Infineon XMC4000 series User manual

Microcontroller
Evaluation Board
For XMC4000 Family
Board User‘s Manual
Revision 2019-08-30
XMC4200 Platform2Go
Kit Version 1.1

Edition 2019-08-30
Published by
Infineon Technologies AG
81726 Munich, Germany
© 2019 Infineon Technologies AG
All Rights Reserved.
Legal Disclaimer
The information given in this document shall in no event be regarded as a guarantee of conditions or
characteristics. With respect to any examples or hints given herein, any typical values stated herein and/or any
information regarding the application of the device, Infineon Technologies hereby disclaims any and all
warranties and liabilities of any kind, including without limitation, warranties of non-infringement of
intellectual property rights of any third party.
Information
For further information on technology, delivery terms and conditions and prices, please contact the nearest
Infineon Technologies Office (www.infineon.com).
Warnings
Due to technical requirements, components may contain dangerous substances. For information on the types
in question, please contact the nearest Infineon Technologies Office.
Infineon Technologies components may be used in life-support devices or systems only with the express
written approval of Infineon Technologies, if a failure of such components can reasonably be expected to
cause the failure of that life-support device or system or to affect the safety or effectiveness of that device or
system. Life support devices or systems are intended to be implanted in the human body or to support and/or
maintain and sustain and/or protect human life. If they fail, it is reasonable to assume that the health of the
user or other persons may be endangered.

XMC4200 Platform2Go Series-V1
Template: IFX_Template_2011-02-24.dot
Revision History
Page or Item
Subjects (major changes since previous revision)
Revision 2019-08-
30
Initial Version
Trademarks of Infineon Technologies AG
AURIX™, C166™, CanPAK™, CIPOS™, CIPURSE™, EconoPACK™, CoolMOS™, CoolSET™,
CORECONTROL™, CROSSAVE™, DAVE™, EasyPIM™, EconoBRIDGE™, EconoDUAL™, EconoPIM™,
EiceDRIVER™, eupec™, FCOS™, HITFET™, HybridPACK™, I²RF™, ISOFACE™, IsoPACK™, MIPAQ™,
ModSTACK™, my-d™, NovalithIC™, OptiMOS™, ORIGA™, PRIMARION™, PrimePACK™, PrimeSTACK™,
PRO-SIL™, PROFET™, RASIC™, ReverSave™, SatRIC™, SIEGET™, SINDRION™, SIPMOS™,
SmartLEWIS™, SOLID FLASH™, TEMPFET™, thinQ!™, TRENCHSTOP™, TriCore™.
Other Trademarks
Advance Design System™ (ADS) of Agilent Technologies, AMBA™, ARM™, MULTI-ICE™, KEIL™,
PRIMECELL™, REALVIEW™, THUMB™, µVision™ of ARM Limited, UK. AUTOSAR™ is licensed by AUTOSAR
development partnership. Bluetooth™ of Bluetooth SIG Inc. CAT-iq™ of DECT Forum. COLOSSUS™,
FirstGPS™ of Trimble Navigation Ltd. EMV™ of EMVCo, LLC (Visa Holdings Inc.). EPCOS™ of Epcos AG.
FLEXGO™ of Microsoft Corporation. FlexRay™ is licensed by FlexRay Consortium. HYPERTERMINAL™ of
Hilgraeve Incorporated. IEC™ of Commission Electrotechnique Internationale. IrDA™ of Infrared Data
Association Corporation. ISO™ of INTERNATIONAL ORGANIZATION FOR STANDARDIZATION. MATLAB™ of
MathWorks, Inc. MAXIM™ of Maxim Integrated Products, Inc. MICROTEC™, NUCLEUS™ of Mentor Graphics
Corporation. Mifare™ of NXP. MIPI™ of MIPI Alliance, Inc. MIPS™ of MIPS Technologies, Inc., USA. muRata™
of MURATA MANUFACTURING CO., MICROWAVE OFFICE™ (MWO) of Applied Wave Research Inc.,
OmniVision™ of OmniVision Technologies, Inc. Openwave™ Openwave Systems Inc. RED HAT™ Red Hat, Inc.
RFMD™ RF Micro Devices, Inc. SIRIUS™ of Sirius Satellite Radio Inc. SOLARIS™ of Sun Microsystems, Inc.
SPANSION™ of Spansion LLC Ltd. Symbian™ of Symbian Software Limited. TAIYO YUDEN™ of Taiyo Yuden
Co. TEAKLITE™ of CEVA, Inc. TEKTRONIX™ of Tektronix Inc. TOKO™ of TOKO KABUSHIKI KAISHA TA.
UNIX™ of X/Open Company Limited. VERILOG™, PALLADIUM™ of Cadence Design Systems, Inc. VLYNQ™
of Texas Instruments Incorporated. VXWORKS™, WIND RIVER™ of WIND RIVER SYSTEMS, INC. ZETEX™
of Diodes Zetex Limited.
Last Trademarks Update 2011-02-24
EtherCAT® is registered trademark and patented technology, licensed by Beckhoff Automation GmbH, Germany.

XMC4200 Platform2Go Series-V1
Table of Contents
Board Users Manual 4 Revision 2019-08-30
Table of Contents
1Introduction .............................................................................................................................6
1.1 Key Features.........................................................................................................................................7
1.2 Block Diagram ......................................................................................................................................8
2Hardware Description ...............................................................................................................8
2.1 Power Supply .....................................................................................................................................11
2.2 Pin Header X1 and X2.........................................................................................................................12
2.3 Pin Header for Microbus and Shield2Go Connector 1 and 2.............................................................13
2.4 Solderable 0 Ohm Pin Bridges............................................................................................................14
2.5 Arduino Compatible Connector .........................................................................................................15
2.6 User Push Buttons, Potentiometer and User LEDs............................................................................16
2.7 On-board Debug Probe......................................................................................................................16
2.8 UART Communication for XMC4200..................................................................................................16
2.9 Cortex™ Debug Connector (10-pin) ...................................................................................................16
2.10 Reset ..................................................................................................................................................17
2.11 CAN Transceiver.................................................................................................................................17
2.12 Boot Option........................................................................................................................................18
3Production Data...................................................................................................................... 18
3.1 Schematics .........................................................................................................................................18
3.2 List of Material ...................................................................................................................................24
List of Figures
Figure 1 Block Diagram of the XMC4200 Platform2Go Series-V1.1 ..................................................................8
Figure 2 XMC4200 Platform2Go 3.3V................................................................................................................9
Figure 3 XMC4200 Platform2Go 5V...................................................................................................................9
Figure 4 XMC4200 Platform2Go 3.3V Lite .......................................................................................................10
Figure 5 XMC4200 Platform2Go 5V Lite ..........................................................................................................10
Figure 6 Power Supply Concept.......................................................................................................................11
Figure 7 Signal mapping of the pin headers X1 and X2 ...................................................................................12
Figure 8 Signal mapping of the pin headers for Microbus and Shield2Go Connector 1 and 2........................13
Figure 9 Mapping of Arduino Functions to XMC Pin Functions.......................................................................15
Figure 10 Connectors Schematic: Pin header, Pin Bridges, Level Shifter, Microbus, Shield2Go.......................19
Figure 11 XMC_4200_Debug Schematic: OBD Probe........................................................................................20
Figure 12 XMC4200 Schematic: USB connector, Microcontroller pins and power, Potentiometer Button and
LED .....................................................................................................................................................21

XMC4200 Platform2Go Series-V1
Table of Contents
Board Users Manual 5 Revision 2019-08-30
Figure 13 ICs and Power Schematic: Can Transceiver, RTC Battery, Power ......................................................22
Figure 14 Geometry ...........................................................................................................................................23
List of Tables
Table 1 Kit Specification ...................................................................................................................................6
Table 2 Kit Features of Assembly Versions.......................................................................................................7
Table 3 Signal mapping of the 0 Ohm Pin Bridges .........................................................................................14
Table 4 XMC4200 Pin Mapping for User LEDs................................................................................................16
Table 5 XMC4200 Pin Mapping for User Push Buttons and Potentiometer ..................................................16
Table 6 XMC4200 Pins Mapping for Debugging and UART-Communication.................................................16
Table 7 Pin Assignment of the Cortex™ Debug Connector (X102).................................................................17
Table 8 CAN Signals and XMC4200 Pin Mapping...........................................................................................17
Table 9 Boot Mode Selection with external Pull Resistors............................................................................18
Table 10 List of Material ..................................................................................................................................24

XMC4200 Platform2Go Series-V1
Introduction
Board Users Manual 6 Revision 2019-08-30
1 Introduction
This document describes the features and hardware details of the XMC4200 Platform2Go Series-V1.1 equipped
with an ARM®Cortex®-M4 based XMC™ Microcontroller from Infineon Technologies AG.
It can be used with a wide range of development tools including Infineon’s free of charge Eclipse based IDE
DAVE. The XMC4200 Platform2Go Series-V1.1 are designed to evaluate the capabilities of the XMC4200
Microcontroller. Table 1 shows its specification.
Table 1 Kit Specification
Processor
Infineon’s ARM®Cortex®-M4 XMC4200 Microcontroller in PG-LQFP-64-19 package
(order number XMC4200-F64K256)
Flash Memory
256 kB Flash
Data Memory
40 kB
Dimensions
66 x 129 mm
Clock Crystals
12 MHz and 32.768 kHz crystal for CPU
Power
5V external powering
Micro-AB USB Connector interface or
On-Board Debugger USB interface
Connectors
Arduino compatible connectors for 3.3V/5V
Two Shield2Go connectors
All relevant XMC™ pins available on expansion pads (X1, X2)
mikroBUS™ connector
9-Position D-Sub Connector
microUSB
Serial Wire Debug interface (2x5, 50 mil pitch) to XMC™
(on board debugger can be overridden by externally connected debugger)
Debugger
On-Board J-Link Debug Probe via USB supporting
Serial Wire Debug (SWD)
UART-to-USB bridge (virtual COM)
Others
On-board debug probe, based on XMC4200 Microcontroller
CAN transceiver connected to D-Sub Connector
1 user push-button, 1 user LED
Reset push-button
Potentiometer for variable analog input
The XMC4200 Platform2Go Series-V1.1 are available in four different assembly versions differentiating in
features:
XMC4200 Platform2Go for 3.3V Shields
XMC4200 Platform2Go for 5V Shields
XMC4200 Platform2Go Lite for 3.3V Shields
XMC4200 Platform2Go Lite for 5V Shields
The XMC4200 Platform2Go features an Ethernet-enabled communication option. You can control the XMC4200
Platform2Go via the web browser on your PC.
Additional voltage level shifters and Arduino connection header on the XMC4200 Platform2Go allow the usage of
Arduino shields with 3.3V or 5V logic level.
The Ethernet-communication is not supported by the XMC4200 Platform2Go Lite Kit, because some
components e.g. for Ethernet are not assembled.

XMC4200 Platform2Go Series-V1
Introduction
Board Users Manual 7 Revision 2019-08-30
All boards are marked with “Platform2Go XMC4200-V1.1” and can be distinguished by the assembled devices
(see pictures in chapter 2). These boards are neither cost nor size optimized and do not serve as a reference
design.
1.1 Key Features
Table 2 summarizes the features of the different assembly versions of the XMC4200 Platform2Go Series-V1.1.
Table 2 Kit Features of Assembly Versions
Feature
XMC4200
Platform2Go
3.3V
XMC4200
Platform2Go
3.3V Lite
XMC4200
Platform2Go
5V
XMC4200
Platform2Go
5V Lite
XMC4200 Microcontroller
On-board Debug Probe with USB interface
supporting SWD + SWO
Virtual COM Port via Debug Probe
1 x User Push-Button and
1 x User LED and
1 x Reset Push-Button
1 x Potentiometer
Voltage Regulator 5 V -> 3.3 V
USB (Micro USB Plug)
12 MHz Crystal
32.768 kHz RTC Crystal
Arduino compatible connector 3.3 V / 5 V Arduino
shields
0 Ohm Bridges Array for 3.3 V Arduino shields
Voltage level shifter for 5 V Arduino
D-Sub Connector
CAN Transceiver

XMC4200 Platform2Go Series-V1
Hardware Description
Board Users Manual 8 Revision 2019-08-30
1.2 Block Diagram
The block diagram in Figure 1 shows the main components of the XMC4200 Platform2Go Series-V1.1 and their
interconnections. There are following main building blocks:
XMC4200 ontroller in a LQFP64 package
On-board USB debug probe based on XMC4200 for SWD, SWV and Virtual COM Port support
Two 40-pin header X1 and X2
Connection Header for Arduino
MikroBUSTM connector
Two Infineon Shield2Go connectors (at the bottom of the board)
Potentiometer (10kOhm)
On-board power generation
User Push-Button, User LED, Reset Push-Button
Micro-AB USB Plug
CAN Transceiver connected to 9-position D-Sub connector RS232
Figure 1 Block Diagram of the XMC4200 Platform2Go Series-V1.1
2 Hardware Description
The following chapters give a detailed description of the board hardware and how it can be used. The different
assembly versions of the kits series are shown in Figure 2, Figure 3, Figure 4 and Figure 5.

XMC4200 Platform2Go Series-V1
Hardware Description
Board Users Manual 9 Revision 2019-08-30
Figure 2 XMC4200 Platform2Go 3.3V
Figure 3 XMC4200 Platform2Go 5V

XMC4200 Platform2Go Series-V1
Hardware Description
Board Users Manual 10 Revision 2019-08-30
Figure 4 XMC4200 Platform2Go 3.3V Lite
Figure 5 XMC4200 Platform2Go 5V Lite

XMC4200 Platform2Go Series-V1
Hardware Description
Board Users Manual 11 Revision 2019-08-30
2.1 Power Supply
The XMC4200 Platform2Go Series-V1.1 must be supplied by an external 5 Volt DC power supply connected to
any of the micro USB plugs (X100, X101). The green Power LED (VDD3.3) indicates the presence of the
generated 3.3 V supply voltage.
On-board reverse current protection diodes will ensure safe operation in case power is provided through both
USB plugs at the same time. These protection diodes allows to use the on-board debug probe connected with a
PC/Notebook via X101 and a second host PC/Laptop connected with the XMC4200 via X100.
If the board is powered via a USB plug, it’s not recommended to apply an additional 5 Volt power supply to one
of the 5 Volt power pins (VDD5, 5 V) on the pin headers X1 or X2 or the Arduino Power header, because there is
no protection against reverse current into the external power supply. These power pins can be used to power an
external circuit. But care must be taken not to draw more current than USB can deliver. A PC as USB host typically
can deliver up to 500 mA current. If higher currents are required and in order to avoid damages on the USB host
the use of an external USB power supply unit which is able to deliver higher currents than 500 mA is strongly
recommended.
Figure 6 Power Supply Concept

XMC4200 Platform2Go Series-V1
Hardware Description
Board Users Manual 12 Revision 2019-08-30
2.2 Pin Header X1 and X2
The pin headers X1 and X2 can be used to extend the evaluation board or to perform measurements on the
XMC4200. Figure 7 shows the available GPIOs / signals at these pin headers. The pin table is also printed onto
the bottom side of the PCB in bottom view.
Pin Header X2
Pin Header X1
GND
2
1
P0.7
CS_MB
RESET#
2
1
GND
RST/GPIO2_2GO_1
P0.8
4
3
NC
UART_RX
P2.15
4
3
P2.14
UART_TX
NC
6
5
NC
NC
6
5
NC
NC
8
7
P0.11
PWM3
SPI_CS.PWM_4
P1.7
8
7
NC
NC
10
9
P0.5
INT/GPIO3_2GO_1
SPI_MOSI/PWM_5
P1.9
10
9
P1.8
SPI_CLK
RST/GPIO2_2GO_2
P0.6
12
11
P0.3
INT/GPIO3_2GO_2
PWM_MB
P1.1
12
11
P1.0
INT_0
GPIO1_S2GO_1
P0.4
14
13
P0.1
LED1
QSPI_IO2
P1.3
14
13
P1.2
PWM/GPIO4_2GO_1
CS_2GO_1
P0.2
16
15
P0.10
INT_MB
QSPI_IO0
P1.5
16
15
P1.4
PC_TXD
SPI_MISO
P0.0
18
17
NC
NC
18
17
NC
CS_2GO_2
P0.9
20
19
P3.0
SCL, ADC_5
NC
20
19
NC
NC
22
21
P14.14
AN2_2GO
BUTTON1
P1.15*
22
21
NC
SDA, ADC_4,
AN1_2GO
P14.4
24
23
NC
NC
24
23
NC
NC
26
25
P14.6
ADC_1
NC
26
25
ADC_2
P14.7
28
27
NC
RST_MB
P2.7
28
27
P2.6
IO_2
SCL, ADC_5,
AN2_2GO
P14.5
30
29
NC
GPIO1_2GO_2
P2.1
30
29
P2.0*
CAN_TX
CAN_RX
P14.3*
32
31
NC
PWM_1
P2.3
32
31
P2.2
INT_1, PWM_0
ADC0/Potentiometer
P14.0
34
33
P14.8
AN_MB/DAC0
SDA, ADC_4
P2.5
34
33
P2.4
PWM_2
AN1_2GO/DAC1
P14.9
36
35
HIB_IO_0
IO_0
P2.9
36
35
P2.8
IO_1
VARREF
38
37
NC
NC
38
37
NC
VDD3.3
40
39
#VBAT
VDD5
40
39
VDD3.3
(Top View)
Figure 7 Signal mapping of the pin headers X1 and X2
*Note: These pins have solderable 0 Ohm (0805) resistor bridges. See section 2.4 and Table 3.

XMC4200 Platform2Go Series-V1
Hardware Description
Board Users Manual 13 Revision 2019-08-30
2.3 Pin Header for Microbus and Shield2Go Connector 1 and 2
The pin header for Microbus and Shield2Go Connector 1 and 2 can be used to extend the evaluation board or to
perform measurements on the XMC4200. Figure 8 shows the available signals at these pin headers. The
Shield2Go pin header is mounted on the bottom. The pin table is also printed onto the top and bottom side of
the PCB in each view.
Shield2Go Connector 1 (bottom)
Shield2Go Connector 2(bottom)
1
VDD5
5V
1
VDD5
5V
2
P14.4
AN1
RX
P2.14
10
2
P14.9
AN1
RX
P2.15
10
3
P14.14
AN2
TX
P2.15
11
3
P14.5
AN2
TX
P2.14
11
4
P2.5
SDA
RST/GPIO2
P0.8
12
4
P2.5
SDA
RST/GPIO2
P0.6
12
5
P3.0
SCL
GPIO1
P0.4
13
5
P3.0
SCL
GPIO1
P2.1
13
6
GND
GND
CS
P0.2*
14
6
GND
GND
CS
P0.9*
14
7
VDD3.3
3V3
SCLK
P1.8*
15
7
VDD3.3
3V3
SLCK
P1.8*
15
8
P0.5
INT/GPIO3
MOSI
P1.9*
16
8
P0.3
INT/GPIO3
MOSI
P1.9*
16
9
P1.2
PWM/GIO4
MISO
P0.0*
17
9
P1.3
PWM/GPIO4
MISO
P0.0*
17
(Bottom View)
(Bottom View)
Microbus Connector
1
P14.8
AN
PWM
P1.1
16
*Note:
The SPI channels MOSI MISO and SLCK
are connected with both shields and the
microbus.
Each of the three mentioned connectors
has an own CS (Chipselect) channel.
2
P2.7
RST
INT
P0.10
15
3
P0.7*
CS
RX
P2.15
14
4
P1.8*
SCK
TX
P2.14
13
5
P0.0*
MISO
SCL
P3.0
12
6
P1.9*
MOSI
SDA
P2.5
11
7
VDD3.3
3.3V
5V
VDD5
10
8
GND
GND
GND
GND
9
(Top View)
Figure 8 Signal mapping of the pin headers for Microbus and Shield2Go Connector 1 and 2

XMC4200 Platform2Go Series-V1
Hardware Description
Board Users Manual 14 Revision 2019-08-30
2.4 Solderable 0 Ohm Pin Bridges
The 0 Ohm (0805) pin bridges enable/disable the signal pins in Table 3 (enabled by default).
To disable the signals, their resistor has to be removed. The XMC4200 pins are then usable for other usages.
Table 3 Signal mapping of the 0 Ohm Pin Bridges
Resistor
XMC Pin
Signal
R3
P2.0
CAN_TX
R4
P14.3
CAN_RX
R5
P1.15
BUTTON1
R7
P14.0
Potentiometer
R112
P0.1
LED1

XMC4200 Platform2Go Series-V1
Hardware Description
Board Users Manual 15 Revision 2019-08-30
2.5 Arduino Compatible Connector
The mapping of GPIOs and XMC pin functions to Arduino compatible functions can be found in Figure 9. The
Arduino compatible connector supports
SPI interface (SPI_xxx)
I2C interface (I2C_xxx)
UART interface (UART_xxx)
PWM signal outputs (PWM0-3)
ADC input (ADC0-5)
Interrupt input (INT0-1)
Figure 9 Mapping of Arduino Functions to XMC Pin Functions
The XMC4200 Platform2Go 5V features bi-directional voltage level shifter and therefor supports 5 V Arduino
shields. Jumper JP300 (IOREF) determines whether the Arduino shield is driven with 5 V or 3.3 V.
Analog input signals ADC0-5 are limited to 3.3 V input voltage. Primarily ADC0 to ADC3 should be used as analog
input, because there is no additional circuit connected to these pins, whereas ADC4 and ADC5 have additional
circuitry and require an input signal with lower input impedance. ADC0 is also connected to the Potentiometer for
a variable value of the analog input (optional see Table 5).
Note:Parallel operation of I2C and ADC4 / ADC5 is not possible, because they share the same Arduino pins.

XMC4200 Platform2Go Series-V1
Hardware Description
Board Users Manual 16 Revision 2019-08-30
2.6 User Push Buttons, Potentiometer and User LEDs
The XMC4200 Platform2Go Series-V1.1 provides one user push button, one LED and one Potentiometer. The
port pins used can be found in Table 4 and Table 5.
Table 4 XMC4200 Pin Mapping for User LEDs
LED
XMC Pin
Resistor
LED1*
P0.1
R112 (680 Ohm)
Table 5 XMC4200 Pin Mapping for User Push Buttons and Potentiometer
Button
XMC Pin
Resistor
BUTTON1*
P1.15
R5
Potentiometer*
P14.0
R7
*Note: The push button, the potentiometer and the LED can be disabled by removing their designator.
Also see Table 3.
Debugging and UART-to-USB Communication
The XMC4200 Platform2Go Series-V1.1 supports debugging via 2 different channels:
On-board debug probe
10-pin Cortex™ Debug Connector (not assembled)
2.7 On-board Debug Probe
The on-board debug probe supports Serial Wire Debug (SWD) and UART communication. Both require the
installation of Segger’s J-Link Driver which is part of the DAVE™ installation. DAVE™ is a highly efficient
development platform for the XMC microcontroller families to simplify and shorten SW development. It can be
downloaded at www.infineon.com/dave. The latest Segger J-Link Driver can be downloaded at
http://www.segger.com/jlink-software.html. Table 6 shows the pin assignment of the XMC4200 used for
debugging and UART communication.
2.8 UART Communication for XMC4200
Table 6 XMC4200 Pins Mapping for Debugging and UART-Communication
Pin Function
Input/Output
XMC Pin
Data pin for Debugging via SWD
I/O
TMS
Clock pin for Debugging via SWD
O
TCK
Transmit pin for UART communication (PC_RX)
O
XMC4200 Debugger
P1.5 (TXD_U0C0.DOUT0)
Receive pin for UART communication (PC_TX)
I
XMC4200 Debugger
P1.4 (RXD_U0C0.DX0B)
Transmit pin for UART(UART_RX)
O
XMC4200
P2.15(RXD_U1C0.DX0C)
Receive pin for UART(UART_TX)
I
XMC4200
P2.14(TXD_U1C0.DOUT0)
2.9 Cortex™ Debug Connector (10-pin)
The 10-pin Cortex™ Debug Connector supports Serial Wire Debug (SWD) and Serial Wire Viewer (SWV). The
pin assignment of the Cortex™ Debug Connector is shown in Table 6.

XMC4200 Platform2Go Series-V1
Hardware Description
Board Users Manual 17 Revision 2019-08-30
Table 7 Pin Assignment of the Cortex™ Debug Connector (X102)
Pin No.
Signal Name
Description
1
VCC
+3.3 V
2
TMS
Serial Wire Data I/O
3
GND
Ground
4
TCK
Serial Wire Clock
5
GND
Ground
6
SWV
Serial Wire Viewer (Trace Data Out)
7
NC
Not connected
8
NC
Not connected
9
GND_Detect
Ground detect
10
RESET
Rest (active low)
2.10 Reset
The reset pin (PORST#) of the XMC4200 is a bi-directional pin in open drain mode. An internal pull-up resistor
keeps the PORST# pin high during normal operation. A low level at this pin will force a hardware reset. In case of
a MCU internal reset the PORST# pin will drive a low signal.
A reset signal can be issued by
the on-board Reset Button (“RESET”)
the on-board debug probe (IC101.47)
the external debugger connected to the 10-pin Cortex™Debug probe connector (X102)
the Arduino Power Header (X302.3, “RESET#”)
the pin header X1 (X1.2, “RESET#”)
An XMC™ internal circuit always ensures a save Power-on-Reset. XMC™ does not require any additional external
components to generate a reset signal during power-up.
2.11 CAN Transceiver
The XMC4200 Platform2Go provides a CAN interface via X3, a D-Sub DE-9, and the X1 and X2 connector.
Infineon’s high speed CAN transceiver (IFX1051LE) for industrial applications supports 3.3V I/O logic and is
suitable for 12 V and 24 V bus systems with an excellent EMC performance. The CAN bus (signals CANH, CANL)
are terminated by a 120 Ohm resistor and can provide 5V if R_opt is assembled with a 0 Ohm 0805 resistor (not
assembled by default). The other CAN bus (CAN_TX, CAN_RX) is not terminated by a 120 Ohm and needs to be
terminated externally. To use the CAN_TX/RX pins otherwise see also Table 3.
Table 8 CAN Signals and XMC4200 Pin Mapping
Signal
Name
Pin No. at Pin Header
XMC Pin, XMC Function
CANH
X3.7
-
CANL
X3.2
-
CAN_TX
X2.34
P2.0, CAN_TX
CAN_RX
X1.29
P14.0, CAN_RX
GND
X3.3, X3.6
-
VDD5
X3.9
-

XMC4200 Platform2Go Series-V1
Production Data
Board Users Manual 18 Revision 2019-08-30
2.12 Boot Option
During power-on-reset the XMC4200 latches the signal level at the pins TMS and TCK. Based on the logic levels
latched at these pins after reset the XMC4200 starts booting in different modes. TMS and TCK pins are used for
debugging and by default program execution is always starting from on-chip flash (normal mode).
The XMC4200 Platform2Go Series-V1.1 does not support the selection of the boot options by switches directly.
In case of no external debug probe is used the boot mode can be influenced by applying 1 kOhm pull-up- or pull-
down resistors to TMS and TCK pins. These pins are available at the 10-pin debug connector X102.
Table 9 Boot Mode Selection with external Pull Resistors
Logic Level at TMS
during Reset
Logic Level at TCK
during Reset
Boot Mode
High
Low
Normal Mode (boot from on-chip flash) (DEFAULT)
Low
Low
ASC BSL Mode (boot from UART)
High
High
BMI Customized Boot Mode
Low
High
CAN BSL Mode (boot from CAN)
3 Production Data
This chapter covers schematics, board dimensions, component placement and the list of material.
3.1 Schematics
In the following figures shows the schematics of the XMC4200 Platform2Go Series-V1.1 in.

XMC4200 Platform2Go Series-V1
Production Data
Board Users Manual 19 Revision 2019-08-30
Figure 10 Connectors Schematic: Pin header, Pin Bridges, Level Shifter, Microbus, Shield2Go
Connector, Arduino Level Jumper
1 1
2 2
3 3
4 4
5 5
6 6
7 7
8 8
D D
C C B B
A A
2 5
30.09.2019 14:47:33Date: Sheet of
Time:
©Infineon Technologies AG 2019. All Rights Reserved. Author:
IFAG DES TCP EDS Am Campeon 1-15, Munich
V1.1
Title Size: Rev.
A3
Rel. Draft
Variant
Platform2GO XMC4200-V1.1
Approved
Open Status
SVN Revision: da75247807cb30a8ab86d75f81b360f14d63d5c9
J.Fischer
2 5
Connectors.SchDoc
Pinheader/Arduinopinheader Arduino Level Shifter
Arduino Level Jumper
Arduino Level Shifter Bridges
IO_0 IO_1 PWM_1 PWM_2 INT_0 INT_1, PWM_0 UART_TX UART_RX
ADC_2
ARDUINO Compatible Connectors
GND GND
5V
3V3
RESET
NC
IO_1
PWM_2 PWM_1
IO_0
INT_1, PWM_0
INT_0
UART_TX UART_RX
IO_1 PWM_2 PWM_1 IO_0 INT_0 UART_TX UART_RX
IO_1
PWM_2
PWM_1
IO_0
INT_1, PWM_0
INT_0
UART_TX UART_RX
IO_1 PWM_2 PWM_1 IO_0 INT_1, PWM_0 INT_0 UART_TX UART_RX
VDD3.3
VDD3.3
VDD5
GND
VDD3.3
GND
GND
GND
GND
GND
GND
R100 R101 R102 R103 R104 R105
C300 100nF
C301 100nF
C302 100nF
C303 100nF
R300 10k
R302 10k
R301 0R
R303 0R
no ass.
no ass.
C304 100nF
VCCA
2
GND 11
OE_N
10
A1
1
A2
3
A3
4
A4
5
A5
6
A6
7
A7
8
A8
9
B1 20 B2 18 B3 17 B4 16 B5 15 B6 14 B7 13 B8 12
VCCB 19
IC300 TXS0108EPWR
SCL, ADC_5 SDA, ADC_4 SPI_CLK SPI_MISO SPI_MOSI
SPI_CS
SCL, ADC_5 SDA, ADC_4
SPI_CLK
SPI_MISO
SPI_MOSI
SPI_CS
IOREF
VDD3.3
VDD3.3
GND
VCCA
2
GND 11
OE_N
10
A1
1
A2
3
A3
4
A4
5
A5
6
A6
7
A7
8
A8
9
B1 20 B2 18 B3 17 B4 16 B5 15 B6 14 B7 13 B8 12
VCCB 19
IC301 TXS0108EPWR
P2.14*P2.14
P2.15
VDD3.3
IOREF
GND
VDD3.3
VDD3.3
GND
VDD5
GND
UART_RX UART_TX
ADC_3/AN_MB/DAC0
AN RST CS SCK MISO MOSI 3.3V GND
PWM
INT
RX
TX
SCL
SDA
5V
GND
MIKROBUS
PWM_MB/P1.1
SPI_MOSI
SPI_MISO
SPI_CLK
CS_MB/P0.7
RST_MB/P2.7 INT_MB/P0.10
Microbus Connector
SCL, ADC_5 SDA, ADC_4
GND
SCL, ADC_5
SDA, ADC_4 UART_TX
UART_RX
P2.15
SPI_CLK SPI_MISO SPI_MOSI
PWM/GPIO4_2GO_1
CS_2GO_1/P0.2
INT/GPIO3_2GO_1
RST/GPIO2_2GO_2
VDD3.3
VDD5 1
2 3 4 5 6 7 8 917
16 15 14 13 12 11 10
5V AN1 AN2 SDA SCL GND 3V3 INT/GPIO3 PWM/GPIO4
RX
TX
RST/GPIO2
GPIO1
CS
SCLK
MOSI MISO
PASSIVE
S2G-1P-1 Shield2Go-S2G-1P
1 2 3 4 5 6 7 8 9 17
16 15 14 13 12 11 10
5V AN1 AN2 SDA SCL GND 3V3 INT/GPIO3 PWM/GPIO4
RX
TX
RST/GPIO2
GPIO1
CS
SCLK
MOSI MISO
PASSIVE
S2G-1P-2 Shield2Go-S2G-1P
VDD5
GND
VDD3.3
P2.15 P2.14
PWM/GPIO4_2GO_2
UART_TX UART_RX
SPI_CLK SPI_MISO SPI_MOSI
CS_2GO_2/P0.9
GPIO1_2GO_2/P2.1
RST/GPIO2_2GO_1
SCL, ADC_5
SDA, ADC_4
INT/GPIO3_2GO_2
Shield2Go Connector
INT_1, PWM_0
SCL, ADC_5 SDA, ADC_4
SPI_CLK
SPI_MISO
SPI_MOSI
SPI_CS
PWM_3
IO_2
SCL, ADC_5 SDA, ADC_4 SPI_CLK SPI_MISO SPI_MOSI SPI_CS
PWM_3
IO_2
P2.15*
12 34 56 78 910 11 13 15 17 19 21 23 25 27 29 31
12 14 16 18 20 22 24 26 28 30 32 33
35 37 39
34 36 38 40
X2 M20-6102045
1 2 3
JP300
TSW-103-05-L-S
IOREF
1 2 3 4 5 6
X300
GND
VDD5
RESET#
1 2 3 4 5 6 7 8
X302
IOREF RESET#
VDD3.3
VDD5
GND
1 2 3 4 5 6
X301
1 2 3 4 5 6 7 8
X303
P2.15* P2.14*
1 10 2 9 3 8 4 7 5 6
X304
GND VAREF
SPI_CLK SPI_MISO SPI_MOSI
SPI_CS
PWM_3 IO_2 SCL, ADC_5 SDA, ADC_4 GND AREF
SDA, ADC_4, AN1_2GO SCL, ADC_5, AN2_2GO
12 34 56 78 910 11 13 15 17 19 21 23 25 27 29 31
12 14 16 18 20 22 24 26 28 30 32 33
35 37 39
34 36 38 40
X1 M20-6102045
Shields share reset pin P0.10
R3 0R R4 0R
CAN_TX CAN_RX
GPIO1_2GO_1/P3.0
R5 0R
BUTTON1
BUTTON1
P0.0
P0.0
P0.0 P0.0*
P0.0 P0.0*
P0.0*
P0.2
P0.3
P0.5
P0.7
P0.6 P0.8 P0.9
P0.10
P3.0
P3.0
P3.0
P3.0 P3.0*
P3.0 P3.0*
P3.0*
P3.0*
P1.1
P0.0*
P1.3
CAN_TX/P2.0
P2.5
P2.5
P2.5
P2.5
P2.5 P2.5*
P2.5*
P2.5*
P2.5* P1.7*
P1.7*
P1.7*P1.7
P1.7
P1.8
P1.8 P1.8
P1.8
P1.8 P1.8*
P1.8*
P1.8*
P1.8* P1.9
P1.9 P1.9 P0.0
P1.9
P1.9 P1.9*
P1.9*
P1.9*
P1.9*
P2.1P2.2
P2.2 P2.2*
P2.2*
P2.2*
P2.3
P2.3
P2.3*
P2.3*
P2.4
P2.4 P2.4*
P2.3*
P2.4*
P2.4*
P1.0
P1.0 P1.0*
P1.0*
P1.0*
P1.15
P2.8
P2.8 P2.8*
P2.8*
P2.8*
P2.9
P2.9
P2.9*
P2.9*
P2.9*
P2.14 P2.15
P2.14* P2.15*
P14.0
ADC_1/CAN_RX/P14.3
P14.6
P14.3
CAN_RX/P14.3
P14.7 P14.8 P14.4 P14.5
AN2_2GO
P14.4 P14.14
P14.9 P14.5
AN1_2GO/DAC1
P14.8
P2.14 P2.15
Pin Bridges
VDD3.3
SPI_CS
SPI_MOSI
ADC0/Potentiometer/P14.0
1 2 3 4 5 6 7 8 9
10 11 12 13 14 15 16
RA200A 0R
1 2 3 4 5 6 7 8 9
10 11 12 13 14 15 16
RA300A 0R
P0.11 P0.11*
P0.11*
P1.2
P2.0
P2.6 P2.6*
P2.6*
P2.7
ADC_3/AN_MB/DAC0
P0.4
P0.8
GND
P0.7 P0.11
P0.1
P0.2
P0.3
P0.4
P0.5
P0.6 P0.9
P0.10
P0.0 P3.0 P14.0 P14.3 P14.5 P14.7
P14.8
P14.9
P14.14
VAREF HIB_IO_0
#VBAT
P2.14P2.15
P1.0P1.1 P1.2P1.3 P1.4P1.5
P1.7 P1.8P1.9
P2.0P2.1 P2.2P2.3 P2.4P2.5
P2.6P2.7
P2.8P2.9
RESET#
VDD5 VDD3.3
UART_TX
UART_RX
GND
PWM_MB/P1.1
PWM/GPIO4_2GO_2
PC_RXD PC_TXD
SDA, ADC_4
PWM_1 PWM_2
IO_0
INT_1, PWM_0
GPIO1_2GO_2/P2.1
RST_MB/P2.7
IO_1 IO_2
CAN_TX/P2.0
SPI_CLK INT_0 PWM/GPIO4_2GO_1 SPI_MISO
PWM_3
RST/GPIO2_2GO_1
GPIO1_S2GO_1 P0.1/LED1
INT/GPIO3_2GO_2 INT/GPIO3_2GO_1
RST/GPIO2_2GO_2
INT_MB/P0.10
CS_MB/P0.7
CS_2GO_1/P0.2
CS_2GO_2/P0.9
AN_MB/DAC0
CAN_RX/P14.3
ADC_1
ADC_2
AN2_2GO
ADC0/Potentiometer/P14.0
AN1_2GO/DAC1
P14.6
SCL, ADC_5
PWM_3PWM_3
P0.11 P0.11*
IO_2
IO_2
P2.6 P2.6*
P14.4
BUTTON1 SDA, ADC_4, AN1_2GO
SDA, ADC_4, AN1_2GO SCL, ADC_5, AN2_2GO
SCL, ADC_5, AN2_2GO
P1.15
P2.14
PIC30001 PIC30002
COC300
PIC30101 PIC30102
COC301
PIC30201 PIC30202
COC302
PIC30301 PIC30302
COC303
PIC30401 PIC30402
COC304
PIIC30001 PIIC30002 PIIC30003 PIIC30004 PIIC30005 PIIC30006 PIIC30007 PIIC30008 PIIC30009 PIIC300010 PIIC300011
PIIC300012 PIIC300013 PIIC300014 PIIC300015 PIIC300016 PIIC300017 PIIC300018 PIIC300019 PIIC300020
COIC300
PIIC30101 PIIC30102 PIIC30103 PIIC30104 PIIC30105 PIIC30106 PIIC30107 PIIC30108 PIIC30109 PIIC301010 PIIC301011
PIIC301012 PIIC301013 PIIC301014 PIIC301015 PIIC301016 PIIC301017 PIIC301018 PIIC301019 PIIC301020
COIC301
PIJP30001 PIJP30002 PIJP30003
COJP300
PIMIKROBUS01 PIMIKROBUS02 PIMIKROBUS03 PIMIKROBUS04 PIMIKROBUS05 PIMIKROBUS06 PIMIKROBUS07 PIMIKROBUS08
PIMIKROBUS09 PIMIKROBUS010 PIMIKROBUS011 PIMIKROBUS012 PIMIKROBUS013 PIMIKROBUS014 PIMIKROBUS015 PIMIKROBUS016
COMIKROBUS
PIR301 PIR302
COR3
PIR401 PIR402
COR4
PIR501 PIR502
COR5
PIR10001 PIR10002
COR100
PIR10101 PIR10102
COR101
PIR10201 PIR10202
COR102
PIR10301 PIR10302
COR103
PIR10401 PIR10402
COR104
PIR10501 PIR10502
COR105
PIR30001 PIR30002
COR300
PIR30101 PIR30102
COR301
PIR30201 PIR30202
COR302
PIR30301 PIR30302
COR303
PIRA20001 PIRA20002 PIRA20003 PIRA20004 PIRA20005 PIRA20006 PIRA20007 PIRA20008
PIRA20009 PIRA200010 PIRA200011 PIRA200012 PIRA200013 PIRA200014 PIRA200015 PIRA200016
CORA200A
PIRA30001 PIRA30002 PIRA30003 PIRA30004 PIRA30005 PIRA30006 PIRA30007 PIRA30008 PIRA30009
PIRA300010 PIRA300011 PIRA300012 PIRA300013 PIRA300014 PIRA300015 PIRA300016
CORA300A
PIS2G01P0101 PIS2G01P0102 PIS2G01P0103 PIS2G01P0104 PIS2G01P0105 PIS2G01P0106 PIS2G01P0107 PIS2G01P0108 PIS2G01P0109
PIS2G01P01010 PIS2G01P01011 PIS2G01P01012 PIS2G01P01013 PIS2G01P01014 PIS2G01P01015 PIS2G01P01016 PIS2G01P01017
COS2G01P01
PIS2G01P0201 PIS2G01P0202 PIS2G01P0203 PIS2G01P0204 PIS2G01P0205 PIS2G01P0206 PIS2G01P0207 PIS2G01P0208 PIS2G01P0209
PIS2G01P02010 PIS2G01P02011 PIS2G01P02012 PIS2G01P02013 PIS2G01P02014 PIS2G01P02015 PIS2G01P02016 PIS2G01P02017
COS2G01P02
PIX101
PIX102
PIX103
PIX104
PIX105
PIX106
PIX107
PIX108
PIX109
PIX1010
PIX1011
PIX1012
PIX1013
PIX1014
PIX1015
PIX1016
PIX1017
PIX1018
PIX1019
PIX1020
PIX1021
PIX1022
PIX1023
PIX1024
PIX1025
PIX1026
PIX1027
PIX1028
PIX1029
PIX1030
PIX1031
PIX1032
PIX1033
PIX1034
PIX1035
PIX1036
PIX1037
PIX1038
PIX1039
PIX1040
COX1
PIX201
PIX202 PIX203 PIX204
PIX205
PIX206
PIX207
PIX208
PIX209
PIX2010
PIX2011
PIX2012 PIX2013 PIX2014
PIX2015
PIX2016
PIX2017
PIX2018
PIX2019
PIX2020
PIX2021
PIX2022 PIX2023 PIX2024
PIX2025
PIX2026
PIX2027
PIX2028
PIX2029
PIX2030
PIX2031
PIX2032
PIX2033
PIX2034
PIX2035
PIX2036
PIX2037
PIX2038
PIX2039
PIX2040
COX2
PIX30001
PIX30002
PIX30003
PIX30004
PIX30005
PIX30006
COX300
PIX30101 PIX30102 PIX30103 PIX30104 PIX30105 PIX30106
COX301
PIX30201 PIX30202 PIX30203 PIX30204 PIX30205 PIX30206 PIX30207 PIX30208
COX302
PIX30301 PIX30302 PIX30303 PIX30304 PIX30305 PIX30306 PIX30307 PIX30308
COX303
PIX30401 PIX30402 PIX30403 PIX30404 PIX30405 PIX30406 PIX30407 PIX30408 PIX30409 PIX304010
COX304
PIX2039
NL#VBAT
PIR501
NLBUTTON1
PIR401
NLCAN0RX
PIR301
NLCAN0TX
PIC30001
PIC30101
PIC30201
PIC30301
PIC30401
PIIC300011
PIIC301011
PIMIKROBUS08
PIMIKROBUS09
PIR30101
PIR30301
PIS2G01P0106
PIS2G01P0206
PIX101
PIX202
PIX30006
PIX30206 PIX30207
PIX30407
NLGND
PIX2035
NLHIB0IO00
PIC30102 PIC30302
PIC30402
PIIC300019
PIIC301019
PIJP30002
PIX30202
NLIOREF
PIIC300010
PIR30002 PIR30102
PIIC301010
PIR30202 PIR30302
PIR10002
PIX30101
PIR10102
PIX30102
PIR10202
PIX30103
PIR10302
PIX30104
PIX105
PIX106
PIX107 PIX1017
PIX1018
PIX1019
PIX1020
PIX1021 PIX1023
PIX1024
PIX1025
PIX1026
PIX1037
PIX1038
PIX203 PIX205
PIX206 PIX208 PIX2010
PIX2017
PIX2022 PIX2023 PIX2026
PIX2027 PIX2029 PIX2031 PIX2037
PIX30201 PIX30208
PIIC30001
PIMIKROBUS05
PIRA20001
PIS2G01P01017 PIS2G01P02017
PIX2018
NLP000
PIIC300020
PIRA200016
PIX30001
PIX30405
NLP0000
PIX2013
PIMIKROBUS015
PIX2015
NLP001 NLP0010
PIS2G01P01014
PIX2016
NLP002
PIS2G01P0208
PIX2011
NLP003
PIS2G01P01013
PIX2014
NLP004
PIS2G01P0108
PIX209
NLP005
PIS2G01P02012
PIX2012
NLP006
PIMIKROBUS03
PIX201
NLP007
PIS2G01P01012
PIX204
NLP008
PIS2G01P02014
PIX2020
NLP009
PIIC30003
PIRA20002
PIX207
NLP0011
PIIC300018
PIRA200015
PIX30402
NLP00110
PIIC30105
PIRA30004
PIX1011
NLP100
PIIC301016
PIRA300013
PIX30303
NLP1000
PIMIKROBUS016
PIX1012
NLP101
PIS2G01P0109
PIX1013
NLP102
PIS2G01P0209
PIX1014
NLP103
PIX1015
NLP104
PIX1016
NLP105
PIIC30006
PIRA20005
PIX108
NLP107
PIIC300015
PIRA200012
PIX30403
NLP1070
PIIC30007
PIMIKROBUS04
PIRA20006
PIS2G01P01015 PIS2G01P02015
PIX109
NLP108
PIIC300014
PIRA200011
PIX30003
PIX30406
NLP1080
PIIC30008
PIMIKROBUS06
PIRA20007
PIS2G01P01016 PIS2G01P02016
PIX1010
NLP109
PIIC300013
PIRA200010
PIX30004
PIX30404
NLP1090
PIR502
PIX1022
NLP1015
PIR302
PIX1029
NLP200
PIS2G01P02013
PIX1030
NLP201
PIIC30101
PIRA30001
PIX1031
NLP202
PIIC301020
PIRA300016
PIX30304
NLP2020
PIIC30103
PIRA30002
PIX1032
NLP203
PIIC301018
PIRA300015
PIX30306
NLP2030
PIIC30104
PIRA30003
PIX1033
NLP204
PIIC301017
PIRA300014
PIX30307
NLP2040
PIIC30005
PIMIKROBUS011
PIRA20004
PIS2G01P0104
PIS2G01P0204
PIX1034
NLP205
PIIC300016
PIR10402
PIRA200013
PIX30105
PIX30409
NLP2050
PIIC30009
PIRA20008
PIX1027
NLP206
PIIC300012
PIRA20009
PIX30401
NLP2060
PIMIKROBUS02
PIX1028
NLP207
PIIC30106
PIRA30005
PIX1035
NLP208
PIIC301015
PIRA300012
PIX30308
NLP2080
PIIC30107
PIRA30006
PIX1036
NLP209
PIIC301014
PIRA300011
PIX30305
NLP2090
PIIC30108
PIMIKROBUS013
PIRA30007
PIS2G01P01011 PIS2G01P02011
PIX103
NLP2014
PIIC301013
PIRA300010
PIX30302
NLP20140
PIIC30109
PIMIKROBUS014
PIRA30008
PIS2G01P01010 PIS2G01P02010
PIX104
NLP2015
PIIC301012
PIRA30009
PIX30301
NLP20150
PIIC30004
PIMIKROBUS012
PIRA20003
PIS2G01P0105
PIS2G01P0205
PIX2019
NLP300
PIIC300017
PIR10502
PIRA200014
PIX30106
PIX304010
NLP3000
PIR10001
PIX2034
NLP1400
PIR402
PIX2032
NLP1403
PIR10401
PIS2G01P0102
PIX2024
NLP1404
PIR10501
PIS2G01P0203
PIX2030
NLP1405
PIR10101
PIX2025
NLP1406
PIR10201
PIX2028
NLP1407
PIMIKROBUS01
PIR10301
PIX2033
NLP1408
PIS2G01P0202
PIX2036
NLP1409
PIS2G01P0103
PIX2021
NLP14014
PIX102
PIX30005
PIX30203
NLRESET#
PIX2038
PIX30408
NLVAREF
PIC30002
PIC30202
PIIC30002
PIIC30102
PIJP30001
PIMIKROBUS07
PIR30001
PIR30201
PIS2G01P0107
PIS2G01P0207
PIX1039
PIX2040
PIX30204
PIJP30003
PIMIKROBUS010
PIS2G01P0101
PIS2G01P0201
PIX1040
PIX30002
PIX30205

XMC4200 Platform2Go Series-V1
Production Data
Board Users Manual 20 Revision 2019-08-30
Figure 11 XMC_4200_Debug Schematic: OBD Probe
1 1
2 2
3 3
4 4
5 5
6 6
7 7
8 8
D D
C C B B
A A
5 5
30.09.2019 14:47:35Date: Sheet of
Time:
©Infineon Technologies AG 2019. All Rights Reserved. Author:
IFAG DES TCP EDS Am Campeon 1-15, Munich
V1.1
Title Size: Rev.
A3
Rel. Draft
Variant
Platform2GO XMC4200-V1.1
Approved
Open Status
SVN Revision:
da75247807cb30a8ab86d75f81b360f14d63d5c9
J.Fischer
5 5
XMC4200_Debug.SchDoc
VDDP
5
VDDC
6
VBAT
10
VSSA/VAGND 17
VDDA/VAREF
18
VSS 27
VDDP
28
VDDC
31
VDDP
41 VSS 49
USB_DM
3USB_DP 4
HIB_IO_0
7
RTC_XTAL1
8
RTC_XTAL2
9
XTAL1
29
XTAL2
30
PORST_N 32
TMS 33
TCK 34
IC101A IFX_ XMC4200Q48K256ABXUMA1
P0.1
1P0.0 2
P14.7
11 P14.6
12 P14.5 13 P14.4 14 P14.3 15 P14.0 16
P14.9
19 P14.8 20
P2.5 21 P2.4 22 P2.3 23 P2.2 24 P2.1 25 P2.0 26 P1.5 35 P1.4 36 P1.3 37 P1.2 38 P1.1 39 P1.0 40
P0.8
42 P0.7 43 P0.6 44 P0.5 45 P0.4 46 P0.3 47 P0.2 48
IC101B IFX_ XMC4200Q48K256ABXUMA1
VDD3.3
GND
R118 510R
1 3 2 4
Q101 12MHz
GNDGND
1 2 3 4 5
X103 TSW-105-07-L-S
GND
VDD3.3
WTMS WTCK
DBGPRES#
R119 10k
VDD3.3
5 TH-Pads
2.54mm pitch
R120* 22R R121* 22R
1 2 3 4 5
MP1 MP2 MP3 MP4 MP5 MP6
X101
ZX62-AB-5PA(31)
GND
12
D103
BAS3010A-03W
R126 4.7k R127 10k
L103 60R
GNDGND
VDD5
HIB_IO_0
HIB_IO_0
R125
1MEG
GND
C125 4.7uF
C127 10uF
GND
GND
VDD3.3
TCK
CS
SWV
R122* 510RTXD
RESET# SWV
SWV
TMS
TMS
TCK
TCK
CS
SPD No RESET Pin Level Shifter JTAG SWV UART
DEBUG_LED COM_LED
VDD3.3
C128 100nF
C129 100nF
C130 100nF
C123 100nF
C124 100nF
C131 100nF
C121 15pF
C122 15pF
C126 10uF
COM_LED DEBUG_LED
XTAL1_42 XTAL2_42
XTAL1_42 XTAL2_42
On-board Debugger
LED Clock
GND
GND
R124 680R R123 680R
WUSB_DP WUSB_DM
WUSB_DP WUSB_DM
Debug Micro-USB Connector
SCLKOUT-P1.1 DX0B-P1.4 DX0D-P0.0 DOUT0-P2.5 DX0A-P2.2
SPI Slave
TMS TCK TDI TDO
MOSI CLK_OUT MISO MISO CS_IN CLK_IN MOSI CS_OUT SPI Master RXD UART
U0C0 U0C1 U1C1 DOUT0-P1.5 SELO0-P1.0 DX2A-P2.3 DX1A-P2.4
RXD TXD
UART2 (DM2) RXD TXD DX0A-P0.4
DOUT0-P0.5 U1C0
SWV
On-board Debugger Concept
TXACTIVE# GPIO-P0.6
RESET# RESET# GPIO-P0.3 DEBUG_LED# DEBUG_LED# GPIO-P0.2
AUX_LED#COM_LED# GPIO-P0.1
Cortex Debug
no ass.
GND
VDD3.3
DBGPRES#
TMS TCK SWV
1 2 9 3 4 7 5 6
8 10
X102 FTSH-105-01-L-D-K
WVDDC
Caps of XMC4200
RESET#
VDD3.3 VDD3.3
P1.5 P1.4
PC_RXD PC_TXD
31
2
D102 PGB102ST23WR
1 2
DEBUG Green
1 2
COM Green
Not assembled.
PIC12101 PIC12102
COC121
PIC12201 PIC12202
COC122
PIC12301 PIC12302
COC123
PIC12401 PIC12402
COC124
PIC12501 PIC12502
COC125
PIC12601 PIC12602
COC126
PIC12701 PIC12702
COC127
PIC12801 PIC12802
COC128
PIC12901 PIC12902
COC129
PIC13001 PIC13002
COC130
PIC13101 PIC13102
COC131
PICOM01 PICOM02
COCOM
PID10201
PID10202
PID10203
COD102
PID10301 PID10302
COD103
PIDEBUG01 PIDEBUG02
CODEBUG
PIIC10103 PIIC10104 PIIC10105 PIIC10106 PIIC10107 PIIC10108 PIIC10109 PIIC101010
PIIC101017
PIIC101018
PIIC101027
PIIC101028 PIIC101029 PIIC101030 PIIC101031
PIIC101032 PIIC101033 PIIC101034
PIIC101041
PIIC101049
COIC101A
PIIC10101 PIIC10102 PIIC101011 PIIC101012 PIIC101013 PIIC101014 PIIC101015 PIIC101016 PIIC101019 PIIC101020
PIIC101021 PIIC101022 PIIC101023 PIIC101024 PIIC101025 PIIC101026 PIIC101035 PIIC101036 PIIC101037 PIIC101038 PIIC101039 PIIC101040
PIIC101042 PIIC101043 PIIC101044 PIIC101045 PIIC101046 PIIC101047 PIIC101048
COIC101B
PIL10301 PIL10302 COL103
PIQ10101 PIQ10102
PIQ10103 PIQ10104
COQ101
PIR11801 PIR11802
COR118
PIR11901 PIR11902
COR119
PIR120001 PIR120002
COR1200
PIR121001 PIR121002
COR1210
PIR122001 PIR122002
COR1220
PIR12301 PIR12302
COR123
PIR12401 PIR12402
COR124
PIR12501 PIR12502
COR125
PIR12601 PIR12602
COR126
PIR12701 PIR12702
COR127
PIX10101 PIX10102 PIX10103 PIX10104 PIX10105 PIX1010MP1 PIX1010MP2 PIX1010MP3 PIX1010MP4 PIX1010MP5 PIX1010MP6
COX101
PIX10201 PIX10202 PIX10203 PIX10204 PIX10205 PIX10206 PIX10207 PIX10208 PIX10209
PIX102010
COX102
PIX10301 PIX10302 PIX10303 PIX10304 PIX10305
COX103
PICOM01
PIIC10101
NLCOM0LED
PIIC101023 PIIC101040
NLCS
PIIC101032
PIR11901
PIX10209
PIX10304
NLDBGPRES#
PIDEBUG01
PIIC101048
NLDEBUG0LED
PIC12101
PIC12201
PIC12301 PIC12401 PIC12501 PIC12602 PIC12701 PIC12801 PIC12901 PIC13001
PIC13101
PID10203
PIIC101013 PIIC101015 PIIC101016
PIIC101017
PIIC101020
PIIC101027 PIIC101049
PIQ10102
PIQ10104
PIR12502
PIR12702
PIX10105
PIX10203 PIX10205
PIX10305
PIIC10107
PIR12601 PIR12701
NLHIB0IO00
PIC13102
PIR12501
PIX1010MP1 PIX1010MP2 PIX1010MP3 PIX1010MP4 PIX1010MP5 PIX1010MP6
PICOM02
PIR12401
PID10201
PIR121001
PIX10103
PID10202
PIR120001
PIX10102
PID10302
PIL10302
PIR12602
PIDEBUG02
PIR12301
PIIC10108 PIIC10109
PIIC101011 PIIC101012 PIIC101014 PIIC101019
PIIC101021 PIIC101025 PIIC101026
PIIC101030
PIR11802
PIIC101037 PIIC101038
PIIC101042 PIIC101043 PIIC101044
PIL10301
PIX10101 PIX10104
PIX10207 PIX10208
PIR122001
NLP104
PIIC101046
NLP105
PIIC101047
PIX102010
NLRESET#
PIIC10102
PIIC101024
PIX10206
NLSWV
PIIC101022 PIIC101039
PIX10204
NLTCK
PIIC101035 PIIC101036
PIX10202
NLTMS
PIIC101045
PIR122002
NLTXD
PIC12302 PIC12402 PIC12502 PIC12601 PIC12702 PIC12802 PIC12902 PIC13002
PIIC10105 PIIC101010 PIIC101018 PIIC101028 PIIC101041
PIR11902
PIR12302 PIR12402
PIX10201
PIX10301
PID10301
PIIC101034
PIX10302
NLWTCK
PIIC101033
PIX10303
NLWTMS
PIIC10103
PIR120002
NLWUSB0DM
PIIC10104
PIR121002
NLWUSB0DP
PIIC10106 PIIC101031
NLWVDDC
PIC12202
PIIC101029
PIQ10101
NLXTAL1042
PIC12102
PIQ10103
PIR11801
NLXTAL2042