Nuvoton NuEdu-SDK-NUC240 User manual

NuEdu-SDK-NUC240 User Manual
May. 26, 2014 Rev. 1.00
ARM Cortex®-M0
32-bit Microcontroller
NuEdu-SDK-NUC240 User Manual
for NuMicro®NUC230/240 Series
The information described in this document is the exclusive intellectual property of
Nuvoton Technology Corporation and shall not be reproduced without permission from Nuvoton.
Nuvoton is providing this document only for reference purposes of NuMicro™microcontroller based
system design. Nuvoton assumes no responsibility for errors or omissions.
All data and specifications are subject to change without notice.
For additional information or questions, please contact: Nuvoton Technology Corporation.

NuEdu-SDK-NUC240 User Manual
May. 26, 2014 2 of 33 Rev. 1.00
Table of Contents
1Overview........................................................................................... 4
2NuEdu SDK Board Introduction ............................................................ 7
2.1 Block Diagram ........................................................................................ 9
2.2 Board Interpretation.............................................................................. 11
2.3 System Configuration ............................................................................ 11
2.4 PCB Placement ..................................................................................... 13
3Starting to Use NuEdu-SDK-NUC240....................................................14
3.1 System Requirements ........................................................................... 14
3.2 Hardware Setup.................................................................................... 14
3.3 Starting to Use NuEdu-SDK-NUC240 on the Keil μVision® IDE ................... 14
3.4 Starting to Use NuEdu-SDK-NUC240 on the IAR Embedded Workbench ....... 16
3.5 Nu-Bridge Setup ................................................................................... 16
3.6 Downloading NuEdu-SDK-NUC240 BSP .................................................... 17
4Pin Description..................................................................................18
5NuEdu-EVB-NUC240 Schematics .........................................................20
5.1 NUC240 MCU........................................................................................ 20
5.2 Nu-Link-Me .......................................................................................... 21
5.3 Interface Connector .............................................................................. 22
5.4 Crystal ................................................................................................ 22
5.5 Reset .................................................................................................. 23
5.6 ICE Interface........................................................................................ 23
5.7 LED..................................................................................................... 23
5.8 USB .................................................................................................... 23
5.9 Power Supply ....................................................................................... 24
5.10 MCU External Connector ........................................................................ 24
6NuEdu-Basic01 Schematics.................................................................26
6.1 Interface Connection ............................................................................. 26
6.2 SPI Flash ............................................................................................. 26
6.3 I2C EEPROM ......................................................................................... 27
6.4 ADC and comparator ............................................................................. 27
6.5 PWM and DAC to ADC............................................................................ 28
6.6 PWM Capture ....................................................................................... 28
6.7 Timer Capture ...................................................................................... 29
6.8 CIR TX and RX...................................................................................... 29
6.9 Buzzer................................................................................................. 30
6.10 Interrupt Button ................................................................................... 30
6.11 RGB LED by PWM driver......................................................................... 30

NuEdu-SDK-NUC240 User Manual
May. 26, 2014 3 of 33 Rev. 1.00
6.12 LED Array ............................................................................................ 31
6.13 7-Segments Display .............................................................................. 31
6.14 Buttons ............................................................................................... 32
7Revision History ................................................................................33

NuEdu-SDK-NUC240 User Manual
May. 26, 2014 4 of 33 Rev. 1.00
1 Overview
The NuEdu-SDK-NUC240, which consists of NuEdu-EVB-NUC240 and NuEdu-
Basic01, is a development tool for Cortex®-M0 based on Nuvoton NUC240 series
micro controller. The NuEdu-SDK-NUC240 purposes to provide user a useful and
powerful learning material for how to develop and verify the application program.
Furthermore, user can change or add another module to develop specific function.
Figure 1-1 shows the NuEdu-SDK-NUC240.
Fugure 1‑1 NuEdu-SDK-NUC240
The NuEdu-EVB-NUC240 includes two parts, the left portion NuEdu-EVB-NUC240
and the right portion Nu-Link-Me.
The NuEdu-EVB-NUC240 uses the NUC240VE3AE as the target microcontroller with
embedded Cortex®-M0 core runs up to 72 MHz with 128 Kbytes embedded flash
memories and 16 Kbytes embedded SRAM. It is also equipped with plenty of
peripheral devices, such as Timers, Watchdog Timers, RTC, PDMA, UART, SPI, I2C,
I2S, PWM Timer, GPIO, LIN, CAN, PS/2, 12-bit ADC, analog comparator, Low
Voltage Reset Controller and Brown-out Detector.
The NuEdu-EVB-NUC240 is similar to other development boards, by which user can
develop and verify applications to emulate the real behavior.
The Nu-Link-Me is a Debug Adaptor based on SWD (Serial Wire Debug) interface,
user can connect your PC's USB port to your target system (via right side USB port)
and allows you to program and debug embedded programs on the target hardware.
The NuEdu-EVB-NUC240 also support user to use Arduino Kit for expansion. Figure
1-2 shows the NuEdu-SDK-NUC240.

NuEdu-SDK-NUC240 User Manual
May. 26, 2014 5 of 33 Rev. 1.00
Figure 1‑2 NuEdu-EVB-NUC240
NuEdu-Basic01is included with many components like 7-segment display, buttons,
LEDs…etc. Figure 1-3 shows the NuEdu-Basic01.
圖1‑3 NuEdu-Basic01

NuEdu-SDK-NUC240 User Manual
May. 26, 2014 6 of 33 Rev. 1.00
We also provide Nu-Bridge tool for user to connect serial communication interfaces
from NuEdu-Basic01 to PC. Figure 1-5 shows the Nu-Bridge.
Figure 1‑4 Nu-Bridge
This user manual provides information about hardware features of NuEdu-SDK-
NUC240 and users how to start using NuEdu-SDK-NUC240.

NuEdu-SDK-NUC240 User Manual
May. 26, 2014 7 of 33 Rev. 1.00
2 NuEdu SDK Board Introduction
Figure 2-1 introduces the NuEdu-EVB-NUC240 main components.
NUC240VE3AE
USB
Device
5V
DC Power
Nu-Link-Me
Reset
Header
NU1
Header
NU2
Header
NU3
Header
NU4 Header NU5 Header NU6
Header
NU8
Header
NU7
JP9 JP8
LQFP-100 pin
Extended Connector
JP10 JP7
LQFP-100 pin
Extended Connector
Figure 2‑1 NuEdu-EVB-NUC240 Introduction

NuEdu-SDK-NUC240 User Manual
May. 26, 2014 8 of 33 Rev. 1.00
Figure 2-2 NuEdu-Basic01 Introduction
7-Segment
LED
LED
Buzzer
Button
Interrupt
Button
Variable
Resistance
CIR
Transmitter & receiver
Nu-Bridge
Interface
RGB LED
SPI
Flash
I2C
SPI
I2C
EEPROM
Figure 2‑2 NuEdu-Basic01 Introduction

NuEdu-SDK-NUC240 User Manual
May. 26, 2014 9 of 33 Rev. 1.00
2.1 Block Diagram
Figure 2-3 shows specific function pins of the NuEdu-EVB- NUC240. First pin of each
header is marked red rectangle.
NuEdu-EVB-NUC240
NU1NU2NU3
NU4 NU5 NU6
NU7
NU8*
ADC
(0~7)
I2C0 UART
(1~2) I2C1
UART0
SPI2
SPI2
I2S
PWM
(0~5) PWM
(6~7)
TIMER
SPI1 UART1
VIN
CLKO
INT0
POWER
TM1_OUT
TM0_CAP
VDD
3VCC
5VCC
VSS VSS
RESET
GPIO
GPIO
SMBus
VCC
VSS RESET
CAN
POWER
VSS
VREF NC
80 79
1 2 3 4 5 6 70 8 9 10 11 12 13 14 15
16171819202122232425262728293031
32 33 34 35 36 37 38 39
SPI2
40
41
42
43
44
78 77
76 75
74 73
72 71
70 69
6768
66 65
64 63
62 61
60 59
57
56
58
55
54 53
52 51
50 49
48 47
46 45
INT1
ACMP
GPIO GPIO
GPIO
GPIO
Figure 2‑3 Specific function pins of the NuEdu-EVB-NUC240

NuEdu-SDK-NUC240 User Manual
May. 26, 2014 10 of 33 Rev. 1.00
Figure 2-4 shows specific function pins of the NuEdu-Basic01. First pin of each
header is marked red rectangle.
NuEdu-Basic01
NU1NU2NU3
NU4 NU5 NU6
NU7
NU8
7-Segment
SW
LED
I2C
EEPROM
UART
SPI
FLASH
TIMER
SPI
INT1
F E D C B A3467
LED
8
ADC_IN
ADC_
MEASURE
PWM_DAC
SCL
LED
SW
2RX TX
LED
SDA 54321 R G B
PWM_DAC
PWM_CAP
BUZZER
PWM_OUT
7-Segment
GH CTRL1 CTRL2
CIR_CAP
SW
1
SPI
FLASH
SPI
FLASH
CAP
OUT
SS
CLK
MISO
MOSI
ACMP N
P
CLKO
POWER
VDD
3VCC
5VCC
VSS VSS
RESET
POWER
VSS
VREF
VCC
VSS RESET
Figure 2‑4 Specific function pins of the NuEdu-Basic01

NuEdu-SDK-NUC240 User Manual
May. 26, 2014 11 of 33 Rev. 1.00
2.2 Board Interpretation
The NuEdu-EVB-NUC240 also supports Arduino development kits. User can replace
NuEdu development kits (EX: NuEdu-Basic01) to Arduino development kits. It marks
the function of every pin on the NuEdu-EVB-NUC240 front side, shown as Figure 2-5
yellow frame. It also marks the pin numbers which correspond to Arduino software,
shown as Figure 2-5 blue frame. User can choose suitable development kits
according to this information.
Figure 2‑5 Marks on the NuEdu-EVB-NUC240 front side
2.3 System Configuration
2.3.1 Power Settings
J2: NuEdu-EVB-NUC240 USB port
CON1: NuEdu-EVB-NUC240 VIN power input
J1: Nu-Link-Me USB port
Model
J1 USB Port
J2 USB Port
CON1 VIN
MCU Voltage
Model 1
Connect to PC
X
X
DC 3.3V
Model 2
X
Connect to PC
X
DC 5V
Model 3
X
X
DC 5V Input
DC 5V
X: Unused.
2.3.2 Debug Connectors
JP4: Connector in target board (NuEdu-EVB-NUC240) for connecting with
Nuvoton ICE adaptor (Nu-Link-Me)
ICEJP8: Connector in ICE adaptor (Nu-Link-Me) for connecting with a target
board (e.g. NuEdu-EVB-NUC240)
2.3.3 USB Connectors
J2: Mini USB Connector in NuEdu-EVB-NUC472 for application use.

NuEdu-SDK-NUC240 User Manual
May. 26, 2014 12 of 33 Rev. 1.00
J1: Mini USB Connector in Nu-Link-Me connected to a PC USB port.
2.3.4 Extended Connectors
JP7, JP8, JP9,JP10: Show all chip pins in NuEdu-EVB-NUC240.
2.3.5 Button
SW1: Reset button in NuEdu-EVB-NUC240
2.3.6 Power Connectors
VCC1: VCC connector in NuEdu-EVB-NUC240
GND1: GND connector in NuEdu-EVB-NUC240

NuEdu-SDK-NUC240 User Manual
May. 26, 2014 13 of 33 Rev. 1.00
2.4 PCB Placement
NuEdu-EVB-NUC240：
NuEdu-Basic01：

NuEdu-SDK-NUC240 User Manual
May. 26, 2014 14 of 33 Rev. 1.00
3 Starting to Use NuEdu-SDK-NUC240
3.1 System Requirements
Windows XP, Windows 7 OS
Keil RVMDK (version 4.50 or above) or IAR EWARM (version 6.5 or above)
development environment
NuEduEvaluation Board
3.2 Hardware Setup
1. UseNuEdu-Basic01
Plug NuEdu-Basic01 into NuEdu-EVB-NUC240, and connect from the right side
USB port to your PC, shown as Figure 3-1.
2. NuEdu-EVB-NUC240
Connect NuEdu-EVB-NUC240，from the right side USB port to your PC, shown as
Figure 3-2.
Figure 3‑1 Use NuEdu-Basic01 Figure 3‑2 NuEdu-EVB-NUC240
3.3 Starting to Use NuEdu-SDK-NUC240 on the Keil μVision® IDE
Install Keil μVision® IDE Software
Please connect to the Keil company website to download the Keil μVision® IDE
and install RVMDK。
Install Nuvoton Nu-Link Driver
Please connect to Nuvoton NuMicro®website (http://www.nuvoton.com/NuMicro)
to download the “Nu-Link Driver for Keil RVMDK” file from “Device Driver and
Software Library”. After the Nu-Link driver is downloaded, please unzip the file

NuEdu-SDK-NUC240 User Manual
May. 26, 2014 15 of 33 Rev. 1.00
and execute the “Nu-Link_Keil_Driver.exe” to install the driver.

NuEdu-SDK-NUC240 User Manual
May. 26, 2014 16 of 33 Rev. 1.00
3.4 Starting to Use NuEdu-SDK-NUC240 on the IAR Embedded
Workbench
Install IAR Embedded Workbench Software
Please connect to the IAR company website to download the IAR Embedded
Workbench and install the EWARM.
Install Nuvoton Nu-Link Driver
Please connect to Nuvoton NuMicro™ website
(http://www.nuvoton.com/NuMicro) to download the “Nu-Link Driver for IAR
EWARM” file from “Device Driver and Software Library”. After the Nu-Link driver
is downloaded, please unzip the file and execute the “Nu-
Link_Driver_for_IAR_EWARM.exe” to install the driver.
3.5 Nu-Bridge Setup
Install USB Device Driver
1. Double click the WinUSB4NuVCOM.exe to install the driver.
2. Click the “Next” button shown on the Setup Wizard window.
3. Two warnings will be shown during installation. Please select “Install this
driver software anyway” to install the driver.
4. After driver installation is complete, Windows operating system should be
able to detect the Nu-Bridge dongle, and load the corresponding USB
configuration automatically. Users can confirm if the driver is installed
correctly by checking USB Tool through “Control Panel->Devices and
Printers”. If the Nu-Bridge Virtual Com Port and WinUSB Driver (Nu-Bridge
BULK) are shown, the driver is installed successfully.
Update Firmware
1. Short pin 2 and pin 7 of the Nu-Bridge dongle and then plug the dongle to an
USB port on a computer. The Nu-Bridge dongle will be identified as a
removable storage device with 64 KB capacity.
2. Select and copy firmware to the device for firmware update.
Install Dual Virtual Com Port Driver
1. Plug Nu-Bridge dongle to an USB port on a computer.
2. Stop Windows from getting the driver automatically.
3. Open “Control Panel->Devices and Printers”, and there will be exclamation
marks shown on two USB Virtual COM devices.
4. Update the drivers manually for the two Virtual COM Port devices.
5. Select the directory where the driver file is stored.
6. A Windows security warning message will appear after you select the driver
file. Please select “Install this driver software anyway”to proceed with
installation.
7. Virtual COM Port installation is complete.
8. Please follow Step 4 ~ 7 to install the driver for another Virtual Com Port.

NuEdu-SDK-NUC240 User Manual
May. 26, 2014 17 of 33 Rev. 1.00
3.6 Downloading NuEdu-SDK-NUC240 BSP
Please connect to Nuvoton NuMicro®website (http://www.nuvoton.com/NuMicro) to
download the “NUC230_240Series CMSIS BSP_EN_V3.00.001” file from “Device
Driver and Software Library”.

NuEdu-SDK-NUC240 User Manual
May. 26, 2014 18 of 33 Rev. 1.00
4 Pin Description
Header
NuEdu-EVB-NUC240
NuEdu-
Basic01
Header
NuEdu-EVB-NUC240
NuEdu-Basic01
Correspond to
Arduino
Function
Pin
Correspond to
Arduino
Function
Pin
N
U
1
NU1.1
NC
NC
N
U
5
NU5.1
UART_RX0
PB.0
NUCOM1_RX
NU1.2
VDD
VDD
VDD
NU5.2
UART_TX0
PB.1
NUCOM1_TX
NU1.3
MCU_RESET
MCU_RESET
MCU_RESET
NU5.3
PWM0
PA.12
LED_R
NU1.4
3VCC
3VCC
3VCC
NU5.4
PWM1
PA.13
LED_G
NU1.5
5VCC
5VCC
5VCC
NU5.5
PWM2
PA.14
LED_B
NU1.6
VSS
VSS
VSS
NU5.6
PWM3
PA.15
PWM Cap
NU1.7
VSS
VSS
VSS
NU5.7
PWM4
PB.11
PWM_DAC
NU1.8
VIN
VIN
NU5.8
PWM5
PE.5
BUZZER
N
U
2
NU2.1
ADC0
PA.0
ADC_MEASURE
N
U
6
NU6.1
PWM6
PE.0
PWM_OUT
NU2.2
ADC1
PA.1
ADC_IN
NU6.2
PWM7
PE.1
CIR_Cap
NU2.3
ADC2
PA.2
7-Segment_A
NU6.3
PC.4
7-Segment_G
NU2.4
ADC3
PA.3
7-Segment_B
NU6.4
PB.9
7-Segment_H
NU2.5
ADC4
PA.4
7-Segment_C
NU6.5
PC.5
7-Segment_CTRL1
NU2.6
ADC5
PA.5
7-Segment_D
NU6.6
PE.6
7-Segment_CTRL2
NU2.7
ADC6
PA.6
7-Segment_E
NU6.7
VSS
VSS
VSS
NU2.8
ADC7
PA.7
7-Segment_F
NU6.8
VREF
VREF
VREF
N
U
3
NU3.1
PC.15
Button_3
NU6.9
I2C1_DAT
PA.10
EEPROM
NU3.2
PC.14
Button_4
NU6.10
I2C1_SCL
PA.11
EEPROM
NU3.3
PE.15
LED_6
N
U
7
NU7.1
SPI2_MISO
PD.2
SPI FLASH
NU3.4
PE.14
LED_7
NU7.3
SPI2_CLK
PD.1
SPI FLASH
NU3.5
PD.4
PWM_DAC
NU7.5
MCU_RESET
MCU_RES
ET
MCU_RESET
NU3.6
PD.5
LED_8
NU7.7
SPI2_SS
PD.0
SPI FLASH
NU3.7
CAN0_RX
PD.6
NU7.2
VCC
VDD
VCC
NU3.8
CAN0_TX
PD.7
NU7.4
SPI2_MOSI
PD.3
SPI FLASH
N
U
4
NU4.1
I2C0_SCL
PA.9
I2C_SCL
NU7.6
VSS
VSS
VSS
NU4.2
I2C0_SDA
PA.8
I2C_SDA
NU7.8
GPIO
PC.13
BUTTON_1
NU4.3
UART_RX1
PB.4
LED_1
NU4.4
UART_TX1
PB.5
LED_2
NU4.5
UART_RX2
PD.14
LED_3
NU4.6
UART_TX2
PD.15
LED_4
NU4.7
PE.7
LED_5
NU4.8
PE.8
Button_2

NuEdu-SDK-NUC240 User Manual
May. 26, 2014 19 of 33 Rev. 1.00
Header
NuEdu-EVB-NUC240
NuEdu-
Basic01
Header
NuEdu-EVB-NUC240
NuEdu-Basic01
Correspond to
NuEdu
Function
Pin
Correspond to
NuEdu
Function
Pin
N
U
8
NU8.1
PD.8
N
U
8
NU8.2
CLKO
PB.8
CLKO
NU8.3
PD.9
NU8.4
I2S_MCLK
PA.15
NU8.5
PD.10
NU8.6
I2S_LRCK
PC.0
NU8.7
PD.11
NU8.8
I2S_BCLK
PC.1
NU8.9
PD.12
NU8.10
I2S_DI
PC.2
NU8.11
PD.13
NU8.12
I2S_DO
PC.3
NU8.13
PC.12
NU8.14
TM0_CAP
PB.3
TM0_CAP
NU8.15
NU8.16
TM1_OUT
PB.10
TM1_OUT
NU8.17
NU8.18
ACMP_N
PC.7
ACMP_N
NU8.19
NU8.20
ACMP_P
PC.6
ACMP_P
NU8.21
NU8.22
ACMP_O
PB.2
ACMP_O
NU8.23
NU8.24
SPI1_SS
PC.8
SPI_SS
NU8.25
UART1_CTS
PB.7
NU8.26
SPI1_CLK
PC.9
SPI_CLK
NU8.27
UART1_RTS
PB.6
NU8.28
SPI1_MISO0
PC.10
SPI_MISO0
NU8.29
SMBAL
PF.2
NU8.30
SPI1_MOSI0
PC.11
SPI_MOSI0
NU8.31
SMBSUS
PF.3
NU8.32
GPIO
PE.2
NU8.33
INT0
PB.14
Interrupt_Button
NU8.34
GPIO
PE.3
NU8.35
INT1
PB.15
NU8.36
GPIO
PE.4

NuEdu-SDK-NUC240 User Manual
May. 26, 2014 20 of 33 Rev. 1.00
5 NuEdu-EVB-NUC240 Schematics
5.1 NUC240 MCU
This figure shows the Pin assignment of NUC240
VCC
USBD+
P86
P71
P81
P79
PC_10
PC_7
P37
PC_8
P31
P10
P40
PA_[0:15]
P73
P9
L1
L0603
PD_5
ADAVSS
P[1:100]
PA_0
PD_0
VREF
P12
P90 PD_7
P77
P39
PA_10
PC_5
DX32O
PA_2
PA_11
USBD-
GND
P84
P85
P95
PA_8
PC_14
VREF1
0 ohm short
1 2
P38
PA_6
PD_15
P29
P51
DX32I
P75
P82 P43
VCC
PD_3
DAVDD
VREF
PD_4
P47
P19
DX32I
PD_14
P4
P55 P54
PE_4
PB_1
PA_4
PD_1 PC_2
PF_[0:3]
L2
L0603
DX32O
VCC
VCC
P18
PE_5
PB_4
P8
P44
PB_14
PE_0 PE_1
P69
PB_0
P99
RESET
P49
P[1:100]
P7
PD_13
P88
P35
ADAVSS
PE_[0:15]
P11
PC_1
P15
P74 P57
CT6
10uF/10V
TANT-A
ADAVSS
P91
DVBUS
P100
P94
PB_10
VREF
P17
P33
PC_6
PB_3
VCC
PF_[0:3]
PA_9
P50
PD_10
PA_3
PC_12
DAVDD
PB_15
NUC240 LQFP100
PB_8
P14
P65
PE_[0:15]
PD_12
R1
0
R0603
PB_1
P5
P45
P21
PC_[0:15]
PB_9
P36
P96
P1
VCC
USBD-
P2
PD_9
PA_12
USBD+
P24
P41
PC_0
CB1
0.1u
C0603
PB_6
X32I
P58
PD_6
P13
PE_15
L3
L0603
TICEDAT
PE_14
P20
ICEDAT
ICECLK
USBD-
PC_4
P56
P42
PC_11
P62
PD_8
X32O
P25
P93
PB_5
P66
VCC
TICECLK
PD_[0:15]
P30
P70
PC_13
U1 NUC240_LQFP100
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1
100
99
98
97
96
95
94
93
92
91
90
89
88
87
86
85
84
83
82
81
80
79
78
77
76
75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51
TM1/SPISS11/PB.9
TM2/SPISS01/PB.10
TM3/PMW4/PB.11
T1EX/PWM5/PE.5
PE.6
I2SLRCLK/SPISS00/PC.0
I2SBCLK/SPICLK0/PC.1
I2SDI/SPIMISO00/PC.2
I2SDO/SPIMOSI00/PC.3
SPIMISO01/PC.4
SPIMOSI01/PC.5
TX2/PD.15
RX2/PD.14
CANTX0/PD.7
CANRX0/PD.6
T3EX/nWRH/SC2CD/CTS0/PB.3
T2EX/nWRL/RTS0/PB.2
TX0/PB.1
RX0/PB.0
USB_D+
USB_D-
VDD33
VBUS
PE.7
PE.8
VSS VDD LDO_CAP nCS/CTS1/PB.7 ALE/RTS1/PB.6 TX1/PB.5 RX1/PB.4 SPIMOSI31/PD.13 SPIMISO31/PD.12 SPIMOSI30/PD.11 SPIMISO30/PD.10 SPICLK3/PD.9 SPISS30/PD.8 I2C0SDA/PA.8 I2C0SCL/PA.9 nWR/CANTX1/I2C1SDA/PA.10 nRD/CANRX1/I2C1SCL/PA.11 X32_I X32_O VBAT AD1/CPO1/PB.13 INT0/SPISS1/PB.14 PE.13 PE.14 PE.15
CLKO/TM0/PB.8/STADC
PVSS
PS2CLK/PF.3
PS2DAT/PF.2
VDD
VSS
/RESET
XT_IN/PF.1
XT_OUT/PF.0
T0EX/INT1/PB.15
AD2/CPP1/PC.14
AD3/CPN1/PC.15
CPP0/PC.6/AD4/SC0CD
CPN0/PC.7/AD5/SC1CD
SPIMOSI21/PD.5
SPIMISO21/PD.4
SPIMOSI20/PD.3
SPIMISO20/PD.2
SPICLK2/PD.1
SPICS20/PD.0
AVDD
VREF
ADC7/PA.7/AD6/SC1DAT/SPISS21
ADC6/PA.6/AD7/SC1CLK
ADC5/PA.5/AD8/SC1RST
SC1PWR/AD9/ADC4/PA.4
SC0DAT/AD10/ADC3/PA.3
SCOCLK/AD11/ADC2/PA.2
SCORST/AD12/ADC1/PA.1
SC0PWR/ADC0/PA.0
AVSS
VSS
VDD
ICE_CLK
ICE_DAT
AD13/SC2DAT/PWM0/PA.12
AD14/SC2CLK/PWM1/PA.13
AD15/SC2RST/PWM2/PA.14
SC2PWR/I2SMCLK/PWM3/PA.15
MCLK/SPISS10/PC.8
SPICLK1/PC.9
SPIMISO10/PC.10 SPIMOSI10/PC.11 SPIMISO11/PC.12 SPIMISO11/PC.13
PWM6/PE.0 PWM7/PE.1
PE.2 PE.3 PE.4
PC_3
P98
PA_15
P32
M0_RXD
P34
PF_1
P52
P16
TICERST
ICEDAT
P68 P72 P64
CT1
1uF/10V
TANT-A
PF_3
P76
PB_0
PB_2
M0_TXD
P3
PE_3
PD_11 PB_13
RESET
VCC
PB_[0:15]
PC_9
P92
PA_1
PA_13
P23
PA_5
P46
P48 DVBUS
PE_13
P53
P28
P80
P6
PC_[0:15]
CT7
10uF/10V
TANT-A
PA_[0:15]
P60
PF_0
P83
ICECLK
P27
P78
PE_6
PB_11
P22 PE_2
DVBUS
P89
P26
PB_[0:15]
P63
P97
PD_[0:15]
PD_2
P67
PE_7
PA_7
P59
C1
1u
C0603
P87
PB_7
P61
USBD+
PC_15
DVBUS
PE_8
GND
PA_14
PF_2