NXP: LPCXpresso Base Board (OM11083) for NXP LPC1xxx Family from Embedded Artists

Oliver — Sun, 27 Oct 2013 06:58:17 GMT

Current Revision posted to Documents by Oliver on 10/27/2013 6:58:17 AM

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Development Tools

Kit Overview

The LPCXpresso Base BoardLPCXpresso Base Board makes it possible for you to get started with experiments and prototyping immediately. It is designed for the LPCXpresso Board (with multiple targets LPC176xLPC176x, LPC1343LPC1343, LPC1227LPC1227, LPC11C24LPC11C24, LPC11U14LPC11U14, LPC1114LPC1114, and more to come) and the mbed module from NXP. Note that the LPCXpresso Base BoardLPCXpresso Base Board is delivered with two pin lists. These pin lists must be soldered onto the LPCXpresso target board before it can be used with the LPCXpresso Base Board. The LPCXpresso Base Board can also be used together with the mbed module. The mbed module already has pin lists, so no special preparation is needed for this module.

The board has been design in cooperation with several Universities in order to also be suitable for training and education situations. The many on-board peripherals easy your learning curve and speed up your program development. Those peripherals include accelerometer, I2C-EEPROM, SPI-Flash, 5-key Joystick, 7-segment Display, Light Sensor, OLED Display (including simple Graphics Library, PCA9532 (LEDs), RGB LED, Rotary Switch, Temperature Sensor, UART2 (I2C/SPI to UART, SC16IS752IPW,112SC16IS752IPW,112).

The following LPCXpresso Boards can be plug into this Base Board directly. For more information about LPXpresso Boards,

Part Number	Supported LPC MCUs	Description
OM11049OM11049	LPC1114/302	LPCXpresso development board for LPC1114/302
OM13014OM13014	LPC11U14	LPCXpresso development board for LPC11U14
OM13012OM13012	LPC11C24	LPCXpresso development board for LPC11C24
OM13035OM13035	LPC1115	LPCXpresso development board for LPC1115
OM13008OM13008	LPC1227	LPCXpresso development board for LPC1227
OM11048OM11048	LPC1343FBD48,151LPC1343FBD48,151	LPCXpresso development board for LPC1343FBD48,151LPC1343FBD48,151
OM13000OM13000	LPC1769FBD100,551LPC1769FBD100,551	LPCXpresso development board for LPC1769FBD100,551LPC1769FBD100,551

Key Applications: Consumer peripherals, Handheld scanners, Medical, USB Audio Devices, Industrial control, etc.

More Development Kits and Tools
	Other NXP Development Kits		NXP Overview
	Development Platforms & Kits		element14 Knode

Development Tools

Supplied Development Tools

Type	Description
	LPCXpresso IDE: Includes best-in-class C programming environment with advanced features such as syntax highlighting, code folding, click-through links to definitions and declarations. The optimized GCC compiler and C libraries for the Cortex-M0 enables users to develop high-quality software solutions quickly and cost-effectively. The IDE features several LPC-specific enhancements and is simplified for 8/16 bit users with NXP’s proprietary interface which employs a single perspective view, enabling a seamless interconnect between code development & debugging. The latest version of the IDE is always downloaded from the LPCXpresso website.
	LPC-Link Debugger: The LPC-Link is equipped with a 10-pin JTAG header, and it seamlessly connects to a target via USB (the USB interface and other debug features are provided by NXP's ARM9 based LPC3154 MCU). Cutting the traces between the LPC-link and the target will make the LPC-Link a stand-alone JTAG debugger. This enables the LPCXpresso platform to be connected to an external target and used to develop for a wide variety of NXP's Cortex-M0, Cortex-M3, and ARM7/9 based applications.The LPC-Link debug probe can also be disconnected from the target and used directly with the customer’s own design using the on-board 10-pin JTAG/SWD header. The LPC-Link uses the LPC3154 as an ARM9-based debug engine, providing an HS USB interface for accelerated code download and faster debugging experience.

Type

Description

LPCXpresso IDE: Includes best-in-class C programming environment with advanced features such as syntax highlighting, code folding, click-through links to definitions and declarations. The optimized GCC compiler and C libraries for the Cortex-M0 enables users to develop high-quality software solutions quickly and cost-effectively. The IDE features several LPC-specific enhancements and is simplified for 8/16 bit users with NXP’s proprietary interface which employs a single perspective view, enabling a seamless interconnect between code development & debugging. The latest version of the IDE is always downloaded from the LPCXpresso website.

LPC-Link Debugger: The LPC-Link is equipped with a 10-pin JTAG header, and it seamlessly connects to a target via USB (the USB interface and other debug features are provided by NXP's ARM9 based LPC3154 MCU). Cutting the traces between the LPC-link and the target will make the LPC-Link a stand-alone JTAG debugger. This enables the LPCXpresso platform to be connected to an external target and used to develop for a wide variety of NXP's Cortex-M0, Cortex-M3, and ARM7/9 based applications.The LPC-Link debug probe can also be disconnected from the target and used directly with the customer’s own design using the on-board 10-pin JTAG/SWD header. The LPC-Link uses the LPC3154 as an ARM9-based debug engine, providing an HS USB interface for accelerated code download and faster debugging experience.

Aditional - Software Development Tools:

Tool Type	Supplier	MPN	Supported Family	Description
IDE	ARM	Keil MDK-ARM	ARM Cortex™-M / Cortex-R4 / ARM7™ / ARM9™	The MDK-ARM is a complete software development environment for Cortex™-M, Cortex-R4, ARM7™ and ARM9™ processor-based devices. MDK-ARM is specifically designed for microcontroller applications, it is easy to learn and use, yet powerful enough for the most demanding embedded applications. Learn More
IDE	Embest	CoIDE	ARM Cortex™-M	CooCox offer freely available powerful software development tool for ARM Cortex-M3 & Cortex-M0 based microcontrollers. Coocox Tools organizes and provides the knowledge required by developers. Learn More
RTOS	Embest	CoOS	ARM Cortex™-M	CoOS is a free and open RTOS from CooCox, designed specifically for Cortex-M processor, supports preemptive priority and round-robin, Semaphore, Mutex, Flag, Mailbox and Queue for communication & synchronization, highly scalable, minimum system kernel is only 974Bytes, supports interrupt while task switching, supports stack overflow detection, supports the platforms of ICCARM, ARMCC, GCC. Learn More

Aditional - Hardware Development Tools:

Tool Type	Supplier	MPN	Supported Family	Description
Emulator / Debugger / Programmer	ARM	ULINK2ULINK2	ARM Cortex™-M / ARM7™ / ARM9™	ULINK2 Debug Adapter
Emulator / Debugger / Programmer	ARM	ULINKProULINKPro	ARM Cortex™-M / ARM7™ / ARM9™	ULINKpro Debug and Trace Unit
Emulator	Segger	J-LinkJ-Link	ARM Cortex™-M / Cortex-R4 / Cortex-A / ARM7™ / ARM9™	JTAG/SWD Emulator with USB interface
Programmer	Segger	Flasher ARMFlasher ARM	ARM Cortex™-M / Cortex-R4 / Cortex-A / ARM7™ / ARM9™	Flash Programmer for ARM and Cortex cores
Debugger	Embest	ColinkExColinkEx	ARM Cortex™-M	ARM Cortex-M MCU JTAG Hardware Debugging Probe which supports in CooCox software and Keil Realview MDK

Technical Documents

Learning Center

Type	Description
User Manual	NXP: LPC11U1x User manual
Product Brief	NXP: Cortex-M microcontroller brochure
Product Brief	NXP: Low-cost development platform
Product Brief	NXP: Errata sheet LPC11U1x
Product Brief	NXP: Low-cost Cortex-M0 USB solutions with Smart Card interface
Datasheet	NXP: LPC11U1x Data Sheet
Application Note	NXP: AN11115 - USB Audio and USB CDC with FFT for LPC11U14
Application Note	NXP: AN11121 - USB CCID class smart card reader using LPCXpresso LPC11U14
Application Note	NXP: AN11208 - NXP LPC Cortex-M0 IEC60335 Class B library

Design Elements

Type	Description
Reference Design	NXP: Software for LPC11Uxx
Reference Design	NXP: LPCXpresso11U14_usbhid
Reference Design	NXP: LPCXpresso11U14_systick

Video

Video 1	Video 2
www.youtube.com/watch	www.youtube.com/watch

Kit Features

Common features
- Socket for LPCXpresso and mbed module
- 50 pin expansion dual row pin list connector (male, 100mil pitch) for simple connection external designs and to a logic analyzer
- 50 pin expansion dual row header connector (female, 100mil pitch) for simple connection to breadboard
- Battery powering (small coin battery)
- USB interface
- Reset pushbutton
Digital IO
- RGB-LED (can be PWM controlled)
- 5-key joystick switch
- 2 pushbuttons, one for activating target mcu on-chip bootloader
- Rotary switch with quadrature encoding (timer capture)
- Temperature sensor with PWM output (timer capture)
Analog IO
- Trimming potentiometer input (analog input)
- PWM to analog LP-filtering (PWM output and analog input)
- Speaker output (PWM output)
- Oscilloscope probe inout stage
Serial bus - SPI
- Shift register driving 7-segment LED
- SD/MMC memory card interface
- Dataflash SPI-NOR flash
Serial bus - I2C
- PCA9532PCA9532 port expander connected to 16 LEDs
- 8kbit E2PROM
- MMA7455LMMA7455L accelerometer with I2C interface
- Light sensor
Serial bus - I2C/SPI shared
- SC16IS752IPW,112SC16IS752IPW,112 - I2C/SPI to 2xUART bridge; connected to RS232 full-modem interface and one expansion UART
- 96x64 pixel white OLED (alternative I2C/SPI interface)
Serial bus - UART
- USB-to-serial bridge, with functionality for automatic ISP activation (note: no such support for LPC176x and mbed)
- RS422/485 interface
- Interface socket for XBee RF-module
Specific mbed module support
- CAN bus interface (can be simulated with LPCXpresso)
- Ethernet RJ45 connector with integrated magnetic
Dimensions
- 150 x 180 mm
Power
- Powered via USB (+5V)

Kit Contents

LPCXpresso Base BoardLPCXpresso Base Board
USB mini-B to A cable

Tags: lpcxpress_base_board, om11083, ea_base_board