Features:
- Stackable daughter board LPC2129
- On board debugging JTAG Option
- USB onboard programming
- 8 interfacing LED’s.
- 1 * 4 interfacing keys.
- 4* 4 interfacing keypad matrix.
- Two channel RS232 port for communication.
- 3 ADC potentiometer input interface..
- 16X2 LCD interface.
- 46 general purpose IO
- On Board Power supply 3.3V,5V 12V,GND.
- 8 pin DIP switches.
- On board voltage level converter
- Board enabled with the header for stacking the Xbee product.
- Board enabled with the header for Stacking the Arduino shields.
- ON board Micro SD card
- ON/OFF slide switch.
- RDL bus.
- External jumper nodes.
- ON board 2 channel CAN interface.
- Reset button.
- Power plug-in DC Socket.
- Power supply indicator LED.
- Test led for Tx, Rx.
- 4 digit 7Seg Multiplexed Display.
- FT232RL USB communication.
1. Power supply.
2. Power ON switch
3. USB Programming port **
4. XBEE footprint/ XBEE Adaptor module
5. DC 3.3V connectors
6. TX and RX LED’s
7. DB-9 serial female connector-1
8. 8x1 LED’s
9. DB-9 serial female connector-2
10. Buzzer
11. Variable resistor POT
12. Micro SD memory card connector**
13. ARM in built USB port
14. CAN bus.
15. 4x1 Keypad
16. 8 way DIP switch
17. 16x2 LCD connectors
18. Node connector
19. 4x4 Keypad matrix
20. Bi-Directional Voltage Level Converter (3.3V-5V)
21. ARM LPC 2129
22. RDL Bus Connector
23. RDL Bus FRC Connector
24. GND Pin Outs
25. 4x1 7 Segment display
26. JTAG Programmer
27. Stackable header for Arduino Shields.
28. Program/Run Mode selector
29. DC 12V,5V,GND connectors.
*Optional
** SD card holder and mini USB port are placed at the bottom of the PCB.
Scope of Learning Experiments:
- LED blinking.
- 8 bit LED Left shift, Right shift and counting operation.
- 1X4 Keypad interfacing.
- 16X2 LCD interfacing.
- 4X4 Keypad interfacing.
- 3 Channel ADC interfacing.
- PWM interfacing with LED.
- 8 bit DIP switch interfacing.
- Buzzer interfacing.
- 7 Segment interfacing.
- Motor and Stepper motor interfacing.
- UART RS232 serial communication.
- RTC I2C protocol interfacing.
- CAN protocol implantation*.
- Micro SD CARD interface.
- RF/WiFi XBEE interfacing*
- SPI protocol interfacing with RDL product.
- Arduino GSM/GPRS shield interfacing*
*Existing module, Can enabled for LPC2129 .
Stackable Arduino shields:




- ARM Development Board-LPC2129 + LCD + Mini USB Cable
- Datasheet (ARM Development Board LPC2129)
- Program Guide (ARM Development Board LPC2129)
- Software (ARM Development Board LPC2129)
- Circuit Diagram (ARM Development Board LPC2129)
- Code (LED Blink)
- Code (7 Segment)
- Code (UART)
- Code (Keypad)
- Code (LCD)
- Code (ADC)
Customers who bought this product also commonly purchased the following combination of items.
- This Item: ARM Development Board-LPC2129 With CAN Protocol
-
dsPIC Development Board
-
Graphical LCD Interfacing Board
-
PIC Development Board
-
12V-2A DC Adapter
-
Total Price ₹15,543.00
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Out of stock
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Out of stock
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Out of stock
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Out of stock
Questions:
-
0voteA:
Dear Sir,
Please use the Keil ID4 complier to program LPC2148
Posted byon Saturday, 26 September 2015
-
0voteA:
Dear Sir,
You cannot program through serial port , you need touse Mini USB cable for programming purpose,
Kindly download the driver from below given link,
http://www.ftdichip.com/Drivers/VCP.htm
Also refer the below video link,
https://youtu.be/eyoey66EU9wPosted byon Friday, 21 August 2015
-
0voteA:
Dear Customer
Kindly download the driver from below given link,
http://www.ftdichip.com/Drivers/VCP.htm
Also refer the below video link,
https://youtu.be/eyoey66EU9w
Posted byon Friday, 21 August 2015
-
0voteA:
Dear Sir,
Please go through the below image, and follow the steps
1.Connect the MINI USB , make sure DIP switch is ON :
2.Go-To device manager check the comport selcted for ARM Development board mini USB:
3.Open Flash Magic tool, select the appropriate COM port, set the Baud rate to less than or equal to 38400 bps, select device as LPC2148, interface as 'None (ISP)' and oscillator frequency as 12MHz.Click on 'Verify after programming' :
4:In Auto mode under the 'Options' tab select 'Advanced options'. In this under 'Hardware Config' tab make sure the options 'Use DTR and RTS to control RTS and P0.14' and 'Keep RTS asserted while COM port open' are checked. The values of T1 and T2 are set to 100ms and 200ms by default.
5:Browse the HEX File :
6:Click on start button :
Posted byon Thursday, 20 August 2015