Mini ARM Board-LPC2129 Breadboard Compatible

Quick Overview:
LPC2129 is a single-chip 32-bit microcontroller with 256KB on-chip Flash ROM with In-System Programming (ISP) and In-Application Programming (IAP) 16KB RAM having Real Time Clock, Watchdog Timer, General purpose I/O pins. CPU clock up to 60 MHz, On-chip crystal oscillator and On-chip PLL. This IC also supports Interrupt Controller, 2 SPI serial interfaces, Two UARTs, I2C serial interface, PWM unit with up to 6 PWM outputs, Two timers (7 capture/compare channels),  4-channels 10bit ADC, 2 CAN channels. 

Features:

• Includes NXP LPC 2129 Microcontroller.
• On Board Power LED Indicator.
• On Board 12 MHz Crystal Oscillator. 
• On Board 3.3V Regulator.
• On Board 1.8V Regulator.
• All Port Pins available at Berge Strip.
• Includes FT232 Breakout Board.

For Sample Codes , Schematic & Tutorials CLICK HERE

ARM Development Board-LPC2148

Quick Overview:
LPC2148 is a single-chip 32-bit RISC Microcontroller with 512KB on-chip Flash ROM with In-System Programming (ISP) and In-Application Programming (IAP) 32KB RAM having Interrupt Controller, Two 10bit ADCs with 14 channels, USB 2.0 Full Speed Device Controller, Two UARTs, one with full modem interface. Two I2C serial interfaces, Two SPI serial interfaces Two 32-bit timers, Watchdog Timer, PWM unit, Real Time Clock with optional battery backup, Brown out detect circuit General purpose I/O pins. CPU clock up to 60 MHz, On-chip crystal oscillator and On-chip PLL.

1.  Power supply, 5V-9V

2. Power ON switch  

3.  USB Programming port **

4.  DC 3.3V connectors

5.  ARM in built USB port

6.  DB-9 serial female connector-1

7.  DB-9 serial female connector-2

8. Micro SD memory card connector **

9.  Node connector

10. Variable resistor POT

11. CAN bus*

12. 4x1 Keypad

13. 16x2 LCD connectors

14. Node connector

15. 4x4 Keypad matrix

16. 8 way DIP switch

17. Bi-Directional Voltage Level Converter (3.3V-5V)

18. 8x1 LED’s

19. 52 Pin female header for mounting different ARM processors

20. ARM LPC 2148

21. USB to TTL FT232 external connector

22. 4x1 7 Segment display

23. External I2C bus connector

24. Node connectors

25. Stackable header for Arduino Shields.

26. 26 pin raspberry connector.

27. Program/Run Mode selector

28. External SPI bus connector

Features:

• High quality ARM development board.
• Power supply, 9V-12V
• 52 pin Female burg connector for various Arm controller mount.
• I2C bus.
• USB-FT232 Driver.
• Node connectors
• 4x1  7 segment display
• Raspberry Pi expansion connectors.
• Stackable Arduino shields.
• ON/OFF slide switch.
• SPI bus
• DC 3.3V connectors
• DC 5V connectors
• 2- DB-9 (serial) female connector.
• External jumper nodes.
• The MAX232 chip RS232 communication.
• All IO ports pin have extraction and clearly marked.
• On Board Power supply 3.3V,5V,GND.
• On board ISP Programmer.
• 8x1 LED’s
• 8 way DIP switch
• Micro SD memory card slot
• 2- CAN busses
• 6 Channel 5V to 3.3V Bi-directional level converter
• 3 Analog potentiometer.
• 4x1 keypad.
• Reset button.
• 16x2 LCD connectors
• 4x4 Matrix Keypad
• Power plug-in DC Socket.
• Test led for Tx, Rx.
• Power ON switch.
• All IO’s are connected by brug stripps for easy connection.

For Sample Codes , schematics & Tutorials CLICK HERE 

ARM Development Board-LPC2129

Quick Overview:
LPC2129 is a single-chip 32-bit microcontroller with 256KB on-chip Flash ROM with In-System Programming (ISP) and In-Application Programming (IAP) 16KB RAM having Real Time Clock, Watchdog Timer, General purpose I/O pins. CPU clock up to 60 MHz, On-chip crystal oscillator and On-chip PLL. This IC also supports Interrupt Controller, 2 SPI serial interfaces, Two UARTs, I2C serial interface, PWM unit with up to 6 PWM outputs, Two timers (7 capture/compare channels),  4-channels 10bit ADC, 2 CAN channels.

1.  Power supply, 5V-9V

2. Power ON switch  

3.  USB Programming port **

4.  DC 3.3V connectors

5.  ARM in built USB port

6.  DB-9 serial female connector-1

7.  DB-9 serial female connector-2

8. Micro SD memory card connector **

9.  Node connector

10. Variable resistor POT

11. CAN bus*

12. 4x1 Keypad

13. 16x2 LCD connectors

14. Node connector

15. 4x4 Keypad matrix

16. 8 way DIP switch

17. Bi-Directional Voltage Level Converter (3.3V-5V)

18. 8x1 LED’s

19. 52 Pin female header for mounting different ARM processors

20. ARM LPC 2129

21. USB to TTL FT232 external connector

22. 4x1 7 Segment display

23. External I2C bus connector

24. Node connectors

25. Stackable header for Arduino Shields.

26. 26 pin raspberry connector.

27. Program/Run Mode selector

28. External SPI bus connector

Features :

• High quality ARM development board.
• Power supply, 9V-12V
• 52 pin Female burg connector for various Arm controller mount.
• I2C bus.
• USB-FT232 Driver.
• Node connectors
• 4x1  7 segment display
• Raspberry Pi expansion connectors.
• Stackable Arduino shields.
• ON/OFF slide switch.
• SPI bus
• DC 3.3V connectors
• DC 5V connectors
• 2- DB-9 (serial) female connector.
• External jumper nodes.
• The MAX232 chip RS232 communication.
• All IO ports pin have extraction and clearly marked.
• On Board Power supply 3.3V,5V,GND.
• On board ISP Programmer.
• 8x1 LED’s
• 8 way DIP switch
• Micro SD memory card slot.
• 6 Channel 5V to 3.3V Bi-directional level converter
• 3 Analog potentiometer.
• 4x1 keypad.
• Reset button.
• 16x2 LCD connectors.
• 4x4 Matrix Keypad.
• Power plug-in DC Socket.
• Test led for Tx, Rx.
• Power ON switch.
• All IO’s are connected by brug stripps for easy connection.

For Sample codes, Schematics & Tutorials CLICK HERE

 

PIC Development Board- USB

Quick Overview : 
PICs are popular with both industrial developers and hobbyists alike due to their low cost, wide availability, large user base, extensive collection of application notes, availability of low cost or free development tools, and serial programming (and re-programming with flash memory) capability. They are also commonly used in educational programming.

1.  Power supply, 5V-12V

2.  40 pin ZIF socket for IC mount.

3.  ISP connector.

4.  Reset

5.  Node connector

6.  4x1  7 segment display

7.  26 pin raspberry connector

8.  Arduino Shield footprint

9.  ULN 2803 driver

10. I2C bus

11. SPI bus

12. XBEE footprint/ XBEE Adaptor module

13. FT232 breakout board connector

14. DC 3.3V connectors

15. DB-9 female connector

16. 8x1 LED’s

17. 8 way DIP switch

18. RTC Module

19. EEPROM

20. 2x5x2 jumper node.

21. DC 5V connectors

22. 3 Pot for Analog Variation.

23. 4x1 keypad

24. 16x2 LCD connectors

25. Node connector 

26. 4x4 Matrix Keypad

27. DC 12V connectors

28. Power ON switch

Features :

• High quality PIC microcontroller development board.
• The DIP40 locking device, easy to remove the PIC microcontroller for reuse.
• USB-FT232 Driver.
• 8 independent LED.
• 1 * 4 independent keys.
• 4* 4 keypad matrix.
• RTC DS1307 with battery connector
• AT24C02 I2C external memory.
• I2C EEPROM Interfaces
• The MAX232 chip RS232 communication.
• 3 ADC potentiometer input conversion.
• 16X2 LCD interface (character display).
• All IO ports pin have extraction and clearly marked.
• On Board Power supply 3.3V,5V 12V,GND.
• 8 pin DIP switches.
• 3 ADC potentiometers.
• RS232 Connector.
• On board ISP Programmer.
• The board also has inbuilt Xbee footprint.
• Stackable Arduino shields.
• Raspberry Pi expansion connectors.
• ON/OFF slide switch.
• I2C bus.
• SPI Bus.
• FT232 Breakout board connector.
• External jumper nodes.
• Board is equipped with LCD 2x16 connector 
• Quartz crystal 20 MHz.
• ULN 2803 To drive Stepper Motor& Relays.
• Reset button.
• Power plug-in DC Socket.
• Power supply indicator LED.
• Test led for Tx, Rx.
• 4 digit 7Seg Multiplexed Display.
• Pin outs for 12V,5V,3.3V,GND.
• All IO’s are connected by brug stripps for easy connection.    

For Sample codes, Schematics & Tutorials CLICK HERE

PIC Development Board

Quick Review : 

PICs are popular with both industrial developers and hobbyists alike due to their low cost, wide availability, large user base, extensive collection of application notes, availability of low cost or free development tools, and serial programming (and re-programming with flash memory) capability. They are also commonly used in educational programming .

1.  Power supply, 5V-12V

2.  40 pin ZIF socket for IC mount.

3.  ISP connector.

4.  Reset

5.  Node connector

6.  4x1  7 segment display

7.  26 pin raspberry connector

8.  Arduino Shield footprint

9.  ULN 2803 driver

10. I2C bus

11. SPI bus

12. XBEE footprint/ XBEE Adaptor module

13. FT232 breakout board connector

14. DC 3.3V connectors

15. DB-9 female connector

16. 8x1 LED’s

17. 8 way DIP switch

18. RTC Module

19. EEPROM

20. 2x5x2 jumper node.

21. DC 5V connectors

22. 3 Pot for Analog Variation.

23. 4x1 keypad

24. 16x2 LCD connectors

25. Node connector 

26. 4x4 Matrix Keypad

27. DC 12V connectors

28. Power ON switch

Features :

High quality PIC microcontroller development board.

The DIP40 locking device, easy to remove the PIC microcontroller for reuse.

8 independent LED.

1 * 4 independent keys.

4* 4 keypad matrix.

RTC DS1307 with battery connector

AT24C02 I2C external memory.

I2C EEPROM Interfaces

The MAX232 chip RS232 communication.

3 ADC potentiometer input conversion.

16X2 LCD interface (character display).

All IO ports pin have extraction and clearly marked.

On Board Power supply 3.3V,5V 12V,GND.

8 pin DIP switches.

3 ADC potentiometers.

RS232 Connector.

On board ISP Programmer.

The board also has inbuilt Xbee footprint.

Stackable Arduino shields.

Raspberry Pi expansion connectors.

ON/OFF slide switch.

I2C bus.

SPI Bus.

FT232 Breakout board connector.

External jumper nodes.

Board is equipped with LCD 2x16 connector 

Quartz crystal 20 MHz.

ULN 2803 To drive Stepper Motor& Relays.

Reset button.

Power plug-in DC Socket.

Power supply indicator LED.

Test led for Tx, Rx.

4 digit 7Seg Multiplexed Display.

Pin outs for 12V,5V,3.3V,GND.

All IO’s are connected by brug stripps for easy connection.

For Sample codes , Schematics & Tutorials  CLICK HERE

Serial EEPROM Board

Quick Overview :
The AT24CXX EEPROM Board is a storage tool for EEPROM with I2C interface, It is a non-volatile memory module

Features :

• Highly reliable.
• High performance CMOS technology serial 4K EEPROM in DIP packaging.
• It offers significant advantages in low-power and low-voltage applications.
• The 24C04 EEPROM uses the I²C addressing protocol.
• Wide operating volatge  3.0 - 5.5v.
• Outputs are provided through 5 pin Connector.

For More Details , Sample Codes & Tutorials CLICK HERE

GSM GPRS SIM900A Modem-Compatible for Arduino

Quick Overview : 
This is a very low cost and simple Arduino GSM and GPRS shield. We use the module SIMCom SIM900A.


The Shield connects your Arduino to the internet using the GPRS wireless network. Just plug this module onto your Arduino board, plug in a SIM card from an operator offering GPRS coverage and follow a few simple instructions to start controlling your world through the internet.

Features : 

• Dual-Band GSM/GPRS 900/ 1800 MHz
• TTL data(RX,TX,GND).
• ESD Compliance.
• SMA connector with GSM Antenna 
• SIM Card holder.
• Configurable baud rate
• Inbuilt Powerful TCP/IP protocol stack for internet data transfer over GPRS.
• Stackable interfaces.
• Power requirements : It is recommended that your Arduino  board be powered with an external power supply.
• Package Includes: GSM Modem Shield.

Applications : 

• Industrial automation.
• GPRS based data logging.
• GPRS and GPS application.
• Home automation.
• Health monitoring. 
• Agriculture automation.
• Vehicle tracking.
• Remote monitoring and controlling.
• GPRS based Weather report logging. 
• GSM GPRS based Security alert. 
• GPRS based remote terminal for file transfer.
• IVRS.
• Bulksms sending.

For More Details , Sample codes & Tutorials CLICK HERE