We hope you'll find some interesting products we designed and manufactured for people like us. All our products have schematics and example programs, and we hope to hear from you guys about how you are using our products. We are trying to reply to questions from our customers when time permits and well give advices if you are stuck with your projects.
FSK Shield based on RF69 Module with the folowing features
+13 dBm Power Output Capability
High Sensitivity: down to -120 dBm at 1.2 kbps
High Selectivity: 16-tap FIR Channel Filter
Bullet-proof front end: IIP3 = -18 dBm, IIP2 = +35 dBm,80 dB Blocking Immunity, no Image Frequency response
Low current: Rx = 16 mA, 100nA register retention
Programmable Pout: -18 to +13 dBm in 1dB steps
Constant RF performance over voltage range of module
FSK Bit rates up to 300 kb/s
Fully integrated synthesizer with a resolution of 61 Hz
FSK, GFSK, MSK, GMSK and OOK modulations
Built-in Bit Synchronizer performing Clock Recovery
Incoming Sync Word Recognition
115 dB+ Dynamic Range RSSI
Automatic RF Sense with ultra-fast AFC
Packet engine with CRC-16, AES-128, 66-byte FIFO
Built-in temperature sensor
Price 28 Euro
Our Stepper motor shield was tested successfully on top of the Galileo Board from Intel - it worked with the same software as for Arduino UNO - please watch the video
Available now, the Arduino IDE Compatible Smart Temperature and Humidity sensor (ASK/OOK modulation) and a ASK/OOK Shield for receiving the data
ASK 433.92 Receive Shiled
price: 18.00 EUR
ASK Temperature & Humidity Sensor with enclosure 35.00 EUR
Arduino Steper Motor Driver - price 38.99 Eur
This shield is based on L6470 dSpin Motion Controller can drive two 1.5A steppers independant of each other. By stacking 2 shields together it can drive 4 motors. This sheld requres an external power supply of 12V DC or 24V DC (depending on the motors)
Main applications are robotics, small CNCs, 3D printers and many others. This shield is compatible with Arduino UNO, and is using the SPI interface for comunication. Two more IO s are used to signal the Error Flag and Busy Flag to the CPU. When stacking two shields together the humpers on the shield have to be set to accomodate this scenario. The shieds is not taking any power from the Arduino UNO board by having his own 5V regulator fitted on the PCB. A functional arduino (V1.0) example project is available for download which demonstrates most of the features of the driver. Stepper motors will be on sale for this shield soon.
Arduino FSK Transceiver 433.92 MHz Shield
The RF Transceiver Shield is an Arduino-compatible expansion board (“shield”) that gives your Arduino the ability to both receive and transmitt radio signals transmitted on the unlicensed bands of 315, 433, 868 and 915 MHz bands using FSK (Frequency Shift Keying), ASK (Amplitude Shift Keying) or OOK (On-Off Keying) modulation.
ASK signals at 433MHz are very commonly used by consumer electronics devices including weather stations, power consumption meters, security systems, and home automation controllers.The RF transceiver used is RF12 from Hope Electronics, this means that the shield is using SPI.
The advantages of SPI are that it runs at a higher data rate, and it has separate input and output connections, so it can send and receive at the same time. It uses one additional line per device to select the active device, so more connections are required if you have many devices to connect. Most Arduino projects use SPI devices for high data rate applications such as Ethernet and memory cards, with just a single device attached.
Arduino releases (from release 0019) include a library that allows communication with SPI devices. SPI has separate input (labeled “MOSI”) and output (labeled “MISO”) lines.
Product Code ARD-RF433-SHL
Wireless FSK Temperature and Humidity sensor
This temperature and humidity sensor is compatible with our Arduino RF 433.92 MHz ShieldandUSB RF 433.92 MHz Transceiver module . The sensor is using the SHT11 sensor from Sensirion. and is powered from 2 AA alkaline batteries with a life span of min 6 months and maximum of 18 months based on a 2.5 min transmitting cycle.
This sensor comes with Aduino 1.0 demo sketch, and is pre-programmed to send temperature and humidity measurements every 4 seconds. The sensor can be purchased with ABS eclosure, or just the PCB (fully tested) and will be delivered in two versions, with integrated pcb antenna, or external antenna for extended range. The sensor can be programmed via programing cable (ISP connector)
*Sensor in the picture is with integrated pcb antenna.
Price 35 Euro
USB FSK 433.92 MHz Transceiver module (Arduino Compatible)
This product can be programmed from the Arduino IDE, a number of examples are available for download, please read below.
price 32 Euro
The main purpose of this transceiver is for prototyping an application with 433Mhz FSK radio link, for building robots , telemetry systems, home automation and more.
Programmable from Arduino IDE over the serial port (no programming cable required)
Software Examples available for download
Operating Frequency 433 MHz with Crystal PLL
The transceiver can be used on 868MHz and 915MHz with reduced performance* for more information please check the RF12B Data sheet
No software drivers required
No power supply required is powerd from the USB port
Compatible with other Adaptive Design products such as sensors and Arduino Shields
Compliant with ETSI regulation for 433MHz band no license required
DDS - Direct Digital Syntesizer
The AD9851 is a highly integrated device that uses advanced DDS technology, coupled with an internal high-speed, high performance D/A converter, and comparator, to form a digitally-programmable frequency synthesizer and clock generator function. When referenced to an accurate clock source, the AD9851 generates a stable frequency and phase-programmable digitized analog output sinewave. This sinewave can be used directly as a frequency source, or internally converted to a square wave for agile-clock generator applications.
180 MHz Clock Rate with Selectable 6x Reference Clock Multiplier
On-Chip High Performance 10-Bit DAC and High Speed Comparator with Hysteresis
SFDR >43 dB @ 70 MHz AOUT
32-Bit Frequency Tuning Word
Simplified Control Interface: Parallel or Serial Asynchronous Loading Format
5-Bit Phase Modulation and Offset Capability
Comparator Jitter <80 ps p-p @ 20 MHz
The module can be driven from Arduino UNO with a simple program over the SPI bus, and can become a useful programable signal generator in your electronic lab