AN2016-22 - Eval-M1-1302 for iMOTION™ Modular …...2016-08-19 Eval-M1-1302 For iMOTION™Modular Application Design Kit Hardware Description 2 Hardware Description This section

Application Note Revision 1.0

www.infineon.com 2016-08-19

AN2016-22

Eval-M1-1302For iMOTION™ Modular Application Design Kit

About this document

Scope and purpose

The purpose of this document is to provide a comprehensive description of functionalities and guide forthe usage of the Eval-M1-1302 board which acts as the controller unit in a motor drive system.Thisdocument describes the features and hardware details of the Eval-M1-1302 board.

Environmental conditions were considered in the design of the evaluation board. The design was testedas described in this document but not qualified regarding safety requirements or manufacturing andoperation over the whole operating temperature range or lifetime. The boards provided by Infineon aresubject to functional testing only.

Evaluation boards are not subject to the same procedures as regular products regarding ReturnedMaterial Analysis (RMA), Process Change Notification (PCN) and Product Discontinuation (PD).Evaluation boards are intended to be used under laboratory conditions by specialists only.

Intended audience

This document is for anyone interested in exploring the motor control capabilities of the XMC1302device.

Table of Contents

About this document..............................................................................................................................1

Table of Contents ...................................................................................................................................1

Introduction ............................................................................................................................................2

1 Overview ...............................................................................................................................21.1 Key Features..........................................................................................................................21.2 Block Diagram........................................................................................................................3

2 Hardware Description ..........................................................................................................42.1 Power Supply .........................................................................................................................42.2 Clock Generation ...................................................................................................................62.3 Debug Interface......................................................................................................................62.3.1 On-board USB debugger ...................................................................................................62.3.2 8-pin Debug Connector......................................................................................................72.3.3 16-pin Debug Connector....................................................................................................72.4 USIC Connector .....................................................................................................................82.5 Hall Sensor and Encoder Connectors.....................................................................................92.6 Power Board Connector .......................................................................................................10

3 Production Data .................................................................................................................113.1 Schematics ..........................................................................................................................113.2 Component Placement and PCB layout ...............................................................................163.3 Bill of Material (BOM) ...........................................................................................................17

Revision History ...................................................................................................................................19

Application Note 2 Revision 1.02016-08-19


Overview

Introduction

This document describes the features and hardware details of the Eval-M1-1302 designed to work withiMotionTM MADK boards.

1 OverviewThe Eval_M1-1302 board houses the XMC1302 Microcontroller from Infineon Technologies, a powerboard connector, an interface for bipolar latching Hall-effect position sensors, an encoder sensorinterface connector, a USIC interface and an isolated on-board debug interface. The board along with athree phase inverter demonstrates the capabilities of the XMC1302 in motor control application. Themain use case for this board is to demonstrate the motor control features of the XMC1302. The focus issafe operation under evaluation conditions.

1.1 Key Features

The key features of the Eval-M1-1302 board are:

• Infineon XMC1302 Microcontroller which is an ARM® Cortex™-M0-based device with 200 kByte on-chip flash memory inside a TSSOP38 package

• Connection to power section via the power board connector• Combined hall sensor and encoder interface• USIC interface connector for connection of UART, SPI or I

2C

• 6 LEDs− 2 Power indicating LEDs− 1 User LED− 1 Encoder enable LED− 2 Debug LEDs (DEBUG, COM)

• Isolated Debug options− SEGGER J-Link LITE on-board debugger via USB connector− 16-pin debug connector supporting the Infineon DriveMonitor USB Stick V2

• Isolated Connectivity− UART channel of SEGGER J-Link LITE on-board debugger via USB connector

• Power supply of the MCU domain, providing 3.3 V and 5 V via connector J3• Power supply of the isolated debug domain

− Via debug USB connector− Via 16-pin connector which interfaces with the DriveMonitor USB Stick V2



Overview

1.2 Block Diagram

The functional block diagram of the Eval-M1-1302 can be found in Figure 1.The building blocks ofEval_M1-1302 board are:

• Power Board connector• HALL interface connector for position sensing• Encoder interface connector• Encoder Enable signals via GPIO• One user LED connected to GPIO• USIC0 interface connector• Isolated on-board debugger via Debug Micro-USB connector with UART• 16-pin debug connector for the Drive Monitor USB Stick V2

Figure 1 Block Diagram of the Eval-M1-1302



Hardware Description

2 Hardware Description

This section gives a detailed description of the hardware and how it can be used, Figure 2 depicts anoverview of the Eval-M1-1302 board.

Figure 2 Overview of Eval-M1-1302

2.1 Power Supply

The Eval-M1-1302 is designed with two galvanically isolated supply domains as outlined in Figure 2. Onthe left side, there is the debug domain, which contains a XMC4200 MCU as on-board debug controller(OBD) as well as level shifters to a 5V debug interface like the Drive Monitor USB Stick V2. The debugdomain can be powered via the USB plug as well as via the 16-pin Debug connector.On the right side there is the power GND supply domain, which connects to the power supply of theXMC1302 MCU and the peripheral components. This supply domain is usually powered from the powerboard which will be connected to the Eval-M1-1302 board via the connector. The typical current drawnby the Eval-M1-1302 board at the power GND domain is about 25 mA.To indicate the power status ofthe Eval-M1-1302, two power indicating LEDs are provided on board as shown in Figure 3. The LED willbe ON when the corresponding power rail is powered. This power status indication is described in Table1.

Table 1 Power status LED’s

LEDReference

Power Rail Voltage Note

LED101 VDD 3.3 V/5 V Power GND domain, must always be ON

LED201 VISO5 5 V Debug supply domain, ON if debug domain isintended to be used.




Figure 3 and Figure 4 illustrate the power supply concept of the control card.

Figure 3 The two isolated power supply domains of Eval-M1-1302

Figure 4 Block Diagram of the Power Supply Concept




2.2 Clock Generation

An internal oscillator provides the clock signal to the XMC1302 microcontroller. The CPU can beadjusted to a maximum of 32MHz (MCLK) whereas the PWM peripherals can be configured to use twicethis frequency (PCLK).

2.3 Debug Interface

The Eval-M1-1302 is designed to use Serial Wire Debug (SWD) or Single Pin Debug (SPD) as debuginterfaces. It supports debugging via different channels which are all galvanically isolated from the powerGND supply domain:

• On-board debugger

• 16-pin debug connector with Debug and UART interface

2.3.1 On-board USB debugger

The on-board debugger supports• Serial Wire Debug (SWD)

• Single Pin Debug (SPD)

• Full Duplex UART communication via a Virtual COM port

o PC_RXD P1.2 USIC0CH1.DOUT0o PC_TXD P1.3 USIC0CH1.DX0A

The on-board debugger can be accessed through the Debug USB connector. The Debug LED (LED202)signals the status during debugging.

Figure 5 On-board USB debugger and its connectors




When using an external debugger connected to the 16-pin debug connector, the on-board debugger hasto be switched off. This is done by connecting pin 6 of the debug connector to GNDISO.

2.3.2 8-pin Debug Connector

The Eval-M1-1302 supports debugging via SWD and SPD with the OBD as described in section 2.3.1.Please refer to Figure 6 for details on pin assignment.

Figure 6 Pin assignment of the 8-pin debug connector

The default connections used in the Eval-M1_1302 are:

• Serial Wire Debug (SWD)

o SWIO/SPD P0.14 (SWD0)o SWCLK P0.15 (SWD0)

• Full Duplex UART communication via a virtual COM port

o PC_RXD P1.2 USIC0CH1.DOUT0o PC_TXD P1.3 USIC0CH1.DX0A

2.3.3 16-pin Debug Connector

The Eval-M1-1302 supports debugging via Infineon’s device access server (DAS), when using theDriveMonitor USB Stick V2 as interface device. The latest release of the DAS software can bedownloaded from http://www.infineon.com/das. When using an external debugger, the on-boarddebugger (OBD) has to be switched off. This is done by connecting pin 6 to GNDISO. The DriveMonitorUSB Stick V2 already provides this connection and the OBD is disabled as soon as the connector isplugged in.

http://www.infineon.com/das




Next to the SWD and SPD debug signals which are provided as unidirectional signals because of thegalvanic isolation, UART signals can be accessed through this connector as well.

Figure 7 16-pin Debug Connector

Table 2 Pin out description of the Infineon Debug Connector, X201

Pin No. Signal Name I/O Serial Wire Debug

1 SWD_DIR O Defines the direction of SWIO

2 +5V (VISO5) - +5V supply of isolated debug domain

3 SWD_IN I Input signal of SWIO

4 GNDISO - Ground of the isolated debug domain

5 PC_RXD I UART Receive signal (P1.3, DOUT0 USIC0, channel1)

6 OBD_OFF# I Disable on-board debug device (Low active)

7 SWD_OUT O Output signal of SWIO

8 n.c. - Not connected



11 SWCLK O SWD clock signal



14 PC_TXD I UART Transmit signal (P1.2, DX0A, USIC0, channel1)



2.4 USIC Connector

The USIC Interface provides access to USIC0 channel0 which supports SPI, UART and I2Ccommunication protocols. Figure 8 indicates the pin assignment of the USIC interface connector, X104.




The USIC module is a peripheral inside the XMC1302 device. Table 3 gives the USIC signal name forthe port pin used in X104 and cautions that some pins are used in another circuitry. For example, ifP0.10 is used for SPI interface, then ENENC signal cannot be used for motor position sensing.

Figure 8 USIC Interface Connector X104

Table 3 USIC0 Connector X104

Pin Port Peripherals Comment

X104-1 P1.4 USIC0_CH0.DX5EX104-2 CMN 5V/3.3V 3.3V or 5V depending on J3 settingX104-3 P1.5 USIC0_CH0.DOUT0X104-4 P0.10 USIC0_CH0.SELO1 / DX2C Overlaps with ENENCX104-5 P0.14 USIC0_CH0.SCLKOUT Overlaps with SWD0/SPD0X104-6 GND GND

2.5 Hall Sensor and Encoder Connectors

The Eval-M1-1302 provides HALL and incremental encoder connectors as indicated in Figure 9. Theencoder interface connector provides a differential input which is transformed into single ended signalsby an interface IC. The HALL sensor interface provides a pull-up resistor for each HALL sensor signal aswell as power supply for the HALL sensors

Figure 9 Hall Sensor and Encoder Connectors

Both the HALL and the encoder signal are connected to the same POSIF interface. The ENENC-signalis used to either enable the output signals of the encoder IC or to activate the power supply and pull-upresistor supply of the HALL sensor interface. As a result, both interfaces can be connected at the sametime and the user can select by software which interface to use.




In Figure 10, the HALL sensor and encoder interface circuitry is provided. Please refer to Table 4 fordetails on pin and peripheral assignment.

Figure 10 Hall-effect position sensor and Encoder interface circuitry

Table 4 HALL Sensor and Encoder Interfaces

Pin Port Peripheral

HALL Sensor Interface X101

1 GND2 P1.0 POSIF0.IN2A3 P1.1 POSIF0.IN1B4 P0.13 POSIF0.IN0B5 CMN HALL sensor power supply, usually 5V

Encoder Interface X102

1 n.c.2 CMN Encoder power supply, usually 5V3 GND4 n.c.5 ENCA-

POSIF0.IN0B6 ENCA+7 ENCB-

POSIF0.IN1B8 ENCB+9 ENCI-

POSIF0.IN2A10 ENCI+

Enable Encoder

LED103 P0.10 High: Enable Encoder InterfaceLow: Enable HALL Interface including supply

2.6 Power Board Connector

The Eval-M1-1302 provides a power board connector with all the signals required to control the powerboard. The interface features the PWM output signals of CCU4 and CCU8 as well as the ADC signals.The power supply pins for the power GND domain are also included.

Figure 11 displays a picture of Eval-M1-1302 board with the power connector highlighted. The pin andperipheral assignment can be found in Table 5.

HALL SENSOR CONNECTOR

GND

1k9

6/0

40

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EA_POS0/P0.13

EB_POS1/P1.1

EI_POS2/P1.0

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R1

10

R1

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12

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X102



Production Data

Figure 11 The power board connector

Table 5 Pin assignment of Power Board Connector X1

X1

2.54mmpitch

Function onPowerInverter

Port Peripherals

A1 U_H P0.0 CCU80.OUT00A2 GND VSS,

VSSPA3 U_L P0.1 CCU80.OUT01A4 GND VSS,

VSSPA5 V_H P0.7 CCU80.OUT10A6 3.3V VDD,

VDDPA7 V_L P0.6 CCU80.OUT11A8 3.3V VDD,

VDDPA9 W_H P0.8 &

P0.2CCU80.OUT20 CCU80.OUT02

A10 IU+ P2.9 VADC0.G0CH2 VADC0.G1CH4A11 W_L P0.9 &

P0.3CCU80.OUT21 CCU80.OUT03

A12 IU- GNDA13 CTRAP/P0.12 -A14 VDClink P2.3 VADC0.G1CH5A15 VTH P2.7 VADC0.G1CH1A16 IV+ P2.10 VADC0.G0CH3 VADC0.G1CH2A17 IV- GNDA18 IW+ P2.11 VADC0.G0CH4 VADC0.G1CH3A19 IW- GNDA20 VCC 15V -

3 Production Data

The schematic, silkscreen and bill of material for the Eval-M1-1302 are given in this chapter. Thisinformation is important for troubleshoting of this board.

3.1 Schematics

This section contains the schematics for the Eval-M1-1302 board:



Production Data

• Schematics: XMC1302 MCU, Power Supply, HALL and Encoder Interface, USIC0 interface• Schematics: Isolated on-board debugger

The board has been designed with Eagle. The full PCB design data of this board can also bedownloaded from www.infineon.com/madk.

Figure 12 Schematics: Title Page

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1.3

SC

LS

DA

SW

CL

K/P

0.1

5S

WIO

/P0

.14

SW

IO/P

0.1

4

U_

H

U_

H

U_

L

U_

L

VT

HV

_D

C

V_

H

V_

H

V_

L

V_

L

W_

H

W_

H

W_

L

W_

L

A B C D E

12

34

56

78

A B C D E

12

34

56

78

4/3

/20

16

10

:28

AM

2/4

Sh

ee

t:

Le

ga

lDis

cla

ime

r

The

info

rmatio

ngiv

en

inth

isdocu

mentsh

all

inno

eve

ntbe

regard

ed

as

aguara

nte

eofco

nditi

ons

or

chara

cteri

stic

s.W

ithre

spect

toany

exa

mple

sor

hin

tsgiv

en

here

in,any

typic

alv

alu

es

state

dhere

inand/o

rany

info

rmatio

nre

gard

ing

the

applic

atio

nofth

edevi

ce,In

fineon

Tech

nolo

gie

shere

by

dis

claim

sany

and

all

warr

antie

s

and

liabili

ties

ofany

kind,in

cludin

gw

ithoutlim

itatio

n,w

arr

antie

sofnon-i

nfr

ingem

entofin

telle

ctualp

ropert

yri

ghts

ofany

thir

dpart

y.

Port

0-

standard

port

Port

1-

hig

hcu

rrentport

G1.C

H7

G1.C

H6

G1.C

H5

G0.C

H7

G0.C

H6

G0.C

H5

G0.C

H0

G1.C

H1

G1.C

H0

G0.C

H2

G0.C

H3

G0.C

H4

G0.C

H1

G1.C

H4

G1.C

H2

G1.C

H3

CM

P0

CM

P1

CM

P2

S&

H0

S&

H0

S&

H1

S&

H1

AC

MP

OR

CO

RC

Port

2-

analo

gue

featu

res

XM

C1

30

0

V1

.1/2

8.0

1.2

01

4/A

R

GN

Dco

nn

ect

ion

clo

seto

pin

9



Production Data

Figure 14 Schematics: Interface to inverter board, 5V power supply, PWM signal-lines to theinverter board

Sh

un

tC

urr

en

tse

nsin

gw

ith

ou

te

xte

rna

lA

mp

.

Po

we

rsu

pp

lyto

XM

C1

30

0

Inp

uts

toin

ve

rte

rd

rive

rIC

SP

IIn

terf

ace

to3

DM

ag

ne

tic

Se

nso

r2

0P

inin

terf

ace

toIP

MP

ow

er

Bo

ard

Po

we

rsu

pp

lyto

XM

C1

30

05

V/3

.3V

se

lecto

r

+3V

3+

3V

3

+3V

3+

3V

3

+3V

3+

3V

3

+3V

3+

3V

3

0.0

1uF

/0603/1

0V

/N.M

.0.0

1uF

/0603/1

0V

/N.M

.

47pF

/0603/1

0V

10uF/25V/0805/CER/N.M. 10uF/25V/0805/CER/N.M.

100nF/0603/25V/N.M. 100nF/0603/25V/N.M.

0.0

1uF

/0603/1

0V

/N.M

.0.0

1uF

/0603/1

0V

/N.M

.

47pF

/0603/1

0V

47pF

/0603/1

0V

0.0

1uF

/0603/1

0V

/N.M

.0.0

1uF

/0603/1

0V

/N.M

.

47pF

/0603/1

0V

0.1

uf/

0603

1nf/

0603

100nF

/0603/2

5V

1uf

0.1

uf/

0603

10nf/

0603

10uf/

1206

10uf/

1206

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

DG

ND

GN

DG

ND

GN

D

MP

N=

22284030

Header3

MP

N=

22284030

Header3

MP

N=

22284030

Header

MP

N=

22284030

Header

+5V

+5V

+5V

+5V

+15V

+15V

+15V

+15V

+15V

10K

/0603

2K

/0603

5.6

K/0

603/N

.M.

2K

/0603/N

.M.

1K

/0603/N

.M.

1K

/0603/N

.M.

5.6

K/0

603/N

.M.

1K

/0603/N

.M.

1K

/0603/N

.M.

10K

/0603

10K

/0603

2K

/0603

2K

/0603

5.6

K/0

603/N

.M.

5.6

K/0

603/N

.M.

2K

/0603/N

.M.

2K

/0603/N

.M.

5.6

K/0

603/N

.M.

1K

/0603/N

.M.

1K

/0603/N

.M.

20K/060320K/0603

1K

/0603

4.7K/0603

4K7/0603

4K7/0603

0R

/0603

7.5K/0603

0R

/0603

0R

/0603

0R

/0603

22K/0603/N.M. 22K/0603

22K/0603/N.M. 22K/0603

22K/0603/N.M. 22K/0603

22K/0603/N.M. 22K/0603

22K/0603/N.M. 22K/0603

22K/0603/N.M. 22K/0603

10K

/0603

2K

/0603

2K

/0603/N

.M.

5.6

K/0

603/N

.M.

5.6

K/0

603/N

.M.

AG

ND

AG

ND

AG

ND

IU+

IU+

IV+

TE

ST

PA

D_T

P

IW+

IW+

TE

ST

PA

D_T

P

TE

ST

PA

D_T

P

TE

ST

PA

D_T

PT

ES

TP

AD

_T

P

TE

ST

PA

D_T

P

CM

NC

MN

CM

NC

MN

CM

NC

MN

CM

NC

MN

CM

NC

MN

CM

NC

MN

CM

NC

MN

CM

NC

MN

CM

NC

MN

CM

NC

MN

CM

NC

MN

CM

NC

MN

CM

NC

MN

AD

8618A

RU

Z/N

.M.

AD

8618A

RU

Z/N

.M.

AD

8618A

RU

Z/N

.M.

AD

8618A

RU

Z/N

.M.

AD

8618A

RU

Z/N

.M.

AD

8618A

RU

Z/N

.M.

AD

8618A

RU

Z/N

.M.

IFX

1763_V

50

MP

N=

PB

C10D

BA

N

CO

N20

MP

N=

PB

C10D

BA

N

C1

C1

C2

C3 C3

C4 C4

C5

C5

C6

C6

C7

C7

C8

C9

C10

C11

C12

C14

C16

C17

C17

J3

123

J3

J4

1 2 3 4

J4

R1

R2

R3

R4

R5

R5

R6

R7

R7

R8

R8

R9

R9

R10

R10

R11

R11

R12

R13

R13

R14R15

R16

R17

R18

R19

R20

R21

R22

R22

R23

R24 R25

R26 R27

R28 R29

R30 R31

R32 R33

R34 R35

R127

R130

R136

R139

R140

TP

3

TP

4

TP

5T

P5

TP

6T

P6

TP

7T

P7

TP

8T

P8

TP

9

TP

10

TP

11

TP

11

TP

12

U1A

+IN

3

-IN

2O

UT

1

U1A

U1B

+IN

5

-IN

6O

UT

7

U1B

U1C

+IN

10

-IN

9O

UT

8

U1C

+IN

12

-IN

13

OU

T1

4

U1D

4 11

V+ V

-

BY

P4

EN

5

GND-EXP9

GN

D6

IN8

NC

3

NC

7

OU

T1

SE

NS

E/A

DJ

2

U2

1 2 3 4 5 6 7 8 91

01

11

21

31

41

51

61

71

81

92

0

X1

CT

RA

P/P

0.1

2D

CB

IU+

IU+ IU

-IU

-/2

.5B

IU-

IV+

IV+

IV-

IV-

IV-/

2.5

B

IW+

IW+

IW-

IW-/

2.5

B

I_U

I_U

/2.2

CI_

VI_

V/2

.2C

I_W

I_W

/2.2

C

SC

LS

CL

/2.4

CS

DA

SD

A/2

.5C

U_H

U_H

U_

H/2

.3C

U_L

U_L

U_

L/2

.3C

VT

HV

_D

C

V_H

V_H

V_

H/2

.3D

V_L

V_L

V_

L/2

.3D

W_H

W_H

W_

H/2

.3D

W_L

W_L

W_

L/2

.3D

A B C D E

12

34

56

78

A B C D E

12

34

56

78

4/3

/20

16

10

:28

AM

3/4

Sh

ee

t:

LegalD

iscl

aim

er

Th

ein

form

atio

ng

ive

nin

this

do

cum

en

tsh

all

inn

oe

ven

tb

ere

ga

rde

da

sa

gu

ara

nte

eo

fco

nd

itio

ns

or

cha

ract

eri

stic

s.W

ith

resp

ect

toa

ny

exa

mp

les

or

hin

tsg

ive

nh

ere

in,

an

yty

pic

alva

lue

sst

ate

dh

ere

ina

nd

/or

an

y

info

rma

tio

nre

ga

rdin

gth

ea

pp

lica

tio

no

fth

ed

evi

ce,

Infin

eo

nT

ech

no

log

ies

he

reb

yd

iscl

aim

sa

ny

an

da

llw

arr

an

tie

s

an

dlia

bili

tie

so

fa

ny

kin

d,

incl

ud

ing

with

ou

tlim

ita

tio

n,

wa

rra

ntie

so

fn

on

-in

frin

ge

me

nt

of

inte

llect

ua

lp

rop

ert

yri

gh

ts

of

an

yth

ird

pa

rty.

V1

.1/

28

.01

.20

14

/A

R

Sh

un

tC

urr

en

tse

nsi

ng

Clo

seto

MC

uG

ND

PIN

9

Clo

seto

MC

uG

ND

PIN

9C

lose

toM

Cu

GN

DP

IN9

N.M

:N

oM

ount



Production Data

Figure 15 Schematics: Isolated on-board debugger

Segger

J-Lin

kO

BD

Th

eb

oa

rdin

clu

de

sa

nO

n-B

oa

rd-D

eb

ug

ge

r(O

BD

)u

sin

ga

XM

Cm

icro

co

ntr

olle

rp

lus

the

J-lin

kS

Wfr

om

Se

gg

er.

Th

eO

BD

ma

yb

ed

esi

gn

ed

as

bre

ak-

ou

to

rn

on

bre

ak-

ou

t

op

tion

.In

bo

thca

ses,

the

lice

nse

usa

ge

ofth

isO

BD

with

the

J-L

ink

SW

islim

ite

dto

the

de

live

red

bo

ard

.

OB

DV

olta

ge

Le

ve

lS

hifte

r

Isola

tion

OB

DP

ow

er

Su

pp

ly

OB

D3

.3V

Po

we

rS

up

ply

Deb

ug

an

dU

AR

TIn

terf

ace

On

-bo

ard

De

bu

gg

er

(OB

D)

an

dU

AR

TIF

LE

DX

201

OB

DIs

ola

tio

n

OB

DD

eb

ug

Co

nne

cto

r

100nF

/0402

10nF

/0402

10nF

/0402

10uF/10V/0805 10uF/10V/0805

10uF/10V/0805 10uF/10V/0805

100nF/0402 100nF/0402

15pF/0402 15pF/0402

15pF/0402 15pF/0402

100nF/0402 100nF/0402

1uF

/0402

1uF

/0402

100nF/0402 100nF/0402

100nF/0402 100nF/0402

4.7uF/X7R/0805 4.7uF/X7R/0805

100nF/0402 100nF/0402

100nF/0402 100nF/0402

100nF/0402 100nF/0402

10uF/10V/0805 10uF/10V/0805

1uF/0402 1uF/0402

100nF

/0402

GN

DG

ND

GN

DG

ND

GN

DG

ND

GN

DG

ND

GN

D

GN

DG

ND

BLM

18P

G600

BLM

18P

G600

LED-GN/D/0603

LED-GN/D/0603

LED-RT/D/0603

12M

HZ

/S/3

.2X

2.5

12M

HZ

/S/3

.2X

2.5

680R/0603

680R/0603

1k5/0603

33R

/0402

33R

/0402

510R

/0603

510R

/0603

33R

/0402

33R

/0402

4k7/0402 10k/0402

1M/0402

10k/0402

4k7

/0402

4k7

/0402

n.m

./0402

n.m

./0402

10k/0402

1k/0402

0R

/0402

0R

/0402

BS

S223P

WB

SS

223P

W

BC

R148W

GN

DIS

OG

ND

ISO

VIS

O5

VIS

O5

VIS

O3.3

VIS

O3.3

GN

DIS

O

GN

DIS

O

GN

DIS

O

GN

DIS

OG

ND

ISO

GN

DIS

O

VUSB5

VIS

O3.3

VIS

O3.3

GN

DIS

O

CMN

VIS

O3.3

VIS

O3.3

GN

DIS

O

VU

SB

5V

US

B5

VIS

O5

VIS

O5

CMN

CMN

CMN

CMN

GN

DIS

O

GN

DIS

O

GN

DIS

O

GN

DIS

O

GN

DIS

O

VIS

O3.3

VIS

O3.3

VIS

O3.3

VIS

O3.3

VISO3.3

VIS

O3.3

VIS

O3.3

VISO5

VIS

O5

VIS

O5

VIS

O5

VIS

O5

VIS

O5

VIS

O5

VIS

O5

VIS

O5

GN

DIS

O

VIS

O3.3

VIS

O3.3

VIS

O3.3

VIS

O3.3

GN

DIS

OG

ND

ISO

GN

DIS

O

GN

DIS

OG

ND

ISO

GN

DIS

OG

ND

ISO

GN

DIS

O

GN

DIS

OG

ND

ISO

XM

C4200_Q

FN

48

IFX

1763X

EJ_

V33

74LV

C1G

126G

W

Si8

462B

B-B

-IS

1

SN

74LV

C2T

45D

CT

SN

74LV

C2T

45D

CT

SN

74LV

C2T

45D

CT

BA

S3010A

-03W

BA

S3010A

-03W

BAS3010A-03W

ESD8V0L2B-03L ESD8V0L2B-03L

ZX62-AB-5PA ZX62-AB-5PA

debug

debug

no

ass

.

C201

C202

C202

C203 C203

C204 C204

C205 C205

C206 C206

C207 C207

C208 C208

C209

C209

C210 C210

C211 C211

C212 C212

C213 C213

C214 C214

C215 C215

C216 C216

C217 C217

C218

L201

L201

LED201

LED202

LED203

Q201

Q201

R201

R202

R203

R204

R204

R205

R205

R206

R206

R207 R208

R209

R210

R211

R211

R212

R212

R213

R214

R215

R215

T201

T201

T202

EP

AD

EP

AD

HIB

_IO

_0

7

P0.0

2P

0.1

1P

0.2

48

P0.3

47

P0.4

46

P0.5

45

P0.6

44

P0.7

43

P0.8

42

P1.0

40

P1.1

39

P1.2

38

P1.3

37

P1.4

36

P1.5

35

P2.0

26

P2.1

25

P2.2

24

P2.3

23

P2.4

22

P2.5

21

P14.0

16

P14.3

15

P14.4

14

P14.5

13

P14.6

12

P14.7

11

P14.8

20

P14.9

19

PO

RS

T#

32

RT

C_X

TA

L_1

8

RT

C_X

TA

L_2

9

TC

K34

TM

S33

US

B_D

+4

US

B_D

-3

VA

GN

D17

VA

RE

F18

VB

AT

10

VD

DC

6V

DD

C1

31

VD

DP

5V

DD

P1

28

VD

DP

241

VS

S27

XT

AL1

29

XT

AL2

30

U201

BY

P4

EN

5

EX

P9

GN

D3

GN

D6

GN

D7

IN8

OU

T1

SE

NS

E/A

DJ

2

U202

A2

GN

D3

OE

1V

CC

5

Y4

U203

A1

2

A2

3

A3

4

A4

5

A5

6

A6

7

B1

15

B2

14

B3

13

B4

12

B5

11

B6

10

GN

D1

8G

ND

29

VD

D1

1V

DD

216

U204

A1

2

A2

3B

17

B2

6

DIR

5G

ND

4

VC

CA

1V

CC

B8

U205

A1

2

A2

3B

17

B2

6

DIR

5G

ND

4

VC

CA

1V

CC

B8

U206

A1

2

A2

3B

17

B2

6

DIR

5G

ND

4

VC

CA

1V

CC

B8

U207

V201

AC

V201

ACV202

V2031

23

V203

BR

KIN

BR

KO

UT

GN

D1

GN

D2

GN

D3

NC

1

NC

2N

C3

NC

4

RE

SE

T

TC

LK

TD

I

TD

OT

MS

TR

ST

VD

DP

Drive

Monito

r2

X202C

1 2 3 4 5

X202C

12

34

56

78

X203

12

34

56

78

X204

1 2 3 4 5

X205

CO

M_LE

D#

CS

CS

DE

BU

G_LE

D#

OB

D_O

FF

#

OB

D_O

FF

#

OB

D_O

FF

#

OB

D_T

CK

OB

D_T

MS

PC

_R

XD

/P1.2

PC

_R

XD

/P1.2

/2.5

AP

C_R

XD

/P1.2

/2.5

A

PC

_R

XD

5

PC

_R

XD

5

PC

_R

XD

5

PC

_T

XD

/P1.3

PC

_T

XD

/P1.3

/2.5

AP

C_T

XD

/P1.3

/2.5

A

PC

_T

XD

5

PC

_T

XD

5

PC

_T

XD

5

RX

RX

SW

CLK

/P0.1

5/2

.1B

SW

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Production Data

3.2 Component Placement and PCB layout

Figure 16 Component Placementf

Figure 17 Top layer of Eval-M1-1302



Production Data

Figure 18 Bottom layer of Eval-M1-1302

3.3 Bill of Material (BOM)

Table 6 BOM of Eval-M1-1302

Pos.No.

Qty Value Device Reference Des.

1 5 4k7/0603 RESISTOR 0603 R17,R18,R19,R101,R1022 11 0R/0603 RESISTOR 0603 R106,R20,R22,R23,R36,R37,R38,R39,R40,

R41,R1083 4 1k96/0402 RESISTOR 0402 R110, R111, R112, R1174 6 120R/0402 RESISTOR 0402 R113, R114, R115, R116, R119, R1205 2 1k/0603 RESISTOR 0603 R16,R466 4 1k5/0603 RESISTOR 0603 R104,R105,R118,R2037 3 2k/0603 RESISTOR 0603 R2,R9,R1308 2 680R/0603 RESISTOR 0603 R201, R2029 2 33R/0402 RESISTOR 0402 R204, R20610 1 510R/0603 RESISTOR 0603 R20511 1 7k5/0603 RESISTOR 0603 R2112 7 10k/0603 RESISTOR 0603 R1,R8,R42,R43,R44,R45,R12713 8 20k/0603 RESISTOR 0603 R14,R15,R25,R27,R29,R31,R33,R3514 2 4k7/0402 RESISTOR 0402 R207, R21115 3 10k/0402 RESISTOR 0402 R208, R210, R21316 1 1M/0402 RESISTOR 0603 R20917 1 1k/0402 RESISTOR 0402 R21418 1 0R/0402 RESISTOR 0402 R21519 3 47pF/0603/10V CAPACITOR 0603 C2,C6,C820 1 220nF CAPACITOR 0603 C10121 3 100nF/0603 CAPACITOR 0603 C9,C14,C102



Production Data

22 1 100nF/0603/25V CAPACITOR 0603 C1123 10 100nF/0402 CAPACITOR 0402 C105, C201, C205, C208, C210, C211,

C213, C214, C215, C21824 1 1nF/0603 CAPACITOR 0603 C1025 3 15nF/0603 CAPACITOR 0603 C106, C107, C10826 1 10nF/0402 CAPACITOR 0402 C20227 1 10nF/0603 CAPACITOR 0603 C1628 3 10µF/10V/0805 CAPACITOR 0805K C203, C204, C21629 2 15pF/0402 CAPACITOR 0402 C206, C20730 1 1µF/0603 CAPACITOR 0603 C1231 2 1µF/0402 CAPACITOR 0402 C209, C21732 1 4.7µF/X7R/0805 CAPACITOR 0805K C21233 1 10µF/1206 CAPACITOR 1206 C1734 1 12MHZ/S/3.2X2.5 CRYSTAL Q20135 1 BLM18PG600 FERRIT BEAD L20136 4 LED-GN/D/0603 LEDCHIPLED 0603 LED101, LED103, LED201, LED20237 1 LED-GE/D/0603 LEDCHIPLED 0603 LED10238 1 LED-RT/D/0603 LEDCHIPLED 0603 LED20339 2 BCR198W TRANSISTOR T101, T10240 1 BSS223PW TRANSISTOR T20141 1 BCR148W TRANSISTOR T20242 1 XMC1302-T038X0200

ABINFINEON MCU IC101

43 1 HEADER 1X4 CONNECTOR J444 1 HEADER 1X3 CONNECTOR J345 1 IFX1763XEJ_V33 INFINEON LDO U20246 1 IFX1763XEJ_V50 INFINEON LDO U247 1 AM26C32IPW ENCODER IC U10148 1 XMC4200_QFN48 INFINEON MCU U20149 1 Si8462BB-B-IS1 6-channel digital

isolator ICU204

50 11 SMBT3904S TRANSISTOR U351 1 74LVC1G126GW LOGIC-IC U20352 3 SN74LVC2T45DCT LOGIC-IC U205, U206, U20753 2 BAS3010A-03W BAT60 V201, V20254 1 ESD8V0L2B-03L ESD DIODE V20355 1 CONNECTOR OCDS CONNECTOR X20156 1 ZX62-AB-5PA MICRO-USB X20257 1 HEADER 1X10 CONNECTOR JP10158 1 HEADER 1X7 CONNECTOR JP10259 1 CONP_2X05 CONNECTOR X10260 1 HEADER 2X10

RIGHT ANGLECONNECTOR X1

61 1 MPT0,5/5-2,54 CONNECTOR X101


Revision History


Revision History

Major changes since the last revision

Page or Reference Description of change

V1.0 Initial Version

Trademarks of Infineon Technologies AGAURIX™, C166™, CanPAK™, CIPOS™, CoolGaN™, CoolMOS™, CoolSET™, CoolSiC™, CORECONTROL™, CROSSAVE™, DAVE™, DI-POL™, DrBlade™, EasyPIM™, EconoBRIDGE™, EconoDUAL™, EconoPACK™, EconoPIM™, EiceDRIVER™, eupec™, FCOS™, HITFET™,HybridPACK™, Infineon™, ISOFACE™, IsoPACK™,i-Wafer™, MIPAQ™, ModSTACK™, my-d™, NovalithIC™, OmniTune™, OPTIGA™, OptiMOS™, ORIGA™, POWERCODE™, PRIMARION™,PrimePACK™, PrimeSTACK™, PROFET™, PRO-SIL™, RASIC™, REAL3™, ReverSave™, SatRIC™, SIEGET™, SIPMOS™,SmartLEWIS™, SOLID FLASH™, SPOC™, TEMPFET™, thinQ!™, TRENCHSTOP™, TriCore™.

Trademarks updated August 2015

Other TrademarksAll referenced product or service names and trademarks are the property of their respective owners.

Edition 2016-08-19

AN2016-22

Published by

Infineon Technologies AG

81726 Munich, Germany

© 2016 Infineon Technologies AG.All Rights Reserved.

Do you have a question about thisdocument?

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AN2016-22 - Eval-M1-1302 for iMOTION™ Modular …...2016-08-19 Eval-M1-1302 For iMOTION™Modular Application Design Kit Hardware Description 2 Hardware Description This section

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