • ST25DV04K Dynamic NFC / RFID tag
    • I2 C interface connector
    • Energy harvesting output (VOUT) with a 10 nF capacitance filtering circuit
    • GPO configurable as RF WIP/BUSY output, to indicate that an RF operation is ongoing

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The ST25R3911B-DISCO is a ready-to-use kit featuring the ST25R3911B, an highly integrated HF reader / NFC initiator IC.

The ST25R3911B-DISCO can be operated as ISO18092 (NFCIP-1) active and passive initiator, ISO18092 (NFCIP-1) active target, ISO 14443A and B reader including very high bit rates (VHBR), long range ISO15693 and FeliCaв„ў reader. Implementation of other standard and custom protocols like MIFAREв„ў Classic is possible using the AFE and implementing framing in the external microcontroller (stream and transparent modes).

The ST25R3911B-DISCO addresses a wide range of applications such as access control, ticketing, industrial, medical and consumer, where users need optimal RF performance and flexibility combined with low power consumption.

The ST25R3911B-DISCO kit, whose block diagram is shown in Figure 1, allows the user to exploit several features of the ST25R3911B.

It contains a low power capacitive sensor that can be used for ultra-low power wakeup without switching on the reader field. Traditional inductive wakeup with the choice of amplitude or phase measurement can be used as well.

The automatic antenna tuning (AAT) technology enables operation close to metallic parts and/or in changing environments. The available software visually displays the impact of AAT, thus enabling an easy evaluation of the feature.

Возможности:

  • Based on ST25R3911B high performance HF reader / NFC initiator with 1.4 W output power, supporting VHBR and AAT
    • ISO 18092 (NFCIP-1) active P2P
    • ISO14443A, ISO14443B and FeliCaв„ў
    • ISO15693
    • Supports VHBR (3.4 Mbit/s PICC to PCD framing, 6.8 Mbit/s AFE and PCD to PICC framing)
    • Up to 1.4 W output power with differential antenna
    • Possibility of driving two antennas in single ended mode
    • Inductive and capacitive Wake-up
    • Automatic antenna tuning system
    • DPO (Dynamic Power Output)
    • User selectable and automatic gain control
    • Transparent and Stream modes to implement MIFAREв„ў Classic compliant or other custom protocols
    • 6 Mbit/s SPI
    • Wide supply voltage range (from 2.4 V to 5.5 V)
    • QFN32, 5 mm x 5 mm package
  • STM32L476RET6 32-bit microcontroller with 512 kB of Flash memory
  • 105 mm x 52 mm, two turns antenna etched on the PCB, and associated VHBR tuning circuit
  • Micro-USB connector for communication with the host PC and board powering
  • Six LEDs indicating the presence of the RF field and of the protocol used to communicate

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Описание:

This smart and flexible NFC Tracker evaluation board with sensors includes a comprehensive software library and a sample application to monitor and log sensor data over NFC from an Android or iOS device.

The ultra-low power sensor node evaluation board mounts an ST25DV NFC Tag, an STM32L0 ARM Cortex M0+, environment sensors (temperature, humidity and pressure) and motion (accelerometer) sensor.

The evaluation board features NFC harvesting to supply power and a battery cradle for a CR2032 battery.

Возможности:

  • ST25DV64K dynamic NFC tag solution based on 64K-bit (8K-Byte) EEPROM and with I?C interface, Fast Transfer Mode and Energy Harvesting features
  • STM32L031K6 ultra-low-power ARM Cortex-M0+ MCU running at 32 MHz with 32-Kbytes Flash and 8-Kbytes RAM
  • LIS2DW12 ultra-low-power high-performance three-axis linear accelerometer
  • LPS22HB ultra-compact piezo-resistive absolute pressure sensor which functions as a digital output barometer: 260-1260 hPa
  • HTS221 capacitive digital sensor for relative humidity and temperature
  • STLQ015 low drop linear regulator power management
  • CR2032 Battery powered (not included)
  • STM32Cube function pack (FP-SNS-SMARTAG1)
  • Android (Google Play) and iOS demo apps (ST SmarTag)
  • Suitable for the following applications:
    • Internet of Things
    • Supply Chain and Cold-Chain Management
    • Smart building, home and city
    • Retail and apparel
    • Smart packaging
    • Medical and pharmaceutical
    • Batteryless sensing
    • Smart agriculture (soil control, animal tracking, etc.)

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The X-NUCLEO-NFC01A1 is a Dynamic NFC tag evaluation board to allow expansion of the STM32 Nucleo boards. It is compatible with the Arduino UNO R3 connector layout and it is designed around the M24SR64-Y. The M24SR64-Y device is a dynamic NFC/RFID tag IC with a dual interface. It embeds a 64 Kbit EEPROM memory. It can be operated from an I2C interface or by a 13.56 MHz RFID reader or a NFC phone.

The board is powered through the Arduino UNO R3 connectors. It also includes three LEDs for general purpose.

Возможности:

  • M24SR64-Y Dynamic NFC/RFID tag IC
  • NFC antenna: 31 mm x 30 mm 13.56 MHz double layer inductive antenna etched on the PCB (ANT14)
  • Compatible with STM32 Nucleo boards
  • Equipped with Arduino UNO R3 connector
  • Powered through the Arduino UNO R3 connectors
  • 3 color LEDs for general purpose

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The X-NUCLEO-S2868A1 expansion board is based on the S2-LP radio and operates in the 868 MHz ISM frequency band.

The expansion board is compatible with ST morpho and Arduino UNO R3 connectors.

The X-NUCLEO-S2868A1 interfaces with the STM32 Nucleo microcontroller via SPI connections and GPIO pins. You can change some of the GPIOs by mounting or removing the resistors.

Возможности:

  • Based on S2-LP radio
  • S2-LP narrow band ultra-low power sub-1 GHz transceiver tuned for 860 - 940 MHz frequency band
  • Programmable RF output power up to +16 dBm
  • Modulation schemes: 2-FSK, 2-GFSK, 4-FSK, 4-GFSK, OOK and ASK
  • Air data rate from 0.1 to 500 kbps
  • Ultra-low power consumption: 7 mA RX and 10 mA TX at +10 dBm
  • IEEE 802.15.4g hardware packet support with whitening, FEC, CRC and dual SYNC word detection
  • RX and TX 128 byte FIFO buffers
  • Support to wireless M-Bus
  • Excellent performance of receiver sensitivity (up to -130 dBm)
  • Automatic acknowledgement, retransmission and timeout protocol engine
  • Compatible with STM32 Nucleo boards
  • Compatible with Arduino UNO R3 connectors
  • Support to SMD and SMA antennas
  • BALF-SPI2-01D3 IPD balun for matching network and harmonics filter
  • Sigfox compatible
  • Sample firmware for P2P communication
  • 6LoWPAN compatible thanks to STM32Cube
  • RoHS compliant

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*Информация о ценах и сроках поставки носит информационный характер. Офертой является только выставленный счет.

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