Logsun Systems

Sinhagad Road, Pune, Maharashtra

Features

• Resistive touch screen TFT LCD, 2.8 inch, 320240 resolution
• Standard Arduino interface, compatible with development boards like : Arduino UNO, Leonardo, UNO PLUS, NUCLEO, XNUCLEO
• Onboard stand-alone touch controller, better touching than solutions that use AD pins directly for touch control
• Micro SD slot, provides an easy way to store photos for displaying
• Controlled via SPI, only a few Arduino pins are used
• Backlight adjustable by program, lower power consumption

Analog Test Shield is an Arduino expansion board, supports analog input/output.

• Arduino standard interfaces, compatible with Arduino boards like Arduino UNO, Leonardo, NUCLEO, XNUCLEO
• Rotate the potentiometer to adjust analog input signal
• Onboard 12bit DAC MCP4725, outputs required wave form
• Demonstrate the DAC/PWM effects via LED and speaker

Motor Control Shield is capable of driving 4 DC motors or 2 stepping motors at one time.

• Configurable motor power supply via onboard jumper
  • when using 5V motor power supply : drives four 5V DC motors at one time
  • when using adjustable motor power supply : drives two 1.25V-6.45V DC motors at one time (9V external power supply is required)
• Onboard dual H-bridge driver L293D x 2
• each L293D can drive 2 DC motors or 1 stepping motor at one time
• totally 4 channel H-bridge, with 600mA output current (peak 1.2A) per single bridge
• ESD protection

1. External power supply jack
2. Power input/output pinheader
3. Stepping motor interface
4. DC motor interface
5. M_PWRconfiguration :connects M_PWR (motor power) to 5V or ADJ
6. Power selection switch
7. Power indicator
8. AMS1117-ADJ:onboard linear regulator with adjustable output
9. Adjustable potentiometer:for adjusting the output voltage of ADJ (adjustable motor power)
10. L293D :dual H-bridge driver
11. LM2596-5.0:onboard linear switching regulator with 5V output

Note : when in operation, it's normal that the onboard motor drivers and regulators generate lots of heat.

Pasive electrodes for electrocardiography electromiography shields for duinomite, pinguino, maple, arduino like development boards

• Electrodes are marked L for left arm, R for right arm, and D for DRL

This is a passive electrode for a SHIELD-EKG-EMG shield which allows Arduino like boards to capture Electrocardiography Electromyography signals. The shield opens new possibilities to experiment withbio feedback. You can monitor your heartbeat and log your pulse, recognize gestures by monitoring and analyzing the muscle activity as done inthis project.

DuinoMite is a Maximite Compatible Basic computer, originally designed by Geoff Graham, with additional features and Arduino like layout. DuinoMite allow you to program in BASIC language and have VGA and Keyboard interface, so you can develop and write your code in Basic without need of any computer. You can store your code on the SD-CARD and to execute it on power up thorugh autoexec.bas main code.

FEATURES:

• PIC32MX795 microcontroller
• USB OTG allowing PIC to work as USB device and USB host and allowing Android ADK applications, interface to USB keyboards, Cameras, Printers, etc peripherials
• 10 pin IO connector for connecting VGA, Audio, Composite Video, PS-2 Keyboard
• UEXT connectorfor connecting different Olimex modules
• 26 pin Maximite like connector
• micro SD card connector
• 8Mhz crystal
• 32768Hz crystal for RTC implementation
• Low power design allows PIC to work in deep sleep, and peripherials to be shut down
• Automatic power source change, i.e. you can power this board by External power supply 9-30VDC, USB, or battery, the power switching is automatic.
• Arduino like format i.e. can work with Arduino shields
• Li-po charger for Lithium Polimer Battery
• Industrial temperature range design -25C+85C
• UEXT connector i.e. can work with all our modules

Do not use the "programmer-to-go" button when there is no image on the OLIMEX PIC-KIT3 or MICROCHIP PIC-KIT3 because that might put your microcontroller in an irrecoverable state. We have tested the mentioned scenario and we can confirm that it destroys PIC32 chips (using both our and the original Microchip PICKIT3). We don't take responsibility if you break your chip that way. For more info check the following:www.microchip.com/forums/m635420.aspx.

Arduino is a massive ecosystem, if there's a way for the Raspberry Pi GPIO interface to adapt to Arduino pinouts, it is possible to use the Pi together with vast Arduino shields and hardware/software resources. The ARPI600 is just intended for this.

What's more, the ARPI600 also support XBee modules, make it easy to add wireless feature to your great project.

Supported Pi

• Raspberry Pi 1 Model A+
• Raspberry Pi 1 Model B+
• Raspberry Pi 2 Model B

ARPI600 Features

• Compatible with Arduino UNO, Leonardo, easy to connect with various Arduino shields
• XBee connector for connecting various XBee modules
• Sensor interface for connecting various sensors
• Onboard USB TO UART for serial port debugging, also can be configured as XBee USB adapter
• Onboard ADC, 10 bit, 38KSPS, 11 channels (6 channels for Arduino interface, 5 channels for sensors)
• Onboard RTC

1. Arduino connector :for connecting Arduino shields
2. ICSP interface :Arduino ICSP
3. XBee connector :for connecting XBee communication modules
4. Sensor interface :for connecting sensors
5. Raspberry Pi connector :for connecting Raspberry Pi
6. USB TO UART
7. TLC1543 :AD converter
8. PCF8563 :RTC
9. CP2102
10. 32.768KHz crystal :for RTC
11. Power indicator
12. XBee state LED
13. XBee and Arduino interface RESET button
14. XBee EASYLINK button
15. RTC battery holder :for CR1220 button battery
16. TLC1543 reference voltage configuration jumper
17. RTC jumper
18. UART jumper
    • when connecting P_RX and CP_TX, P_TX and CP_RX respectively, USB TO UART is connected to Raspberry Pi serial port
    • when connecting XB_RX and CP_TX, XB_TX and CP_RX respectively, USB TO UART is connected to XBee serial port
    • when connecting XB_RX and P_TX, XB_TX and P_RX respectively, Raspberry Pi serial port is connected to XBee serial port
19. Arduino AD selection jumper
    • short 2 and 3 : Arduino A0-A5 as AD input
    • short 1 and 2 : Arduino A0-A5 as digital control
20. Arduino I2C selection jumper
    • short the jumper : Arduino A4-A5 as I2C control (the A4-A5 of Arduino AD selection jumper should be opened)
21. Arduino SPI selection jumper
    • short 1 and 2 : Arduino D11-D13 as SPI control (default)
    • short 2 and 3 : Arduino D11-D13 as digital control

Features:

• Raspberry Pi Camera, supports all revisions of the Pi
• Fisheye Lens, offers wider field of view
• Comes with infrared LED, supports night vision
• 5 megapixel OV5647 sensor
• Camera specifications
  • CCD size : 1/4inch
  • Aperture (F) : 2.35
  • Focal Length : adjustable
  • Field of View : 160 degree (while other normal cameras are typically 72 degree)
    • Diagonal angle : 160 degree
    • Horizontal angle : 120 degree
  • Sensor best resolution : 1080p
• 4 screw holes
  • Used for attachment
  • Provides 3.3V power output
  • Supports connecting infrared LED and/or fill flash LED
• Dimension: 25mm x 24mm

• Processor:TISitara AM335x, 1GHz, 2000 MIPS
  • 1 GHzARMCortex-A8
  • SGX530 Graphics Engine
  • Programmable Real-Time Unit Subsystem
• Memory
  • SDRAM: 512MB DDR3L 800MHZ
  • eMMC Flash:
    • Rev B: 2GB (discontinued)
    • Rev C: 4GB (as of 2014.05.21)
• SD/MMC Connector for microSD
• Power management:TPS65217CPMIC is used along with a separate LDO to provide power to the system
• Debug Support: Optional Onboard 20-pin CTI JTAG, Serial Header
• Power Source
  • miniUSB USB or DC Jack
  • 5VDC External Via Expansion Header
• Connectivity
  • High speed USB 2.0 Client port: Access to USB0, Client mode via miniUSB
  • High Speed USB 2.0 Host port: Access to USB1, Type A Socket, 500mA LS/FS/HS
  • Serial Port: UART0 access via 6 pin 3.3V TTL Header. Header is populated
  • 10/100M Ethernet (RJ45)
• User Input / Output
  • Reset Button
  • Boot Button
  • Power Button
  • LED power indicator
  • 4 user configurable LEDs
• Video/Audio Interfaces
  • HDMI D type interface
  • LCD interface
  • Stereo audio over HDMI interface
• Expansion Interfaces
  • LCD, UART, eMMC
  • ADC, I2C, SPI, PWM

1. length : 20cm
2. Male connectors for Arduino Raspberry Pi & other boards with breadboard experimemtation
3. Male to male
4. 1p-1p pin header
5. Compatible with 2.54mm spacing pin headers
6. 40pcs wires in one line
7. Premium male to female jumper wires, 40 x 8 inch or 200mm
8. 40 different wires with 4 pieces of each of 10 different rainbow colors
9. Standard 0.1 inch (2.54mm) pitch
10. Each wire is 28 AWG

Breadboard Jumper Wires Male To Male , Flexible Breadboard Cables

1. quantity: 65pcs
2. about 9 -16 cm, different length.
3. jumper wire
4. type : male to male
5. color: different colors , sent random
6. used for Arduino/Raspberry Pi/Beaglebone breadboard experiments

Descriptions

• Eachpack contains 65pcs
• Flexible male to male cable
• 6 different colors:Red, White, Blue, Green, Orange, & Black.
• Pre-cut, Pre-stripped and Pre-formedwires simplify and speed up prototyping work.
• Easy to connect and disconnect
• Having exactly the right wire lengths for the job.
• Makes your projects much neater, more reliable, and easier to debug.
• These wires are compatible with standard breadboards that have 0.1" grids

Package Contains:

Bundle of 65 wires of differnet sizes jumper wires

FEATURES:

• MCU:AT91SAM7S25616/32 bit ARM7TDMI with 256K Bytes Program Flash, 16K Bytes RAM, USB 2.0, RTT, 10 bit ADC 384 ksps, 2x UARTs, TWI (I2C), SPI, 3x 32bit TIMERS, 4x PWM, SSC, WDT, PDC (DMA) for all peripherals, up to 60MHz operation
• standard JTAG connector with ARM 2x10 pin layout for programming/debugging with ARM-JTAG
• USB connector
• LCD 16x2 with backlight
• RS232 interface and driver
• Relay 10A/250VAC
• Buzzer
• 5 buttons
• status LED
• on board voltage regulator 3.3V with up to 800mA current
• single power supply: 12V AC or DC required
• power supply filtering capacitor
• RESET circuit , RESET button
• 18.432 Mhz crystal on socket
• extension headers for all uC ports
• PCB: FR-4, 1.5 mm (0, 062"), soldermask, silkscreen component print
• Dimensions: 120 x 38 mm (4.7 x 1.5")

STM32 development board designed for STM32F429I, features the STM32F429IGT6 MCU, and integrates various standard interfaces, pretty easy for peripheral expansions.

Overview

Open429I-C is an STM32 development board designed for theSTM32F429IGT6microcontroller, consists of the mother board and the MCU core boardCore429I.

The Open429I-C supports further expansion with various optional accessory boards for specific application. The modular and open design makes it the ideal for starting application development with STM32 series microcontrollers.

1. MCU core board connector:for easily connecting the Core429I
2. USART3 interface:easily connects to RS232, RS485, USB TO 232, etc.
3. DCMI interface:for connecting camera
4. Capacitive touch panel interface:for connecting capacitive touch panel
5. CAN2 interface:for connecting CAN modules
6. CAN1 interface:for connecting CAN modules
7. SDIO interface:for connecting Micro SD module, features much faster access speed rather than SPI
8. ULPI interface:for connecting high-speed USB peripheral (the STM32F429I integrates USB HS controller without any PHY device)
9. LCD interface 1:for connecting 7inch LCD
10. ONE-WIRE interface:easily connects to ONE-WIRE devices (TO-92 package), such as temperature sensor (DS18B20), electronic registration number (DS2401), etc.
11. LCD interface 2:for connecting 4.3inch LCD
12. I2C2/I2C3 interface:easily connects to I2C peripherals such as I/O expander (PCF8574), EEPROM (AT24Cxx), etc.
13. SAI1 interface:for connecting audio modules like UDA1380 module
14. Ethernet interface:for connecting Ethernet modules
15. USB connector:USB to UART via the onboard convertor PL2303
16. SPI1/SPI2 interfaces:
    • easily connects to SPI peripherals such as DataFlash (AT45DBxx), SD card, MP3 module, etc.
    • easily connects to AD/DA modules (SPI1 features AD/DA alternative function)
17. I2S2/I2S3/I2C1 interface:easily connects to I2S peripherals such as audio module, etc.
18. 8-bit FMC interface:easily connects to peripherals such as NandFlash
19. 5V DC jack
20. 5V/3.3V power input/output:usually used as power output, also common-grounding with other user board
21. MCU pins connector:all the MCU I/O ports are accessible on expansion connectors for further expansion
22. PL2303:USB to UART convertor
23. LEDs:convenient for indicating I/O status and/or program running state
24. PL2303 TX-LED / RX-LED
25. 12MHz crystal:for PL2303
26. Joystick:five positions
27. WAKE UP button:used as regular button, and/or wake up the STM32 MCU from sleep
28. USB to UART jumper
29. LED jumper
    • short the jumper to connect to default I/Os used in example code
    • open the jumper to connect to custom I/Os via jumper wires
30. Button/Joystick jumper
    • short the jumper to connect to default I/Os used in example code
    • open the jumper to connect to custom I/Os via jumper wires

This board allows you to develop easy Ethernet connectivity application. It have everything you normally would need for such activity: power relays which you can command through web interface. LCD display which will display messages you fill in web forms, analogue inputs for connection to sensors, digital opto isolated inputs, trimmer potentiometer, temperature sensor, Ethernet connector. With this board you can easy automate your home and then control and monitor it from any point in the world via Internet. The extension connector is available so you can connect your custom made hardware hassle free. The PIC18F97J60 have 128KB Flash programming memory and there is external 1Mbit (128KB) flash memory for data storage. The on board DC/DC converter make this board to be very tolerant to the external power supply which could be in 9-25V DC or 7-18V AC range, the bridge rectifier on the input allow AC and DC adapters to be used and makes power supply polarity problems go away.

FEATURES:

• PIC18F97J60 microcontroller with embedded Ethernet MAC and PHY and 128KB Flash programming space
• 1Mbit on board serial flash for web pages storage
• ICSP/ICD connector for programming and debugging with PIC-ICD2 and PIC-ICD2-POCKET.
• Temperature sensor, Trimmer potentiometer connected to analogue input
• Two relays 10A/250VAC, Four opto isolated digital inputs
• Twelve analogue inputs on terminal block, Two buttons, LCD16x2 with backlight
• RS232 interface, Ethernet interface
• Complete web server and TCP-IP stack support as per Microchip's open source TCP-IP stack
• Terminal block for power supply works with 9-25 VDC power supply
• Extension header to connect to other boards, Dimensions 120x108 mm (4.72x4.25")

AVR-CAN is inexpensive way to learn AT90CAN128 microcontroller from Atmel. It's in very compact form 60x55mm and the presence of both CAN and RS232 allow the customer to make bridge between UART and CAN networks. All AVR pins are available on extension connectors and the board can be easy snap-on prototype or other mother board where additional circuits are built.

FEATURES

• MCU: AT90CAN128 - 128Kb Flash, 4Kb EEPROM, 4Kb SRAM, 53 GPIO, 32 working registers, a CAN controller, Real Time CLock, four Timer/Counters with PWM, 2 UARTs, Two-wire Serial Interface, an 8-chanel 10-bit ADC, Watchdog Timer, SPI serial port, JTAG interface, five selectable power saving modes
• 5x2 pin JTAG connector for programming and debugging with AVR-JTAG-L or AVR-JTAG-USB
• RS232 DB9 female connector and driver
• CAN connector and interface
• User button, Status led
• 16MHz oscillator circuit, 32.768 Hz oscillator circuit
• Reset button and circuit, On board voltage regulator (+5V)
• Power supply led, Power supply connector
• extension pin headers for each uC pin
• FR-4, 1.5 mm (0, 062"), green soldermask, white silkscreen component print
• Dimensions: 60x50mm (2.36x1.96")

DEVELOPMENT BOARD FOR 20 PIN AVR MICROCONTROLLER WITH STKXXX COMPATIBLE 10 PIN ICSP

FEATURES

• ICSP 5x2 pin connector for in-circuit programming with AVR-PG1 or AVR-PG2
• DIL20 microcontroller socket
• status LED connected to PB4
• reset IC ZM33064
• Quartz crystal oscillator circuit 10MHz
• Voltage regulator +5V, 7805 and filtering capacitors
• Power plug-in jack
• RS232 DB9 female connector , simple level shifter with transistors and diodes
• 4 opto-coupler isolated inputs with screw terminals
• input status LEDs
• 4 relay outputs with 5A/250VAC contacts with screw terminals
• output status LEDs
• four mounting holes 3.3 mm (0.13")
• FR-4, 1.5 mm (0.062"), green solder mask, white silkscreen component print
• dimensions 80x100 mm (3.9 x 3.15")

TMS320F28016 is known to be the world's lowest cost 32-bit Real Time Microcontroller (DSP) with build in CAN and cost only US $3.60 / 1000 pcs quantity. This is very good bargain for 32-bit core running at 60 Mhz, delivering 60 MMACS, 32KB Flash, 12 KB RAM, 8 channel PWM 6 of them with enhanced resolution of 150 ps(!), 2 x 8 channels 3.75 MPSP 12-bit ADCs, CAN, RS232, SPI, I2C.

FEATURES:

• MCU:TMS320F2801632KB Flash, 12 KB RAM, 3.75 MPSP 2 x 8 channel ADCs, 8 PWM, CAN, SPI, RS232, I2C
• JTAG connector
• USB-to-RS232 convertor allow easy to power board and to connect to notebooks and decent computers without RS232 port
• CAN driver and connector
• UEXT connectorwith SPI, RS232, I2C for connection to other Olimex modules as MOD-NRF24Lx, MOD-MP3, etc.
• MOTOR control connector (for add on modules with ADC, PWM, Interrupt signals available)
• User button, Trimmer potentiometer connected to Analog input
• power supply LED, user status LED
• RST button, external power supply jack for AC or DC power supply
• Voltage regulator + power supply filtering capacitor
• extension headers for each uC pin, prototype area with 0.1" step, Vcc + GND bus
• PCB: FR-4, 1.5 mm (0, 062"), green soldermask, white silkscreen component print

LGS PR51 is Project Development board for students & professional, ready to use

• On board 89V51RD2/SST 8051 Core Device
• MCU@11.059Mhz
• All Port pins are available to user on 10pins x 4nos Polarised FRC Connectors
• UEXT- (Tx, Rx, SPI, I2C) Connector 10 Pin FRC
• RS232C Serial Port
• In Systems Programming Through RS232C and USB
• Onboard Max232C and USB converter Modules and selection through switch
• Reset switch
• Universal Power supply Input 12 V to 35V/1A
• On board LT2576 Voltage regulator with 5V output
• Dual Power- Through Adaptor & Through USB
• Onboard Power On/OFF switch
• Interfacing Modules for I2C based RTC, EEPROM, ADC/DAC, 16x2 LCD, 128x64 GLC, 4x4 Keypad with 7 Segment display, DC and Stepper Motor etc.
• Size- 100mm x 90mm

Package Contains:

1. PR51 Development Board
2. USB Cable
3. CD with Development Resources
4. Mounting Hex nuts x 4

ESP8266-EVB-BAT is an evaluation board for the highly-integrated WIFI SoC ESP8266EX. The board comes with a custom-cut box HAMMOND box. The board can be powered by Li-Po battery and comes with a battery charger. It is recommended for beginners with ESP8266.

ESP8266EX is very highly integrated SoC which includes Tensilica's L106 32-bit coreprocessor; SRAM; power management unit; RF front end. ESP8266EX has a number of interfaces - I2C, SPI, SDIO and also a number of free GPIO pins. The chip allows the implementation of a WIFI TCP-IP stack with just few extra components beside the ESP8266EX. It's a very popular IC that attracted a lot of attention upon its launch.

A board suitablefor resarch and development of espressif's ESP8266EX chip.The modulebe used forhome automation, smart plugs and lights, mesh networks, industrial wireless control, baby monitors, IP cameras, sensor networks, wearable electronics, etc.

Board features:

• IncludesESP8266-EVB-BAT
• Protective HAMMONDbox1593KBK
• All connectors accessible when the box is closed

ESP8266-EVB-BAT features:

• Relay 220VAC/10A with two-part Wago connector and status LED
• Big button for easier access to UART mode
• LiPo battery connector with built-in LiPo charger and status LEDs
• Step up converter
• Power jackfor +5V external power supply
• UEXT connector
• 20-pin connector CON1 with ESP8266's signals
• PCB dimensions: (2.0 x 2.2)" (51 x 57)mm

OpenEPM1270 is a CPLD development board that features the EPM1270 device onboard. It supports further expansion with various optional accessory boards for specific application. The modular and open design makes it the ideal for starting application development with ALTERA MAX II series CPLD devices.

OpenEP4CE10-Cis an FPGA development board that consists of the mother boardDVK600and the FPGA core boardCoreEP4CE10.

OpenEP4CE10-C supports further expansion with various optional accessory boards for specific application. The modular and open design makes it the ideal for starting application development with ALTERA Cyclone IV series FPGA devices. OpenEP4CE10-C enables you to start your design with the Nios II processor easily and quickly.

1. FPGA CPLD core board connector:for easily connecting core boards which integrate an FPGA CPLD chip onboard
2. 8I/Os_1 interface, for connecting accessory boards/modules
3. 8I/Os_2 interface, for connecting accessory boards/modules
4. 16I/Os_1 interface, for connecting accessory boards/modules
5. 16I/Os_2 interface, for connecting accessory boards/modules
6. 32I/Os_1 interface, for connecting accessory boards/modules
7. 32I/Os_2 interface, for connecting accessory boards/modules
8. 32I/Os_3 interface, for connecting accessory boards/modules

The Best Brand in Protoboard !!Ideal for prototyping and lab work contact nickel has for durability

Ideal for prototyping and electronic laboratory work, it is the most used in digital and microcontrolled analog electronic classes thanks to its low cost and its work area that accommodates to a multitude of basic and intermediate projects

It has 640 points distributed in 64 columns and 10 rows, including protective metal plate of 0.4.

Specifications:

1. Total Tie-points = 840
2. Distribution strips, Tie-points = 200.
3. Terminal Strip, Tie-points = 640.
4. Pin Separation 0.1 "(2.54 mm)
5. Ability to couple two or more protoboard
6. For cables from 29 to 20AWG ( 0.3 to 0.8 mm approx.)
7. Dimensions = ( 170X 65X 8 mm ).
8. High durability, with nickel contacts.
9. 128 Group of 5 Connected Terminals.
10. 8 bus of 25 connected Terminals.
11. Completely Reusable.

Description:

• OneTerminalStrip, Tie-point170.
• Completelyreusable.
• Phosphorbronzenickelplatedspringclips.
• Acceptsavarietyofwiresizes(29-20AWG).

This is a standard 40pin, 2.54mm (0.1) FRC cable 20CM length for connecting any intefacing boards to development board

This 40 Pin GPIO cable cab be use for the Raspberry Pi Model- RPi 3 Model B, RPi 2 Model B , so you can easily connect it to the low-level peripherals.

Package Includes:

• 1 x 40Pin GPIO Cable

rechargable li-po battery 3.7v 1400mah with jst connector

features

• charge voltage 4.2v, nominal voltage 3.7v, cut-off voltage 3.0v
• recommended charge current 280ma
• max charge current 700ma
• recommended discharge current 700ma
• max discharge current 1400ma
• impedance 60mohm at 1khz
• operating temperature: at charge 0-55c, at discharge -25c+60c
• capacity loss after 500 cycles full charge/discharge at 20c: 20%
• dimensions 50x34x8mm

• this is a rechargeable li-po high discharge current battery with jst connector ready to plug to:olimexino-328, olimexino-stm32, pic32-pinguino, pic32-pinguino-otg, duinomite and duinomite-mega

  the battery has overcharge and short circuit protection.

12V/2A SMPS Adaptor:

Input - 110-270VAC/0.8A 50-60Hz

Output: 12V/2A max

Normal Jack- DC05 2mm PJ connector

Allows your boards that are typically powered by a 5V power source (Raspberry Pi, A20-OLinuXino-LIME, BeagleBone, etc) to get powered by an adapter that provides between6Vand16V DC.

Very convenient solution if you want to use your 5V boards in a car - the DCDC6-16-TO5will transform the 12V input to 5V/2A output.

The input connector is a standard power jack which can be paired with OlimexPWR-CABLE. The output connector is USB typeA host which you can establish hardware connection to your board via an USB-A mini cable.

A low-cost and very compact Li-Po battery charger, based on Microchip MCP73833 with three status LEDs for displaying the battery status, works with batteries up to 5000 mAh.

FEATURES

• MCP73833 charger with under voltage protection
• MiniUSB connector
• JST 2.0 mm connector for ourBATTERY-LIPO1400mAh
• Three status LEDs
• Selectable two charge currents 100/470mA
• Dimensions 30x13 mm (1.18x0.5")

• Interface: USB 2.0 Type A RS-232 (9-pin) Male
• Supports RS232 serial interface DB9
• FT232 based 3 wired Design
• Install as a standard Windows COM port,
• Six Months Replacement Warranty

A development solution for NandFlash

TheNandFlash Board (A)is a development solution for NandFlash memory. It provides your application with extra 1G Bit (128M x 8 Bit) memory.

K9F1G08U0E, control interface

Package Contains:

• NandFlash Board (A) 1

MMA7260is 3-axes accelerometer and measure the accelerations in X Y and Z axis with range +-1.5 g to 6 g.(software selectable sensitivity). Adding the ARM7 with USB interface and the serial flash memory open up possibilities to implement a lot of interesting projects with this small board. The original idea for this board was inspired by the movieMinority Reportwhere Tom Cruise instead of mouse used his hands to interface with the computers from the future. Searching the net for more info on this subject we found similar projecthere. It looks not bad but the acceleromaters used are 2 axis and the whole project was done too complex. Our goal was to make so small PCB which to be able to attach to your finger and with mini USB connector to be able to connect to any PC running Windows and to use it as 3d mouse i.e. moving your finger left - right-up-down to move your mouse cursor and if you move your finger toward the screen to make the mouse "click" action.

This of course doesn't limit the applications of this board other cool application to be made is for instance car performance logger: as we have the acceleration and have microcontroller which can measure the time we can easily compute the velocity V = A * t, then the distance S = V * t and as the accelerometer is 3-axis we can calculate at what distance in 3D space the object moves. If we know your car mass we can calculate the force applied F = m * A and from this we can calculate your real car power P = V * A, so having this little board inside your car and knowing your car mass you can have calculated in real time your car characteristics: Acceleration (0-100 kmh / 0-60mph), Braking distance, Horsepower, etc etc and remember these are the actual measurements on your car not catalogue data. Yet another application is to measure the vibrations and shock on objects, for instance put one such device with battery power supply inside your parcel before send it by FedEx and then the recipient dump the info logged - what time it took, what velocity parcel had, did they drop it on the floor (i.e. at what max shock it was exposed), what time it was actually moved and with what speed, how many time it stayed rest i.e. it didn't moved and you can evaluate the different couriers efficiency this way

FEATURES:

• MMA7260Q 3-axis accelerometer from Freescale Semiconductor Inc. measure +-1.5 g - 6 g
• AT91SAM7S64 ARM7 microcontroller
• AT45DB011 1Mbit serial flash for data logging
• mini USB connector
• PCB: FR-4, 1.5 mm (0, 062"), green soldermask, white silkscreen component print
• Dimensions: 40x20 mm (1.57 x 0.78")

HMC5883L is 3-Axis Digital Compass with 12-bit ADC that enables 1 to 2 compass heading accuracy.

HMC5883L usses I2C communication interface and can connect to any board with UEXT.

The L3GD20 is a low-power three-axis angular rate sensor. It includes a sensing element and an IC interface capable of providing the measured angular rate to the external world through a digital interface. The board made by Olimex has I2C on the UEXT connector for easier connection with host boards.

FEATURES

• MEMS motion sensor: three-axis digital output gyroscope L3GD20 made by ST Microelectronics
• Three selectable full scales (250/500/2000 dps)
• UEXT connector
• I2C interface located on the UEXT connector
• SPI interface led to easy-to-access pin holes
• 16 bit-rate value data output
• 8-bit temperature data output
• Two digital output lines (interrupt and data ready)
• Integrated low- and high-pass filters with use selectable bandwidth
• Wide supply voltage: 2.4 V to 3.6 V
• Low voltage-compatible IOs (1.8 V)
• Embedded power-down and sleep mode
• Embedded temperature sensor
• Embedded FIFO
• High shock survivability
• Extended operating temperature range (-40C to +85C)
• Dimensions: 25.3x30.5mm (1.00x1.20)'' - maximum dimension including the connector

• MAG3110 3-axis magnetometer
• UEXT connector
• Cable
• Size: 29 x 18 mm (1.1 x 0.7")

MOD-VGA is based on the popular Gameduino design. The little changes we made were to add a PS2 keyboard, a UEXT connector which allows all of our boards with a UEXT to connect to MOD-VGA and audio output. Also, we made a version with 32MB of SDRAM which allows higher resolutions than the original Gameduino design.

• XILINX Spartan XC3S200A
• PS2 Keyboard connector
• Audio connector
• VGA connector
• MaleUEXT connectorplus 10 pin cable for it
• Ready Arduino software support
• Mounted Arduino headers
• FR-4, 1.5 mm, green soldermask, white print
• PCB dimensions: 55.88 x 53.34 mm (2.2 x 2.1")

MOD-RTC add real time clock feature to boards withUEXT connector. The time keeping accuracy is tuned to 2 seconds per day, more accurate tuning is possible by adjusting the internal PCF8536 registers.

FEATURES:

• PCF8536 Real time clock
• Lithium 3V battery connector
• UEXT connector
• FR-4, 1.5 mm, soldermask, component print
• Dimensions: 40x19mm (1.57 x 0.75")

MOD-IO is stackable development board which add analog and digital inputs and outputs to any of our development boards with UEXT. If you work with any of our development boards with UEXT connector and you need more digital and analog iniputs and outputs you can add these by connecting MOD-IO to your development board. This board allow easy interfacing to 4 relays, 4 optoisolated digitl inputs, 4 analog inputs. MOD-IO is stackable and addressable, what does this means? these boards can plug together so you can add as many as you want input and outputs! i.e. 8, 12 etc! MOD-IO have ATmega16 microcontroller and the firmware is available for modification.

FEATURES

• ATMega16L-8AU microcontroller
• ICSP 5x2 pin connector for in-circuit programming with AVR-PG1, AVR-PG2, AVR-ISP500, AVR-ISP500-TINY, AVR-ISP500-ISO or other compatible to 10 pin ICSP layout
• JTAG 5x2 pin connector for in-circuit programming with AVR-JTAG, AVR-JTAG-USB or other compatible to 10 pin JTAG layout
• EXT extension connector for the unused AVR ports
• status LED
• reset IC ZM33064
• Quartz crystall oscilator circuit 8MHz
• DC-DC with input voltage 8-30VDC - this board can be powered from 24V industrial power supplies
• Power plug-in jack
• 4 optocoupler isolated inputs with screw terminals
• input status LEDs
• 4 relay outputs with 5A/250VAC contacts with screw terminals
• output status LEDs
• four mounting holes 3.3 mm (0.13")
• FR-4, 1.5 mm (0.062"), green soldermask, white silkscreen component print
• dimensions 80x100 mm (3.9 x 3.15")

FEATURES:

• MSP430FG439 microcontroller
• LCD display
• UEXT connector so it can be connected to other boards as heart beat monitor sensor board
• 3V lithium battery onboard connector
• Based on Texas Instruments application note SLAA280a
• JTAG connector for direct plug in MSP430 2x7 JTAG connector to provide power for the target board
• PCB: FR-4, 1.5 mm (0, 062"), red soldermask, white silkscreen component print
• Dimensions: 76.2x71.12 mm (3x2.8")

We have evaluated about dozen of different GPS receivers before selectiong this one and we found this to be the most sensitive and with the least power consumption of all devices we tested (Mstar, Skytraq etc), we found that SIRF STAR III chipset allow satelite tracking even withing buildings and with the only 38mA power consumption this device beats all other we have tested.

FEATURES:

• Built-in SiRF Star III chipset
• 200, 000 effective correlators for fast TTFF
• 20 channels All-In-View tracking
• Cold/Warm/Hot start time: 42/38/1 sec. (average)
• Reacquisition time: 0.1 sec.
• Superior sensitivity: -159dBm tracking
• Ultra low power design (38mA, typical)
• Frequency L1, 1575.42MHz
• C/A Code 1.023MHz chip rate
• Power DC 3.3 6V, typical 5V
• Internal Back-up battery 3.0V, 5.5mAh, Lithium battery
• Back-up Current 7A typ.
• Update Rate 1 Hz (max.)
• Accuracy Position 5 - 25m CEP without SA
• Velocity 0.1m/sec, without SA
• Time 1s synchronized to GPS time
• Altitude

• CS8900A-CQ3 Ethernet controller
• LAN transformer and RJ45 connector
• two status LEDs for LAN and LINK
• allows 8/16 bit data transfer and easy interface to any microcontroller
• supports interrupts
• 0.1" row pins header
• PCB: FR-4, 1.5 mm (0, 062"), green soldermask, white silkscreen component print
• space between the pin rows: 25.4 mm (1")

TheUART TO ETHmodule provides an easy way to communicate between UART and Ethernet, it can be configured via web page.

• M0 series 32-bit ARM processor, fast speed, high efficiency
• 10/100M Auto-MDI/MDIX ethernet interface, regardless of cross-over or straight-through cable
• Auto-reconnecting, provides a reliable TCP connection
• Supports time-out reboot (no-data reboot), configurable reboot time
• Flexible serial port data framing, allows kinds of customized packeting
• Baudrate configurable, from 600bps up to 460800bps, supports five parity check options: None, Odd, Even, Mark, Space
• Supports customized heartbeat packets, make sure the connection is truthful
• Supports customized registration packets, detect the connection status, customizable packet header, make the register packets with selected MAC address
• Supports customized web page, allows user to customize the module configuration page
• Supports RFC2217-like protocol, be able to communicate with devices whose serial setting (baudrate, data bit, etc.) may change
• Supports DNS domain name resolution, configurable DNS server
• Supports DHCP, auto-obtained IP or static IP
• Firmware is upgradable via the network
• Restore to factory settings via software and/or hardware
• Comes with default MAC address, which is customizable
• Available working modes: TCP Server, TCP Client, UDP Server, UDPClient, HTTPDClient
• Supported protocols: IP, TCP, UDP, ARP, ICMP, DHCP, DNS, HTTPD Client
• Configurable via web page, AT commands, serial protocol, and network protocol, provides configuration protocol which can be integrated to your own software
• Provided software: module configuration software, TCP/UDP testing tool, VCOM virtual serial port software
• Example code: host computer (socket ), VB, C++, Delphi, Android, iOS, etc.

TheRS485 Board (3.3V)is an accessory board used for adding the RS485 transceiver to your application board.

TheRS485 Board (3.3V)features a SP3485 onboard, integrates pinheaders and connectors to support multiple communication interfaces. It is designed to use 3.3V power supply.

SP3485, control interface, communication interfaces

The length of the cable is 80 cm. The unit does not include gel pads/gel electrodes. They have to be purchased separately

7-INCH LCD DISPLAY WITH RESISTIVE TOUCH SCREEN PANEL SUITABLE FOR OLIMEX OLINUXINO BOARDS

A 7" LCD display with a resistive touch screen component, compatible with Olimex A10, A13, A10s, A20 Allwinner development boards with either 0.1" or 0.05" LCD connector. Suitable for Linux and Android video output.

• Innolux 7" (480x800) AT070TN9X display with LED backlight
• Resistive touch screen panel
• 16 700 000 colors
• Anti-glare surface
• Two interface connectors: both 40 pin 0.1" pitch and 40 pin 0.05" pitch
• FR-4, 1.5 mm, red soldermask, component print
• Dimensions of the PCB:(165 x 100)mm (6.5 x 3.95)"
• Note that the cable to connect to your board is sold separately

NRF51822 Eval Kitis a development/evaluation kit designed for nRF51822, consists of the mother boardBLE400and the wireless moduleCore51822.

• Onboard battery holder, multi power supplies are available
• All the IOs are accessible for easy expansion
• Integrates CP2102 for debugging
• LEDs and user keys, compatible with other official boards, easy to use

GSM/GPRS/GPS Shieldis an Arduino shield based on the Quad-band GSM/GPRS/GPS module SIM908.

General

• Arduino connectivity, connects to Arduino Board directly
• NOKIA speaker & mic, supports hands-free phone talk
• Onboard CP2102 for easily debugging through USB interfere
• Onboard 74HC125, for time-shared controlling GSM and GPS port through single serial port
• Earphone insert detection & call vibration
• Quad-band 850/900/1800/1900MHz
• GPRS multi-slot class 10
• GPRS mobile station class B
• Compliant to GSM phase 2/2+
  • Class 4 (2 W @ 850/900 MHz)
  • Class 1 (1 W @ 1800/1900 MHz)
• Control via AT commands (GSM 07.07, 07.05 and SIMCom enhanced AT Commands)
• SIM application toolkit
• Supply voltage range :
  • GPRS: 3.2 4.8 V
  • GPS: 3.0 4.5V
• Operation temperature : -40 C to +85 C

SMS

• Point-to-point MO and MT
• SMS cell broadcast
• Text and PDU mode

Audio

• Tricodec
  • Half rate (HR)
  • Full rate (FR)
  • Enhanced Full rate (EFR)
• Hands-free operation
• Echo cancellation

GPRS

• GPRS class 8/10: max. 85.6 kbps (downlink)
• PBCCH support
• Coding schemes CS 1, 2, 3, 4
• PPP-stack

CSD

• CSD up to 14.4 kbps
• USSD
• Non transparent mode

GPS

• Receiver type
  • 42-channel
  • GPS L1 C/A code
  • High-performance STE engine
• Sensitivity
  • Tracking: -160 dBm
  • Cold starts : -143 dBm
• Time-To-First-Fix
  • Cold starts :30s (typ.)
  • Hot starts : 1s (typ.)
• Accuracy
  • Horizontal position :

ThePlatform Cable USBa USB compatible cable for in-circuit configuration and programming of all Xilinx devices. It is compatible with the original XILINXPlatform Cable USB.

• Performance
  • Using CY7C68013A+XC2C256 solution, fully compatible with the original XILINXPlatform Cable USB
  • Supports all Xilinx devices, FPGA configuration and PROM/CPLD programming
  • Supports JTAG, Slave-Serial and SPI
  • Interfaces to devices operating at 5V (TTL), 3.3V (LVCMOS), 2.5V, 1.8V and 1.5V
  • Selectable target clock frequency, supports software automatic frequency adjustment
• Supported Software
  • Xilinx ISE
  • iMPACT
  • ChipScope
• Supported Devices
  • All Xilinx devices, FPGA configuration and PROM/CPLD programming
• Connects to PC
  • Computer connection via USB interface
• Connects to target board
  • Target board connection via JTAG, Slave Serial, SPI interfaces. The figure below shows the header pinouts of

ARM Debugger is a debugger and programmer which supports the most popular ARM core MCUs including : ARM7/9/11, Cortex-M0/M3/M4, etc.

• Onboard self-recovery fuse, prevent any damage from short circuit
• 3.3V output, make it easy to debug/program the code
• Universal Micro USB interface
• Protected by heat-shrink tube
• Unique ID, supports multi devices to work together at the same time

• Debugging
  • Supports full-speed running, single step, breakpoints and so on. Check IO status, variable, etc.
  • Quick response through the USB2.0 interface
• Programming
  • Programs FLASH ROM, EEPROM, AFR, etc.
  • High speed SWD programming through the USB2.0 interface

• Keil MDK-ARM
• IAR EWARM
• J-Flash ARM
• CoIDE
• mikroC PRO for ARM
• nRFgo Studio (Version 1.15 OR before)

This is the new Arduino Uno R3. In addition to all the features of the previous board, the Uno now uses an ATmega16U2 instead of the 8U2 found on the Uno (or the FTDI found on previous generations). This allows for faster transfer rates and more memory. No drivers needed for Linux or Mac (inf file for Windows is needed and included in the Arduino IDE), and the ability to have the Uno show up as a keyboard, mouse, joystick, etc.

The Uno R3 also adds SDA and SCL pins next to the AREF. In addition, there are two new pins placed near the RESET pin. One is the IOREF that allow the shields to adapt to the voltage provided from the board. The other is a not connected and is reserved for future purposes. The Uno R3 works with all existing shields but can adapt to new shields which use these additional pins.

Arduino is an open-source physical computing platform based on a simple i/o board and a development environment that implements theProcessing/Wiringlanguage. Arduino can be used to develop stand-alone interactive objects or can be connected to software on your computer (e.g. Flash, Processing, MaxMSP). The open-source IDE can be downloaded for free (currently for Mac OS X, Windows, and Linux).

Note:The Arduino Uno R3 requires theArduino 1.0drivers folder in order to install properly on some computers. We have tested and confirmed that the R3 can be programmed in older versions of the IDE. However, the first time using the R3 on a new computer, you will need to have Arduino 1.0 installed on that machine. If you are interested in reading more about the changes to the IDE, check out the officialArduino 1.0 Release notes!

Features:

• ATmega328 microcontroller
• Input voltage - 7-12V
• 14 Digital I/O Pins (6 PWM outputs)
• 6 Analog Inputs
• 32k Flash Memory
• 16Mhz Clock Speed

Accessory Shield Overview

Accessory Shield integrates common used accessories/components listed as follows :

• Joystick (5 directions)
• Adjustable potentiometer
• Buzzer
• RGB LED
• Temperature sensor
• 3-axis digital accelerometer
• High precision RTC
• 0.96inch OLED
• XBee interface

Features

• Arduino standard interfaces, compatible with Arduino boards like Arduino UNO, Leonardo, NUCLEO, XNUCLEO
• Easy to use, comes with underlying function libraries for all of the onboard accessories, just call the related function
• Onboard XBee interface, supports connecting XBee wireless modules for remote communication

1. Arduino expansion headers :for connecting with an Arduino board
2. XBee connectors :connecting XBee wireless modules
3. 0.96inch OLED :12864 resolution
4. RGB LED :256256256 colors
5. Buzzer :controlled by PWM, capable of playing simple music
6. 10K adjustable potentiometer
7. ADXL345 :3-axis digital accelerometer, measuring range up to 16g
8. LM75BDP :temperature sensor, resolution up to 0.125
9. Joystick :5 directions
10. XBee module state indicator
11. Power indicator
12. XBee moduleEASYLINKbutton
13. XBee module andArduinoRESET button
14. DS3231 :high precision RTC chip
15. CR1220 battery holder :for RTC battery
16. P9813 :RGB LED driver
17. Debugging/Communication selection jumper
    • when connecting TXD and TX, RXD and RX respectively, it's able todebug/configthe XBee module through Arduino board serial port by using host computer software
    • when connecting TXD and RX, RXD and TX respectively, it's able tocommunicate withthe XBee module through Arduino board serial port