Infineon Xensiv dps310 kit2go User manual

XENSIV™ DPS310/368

Pressure Sensor 2Go Kit

User Guide

11/2/2022

Downloaded from Arrow.com.

Introducing the DPS310/368 Kit2Go

Summary of features

Compatible with Arduino IDE - Fast and easy access to measurement

results

On-board DPS310/368:

−Pressure operation range: 300 –1200 hPa.

−Temperature operation range: -40 –85 °C.

−Pressure sensor precision: ± 0.002 hPa (or ±0.02 m)

−Temperature accuracy: ± 0.5°C

−DPS368 is IPx8 certified: Temporary immersion of 50m for 1 hour

XMC1100 (ARM® Cortex™-M0 based)

On-board J-Link Lite Debugger

–Realized with XMC4200 Microcontroller

Power over Micro-USB (Plug&Play)

Sensor measurements available through I²C or SPI interface

ESD and reverse current protection

2x User LEDs

Pin Header 1x9 and 1x8 (Shield2Go form factor)

Pin out on top (head) is directly connected to the pins of the DPS

Breakable head for individual sensor usage

−After breaking, head and MCU/Debugger Peripherals can still be used

independently

Standard delivery interface mode is I²C

Downloaded from Arrow.com.

Introduction

The DPS310/368 is a miniaturized digital barometric air pressure

sensor with ultra-high precision (±2 cm) and a low current

consumption, capable of measuring both pressure and temperature

Due to the robust package of the DPS368, it can withstand harsh

environments e.g. 50 m under water for one hour (IPx8)

Both pressure sensor elements are based on a capacitive sensing

principle which guarantees high precision during temperature

changes. The small package makes the DPS310/368 ideal for

mobile applications and wearable devices

The internal signal processor converts the output from the pressure

and temperature sensor elements to 24 bit results. Each unit is

individually calibrated and the calibration coefficients calculated

during this process are stored in the calibration registers. The

coefficients are used in the application to convert the measurement

results to high accuracy pressure and temperature values

The result FIFO can store up to 32 measurement results, allowing

for a reduced host processor polling rate. Temperature and

Pressure measurement results are readable through the serial I2C

or SPI interface making it easily and quickly accessible by e.g.

Arduino IDE or Platform.IO with Arduino Extension

Link to Datasheet and Product Page

Downloaded from Arrow.com.

Board Information

MAKE SURE THAT NO VOLTAGE

APPLIED TO ANY OF THE PINS

EXCEEDS THE ABSOLUTE

MAXIMUM RATING OF 4 V

XMC2Go

DPS310/368

Breakble

Head

I²C/SPI Switch

Connect the Micro-USB to your PC to power up the Kit2Go. PWR LED

turns green indicating proper power supply

Micro-USB delivers 5 V to power-up the Kit2Go. When breaking the board

apply no more than 3.3 V to the DPS

Pin out on the bottom (HEAD) is directly connected to the pins of the

DPS310/368

If the head is broken off:

−Two capacitors are connected to the DPS310/368

−MCU and Debugger can still be used

To use the I²C mode, place a pull-up resistors on the lines between

VDDIO-SDI and VDDIO-SCK (max. 10kΩeach)

−Debugger can also be accessed via SV1

Software compatible with Arduino and library fully integrated into the

Arduino IDE with help of Infineon’s GitHub page.

Standard delivery of the board (in terms of interface mode) is I²C with

Address 0x77 when the 0 Ohm resistors are soldered as shown on the

right picture

Sales Name: KIT_DPS310_2GO and KIT_DPS368_2GO

Downloaded from Arrow.com.

Kit2Go PCB Details

Downloaded from Arrow.com.

Board Schematic (XMC2Go related)

The Infineon DC-DC converter transforms the 5 V of the

Micro-USB to 3.3 V for the MCU, Debugger and

Peripherals circuits

The green PWR LED indicates a proper power supply for

the Kit2GO

The 2 green User-LEDs (LED1 -> P1.0 and LED2 ->P1.1)

might be configured separately by pulling-up the according

GPIOs

Downloaded from Arrow.com.

DPS310/368

Board Schematic (DPS310/368 related)

Default Mode (0Ω-Resistors R11,R12,R13 and R14 soldered):

I²C with optional interrupt

Secondary Mode (0Ω-Resistors R21,R22,R23 and R24 soldered):

SPI 4-Wire

J1 Jumper: If soldered, enables the pull-down resistor on the

interrupt pin and changes the I²C address from 0x77 to 0x76

J2 Jumper: If soldered, connects the INT/GPIO3 pin

Circuit, if the head

is broken off

Downloaded from Arrow.com.

Arduino: The Arduino IDE Arduino is a hardware-software prototyping

environment IDE developed by arduino.cc:

–Installation Details for Windows:

Click here

–Installation Details for Linux:

Click here

–Installation Details for Mac OS:

Click here

–Installation Details for Portable IDE:

Click here

Arduino Quick Start

−What is Arduino? Click here

−Extended information about the Arduino environment.

Click here

−How to import libraries? Click here

−How to install additional boards? Click here

−Problems related to Arduino? Click here for troubleshooting

Downloaded from Arrow.com.

SEGGER J-Link

In order to use and program the Infineon XMC

microcontroller in the Arduino IDE, SEGGER J-Link must

be installed on your PC

Please follow this link to SEGGER J-Link and install the J-

Link Software and Documentation Pack for your operating

system

The XMC-for-Arduino installs the XMC Flasher tool used

to flash the compiled firmware (.hex) into the XMC device,

which requires Java(TM) SE Runtime Environment to

be installed in the host system. Click here to download.

Open the Arduino IDE

Navigate to File=>Preferences

Paste the following URL into the 'Additional Boards

Manager URLs' input field:

https://github.com/Infineon/Assets/releases/downloa

d/current/package_infineon_index.json

Downloaded from Arrow.com.

Setup Arduino IDE - Board

Open the Arduino IDE

Navigate to Tools=>Board=>Boards Manager...

Type in “xmc“ and install Infineon‘s XMC Microcontroller

Boards

After installation navigate to Tools=>Board=>XMC Family and

select XMC1100 XMC2Go

Downloaded from Arrow.com.

Setup Arduino IDE - Library

For the DPS368:

Visit our GitHub Repository and download the library as a .zip file

Navigate to Sketch=>Include Library=>Add .ZIP Library... and add the

recently installed library

Note

Regularly check your installed libraries for updates

In case of problems, please visit the corresponding GitHub Repository

and open an issue to get further help

For the DPS310:

Navigate to Sketch=>Include Library=>Manage Libraries...

Type “dps“ in the search bar

Install “DigitalPressureSensor“ by Infineon Technologies

Alternative:

Visit our GitHub Repository and download the library as a .zip file

Navigate to Sketch=>Include Library=>Add .ZIP Library... and add the

recently installed library

Downloaded from Arrow.com.

Example with DPS368 Kit2Go

Connect the DPS368 Kit2Go to your Computer via

Micro-USB

After having installed the DPS368 library and the

XMC Family boards, navigate to File=>Examples

Pick the example you like (depending on your I²C/SPI

configuration) and click on the upload Button (make

sure Board is XMC1100 XMC2Go)

Select the related COM port from Tools=>Port and

open the serial monitor with the set baud rate (see

sketch/code with Serial.begin(

);)

Serial

Monitor

Follow the same steps for the DPS310 Kit2Go

Downloaded from Arrow.com.

Important Warning

Again, the DPS310/368 has a

maximum rating of 4 V

Third party boards with 5 V logic, e.g.

the Arduino Uno, cannot be

connected to the DPS310/368

Kit2Go board directly, even if the

power is connected to the 3.3 V pin

as the interface lines, e.g. SDA/SCL,

will still be driven by 5 V

Please use appropriate level shifting

for these boards

NOT

POSSIBLE

LEVEL SHIFTER

5 V -> 3.3 V

Downloaded from Arrow.com.

D D

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27.01.2022 10:50:05Date: Sheet of

Time:

Author:

DPS310.SchDoc

V1.0

Title

Size: Rev.

A3 Document Name

DPS310-PS2GO-Kit

Rel.

Variant

DPS310-PS2GO-Kit

[No Variations] Approved <Appr.>

SVN Revision: 6a271a99e872f0dfdcd6241b5def4c317334634c

SCL

SDA

I2C I2C_SDA

I2C_SCL

INT/GPIO3

CS_N

MISO

MOSI

SCK

SPI

SPI_MISO

SPI_MOSI

SPI_CS_N

SPI_SCK

INT/GPIO3

Default Mode (ZERO Ohm resistors 11,12,13,14 are soldered) - I²C with Interrupt

(Optional)

Secondary Mode (ZERO Ohm resistors 21,22,23,24 are soldered) - SPI 4 Wire

J1 Jumper - Can be soldered to enable the pull-down resistor on the interrupt pin (this

will also change the address of the sensor from 0x77 to 0x76)

J2 Jumper - Can be soldered to connect the INT/GPIO3 pin

Solder Jumper 2 Pins

1 2

100k/50V/1%

10k/50V/1%

R28

10k/50V/1%

R29

10k/50V/1%

SDI

SCK

SDO

CSB_N

I2C_SDA

I2C_SCL

SPI_MISO

SPI_SCK

SPI_CS_N

INT/GPIO3

Power Supply Decoupling

SPI_MOSI

0R/150V/5%

R21

0R/150V/5%

R12

0R/150V/5%

R13

0R/150V/5%

R14

0R/150V/5%

R22

0R/150V/5%

R23

0R/150V/5%

R24

0R/150V/5%

R11

+3V3

+3V3 +3V3

VDD

VDDIO

SPI

I2C

Solder Jumper 2 Pins

1 2

Connection Ports

SPI/I²C Selection Circuit DPS310

Shield2Go Head

4 8

S2G_2A

SDI

SCK

SDO CSB_N

VDDIO

VDD

Modular_S2G1_Pinout

P0.6

P0.7

P0.8

P0.9

P2.10

P2.11

INT/GPIO3

SCL

SDA

I2C

I2C CS_N

MISO

MOSI

SCK

SPI

P2.10

P2.11

P0.0

P0.9

P0.8

P0.7

P0.6

GND

GND GND GND GND

GND GND

DPS310

GND 1

VDD 8

SCK

CSB_N

SDI

SDO

GND 7

VDDIO 6

0.10u/6.3Vdc

C4 0.10u/6.3Vdc

PIC401

PIC402

COC4

PIC501

PIC502

COC5

PIDPS31001

PIDPS31002

PIDPS31003

PIDPS31004

PIDPS31005

PIDPS31006

PIDPS31007

PIDPS31008

CODPS310

PIJ101 PIJ102

COJ1

PIJ201 PIJ202

COJ2

PIR301

PIR302

COR3

PIR401

PIR402

COR4

PIR1101

PIR1102

COR11

PIR1201

PIR1202

COR12

PIR1301

PIR1302

COR13

PIR1401 PIR1402

COR14

PIR2101

PIR2102

COR21

PIR2201 PIR2202

COR22

PIR2301 PIR2302

COR23

PIR2401 PIR2402

COR24

PIR2801

PIR2802

COR28

PIR2901

PIR2902

COR29

PIS2G02A01

PIS2G02A02

PIS2G02A03

PIS2G02A04

PIS2G02A05

PIS2G02A06

PIS2G02A07

PIS2G02A08

COS2G02A

PIDPS31002

PIR1402 PIR2401

PIS2G02A07

NLCSB0N

PIC401 PIC501

PIDPS31001

PIDPS31007

PIR401

PIS2G02A01

PIS2G02A08

PIR1202

PIR2901

NLI2C0SCL

NLP2011

POI2C

POP2011

PIR1102

PIR2801

NLI2C0SDA

NLP2010

POI2C

POP2010

PIJ201

NLINT0GPIO3

NLP000

POINT0GPIO3

PIJ101

PIR402

PIJ102

PIJ202

PIR1302

PIR1401

PIR2302

NLP006

NLSPI0MISO

POP006

POSPI

PIR2102

NLP007

NLSPI0MOSI

POP007

POSPI

PIR2202

NLP008

NLSPI0SCK

POP008

POSPI

PIR301

PIR2402

NLP009

NLSPI0CS0N

POP009

POSPI

PIDPS31004

PIR1201 PIR2201

PIS2G02A03

NLSCK

PIDPS31003

PIR1101

PIR2101

PIS2G02A04

NLSDI

PIDPS31005

PIR1301 PIR2301

PIS2G02A02

NLSDO

PIC402 PIC502

PIDPS31006

PIDPS31008

PIR302

PIR2802

PIR2902

PIS2G02A05

PIS2G02A06

NLVDD

NLVDDIO

POI2C

POI2C0SCLPOI2C0SDA

POINT0GPIO3

POP006

POP007

POP008

POP009

POP2010

POP2011

POSPI

POSPI0CS0NPOSPI0MISOPOSPI0MOSI

POSPI0SCK

Downloaded from Arrow.com.

D D

C C

B B

A A

27.01.2022 10:42:22Date: Sheet of

Time:

Author:

DPS368.SchDoc

V1.0

Title

Size: Rev.

A3 Document Name

DPS368-PS2GO-Kit

Rel.

Variant

DPS368-PS2GO-Kit

[No Variations] Approved <Appr.>

SVN Revision: 6a271a99e872f0dfdcd6241b5def4c317334634c

SCL

SDA

I2C I2C_SDA

I2C_SCL

INT/GPIO3

CS_N

MISO

MOSI

SCK

SPI

SPI_MISO

SPI_MOSI

SPI_CS_N

SPI_SCK

INT/GPIO3

Default Mode (ZERO Ohm resistors 11,12,13,14 are soldered) - I²C with Interrupt

(Optional)

Secondary Mode (ZERO Ohm resistors 21,22,23,24 are soldered) - SPI 4 Wire

J1 Jumper - Can be soldered to enable the pull-down resistor on the interrupt pin (this

will also change the address of the sensor from 0x77 to 0x76)

J2 Jumper - Can be soldered to connect the INT/GPIO3 pin

Solder Jumper 2 Pins

1 2

100k/50V/1%

10k/50V/1%

R28

10k/50V/1%

R29

10k/50V/1%

SDI

SCK

SDO

CSB_N

I2C_SDA

I2C_SCL

SPI_MISO

SPI_SCK

SPI_CS_N

INT/GPIO3

Power Supply Decoupling

SPI_MOSI

0R/150V/5%

R21

0R/150V/5%

R12

0R/150V/5%

R13

0R/150V/5%

R14

0R/150V/5%

R22

0R/150V/5%

R23

0R/150V/5%

R24

0R/150V/5%

R11

+3V3

SPI

I2C

Solder Jumper 2 Pins

1 2

Connection Ports

SPI/I²C Selection Circuit DPS368

Shield2Go Head

4 8

S2G_2A

SDI

SCK

SDO CSB_N

VDDIO

VDD

Modular_S2G1_Pinout

P0.6

P0.7

P0.8

P0.9

P2.10

P2.11

INT/GPIO3

SCL

SDA

I2C

I2C CS_N

MISO

MOSI

SCK

SPI

P2.10

P2.11

P0.0

P0.9

P0.8

P0.7

P0.6

GND

GND GND

VDDIO

VDD GND 1

CSB_N

VDD

8GND 7

SDI 3

VDDIO

SCK

4SDO 5

DPS368

100nF

CSB_N SDI

GND SCK SDO GND

+3V3

PIC401 PIC402

COC4

PIC501 PIC502

COC5

PIDPS36801

PIDPS36802

PIDPS36803

PIDPS36804

PIDPS36805

PIDPS36806

PIDPS36807

PIDPS36808

CODPS368

PIJ101 PIJ102

COJ1

PIJ201 PIJ202

COJ2

PIR301

PIR302

COR3

PIR401

PIR402

COR4

PIR1101

PIR1102

COR11

PIR1201

PIR1202

COR12

PIR1301

PIR1302

COR13

PIR1401 PIR1402

COR14

PIR2101

PIR2102

COR21

PIR2201 PIR2202

COR22

PIR2301 PIR2302

COR23

PIR2401 PIR2402

COR24

PIR2801

PIR2802

COR28

PIR2901

PIR2902

COR29

PIS2G02A01

PIS2G02A02

PIS2G02A03

PIS2G02A04

PIS2G02A05

PIS2G02A06

PIS2G02A07

PIS2G02A08

COS2G02A

PIDPS36802

PIR1402 PIR2401

PIS2G02A07

NLCSB0N

PIC401

PIC501

PIDPS36801

PIDPS36807

PIR401

PIS2G02A01

PIS2G02A08

PIR1202

PIR2901

NLI2C0SCL

NLP2011

POI2C

POP2011

PIR1102

PIR2801

NLI2C0SDA

NLP2010

POI2C

POP2010

PIJ201

NLINT0GPIO3

NLP000

POINT0GPIO3

PIJ101

PIR402

PIJ102

PIJ202

PIR1302

PIR1401

PIR2302

NLP006

NLSPI0MISO

POP006

POSPI

PIR2102

NLP007

NLSPI0MOSI

POP007

POSPI

PIR2202

NLP008

NLSPI0SCK

POP008

POSPI

PIR301

PIR2402

NLP009

NLSPI0CS0N

POP009

POSPI

PIDPS36804

PIR1201 PIR2201

PIS2G02A03

NLSCK

PIDPS36803

PIR1101

PIR2101

PIS2G02A04

NLSDI

PIDPS36805

PIR1301 PIR2301

PIS2G02A02

NLSDO

PIC402

PIC502

PIDPS36806

PIDPS36808

PIR302

PIR2802

PIR2902

PIS2G02A05

PIS2G02A06

NLVDD

NLVDDIO

POI2C

POI2C0SCLPOI2C0SDA

POINT0GPIO3

POP006

POP007

POP008

POP009

POP2010

POP2011

POSPI

POSPI0CS0NPOSPI0MISOPOSPI0MOSI

POSPI0SCK

Downloaded from Arrow.com.

D D

C C

B B

A A

27.01.2022 10:42:22Date: Sheet of

Time:

Author:

XMC1100.SchDoc

V1.0

Title

Size: Rev.

A3 Document Name

DPS368-PS2GO-Kit

Rel.

Variant

DPS368-PS2GO-Kit

[No Variations] Approved <Appr.>

SVN Revision: 6a271a99e872f0dfdcd6241b5def4c317334634c

On-board Debugger including a UART to USB Bridge

Configure wiggler-P0.5 as USIC_Tx but only active while X-spy function is selected

Configure wiggler-P0.4 as USIC_Rx but only active while X-spy function is selected

SCLKOUT-P1.1

DX0B-P1.4

SPI Slave

SWD_OUT

SWCLK MOSI

CLK_OUT

MISO

CS_IN

CLK_IN

CS_OUT

SPI Master U0C0

U0C1

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

TXACTIVE# GPIO-P0.6

RESET# GPIO-P0.3

DEBUG_LED# DEBUG_LED# GPIO-P0.2

TX_ENABLE GPIO-P0.7

SWD DIR GPIO-P1.3

SWD_IN

ADC

AIN P14.9

PULL Select GPIO-P0.8

AUX_LED# GPIO-P0.1

UART

SPD

No RESET Pin

Level Shifter

COM LED

SWV

JTAG

Power Supply

Power Supply : 200-299

Debugging Device : 100-199

Target Device : 1-99

Debug Connection Concept

LEDs

PinHeader XMC1100

Target Device (XMC1100)

XMC 2Go Kit

XMC1100 in VQFN24

For further information and software examples please visit www.infineon.com/xmc-dev

D102

ESD8V0L2B-03L

R105 33R/0402

R106 33R/0402

C110 15pF/0402

C109 15pF/0402

C105 100nF/0402

C102 100nF/0402

LED101

LED GN/0603

C103 100nF/0402

C106 100nF/0402

C104 100nF/0402

R109

10k/0402

A C

D101

BAS3010A-03W

R107

1M/0402C101

100nF/0402

R101

680R/0402

C108 4,7uF/0603

C202 10uF/0603

1 2

Q101

NX3225_2

GND1

GND2

1OUT 3

IC201 IFX54211 MBV33

LED2 LED RT/0603

R2 680R/0402

SV1

PINHD 1x5 0,05" TH

HIB_IO_0 7

P0.0 2

P0.1 1

P0.2 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

P14.0 16

P14.3 15

P14.4 14

P14.5 13

P14.6 12

P14.7 11

P14.8 20

P14.9 19

PORST#

RTC_XTAL_1

RTC_XTAL_2

TCK

TMS

USB_D+ 4

USB_D- 3

VAGND

17 VAREF

VBAT 10

VDDC 6

VDDC1 31

VDDP 5

VDDP1 28

VDDP2 41

VSS

XTAL1

XTAL2

30 USB

Supply

Analog

Digital

Hibernate/RTC

IC101

XMC4200_QFN48

LED1 LED RT/0603

R1 680R/0402

R103 100R/0402

R104 100R/0402

R102 100R/0402

C201 100nF/0402

P0.0

P1.0

P1.1

P0.5

P0.6

P0.7

P0.8

P0.9

P0.12

P0.13

P0.14

P0.15

P2.0

P2.1

P2.6

4P2.2

P2.8

P2.9

P2.10

P2.11

P1.2

P1.3

VSS

9VDD

EXP

Supply

IC1

XMC1100_VQFN24

C107 10uF/0603

100nF/0402

P1P2

R108 510R/0402

X101A

ZX62-AB-5PA

X101B

ZX62-AB-5PA

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.

GNDGND

GNDGND GND

GND GNDGND

GND GND

+5V+3V3

+3V3 +3V3

GND

+3V3

+3V3+5V

GND

+3V3

GND

+3V3

WVDDC

WUSB_DM

WUSB_DP

DEBUG_LED#

USBVCC

Q200

P0.0

P0.6

P0.7

P0.8

P0.9

P0.12

P0.13

P2.0

P2.6

P2.9

P2.10

P2.11

P0.5

TX_XMC4200

RX_XMC4200

P2.7/P2.8

DBG_RESET

DBG_TCK

DBG_TMS

SWCLK

P1.0/LED1

P1.1/LED2

P1.2/SWCLK

P0.15

P0.14

P1.3/SWD

P2.6[0..0],P2.0[0..0],P0.15/SWCLK[0..0],P0.14/SWD[0..0],P0.9[0..0],P0.8[0..0],P0.7[0..0],P0.6[0..0],P0.5[0..0],P0.0[0..0],P2.11[0..0],P2.10[0..0],P2.9[0..0],P2.7/P2.8[0..0]

P2.10 P2.10

P2.11 P2.11

P0.0

INT/GPIO3

P0.6

P0.7

P0.8

P0.9

P0.8

P0.7

P0.6

P2.7/P2.8

P2.9

P2.10

P2.11

GND

+3V3

P0.0

P0.5

P2.6 16

P2.0 15

P0.15 14

P0.14 13

P0.9 12

P0.8 11

P0.7 10

P0.6 9

ACTIVE

PinHeader XMC1100

PIC101

PIC102

COC1

PIC201

PIC202

COC2

PIC10101

PIC10102

COC101

PIC10201

PIC10202

COC102

PIC10301

PIC10302

COC103

PIC10401

PIC10402

COC104

PIC10501

PIC10502

COC105

PIC10601

PIC10602

COC106

PIC10701

PIC10702

COC107

PIC10801

PIC10802

COC108

PIC10901

PIC10902

COC109

PIC11001

PIC11002

COC110

PIC20101

PIC20102

COC201

PIC20201

PIC20202

COC202

PID1010A

PID1010C

COD101

PID10201 PID10202

PID10203

COD102

PIIC101

PIIC102

PIIC103

PIIC104

PIIC105

PIIC106

PIIC107

PIIC108

PIIC109

PIIC1010

PIIC1011

PIIC1012

PIIC1013

PIIC1014

PIIC1015

PIIC1016

PIIC1017

PIIC1018

PIIC1019

PIIC1020

PIIC1021

PIIC1022

PIIC1023

PIIC1024

PIIC10EXP

COIC1

PIIC10101

PIIC10102

PIIC10103

PIIC10104

PIIC10105

PIIC10106

PIIC10107

PIIC10108

PIIC10109

PIIC101010

PIIC101011

PIIC101012

PIIC101013

PIIC101014

PIIC101015

PIIC101016

PIIC101017

PIIC101018

PIIC101019

PIIC101020

PIIC101021

PIIC101022

PIIC101023

PIIC101024

PIIC101025

PIIC101026

PIIC101027

PIIC101028

PIIC101029

PIIC101030

PIIC101031

PIIC101032

PIIC101033

PIIC101034

PIIC101035

PIIC101036

PIIC101037

PIIC101038

PIIC101039

PIIC101040

PIIC101041

PIIC101042

PIIC101043

PIIC101044

PIIC101045

PIIC101046

PIIC101047

PIIC101048

COIC101

PIIC20101

PIIC20102

PIIC20103

PIIC20104

PIIC20105

COIC201

PILED10A PILED10C

COLED1

PILED20A PILED20C

COLED2

PILED1010A

PILED1010C

COLED101

PIP10TP

COP1

PIP20TP

COP2

PIQ10101

PIQ10103

COQ101

PIR101

PIR102

COR1

PIR201

PIR202

COR2

PIR10101

PIR10102

COR101

PIR10201

PIR10202

COR102

PIR10301 PIR10302

COR103

PIR10401 PIR10402

COR104

PIR10501

PIR10502

COR105

PIR10601

PIR10602

COR106

PIR10701

PIR10702

COR107

PIR10801 PIR10802

COR108

PIR10901

PIR10902

COR109

PISV10P$1

PISV10P$2

PISV10P$3

PISV10P$4

PISV10P$5

COSV1

PIX101

PIX102

PIX103

PIX104

PIX105

PIX106

PIX107

PIX108 PIX109

PIX1010

PIX1011

PIX1012

PIX1013

PIX1014

PIX1015

PIX1016

COX1

PIX10101

PIX10102

PIX10103

PIX10104

PIX10105

COX101A

PIX1010S1 PIX1010S2 PIX1010S3 PIX1010S4

COX101B

NLP2060000000P2000000000P00150SWCLK0000000P00140SWD0000000P0090000000P0080000000P0070000000P0060000000P0050000000P0000000000P20110000000P20100000000P2090000000P2070P208000000

PIC102

PIC202

PIC10201

PIC10301

PIC10401 PIC10701

PIC20201

PIIC1010

PIIC10105

PIIC101010

PIIC101028

PIIC101041

PIIC20103

PIR10101

PIR10902

PISV10P$1

PIX106

NL03V3

PIC20101

PID1010C

PIIC20101

PIIC20104

PIIC101032

PIR10901

PISV10P$4

NLDBG0RESET

PIIC101034

PISV10P$2

NLDBG0TCK

PIIC101033

PISV10P$3

NLDBG0TMS

PIIC101048

PILED1010C

NLDEBUG0LED#

PIC101

PIC201

PIC10102

PIC10202

PIC10302

PIC10402

PIC10502

PIC10602 PIC10702

PIC10802

PIC10902

PIC11002

PIC20102

PIC20202

PID10203

PIIC109

PIIC10EXP

PIIC101012

PIIC101013

PIIC101014

PIIC101027

PIIC20102 PIIC20105

PIR101 PIR201

PIR10701

PISV10P$5

PIX105

PIX10105

NLGND

PIC10101

PIR10702

PIX1010S1 PIX1010S2 PIX1010S3 PIX1010S4

PIC11001

PIQ10101

PIR10801

PID10201

PIR10502

PIX10102

PID10202

PIR10602

PIX10103

PIIC102

PIIC101046

PORX0XMC4200

PIIC103

PIR10202

POTX0XMC4200

PIIC1011

PIR10302

POP1030SWD

PIIC1012

PIR10402

POP1020SWCLK

PIIC1013

PILED20A

POP1010LED2

PIIC1014

PILED10A

POP1000LED1

PIIC10101

PIIC10102

PIIC10107

PIIC10108

PIIC10109

PIIC101011

PIIC101015

PIIC101016

PIIC101017

PIIC101018

PIIC101019

PIIC101020

PIIC101021

PIIC101023

PIIC101024

PIIC101025

PIIC101026

PIIC101030

PIR10802

PIIC101035

PIIC101036

PIR10301

PIIC101037

PIIC101038

PIIC101040

PIIC101042

PIIC101043

PIIC101044

PIIC101045

PIR10201

PIIC101047

PILED10C

PIR102

PILED20C

PIR202

PILED1010A

PIR10102

PIX10104

PIIC1015

PIX107

NLP000

POINT0GPIO3

PIIC1016

PIX108

NLP005

PIIC1017

PIX109

NLP006

POP006

PIIC1018

PIX1010

NLP007

POP007

PIIC1019

PIX1011

NLP008

POP008

PIIC1020

PIX1012

NLP009

POP009

PIIC1021

PIP10TP

NLP0012

PIIC1022

PIP20TP

NLP0013

PIIC1023

PIX1013

NLP0014

PIIC1024

PIX1014

NLP0015

PIIC101

PIX1015

NLP200

PIIC104

PIX1016

NLP206

NLP2060000000P2000000000P00150SWCLK0000000P00140SWD0000000P0090000000P0080000000P0070000000P0060000000P0050000000P0000000000P20110000000P20100000000P2090000000P2070P208000000

PIIC105

PIX101

NLP2070P208

PIIC106

PIX102

NLP209

PIIC107

PIX103

NLP2010

POP2010

PIIC108

PIX104