Embedded Artists LPC11U35 User manual

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LPC11U35 QuickStart Board - User’s Guide
Copyright 2012 © Embedded Artists AB
EA2-USG-1205 Rev A
LPC11U35 QuickStart Board
User’s Guide
Get Up-and-Running Quickly and
Start Developing Your Applications On Day 1!

LPC11U35 QuickStart Board - User’s Guide
Page 2
Copyright 2012 © Embedded Artists AB
Embedded Artists AB
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SE-211 45 Malmö
Sweden
[e-mail]
http://www.EmbeddedArtists.com
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LPC11U35 QuickStart Board - User’s Guide
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Copyright 2012 © Embedded Artists AB
Table of Contents
1Document Revision History 4
2Introduction 5
2.1 Features 5
2.2 ESD and Handling Precaution 5
2.3 General Handling Care 6
2.4 Code Read Protection 6
2.5 CE Assessment 6
2.6 Other Products from Embedded Artists 6
2.6.1 Design and Production Services 6
2.6.2 OEM / Education / QuickStart Boards and Kits 7
3Schematic 8
3.1 Powering 8
3.2 LPC11U35 MCU 8
3.3 Reset Generation 8
3.4 LED on PIO0_7 8
3.5 USB Interface 8
3.6 Bootload Enable Push-button 9
3.7 SWD interface 9
3.8 Expansion Connectors 10
3.9 Usage of MCU Pins 11
4Physical Design 13
4.1 Main Components 13
4.2 Mechanical Dimensions 14
5Getting Started 15
5.1 SWD Interface 15
5.2 Activate LPC11U35 ISP Mode 16
5.2.1 USB-ISP Mode 16
6Further Information 20

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Copyright 2012 © Embedded Artists AB
1 Document Revision History
Revision
Date
Description
PA1
2012-06-18
First draft.

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Copyright 2012 © Embedded Artists AB
2 Introduction
Thank you for buying Embedded Artists’ LPC11U35 QuickStart Board based on NXP’s LPC11U35
ARM Cortex-M0 microcontroller.
This document is a User’s Guide that describes the LPC11U35 QuickStart Board hardware design.
2.1 Features
Embedded Artists’LPC11U35 QuickStart Board with NXP’s LPC11U35 microcontroller lets you get up-
and-running quickly. The small sized board offers many features that ease your learning curve and
speed up your program development. The features of the LPC11U35 QuickStart Board are:
NXP's LPC11U35 ARM Cortex-M0 microcontroller in 33-pin HVQFN package, with 10 KByte
internal SRAM, 64 Kbyte internal FLASH and 4Kbyte internal EEPROM.
12.0000 MHz crystal for maximum execution speed and standard serial bit rates, including
USB requirements. The LPC11U35 runs at frequencies up to 50 MHz.
On-board USB Device interface
Mini-B USB connector on-board
USB connect circuit with LED signaling
Proper ESD protection
All LPC11U35 pins available on expansion connector (dual 15 pos, 100 mil/2.54 mm pitch
rows, 700 mil/17.78 mm apart).
Expansion connectors has DIP30 structure, suitable for breadboard prototyping
Flexible powering, with on-board 150mA 3.3V voltage regulator
Can be powered from USB connector or an external +5V supply
Onboard reset generation
Reset push button
Push button for enabling Bootloader mode of the LPC11U35
LED on pin PIO0_7
SWD/JTAG connector
2x5 pos, 50 mil/1.27 mm pitch, standard SWD/JTAG connector
Compact size: 22 x 40 mm (22 x 41 mm incl. USB connector)
Four layer PCB design for best noise immunity
2.2 ESD and Handling Precaution
Please note that the LPC11U35 QuickStart Board come without any case/box and all
components are exposed for finger touches –and therefore extra attention must be
paid to ESD (Electro-Static Discharge) precaution.
Make it a habit to always first touch the metal surface of the USB connectors
for a few seconds with both hands before touching any other parts of the
boards. That way, you will have the same electrical potential as the board and
therefore minimize the risk for ESD damages.
In general, touch as little as possible directly on the LPC11U35 QuickStart Board. The push buttons on
the LPC11U35 QuickStart Board have grounded shield to minimize the effect of ESD.

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Copyright 2012 © Embedded Artists AB
Note that Embedded Artists does not replace boards that have been damaged by ESD.
2.3 General Handling Care
Handle the LPC11U35 QuickStart Board with care. The board is not mounted in a protective case/box
and is not designed for rough physical handling. The USB connector can ware out after excessive use.
The board is mainly designed for evaluation and prototyping use.
2.4 Code Read Protection
The LPC11U35 has a Code Read Protection function (specifically CRP3, see LPC11U35
datasheet/user’s manual for details) that, if enabled, will make the LPC11U35 impossible to reprogram
(unless the user program has implemented such functionality).
Note that Embedded Artists does not replace boards where the LPC11U35 has CRP3 enabled.
It’s the user’s responsibility to not invoke this mode by accident.
2.5 CE Assessment
The LPC11U35 QuickStart Board is CE marked. See separate CE Declaration of Conformity
document.
The LPC11U35 QuickStart Board is a class B product.
EMC emission test has been performed on the LPC11U35 QuickStart Board. The USB interface has
been in use and also powered the device during the test. General expansion connectors where internal
signals are made available have been left unconnected. Connecting other devices to the product via
the general expansion connectors may alter EMC emission. It is the user’s responsibility to make sure
EMC emission limits are not exceeded when connecting other devices to the general expansion
connectors of the LPC11U35 QuickStart Board.
Due to the nature of the LPC11U35 QuickStart Board –a prototype and evaluation board –fast
transient immunity tests and conducted radio-frequency immunity tests have not been executed.
Externally connected cables are assumed to be less than 3 meters. The general expansion connectors
where internal signals are made available do not have any other ESD protection than from the chip
themselves. Observe ESD precaution.
Note that the LPC11U35 QuickStart Board can also be considered to be a component if integrated into
another product. The CE mark on the LPC11U35 QuickStart Board cannot be extended to include the
new (user created) product. It is the user’s responsibility to make sure EMC emission limits are not
exceeded and CE mark the final product.
2.6 Other Products from Embedded Artists
Embedded Artists have a broad range of LPC1000/2000/3000/4000 based boards that are very low
cost and developed for prototyping / development as well as for OEM applications. Modifications for
OEM applications can be done easily, even for modest production volumes. Contact Embedded Artists
for further information about design and production services.
2.6.1 Design and Production Services
Embedded Artists provide design services for custom designs, either completely new or modification to
existing boards. Specific peripherals and I/O can be added easily to different designs, for example,
communication interfaces, specific analog or digital I/O, and power supplies. Embedded Artists has a
broad, and long, experience in designing industrial electronics in general and with NXP’s
LPC1000/2000/3000/4000 microcontroller families in specific. Our competence also includes wireless
and wired communication for embedded systems. For example IEEE802.11b/g (WLAN), Bluetooth™,
ZigBee™, ISM RF, Ethernet, CAN, RS485, and Fieldbuses.

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Copyright 2012 © Embedded Artists AB
2.6.2 OEM / Education / QuickStart Boards and Kits
Visit Embedded Artists’ home page, www.EmbeddedArtists.com, for information about other OEM /
Education / QuickStart boards / kits or contact your local distributor.

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Copyright 2012 © Embedded Artists AB
3 Schematic
This chapter contains detailed information about the electrical and mechanical design of the
LPC11U35 QuickStart Board. The schematic can be downloaded in pdf format from the support page,
and is recommended to have printed out while reading this chapter.
3.1 Powering
The board is powered either via the USB interface or from an external +5V supply. U2 is an on-board
voltage regulator capable of creating a +3.3V voltage for the LPC11U35. It can deliver up to 150 mA.
The LPC11U35 itself does not consume that much so there is at least 100mA available for external
circuit use.
If an external +5V supply is used, it shall be stable with less than 50mV noise. Input supply voltage
should not exceed +5.5V since this is the maximum allowed voltage on the LPC11U35 VBUS pin.
Technically it is possible to have higher voltage on the external supply since the VBUS pin is
connected via a 2Kohm resistor. The input protection diodes on the VBUS pin will clamp the voltage to
+5.5V. Under no circumstances should the input voltage exceed 16V, which is the maximum input
voltage for the voltage regulator, U2. See the datasheet for details.
3.2 LPC11U35 MCU
The microcontroller unit (MCU), U1, is the LPC11U35 from NXP. It contains a Cortex-M0 core that can
operate at frequencies up to 50 MHz. Internal PLL:s can create the core clock of 48 MHz from the
external 12.0000 MHz crystal. A USB clock reference of 48 MHz can also be created this way.
The LPC11U35 contains a lot of different peripheral units. See the LPC11U35 User’s Manual [2] for
details about the peripherals, clock and power control.
3.3 Reset Generation
The reset generation is handled by a voltage supervisor chip, MIC6315-29D3U from Micrel. The reset
signal will be held active (i.e., low) until the supply voltages, +3.3V, is within margins (above 2.93V).
The reset duration is typically 200 mS (consult the MIC6315-29D3U datasheet for exact details). The
output reset signal is open-drain so a pull-up resistor is needed (R15). There is a reset-LED that lights
when reset is active.
An external reset source can pull the reset signal low (with an open-collector/open-drain output).
There is also a reset push-button (SW1) for manual triggering of a reset pulse.
3.4 LED on PIO0_7
Further, there is a LED connected to pin PIO0_7. A 2Kohm resistor limits the diode current to about
0.9mA. The LED will light when PIO0_7 is high. The PIO0_7 pin is a high-drive output capable of
supplying up to 20 mA. See the datasheet for details.
3.5 USB Interface
The LPC11U35 has an on-chip USB Device interface. This interface is supported on-board via a mini-
B USB connector, J3. There is also a USB connect functionality to connect a 1.5Kohm resistor to the
USB-DP signal. This functionality also has LED indication. The board is typically powered via the USB
interface.
The USB interface is protected by ESD protection diode, D1.
Note that if USB-ISP mode is activated, it is possible to download firmware into the LPC11U35 via the
USB interface.

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3.6 Bootload Enable Push-button
The LPC11U35 sample the state of the PIO0_1 pin immediately after a reset. If the pin is low, the ISP
mode is activated and further the pin PIO0_3 is sampled. If high, USB-ISP mode is activated and if
low, UART-ISP mode is activated. Read the LPC11U35 User’s Manual [2] for details.
The bootloader push-button, SW2, will pull pin PIO0_1 low via a 2Kohm resistor. The resistor
minimizes the risk of damaging the PIO0_1 pin if it is operating as an output. Also, possible external
drivers of the pin are protected via the 2Kohm resistor. Note that if an external source drives the signal
strongly (i.e., with low impedance), the 2Kohm resistor will not be enough to pull Pin PIO0_1 low.
To summarize the following pin states after reset are affecting the ISP mode:
PIO0_1
PIO0_3
Mode after reset
1
N/A
Execute code from flash memory
0
0
Enter UART-ISP mode
0
1
Enter USB-ISP mode
3.7 SWD interface
There is a 10 pos (2x5 pos, 50 mil pitch) connector SWD interface for debugging and program
download. This is a standard connector for the ARM Cortex-M0 processor.

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3.8 Expansion Connectors
There are two expansion connectors, J1 and J2. They both have 15 positions and are placed at the
board edges. See Figure 2 on page 13 for details about J1 and J2 placement on the board. All
programmable pins of the LPC11U35 are available on the expansion connectors; see the table below
for details.
On-board
function
LPC11U35
pin
Exp.
conn.
DIL30
pin no
DIL30
pin no
Exp.
conn.
LPC11U35
pin
On-board
function
GND
J1-1
1
30
J2-1
GND
VBUS-5V
J1-2
2
29
J2-2
+3.3V
LED
PIO0_7
J1-3
3
28
J2-3
PIO0_6
USB conn.
PIO0_8
J1-4
4
27
J2-4
PIO0_21
PIO0_9
J1-5
5
26
J2-5
PIO0_5
I2C-SDA
SWCLK
PIO0_10
J1-6
6
25
J2-6
PIO0_4
I2C-SCL
PIO0_22
J1-7
7
24
J2-7
PIO0_3
USB VBUS
PIO0_11
J1-8
8
23
J2-8
PIO0_2
PIO0_12
J1-9
9
22
J2-9
PIO0_20
PIO0_13
J1-10
10
21
J2-10
PIO0_0
RESET inp.
PIO0_14
J1-11
11
20
J2-11
PIO1_19
SWDIO
PIO0_15
J1-12
12
19
J2-12
PIO0_1
PIO0_16
J1-13
13
18
J2-13
PIO0_19
PIO0_23
J1-14
14
17
J2-14
PIO0_18
PIO1_15
J1-15
15
16
J2-15
PIO0_17

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Copyright 2012 © Embedded Artists AB
The picture below shows how the LPC11U35 QuickStart Board looks on the bottom side. The pinning
of the expansion connectors is printed on the bottom side in order to simplify usage of the board.
Figure 1 –LPC11U35 QuickStart Board Bottom Side
3.9 Usage of MCU Pins
All pins of the LPC11U35 are directly available on the expansion connectors. Some of these pins have
connections to circuits on-board. The table below lists all pins and what to consider when using them.
Pin
Expansion
connector
On-board usage
PIO0_0
J2-10
This is the reset input, which is active low. On-board reset generator drives
this signal (open-drain).
PIO0_1
J2-12
The BL (Bootloader) pushbutton is connected to this pin via a 2Kohm
resistor. The pin can be used for other purpose.
PIO0_2
J2-8
No on-board connection. Routed directly to expansion connector.
PIO0_3
J2-7
Connected to VBUS of the mini-B USB connector. If USB is not used this
pin can be used for other purpose.
PIO0_4
J2-6
This is the I2C-SCL signal.
PIO0_5
J2-5
This is the I2C-SDA signal.
PIO0_6
J2-3
Connected to control USB Device connect functionality (attaching a
1.5Kohm resistor to DUB-DP signal). Is USB is not used this pin can be
used for other purpose.
The pin is also connected to a LED (active low).

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PIO0_7
J1-3
Is connected to a LED (active high) via a 2Kohm resistor. Pin can be used
for any purpose as long as the LED circuit does not affect.
PIO0_8
J1-4
No on-board connection. Routed directly to expansion connector.
PIO0_9
J1-5
Connected to on-board SWD connector. Normally not used so pin can be
used for other purpose.
PIO0_10
J1-6
Connected to on-board SWD connector. This is the SWCLK signal which is
normally used during debugging over SWD.
PIO0_11
J1-8
No on-board connection. Routed directly to expansion connector.
PIO0_12
J1-9
No on-board connection. Routed directly to expansion connector.
PIO0_13
J1-10
No on-board connection. Routed directly to expansion connector.
PIO0_14
J1-11
No on-board connection. Routed directly to expansion connector.
PIO0_15
J1-12
Connected to on-board SWD connector. This is the SWDIO signal which is
normally used during debugging over SWD.
PIO0_16
J1-13
No on-board connection. Routed directly to expansion connector.
PIO0_17
J2-15
No on-board connection. Routed directly to expansion connector.
PIO0_18
J2-14
No on-board connection. Routed directly to expansion connector.
PIO0_19
J2-13
No on-board connection. Routed directly to expansion connector.
PIO0_20
J2-9
No on-board connection. Routed directly to expansion connector.
PIO0_21
J2-4
No on-board connection. Routed directly to expansion connector.
PIO0_22
J1-7
No on-board connection. Routed directly to expansion connector.
PIO0_23
J1-14
No on-board connection. Routed directly to expansion connector.
PIO1_15
J1-15
No on-board connection. Routed directly to expansion connector.
PIO1_19
J2-11
No on-board connection. Routed directly to expansion connector.
USB pins
USB-DP/
USB-DM
Mini-B USB
connector
Connected directly to on-board mini-B USB connector.
Signals only available on on-board mini-B USB connector because of strict
requirements on routing impedance.

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Copyright 2012 © Embedded Artists AB
4 Physical Design
This chapter contains information about the physical design of the LPC11U35 QuickStart Board.
4.1 Main Components
Figure 2 below illustrates where the main components in the design can be found on the board.
Figure 2 –Main Components on LPC11U35 QuickStart Board
Mini-B USB connector
J3
Expansion connector
J1, pin1
Expansion connector
J2, pin1
USB connect LED
LED1
PIO0_7 LED
LED3
Bootload pushbutton
SW2
SWD interface
J4
Reset pushbutton
SW1
RESET LED
LED2
LPC11U35
U1
RESET Generator
U3

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4.2 Mechanical Dimensions
Figure 3 below contains a picture of the board that includes mechanical measures. The distance
between the two expansion connectors is 700 mil, which simplifies prototyping work with the board.
Figure 3 –LPC11U35 QuickStart Board Mechanical Dimensions
22 mm
40 mm
100 mil/2.54 mm
pitch on both sides
700 mil/17.78 mm
1 mm
2 mm
2.5 mm
1.8 mm
2.0 mm

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5 Getting Started
The chapter gives some pointer about how to get started with the LPC11U35 QuickStart Board
hardware. It does not describe how program development is done. For information about how to get
started with program development in general, see the LPCXpresso IDE documentation:
www.nxp.com/lpcxpresso. LPCXpresso is a concept from NXP, containing both a program
development environment (LPCXpresso IDE) and target boards (jointly developed by Embedded
Artists). The target boards also contain a SWD/JTAG interface, called the LPC-LINK. The LPCXpresso
IDE is free and well-supported on the LPCXpresso forum. It is recommended to use for program
development on the LPC11U35 QuickStart Board.
Sample applications for the LPC11U35 QuickStart Board can be downloaded from the Embedded
Artists support site. These samples have been developed in the LPCXpresso IDE.
5.1 SWD Interface
The SWD interface is the recommended interface to use for program development, including
debugging. Any SWD/JTAG debug interface that supports ARM Cortex-M0 processors will work.
Figure 4 below shows how the LPC-LINK (part of an LPCXpresso target board) is connected to the
SWD interface of the LPC11U35 QuickStart Board. Note the orientation of the SWD cable in the
LPC11U35 end. Pin 1 of the SWD connector (J4) is at the board edge, see picture below. This is
because the orientation of the SWD/JTAG connector on the LPC-LINK board.
Figure 4 –LPC11U35 QuickStart Board connected to LPC-LINK, via SWD
Pin 1 of J4
J4 pinning
10 9
8 7
6 5
4 3
2 1

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It is also possible to use the (physically) bigger 2x10 pos, 100 mil pitch ARM SWD/JTAG interface.
Embedded Artists has an adapter for the purpose, see Figure 5 below. Note that the SWD/JTAG
debug interface must support the SWD protocol in order to work.
Figure 5 –SWD/JTAG Adapter
5.2 Activate LPC11U35 ISP Mode
The LPC11U35 supports In-System Programming (ISP) mode, which is easily activated. In this mode it
is possible to download (and program into flash memory) new program images. The LPC11U35
sample the state of the PIO0_1 pin immediately after a reset. If the pin is low, the ISP mode is
activated. By pressing the bootload push-button, SW2, pin PIO0_1 is pulled low. ISP mode is activated
this way:
1. Press both the bootload push-button (SW2) and the reset push-button (SW1). See Figure 2
on page 13 for details about where to find the two push-buttons.
2. Release the reset push-button while keeping the bootload push-button pressed.
3. Then finally release the bootload push-button. The LPC11U35 is now in ISP mode.
The sequence of steps can be done quickly. The minimum time between step 2 and 3 is in the region
of 200mS (which is the reset pulse minimum time from U3 plus the time until the LPC11U35 samples
the PIO0_1 pin).
There are two different ISP modes. Which one gets activated depends on the PIO0_3 pin:
USB-ISP mode is active if pin PIO0_3 is sampled high immediately after reset. Pin PIO0_3 is
the USB-VBUS pin so this pin is high if the USB interface is connected to a USB Host (for
example a PC).
UART-ISP mode is active if pin PIO0_3 is sampled low immediately after reset. Note that this
pin must be externally pulled to ground in order to activate this mode. The on-board resistor
R6 (2Kohm) will always pull this pin high unless pulled low externally.
For more information about the ISP mode, read the LPC11U35 User’s Manual [2] from NXP.
5.2.1 USB-ISP Mode
USP-ISP mode is supported through enumeration as a Mass Storage Class Device, i.e., it is possible
to drag and drop a binary file to the drive associated with the LPC11U35.
This section describes how you generate the binary file, adds the necessary checksum to the binary
file and downloads the file to the LPC11U35 QuickStart Board.
The steps necessary to download an image (i.e., the application program) are described below:

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1. Build the application in the LPCXpresso IDE.
2. Right-click on the generated axf file, go to the Binary Utilities menu and select Create binary.
See Figure 6.
3. Open a command prompt in the directory containing the axf file. This can be done from the
Utilities menu, see Figure 7.
4. Update the binary file with a correct checksum. In the example below it is assumed that you
are using LPCXpresso IDE 4.2 installed in C:\nxp\lpcxpresso_4.2. It is also assumed that you
are using a LPC11U35 and the binary file is named s_demo.bin.
C:\nxp\lpcxpresso_4.2\bin\checksum.exe –p lpc11U35 –v s_demo.bin
5. A USB cable (mini-B to A) must be connected between a computer (i.e., PC) and the USB
interface (J3 on the LPC11U35 QuickStart Board).
6. Press down the bootload push-button (SW2) and then press and release the reset push-
button (SW1) on the LPC11U35 QuickStart Board. A storage device named CRP DISABLD
will now appear on your computer, see Figure 8.
7. Open the Mass storage device and there will be a file named firmware.bin. Delete this file and
then copy the file created in step 4 above to the CRP DISABLD drive.
8. Reset the board (SW1 push-button) and the (just downloaded) application will start executing.
For details, see LPC11U35 User’s Manual [2] from NXP as well as AN10986 [4] (application note from
NXP).

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Figure 6 –LPCXpresso IDE Create a Binary File

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Figure 7 –LPCXpresso IDE Open Command Prompt
Figure 8 –Mass Storage Device