user manual - nuvoton · user manual rev. 1.01 — dec 17, 2012 10 of 60 1.2 nu-link ice bridge...

User Manual

Nu-LB-Nano130 User Manual

Application Note for 32-bit NuMicro® Family

Rev.1.01 — Dec.17, 2012

© 2012 Nuvoton Technology Corp.

User Manual Rev. 1.01 — Dec 17, 2012 1 of 60

Document Information

Abstract This user manual provides information about hardware features and information about using this learning board. The Nu-LB-Nano130 learning board is similar to other development boards. Users can use it to develop and verify applications to emulate the real behavior.

Apply to Nu-LB-Nano130 Board

NuMicro Family User Manual



Table of Contents

1 INTRODUCTION ................................................................................................................. 3

Nu-LB-Nano130 ............................................................................................................................... 4 1.1

1.1.1 PCB Placement and Connectors Location ................................................................................. 5

Nu-Link ICE Bridge Parts ............................................................................................................ 10 1.2

1.2.1 Nu-Link ICE Layout and Connectors ........................................................................................ 11

LCD Interface ................................................................................................................................. 13 1.3

1.3.1 LCD Glass Board ....................................................................................................................... 13 1.3.2 TFT LCM Board.......................................................................................................................... 15

2 GETTING STARTED ....................................................................................................... 17

Nu-LB-Nano130 I/O Extension Connectors.............................................................................. 18 2.1

2.1.1 NuMicro Nano130 Pin Description ......................................................................................... 18

Jumpers on Nu-LB-Nano130 ...................................................................................................... 41 2.2

2.2.1 Jumper Settings ......................................................................................................................... 41

3 SCHEMATIC ..................................................................................................................... 42

4 BOM LIST .......................................................................................................................... 52




1 Introduction

The Nu-LB-Nano130 is an evaluation board for NUVOTON’s Cortex™-M0 based Nano100 series

microcontrollers, and provides a complete development environment for Nano130 microcontrollers which has

8/16K-byte internal SRAM and 32/64/128K-byte embedded flash, build-in 1.8V LDO, integrated

LCD 4x40 dots, USB 2.0 full-speed port, RTC, 12-bit SAR ADC, 12-bit DAC, capacitive Touch-Key and

provide high performance connectivity peripheral interfaces such as UART, SPI, I2C, I2S, GPIOs, EBI

(External Bus Interface) and ISO-7816-3 for Smart card. It supports Brown-Out Detector, power down mode

with RAM retention and fast wake up via all peripheral interfaces.

The Nu-LB-Nano130 learning board is similar to other development boards. Users can use it to develop and

verify applications to emulate the real behavior. The on-board chip covers Nano130 series features. The Nu-LB-

Nano130 can be a real system controller to design users’ target systems.

This user manual provides information about hardware features and information about using this learning board.

The following figure shows the Nu-LB-Nano130 board.

Figure 1-1 Nu-LB-Nano130 Board (Red)




Nu-LB-Nano130 1.1

The Nu-LB-Nano130 is built around the NuMicroTM

Nano130 MCU and provides versatile external devices

such as one SPI flash for data storage, one SD card slot supported by SPI port1, one I2C interface serial

EEPROM, one UART port with a RS-232 level shifter for console connection (UART0) and one 5-pin SWD

interface for ICE debugging.

The following lists the main components of the Nu-LB-Nano130 board:

Main Components:

1. MCU: NuMicroTM Nano130 MCU, which can run up to 32MHz operating speed.

2. GPIO extension slot: GPIO extension slots that support all the GPI/O pins interface.

3. AUDIO: On-board WAU8822 audio codec.

4. I2C EEPROM: On-board 24LC64 I2C E2PROM.

5. SPI FLASH: On-board 25Q16 SPI serial FLASH for data storage.

6. UART: UART port0 connecting to Male type DSUB-9 connector.

7. SD card Slot: One SD card slot supported by SPI port1.

8. Smart card Slot: One Smart card slot supported by SMC port1.

9. Nu-Link ICE bridge: On-board ICE bridge parts. 10. SWD connector: One 5-pin SWD ICE port for ICE connection.

11. LCD connector: Supports TN/STN LCD glass and TFT LCM module.

12. Touch Pads: 5-key slider and 2-key touch pads onboard.

13. DC power jack: 5V/1A power adapter input.

12. LDO: A 5V to 3.3V/1A LDO that supports Nano130 and on-board devices.




1.1.1 PCB Placement and Connectors Location

This section provides board placement and peripheral connectors’ information for using the Nu-LB-Nano130

board. The following figure shows the connectors’ location of Nu-LB-Nano130 board.

Figure 1-2 PCB Placement of Nu-LB-Nano130 Board

J1 J2 J3

JR1

JR2

CON2

CON4 CON3

DH2




AUDIO Line-in connector: J1

Audio Line-in connector of WAU8822

AUDIO HP out connector: J2

Stero audio HP output of WAU8822

AUDIO SPK out connector: J3

Speaker output of WAU8822

R11

100K

CC6

C/C,1uF

R12

5.6K

LINE_PLUG_INn

CC8

C/C,1uF

L2

R2

J1

PJK-634PHONE-PJK-631

CEFDA

BG

CC9

C/C,220pF

R13

5.6K

ADAVSS

ADAVSS

CC7

C/C,220pF

VCC_P

R16

5.6K

PA12

ADAVSSR15

5.6K

CC12

C/C,TBD

HP_LOUT

VCC_P

J2


CEFDA

BG

CC11

C/C,TBD

HP_ROUT

ADAVSS

ADAVSS

CT1

T/C,100uF

R14

100K

ADAVSS

CT2

T/C,100uF




LCD interface: JR1,JR2

LCD interface for connecting LCD glass and TFT LCM board.

SMC Port 1 connector: P1

SMC Port 1 interface.

J3

2PX1

12

ADAVSS

ROUTLOUT

CC15

C/C,TBD

CC14

C/C,TBD

ADAVSS

GND

COM2

nCS/SEG10

AD1/SEG25nWE/SEG22

SEG16

JR1

CONN RECT 10x2

191715131197531

2018161412108642

191715131197531

2018161412108642

SEG14

COM0

nRE/SEG23

SEG27

GND

SEG19

VCC_PVCC_P

AD0/SEG24

VCC_P

COM1

SEG17

GND

AD8/SEG38

AD2/SEG32AD3/SEG33

VCC_P

AD5

JR2

CONN RECT 15x2

252321191715131197531

2624222018161412108642

27 2829 30

252321191715131197531

2624222018161412108642

27 2829 30

SEG9AD7/SEG37 SEG8ALE/SEG11

LCD connectors

SEG3

COM3

SEG15AD4

SEG18

SEG1

AD6/SEG36

SEG0

GND

SEG2

R41

100K

VCC_P

GND

SC1_PRES

GNDGND

SMC1(Smart Card)

SC1_DAT

SC1_CLK CLK

RSTSC1_RST

R44

10K

CC62

C/C,0.1uF

R42

10K

R43

10K

P1

SM Card Slot

109

C4C3C2C1

C8C7C6C5

S2S1

C4C3C2C1

C8C7C6C5

CC61

C/C,1uF

VCC_SMC

GND

VCC_SMC

DAT

VCC_SMC




SD card slot: J7

SD card interface (SPI mode only) connected to SPI port1.

SWD connector: DH2

5-pin SWD interface for Nano130.

USB Device connector: CON2

Mini-B type USB connector.

SPISS10

GND

FB7 FB

SPI1CLK CC42

C/C,1uF

Operating voltage:

3.1V~3.6V

GND

SD_CTL

LED3

GREEN_LED

1 2

GND

R49 22

Source

CC69

TBD

GND

SD_VCC

(P-FET)

GND

GND

R46 220Drain

SD_VCC

Gate

R50 100K

SPIMOSI10

R45 33

VCC_P

VCC

SD_VCC

SD_CD

FB9 FB

SPIMISO10

J7

SD/MMC SOCKET

876543219

1011

1213

14

15

RSVDO

VSSCLKVDDVSS

DICS

RSV

WPGND

GNDCD#H

OLD

HO

LD

SD_PWR_ON

CC66

C/C,1uFSPI1CLK

Q2

Si2301ADS1

32

SPIMOSI10

RP2 8P4R-4.7K

1 82 73 64 5

SD_INT

CC65

C/C,0.1uF

SPI1(SPI-SD)

SPISS10

SPIMISO10

CC67

C/C,0.1uF

ICE_DAT

DH2

HEADER 5

12345

VCC

GND

ICE_RSTICE_CK




Power adapter input: CON3

5V/1A power adapter input connector.

UART Port 0 connector: CON4

UART port 0 with RS-232 level shifter for debug console.

USB_D+

CC38

TBD

R36 27

GND

USB Device

USB_D-

CC39

TBD

R37 27

USB5.0V

GND

CON2

USB MINI-B RECEP.

1

2

3

5

46789

VBUS

D-

D+

GND

IDShieldShieldShieldShield

5V Power

Adpater

GND

CON3 Power CON

1

23

IN

GN

D

GN

D

GND

VDD5.0V

CON4

DB9_MALE

162738495

10

11

GND

RS232_RXD0

RS232_TXD0




Nu-Link ICE Bridge Parts 1.2

The Nu-Link-Me is a Debug Adaptor which connects your PC's USB port to your target system (via Serial

Wired Debug Port) and allows you to program and debug embedded programs on the target hardware. To use

the Nu-Link-Me Debug adaptor with IAR or Keil, please refer to “Nuvoton NuMicro™ IAR ICE Driver User

Manual“or “Nuvoton NuMicro™ Keil ICE Driver User Manual” for details. The two documents will be stored

in the local hard disk when user installs each driver. Please refer to the following figure for Nu-Link ICE bridge

parts on the Nu-LB-Nano130 board.

Figure 1-3 Nu-Link ICE Bridge Parts




1.2.1 Nu-Link ICE Layout and Connectors

The following figure shows the layout of the Nu-Link ICE connectors.

Figure 1-4 Nu-Link ICE Layout and Connectors

USB device connector: ICE_USB1

Mini-B type USB connector.

DH1

ICE_USB1




SWD interface: HEADER5

5-pin interface for SWD connector.

FB1

FB

R33

27

D-

ICE_USB1mini USB 5pin

USB_MINI_B

54321 6

789

GNDNCDPDMVCC SHIELD

SHIELDSHIELDSHIELD

D6

SS24A

R34

27

DVBUS5.0V

D+

DRST

DVBUS

DVBUS

DCLK

R26

100K

DVBUS

DDAT

R27

100K

DH1

HEADER 5

12345




LCD Interface 1.3

The following shows the interface for LCD glass module and TFT LCM board and provides the connectors

information.

LCD interface: JR1 and JR2

30-pin + 20-pin interface for LCD module connectors.

Figure 1-5 Connector Information

1.3.1 LCD Glass Board

This section provides LCD glass board figure, layout and 4x40 LCD glass socket information.

SEG0

AD3/SEG33AD2/SEG32

GND

SEG14

AD5

COM3

SEG16

AD7/SEG37

COM1

SEG17

SEG3 SEG2

GND

JR2

CONN RECT 10x2

1917151311

97531

2018161412108642

191715131197531

201816141210

8642

COM0

nCS/SEG10

AD8/SEG38

AD4

nRE/SEG23

SEG1COM2

AD6/SEG36

SEG15

GND

SEG18

JR1

CONN RECT 15x2

2523211917151311

97531

2624222018161412108642

27 2829 30

252321191715131197531

262422201816141210

8642

27 2829 30

GND

VCC

VCC

SEG19

SEG27

VCC

AD1/SEG25

SEG8SEG9

AD0/SEG24

ALE/SEG11

VCC

nWE/SEG22




Figure 1-6 LCD Glass Board

LCD Interface: U1

48-pin interface for LCD glass socket.

Figure 1-7 LCD Glass Socket Information

SEG27

AD6/SEG36

SEG17

AD3/SEG33

SEG19

COM2

nWE/SEG22

SEG9

COM1

nRE/SEG23

SEG16

COM3

AD8/SEG38

AD1/SEG25AD0/SEG24

COM0

SEG18

ALE/SEG11

SEG15

SEG2

SEG8

SEG14

SEG3

U1

LC

D

48474645

2526272829303132333435363738394041424344

123456789101112131415161718192021222324

SEG0

AD7/SEG37

AD2/SEG32

SEG1

nCS/SEG10




1.3.2 TFT LCM Board

This section provides information about 240x320 TFT panel (GFT024CA240320).

Figure 1-5 TFT LCM Board

LCM interface: CON1

39-pin FPC connector for GFT024CA240320.




SEG19

nRE/SEG23

BL_K

AD7/SEG37

VCC

GND

AD4AD3/SEG33

AD6/SEG36

GND

AD2/SEG32

nWE/SEG22

VCC

FMARK

CC3

C/C,1uF

VCC

GND

IM3

R1

10K

VCC

AD0/SEG24

ALE/SEG11

CC2

C/C,1uF

CON1

GFT024CA240320FPC 1X39

123456789

101112

1413

15161718192021222324252627282930313233343536373839

NCNCNCNCGNDCSRSWRRDDB0DB1DB2

DB4DB3

DB5DB6DB7DB8DB9DB10DB11DB12DB13DB14DB15DB16DB17RESETFMARKIM0IM3IOVCCVCCA1A2A3A4PWMK

GND

LCD_RST

nCS/SEG10

AD5

BL_A

VCC

CC1

C/C,1uF

BL_A

AD1/SEG25

SEG27




2 Getting Started

There are a few hardware jumpers need to be set for selecting corresponding configuration you want. The

following sections provide multi-function I/O information and all the jumper settings for configuring your Nu-

LB-Nano130 board. Due to many IP function are sharing the same I/O pins in Nano130 series MCU, please be

carefully to set on-board jumpers to avoid conflicts between functions.

Figure 1-6 Nano130 Learning Board

J4 J5

JP1

JP2




Nu-LB-Nano130 I/O Extension Connectors 2.1

The Nu-LB-Nano130 has 55 I/O pads and 13 power pads for a total of 68 pads. Two 50-pin male headers J4 and

J5 can be connected to a daughterboard or standard wrapping board to the Nu-LB-Nano130 board.

Each pin on J4 and J5 can be used by a daughterboard after disconnecting it from the corresponding function

block on the Nu-LB-Nano130 board. Please refer to the following for detailed pin description.

GPIO extension interface: J4, J5

Two 40 pin interfaces support power, ground, reset and all GPI/O pins interface. The connection can

be made by soldering wires directly to these pads, or by using 2.54 mm pitch headers and sockets.

2.1.1 NuMicro Nano130 Pin Description

Pin No. Pin Name Pin Type Description

1 PE.13 I/O General purpose digital I/O pin

LCD_SEG27 O LCD segment output 27 at LQFP128

2 PB.14 I/O General purpose digital I/O pin

SPIMOSI00

PB3

SEG0 COM3

PC8

PD1

CTK14

PD0

AD8/SEG38

SPIMISO10

SPISS00

PA5 AD7/SEG37PA6

PA1

PC13

PE3

ADC2

PC11

PA7

CTK13

PA0

PA2

AD6/SEG36

PE2

SC1_CLK

PA4

SPISS10

PB0

PA12

SEG1

PA13

PC2

COM2

PB1

SC1_DAT

VCC_P

PE4

PD6

PC5

ADC0

GND

SEG3

PC13

PC10

PE6

I2S_MCLKPC12

TXD0

ADC4

PD14

SPI0CLK

GPIO extersion

ADC3

J5

CONN RECT 20x2

2523211917151311

97531

2624222018161412108642

27 2829 3031 3233 3435 3637 3839 40

252321191715131197531

262422201816141210

8642

27 2829 3031 3233 3435 3637 3839 40

PA3

CTK12

PD7

SPIMISO00

PA12

RXD0

PC3

CTK11

SEG2

PC4COM0

PB2

PA15

SPI1CLK

PWM1_0PE0

CTK15

PD15

PA14

SPIMOSI10

PE1

COM1

ADC1

PC9

PE6 SEG19

SC1_PRES/I2S_DIN

PC14

SEG14

PB8

nWE/SEG22

ALE/SEG11

PC6

AD2/SEG32PF5

AD0/SEG24PA9

AD3/SEG33

PE7SEG9

PC7

PB14

TXD1

PE15

PD13

SC1_RST/I2S_BCLK

PD10

AD1/SEG25

PC15

nINT0PB13

SEG18

PD3

RXD1

PD5

SEG16PD12

PD8

SEG17

PD2

CTK6 PF4

VCC_P

PE13

nRE/SEG23

PB7nCS/SEG10

PE14

GND

J4

CONN RECT 20x2

2523211917151311

97531

2624222018161412108642

27 2829 3031 3233 3435 3637 3839 40

252321191715131197531

262422201816141210

8642

27 2829 3031 3233 3435 3637 3839 40

PD11

I2S_DOUT

PB4

PE14

PA11

SEG8

PB6

SC1_PWR/I2S_WS

SEG15

PA10

CTK7

PD4

PB8

PE15

PD9

AD4

PE8

SEG27

AD5

PA8I2C0SCL

PB5

I2C0SDA

PB15 nINT1

PB12





INT0 I External interrupt0 input pin

SC2_CD I SmartCard2 card detect

SPI2_SS1 O SPI2 2nd slave select pin



3

PB.13 I/O General purpose digital I/O pin

EBI_AD1 I/O EBI Address/Data bus bit1



4



CLKO O Frequency Divider output pin



5 NC

6 X32O O External 32.768 kHz crystal output pin

7 X32I I External 32.768 kHz crystal input pin

8 NC

9 PA.11 I/O General purpose digital I/O pin

I2C1_SCL I/O I2C 1 clock pin





EBI_nRD O EBI read enable output pin

SC0_RST O SmartCard0 RST pin

SPI2_MOSI0 I/O SPI2 1st MOSI (Master Out, Slave In) pin



10

PA.10 I/O General purpose digital I/O pin

I2C1_SDA I/O I2C 1 data I/O pin

EBI_nWR O EBI write enable output pin

SC0_PWR O SmartCard0 Power pin

SPI2_MISO0 I/O SPI2 1st MISO (Master In, Slave Out) pin



11



SC0_DAT I/O SmartCard0 DATA pin

SPI2_CLK O SPI2 serial clock pin



12 PA.8 I/O General purpose digital I/O pin






SC0_CLK O SmartCard0 clock pin

SPI2_SS0 O SPI2 1st slave select pin



13 PD.8 I/O General purpose digital I/O pin












19


UART1_RXD I UART1 Data receiver input pin

SC0_CD I SmartCard0 card detect pin








20


UART1_TXD O UART1 Data transmitter output pin





21


UART1_nRTS O UART1 Request to Send output pin

EBI_ALE O EBI address latch enable output pin

SPI2_MISO0 I/O SPI2 2nd MISO (Master In, Slave Out) pin



22


UART1_nCTS I UART1 Clear to Send input pin

EBI_nCS O EBI chip select enable output pin








23 NC

24 LDO_CAP P LDO output pin

25 NC

26 NC

27 VDD P Power supply for I/O ports and LDO source

28 NC

29 VSS P Ground

30 VSS P Ground

31 VSS P Ground

32 VSS P Ground









39 NC

40 USB_VBUS USB POWER SUPPLY: From USB Host or HUB.





41 USB_VDD33_C

AP USB

Internal Power Regulator Output 3.3V Decoupling Pin

42 USB_D- USB USB Differential Signal D-

43 USB_D+ USB USB Differential Signal D+

44






45






46


UART0_nRTS O UART0 Request to Send output pin

EBI_nWRL O EBI low byte write enable output pin


LCD_COM3 O LCD common output 3 at LQFP64


47 PB.3 I/O General purpose digital I/O pin





UART0_nCTS I UART0 Clear to Send input pin

EBI_nWRH O EBI high byte write enable output pin












52

PC.5 I/O General purpose digital I/O pin

SPI0_MOSI1 O SPI0 2nd MOSI (Master Out, Slave In) pin


53


SPI0_MISO1 I SPI0 2nd MISO (Master In, Slave Out) pin


54 PC.3 I/O General purpose digital I/O pin





SPI0_MOSI0 O SPI0 1st MOSI (Master Out, Slave In) pin

I2S_DO O I2S data output




55


SPI0_MISO0 I SPI0 1st MISO (Master In, Slave Out) pin

I2S_DI I I2S data input

SC1_PWR O SmartCard1 PWR pin



56


SPI0_CLK I/O SPI0 serial clock pin

I2S_BCLK I/O I2S bit clock pin


LCD_DH2 O LCD external capacitor pin of charge pump circuit at LQFP64



SPI0_SS0 I/O SPI0 1st slave select pin





I2S_LRCLK I/O I2S left right channel clock





59 LCD_VLCD AO LCD power supply pin

60 NC

61 PE.5 General purpose digital I/O pin

62


PWM1_CH0 I/O PWM1 Channel0 output

TM3 O Timer3 external counter input



LCD_V1 O LCD Unit voltage for LCD charge pump circuit at LQFP64

LCD_V1 O LCD Unit voltage for LCD charge pump circuit at LQFP128

63


SPI0_SS1 I/O SPI0 2nd slave select pin








LCD_V2 O LCD driver biasing voltage at LQFP64


64














68

PE.1 I/O General purpose digital I/O pin







69

PE.0 I/O General purpose digital I/O pin


I2S_MCLK O I2S master clock output pin

70



PWM1_CH1 O PWM1 Channel1 output

SNOOPER I Snooper pin

INT0 I External interrupt 0 input pin

I2C0_SCL O I2C 0 clock pin

71






72




CTK15 I Touch key 15











74






75


SPI1_SS0 I/O SPI1 1st slave select pin

EBI_MCLK O EBI external clock output pin




76



I2S_MCLK O I2S master clock output pin

TC3 I Timer3 capture input








77




TC2 I Timer 2 capture input



78








79












80

ICE_DAT I/O Serial Wired Debugger Data pin

PF.0 I/O General purpose digital I/O pin


81

ICE_CLK I Serial Wired Debugger Clock pin


CLKO O Frequency Divider output pin


82 NC

83 VDD P Power supply for I/O ports and LDO source for internal PLL and digital circuit

84 NC

85 VSS P Ground

86 VSS P Ground

87 AVSS AP Ground Pin for analog circuit

88 AVSS AP Ground Pin for analog circuit

89


AD0 AI ADC analog input0


CTK8 AI Touch key 1





90




CTK9 AI Touch key 9

91





LCD_SEG23 AO LCD segment output 23 at LQFP64

92






93












94








95









96











CTK_CAP AI Touch key Capacitor pin

LCD_SEG18 AO LCD segment output 18 output at LQFP64

LCD_SEG36 AO LCD segment output 36 output at LQFP128

97 VREF AP Voltage reference input for ADC

98 NC

99 AVDD AP Power supply for internal analog circuit

100

PD.0 I/O General purpose digital I/O pin




CTK0 AI Touch key 0


101


TX1 O UART1 Data transmitter output pin




CTK1 AI Touch key 1





102


UART1_nRTS UART1 Request to Send output pin

I2S_LRCLK I/O I2S left right channel clock




CTK2 AI Touch key 2

103


UART1_nCTS UART1 Clear to Send input pin

I2S_BCLK I/O I2S bit clock pin




CTK3 AI Touch key 3

104 NC

105


I2S_DI I I2S data input



CTK4 AI Touch key 4






106


I2S_DO O I2S data output


CTK5 AI Touch key 5


107


DA1_OUT AO DAC 1 output





108


DA0_OUT I DAC0 output



SC1_CD SmartCard1 card detect pin












110






111



SNOOPER I Snooper pin




112 NC

113 XT1_IN O External 4~24 MHz crystal output pin

114 XT1_OUT I External 4~24 MHz crystal input pin

115 NC





116 nRESET I External reset input: Low active, set this pin low reset chip to initial state. With internal pull-up.

117 VSS P Ground

118 VSS P Ground

119 NC

120 VDD P Power supply for I/O ports and LDO source for internal PLL and digital circuit

121 NC

122



CTK6 AI Touch key 6

123

PF.5 I/O Digital GPI/O pin


CTK7 AI Touch key 7

124 VSS P Ground

125 PVSS I/O PLL Ground

126


STADC I ADC external trigger input.

TM0 I Timer0 external counter input













Note:

Pin Type I=Digital Input, O=Digital Output; AI=Analog Input; AO=Analog Output; P=Power Pin; AP=Analog Power

When some pin is not available in some packages, hardware will auto pull this pin high.




Jumpers on Nu-LB-Nano130 2.2

The following section describes all the jumpers on Nano130 Learning board.

2.2.1 Jumper Settings

The jumper settings are used to configure the PD4(JP1) and peripherals’ power source(JP2). Since the PD4 has

two roles on this learning board, please confirm to selet right side of JP1 before using the I2S and SC1 function.

Jumper Location Description

JP1

PD4 onboard function selection:

1-2:SC1_PRES

2-3:I2S_DIN

JP2

Peripherals power source selection:

1-2:Power from VDD3.3V

2-3:Power from VCC

I2S_DIN

JP1

3PX1

123

SC1_PRES/I2S_DINSC1_PRES

JP2

3PX1

123

VDD3.3VVCC VCC_P




3 Schematic

ADC_GNDADC_GND

ADC_GND

ADC_GND ADC_GND

UART Port 0

VCC_P

CC58 C/C,1uF

GND

U7

SP3232ECN

C1+1

V+2

C1-3

C2+4

C2-5

V-6

T2_OUT7

R2_IN8

VCC16

GND15

T1_OUT14

R1_IN13

R1_OUT12

T1_IN11

T2_IN10

R2_OUT9

RS232_TXD0

RS232_RXD0CC56

C/C,0.1uF

RS-232 Transceiver

Operating voltage:

3.0V~5V

(VIH:2V/VIL:0.8V)

CC59 C/C,1uF

UVDD33

UART_RXD0

RS232_TXD0

CC55 C/C,1uF

CC57

C/C,1uF

GND

UART_TXD0

CON4

DB9_MALE

162738495

10

11

RS232_RXD0

Title

Size Document Number Rev

Date: Sheet of

<Doc> 1.1

NANO130/ADC

B

1 10Wednesday , September 05, 2012

CC60

C/C,0.1uF

VCC_PU8

HSDL-3201

GND1

NC2

VCC3

AGND4

SD5 RXD6 TXD7

VLED8

SHIELD

VCC_P

GND

IrDA_TXDUART_TXD1

R40

10K

GND

IrDA_SD

GND

VBAT

UART_RXD1 IrDA_RXD

R2

100K

/// UART & ADC///

CC4

C/C,0.01uF

RXD[0..1]TXD[0..1]

UART_TXD[0..1]UART_RXD[0..1]

ADC1

Thermistor

FB8 FB

CC3

C/C,0.1uFCC2

C/C,0.1uF

NTC1

100K

ADC0

ADC x 5ADC[0..4]ADC[0..4]

BAT_VD

R6

100

R5 0 VR1

50K

ADC4ADC4ADC0

ADC1

VR

IrDA transceiver

UART Port 1

Operating voltage:

2.7V~3.6V

(VIH:2/3Vcc/VIL:1/3Vcc)

R23 0

AVCC_MCU

AVCC_MCU




ADAVSS

ADAVSS

ADAVSS

ADAVSS

ADAVSS

ADAVSS

ADAVSS ADAVSS

ADAVSS

ADAVSS

CAVDD

ADAVSS

ADAVSS

ADAVSS

ADAVSS

ADAVSS

J3

2PX1

12

/// Audio///

PA12

Title


Date: Sheet of

<Doc> 1.1

AUDIO

B


VCC

FB5 FB

VCC_P

FB6 FB

Operating voltage:

2.5V~5.5V

(VIH:0.7Vcc/VIL:0.3Vcc)

E G

F-D Left channel

A

D

E-C Right channel

BF C

LOUT

LINE_PLUG_INn

CC99

C/C,20pF

R99

33

Operating voltage:

2.5V~5.5V

(VIH:0.7Vcc/VIL:0.3Vcc)

I2S_MCLK

GND

GND GND

GNDGND

I2C Port

EEPROM

ADDRESS:0H

GND

CC5

C/C,0.1uF

VCC_P

R11

100K

GND

R13

5.6K

R16

5.6K

R15

5.6K

R12

5.6K

R17

2.2KR18

2.2K

R14

100K

CC16

C/C,100pF

CC20

C/C,0.1uF

CC24

C/C,0.1uF

CC25

C/C,0.1uF

CC9

C/C,220pF

CC7

C/C,220pF

CC19

C/C,0.1uF

CC17

C/C,4.7uF

CC18

C/C,4.7uF

CT3

T/C,10uF/10V

HP_ROUT

HP_LOUT

CC6

C/C,1uF

CC10

C/C,1uF

CC8

C/C,1uF

CC13

C/C,1uF

CC21

C/C,4.7uF

CC23

C/C,4.7uF

CC22

C/C,4.7uF

CC26

C/C,4.7uF

CC11

C/C,TBD

CC12

C/C,TBD

CC15

C/C,TBD

CC14

C/C,TBDR19

47K

CT2

T/C,100uF

CT1

T/C,100uF

I2S_BCLK

I2S_ADCDATA

I2C0SCLI2C0SDA

I2S_MCLK

I2S_ADCDATA

I2C0SCLI2C0SDA

I2S_LRC

I2S_DACDATA

I2S_MCLK

I2S_BCLKI2S_LRC

I2S_DACDATA

CAVDDCAVDD

ROUT

VCC_P

VCC_P

VCC_P

I2C0SDAI2C0SCL

I2C0SCLI2C0SDA

R9 22

R8

2.2K

R10 22

I2C-EEPROM

24LC64

U2

GND4 A23 A12 A01

SDA5SCL6WP7VCC8

R7

2.2K

VCC_P

MICLP

VCC_P

I2S_ADCDATA

I2S_LRC

MICBIAS

I2S_BCLK

I2S_DACDATA

MICLN

J1


CEFDA

BG

PHn

PHnU3

WAU8822QFN_32

LR

C7

BC

LK

8

AD

CD

AT

9

DA

CD

AT

10

MC

LK

11

OUT421

OUT322

HP_ROUT29

HP_LOUT30

LOUT225ROUT223

SP

KV

DD

26

AV

DD

31

VMID27 MICBIAS32

AUXL19 AUXR20

MICLP1 MICLN2

MICRP4 MICRN5

MO

DE

18

CS

B/G

PIO

115

SD

IN17

SC

LK

16

DG

ND

12

DC

VD

D13

DB

VD

D14

SP

KG

ND

24

AG

ND

28

L23

R26

MIC2

MIC1

J2


CEFDA

BG




K1

CTKey

1

CTK[6..7]

CTK6

K2

CTKey 1

K3CTKey _SLIDER

1 2

3 4 5

CTK11

CTK15CTK14

CKT[11..15]CTK[11..15]

CTK13CTK12

CTK7

CKT[6..7]

Touch Key

Q12N3904

3

1

2

SP1

SW

BU1

Buzzer

11

22

nINT1 VCC

PB8

GNDGND

GNDGND

CT5

T/C,22uF/10V

R21

220

R22

12K

CT4

T/C,22uF/10V

R20

1K

Title


Date: Sheet of

<Doc> 1.1

NANO130/HMI

B


PWM1_0

(Top View )

LED1

GREEN_LED

LED indicator

/// HMI ///

E

32

C

B

SOT-23

nINT[0..1]

PB8

PWM1_0PWM1_0

nINT[0..1]

PB8

External

INT/SNOOPER

1

PWM OUT

VCC

VCCVCC




3.3V/1A LDO

/// ICE Parts ///

Title


Date: Sheet of

<Doc> 1.1

NUC100/ICE Parts

B


BAT2

AA BATTERY BOX

CC85

C/C,1uF

CC86

C/C,1uF

CC29

C/C,1uF

DH1

HEADER 5

12345

ICE_RSTICE_RST TICERST

DRST

DVBUSDVBUS

DVBUS

DVBUS

RP1 8P4R-330

1 82 73 64 5

DCLKDDAT

DRST

U4RT9164A-3.3v

IN3

GN

D1

OU

T2

OU

T4

CC33

C/C,0.1uF

CT9

T/C,22uF/10V

CC32

C/C,0.1uF

CT8

T/C,10uF/10V

DVBUSDVBUS5.0V

J6

2PX1

12

ICECHIP1

NUC120 LQFP 64

PA0/ADC044PA1/ADC145PA2/ADC246PA3/ADC347PA4/ADC448INT0/PB14

1

CPO1/PB132

CPO0/PB123

VB

US

17

VD

D3

318

D-

19

D+

20

PB

0/R

X0

21

PB

1/T

X0

22

PB

2/R

TS

023

PB

3/C

TS

024

PC

2/S

DI0

026

PC

1/S

PC

LK

027

PC

0/S

S0

028

PC11/SDO1033PC10/SDI1034PC9/SPCLK135PC8/SS1036PA15/PWM337PA14/PWM238PA13/PWM139

X32I4

X32O5

I2C1SCL/PA116

I2C0SDA/PA89

I2C1SDA/PA107

I2C0SCL/PA98

RX1/PB410

TX1/PB511

RTS1/PB612

CTS1/PB713

PC

3/S

DO

00

25

AVSS43

ICE_CK42

ICE_DAT41

PA12/PWM040

LDO14

VSS16 VDD15

AD

C/P

A5

49

AD

C6

/PA

650

AD

C7

/PA

751

AV

DD

52

CP

N0

/PC

753

CP

P0

/PC

654

CP

N1

/PC

15

55

CP

P1

/PC

14

56

INT

1/P

B1

557

XT

1_

Ou

t58

XT

1_

In59

/RE

SE

T60

VS

S1

61

VD

D1

62

PV

SS

63

ST

AD

C/T

M0

/PB

864

PE

529

PB

11

/TM

330

PB

10

/SS

01

/TM

231

PB

9/S

S1

1/T

M1

32

DVBUS

DVBUS

DVBUS

R26

100K

1 2

BUSY1

KPT-2012KP-2012

ICE_USB1mini USB 5pin

USB_MINI_B

GND5 NC4 DP3 DM2 VCC1

SHIELD6

SHIELD7

SHIELD8

SHIELD9

R27

100K

ICELED

1 2

ICP1

KPT-2012KP-2012

ICPLED

R25

100K

RED

1 2

IDLE1

KPT-2012KP-2012

GREEN

1 2

ICE1

KPT-2012KP-2012

CC87

C/C,0.1uF

CC30

C/C,1uF

CC27

C/C,20pF

CC28

C/C,20pF

R29

100K

R31

100K

R33

27

VBAT

R34

27

R28

100K

R32

1K

R30

0

DVBUS

ICE_CLK TICECLK

ICE_RST TICERST

GREENREDICPLEDICELED

DVBUS5.0V

TICERST

ICE_DAT TICEDAT

TICECLKTICEDAT

DVBUSDCLKDDAT

ICE_DATICE_CK

FB1

FB

D6

SS24A

DVBUS5.0V

X1

12MHz




PA15

PE3

PE1

PC13

PE6

nINT[0..1]nINT[0..1]

PE5 PE5

SC1_CLKSC1_DAT

I2S_MCLKI2S_MCLK

I2S_DACDATAI2S_BCLKI2S_LRC

I2S_ADCDATA

SC1_PWRSC1_RST

SC1_DATSC1_CLK

SC1_PRES

GPIO x 5

Touch x 7

I2C x 1

ADC x 5

nINT x 2

UART x 2

SMC x 1

I2S x 1

PWM x 1

SPI x 2

PD12

PE15

PB6

PB4

PB13

PA11

PD8

PE13

PD10

PA9

PB5

PB12

PE14

PA8

PB14

PD13

PB7

PA10

PD9

PD11

PE9

PE5

PE10PE11PE12

SC1_PRES/I2S_DIN

CC80

C/C,0.1uF CC83

C/C,0.1uF

CC82

C/C,0.1uF

CC81

C/C,0.1uF

GND GND

JP1

3PX1

123

GND

PE9

PE11

PE12

PE10

CTK[6..7]CKT[6..7]

Title


Date: Sheet of

<Doc> 1.1

NANO130/GPIO

B


AD2/SEG32

AD6/SEG36

AD3/SEG33

CTK14

I2C0SDA

SPI1CLK

AD5/DAC1

ALE/SEG11

nRE/SEG23

ADC1

nINT1

CTK11

COM3AD4/DAC0

ADC3

CTK12

AD0/SEG24

SPIMISO10

CTK6

I2S_MCLK

PE6

SC1_CLK

AD7/SEG37

SC1_PRES/I2S_DIN

PB8

ADC0

SPIMOSI10

nWE/SEG22

SC1_DAT

I2S_DOUT

PE15

V1 V1

ADC4

SPIMOSI00

PA12

TXD0

COM1

RXD0

PWM1_0

V2 V2

SC1_RST/I2S_BCLK

SPISS00

ADC2

AD1/SEG25nINT0

DH2

SPI0CLKSPISS10

CTK7COM2

V3 V3

CTK15

TXD1

nCS/SEG10

SPIMISO00

SC1_PWR/I2S_WS

SEG27PE14

I2C0SCL

CTK13

PC13

COM0

DH1

RXD1

AD8/SEG38

JR1

CONN RECT 10x2

1919 1717 1515 1313 1111 9

9 77 55 33 11

20201818161614141212101088664422

/// NANO130 GPIO ///

ICE_DAT

ICE_CK

ICE_DAT

ICE_CK

ICE_CKICE_DAT

PF1

PF0

SEG17

SEG0

SEG16

SEG14

SEG19

SEG15

SEG18

SEG3SEG2

SEG1

SEG9SEG8

PE8

PD4

PE7

PB8

PD3

PC15

PC7

PC6

PC14PB15

PD2

PD5

U5B

NANO130_24

PD0100

PD1101

PD2102

PD3103

PD4105

PD5106

PD648

PD749

PD813

PD914

PD1015

PD1116

PD1217

PD1318

PD1450

PD1551

PE069

PE168

PE267

PE366

PE465

PE561

PE658

PE738

PE837

PE936

PE1035

PE1134

PE1233

PE131

PE14128

PE15127

PF4122

PF5123

PA089

PA190

PA291

PA392

PA493

PA594

PA695

PA796

PA812

PA911

PA1010

PA119

PA1279

PA1378

PA1477

PA1576

PB044

PB145

PB246

PB347

PB419

PB520

PB621

PB722

PB8126

PB964

PB1063

PB1162

PB124

PB133

PB142

PB15111

PC057

PC156

PC255

PC354

PC453

PC552

PC6108

PC7107

PC875

PC974

PC1073

PC1172

PC1271

PC1370

PC14110

PC15109

I2S_DIN

SC1_PRES

T16 DAC11

T15 DAC01 AD4/DAC0

AD5/DAC1

PE9PE10 PE11PE12

J4

CONN RECT 20x2

2525 2323 2121 1919 1717 1515 1313 1111 99 77 55 33 11

26262424222220201818161614141212101088664422

2727

2828

2929

3030

3131

3232

3333

3434

3535

3636

3737

3838

3939

4040

J5

CONN RECT 20x2

2525 2323 2121 1919 1717 1515 1313 1111 99 77 55 33 11

26262424222220201818161614141212101088664422

2727

2828

2929

3030

3131

3232

3333

3434

3535

3636

3737

3838

3939

4040

SPISS10SPI1CLKSPIMOSI10

SEG9SEG8

SPIMISO10

TXD1ALE/SEG11nCS/SEG10

SEG14RXD1SEG15SEG17

SEG16

SEG19SEG18I2C0SDA

I2C0SCL nWE/SEG22nRE/SEG23

nINT0AD0/SEG24

AD1/SEG25PE14

PE15SEG27

PB8

nINT1 AD2/SEG32AD3/SEG33AD5

AD4I2S_DOUT

SC1_PRES/I2S_DIN SC1_RST/I2S_BCLKSC1_PWR/I2S_WS

SC1_CLKAD6/SEG36SC1_DAT

ADC4AD7/SEG37AD8/SEG38

ADC3ADC2ADC1ADC0

PA12RXD0 TXD0

GND

GND

PA12PA12

PWM1_0 PC13SPISS00I2S_MCLKSPIMISO00

SPIMOSI00SPI0CLK

PE6COM2 COM1COM0

SEG1COM3SEG0

SEG3SEG2

T10TPAD

1

T12TPAD

1

T11TPAD

1

T14TPAD

1

T13TPAD

1

SPISS10

SPIMOSI10

SPISS00 SPISS10

SPIMISO10

SPI1CLK

SPIMOSI00

SPI0CLK

SPIMOSI10

SPISS00

SPIMOSI00

SPI0CLK

SPIMISO00

SPI1CLK

SPIMISO00SPIMISO10

VCC_P

PWM1_0PWM1_0

SC1_RST/I2S_BCLKSC1_PWR/I2S_WS

SC1_PRES

SC1_PWR/I2S_WS

I2S_DIN

SC1_RST/I2S_BCLK

PB2

MPU LCM+LCD

PD15

PA6

PD7

PC3

PA4

PA2

MPU LCM+LCD PE4

PC12

PA0

PD1

PA5

PB1

PA14

PD14

PC5

PA3

PC4

PA12

PE0

PD0

PB3

PA1

PA7

PC2

PB0

PE2

PD6

PE15

PE6PE14

PB8PB8

MCU_STATUSPE5

VCC_P

GNDGND

GND GND

VCC_P VCC_PVCC_P VCC_P

CTK[11..15]CKT[11..15]

I2S_DOUT

PE6

JR2

CONN RECT 15x2

2525 2323 2121 1919 1717 1515 1313 1111 9

9 77 55 33 11

26262424222220201818161614141212101088664422

2727

2828

2929

3030

COM1 COM0COM3 COM2

SEG0

SEG16SEG14

SEG18

SEG3SEG1

SEG15

SEG19

SEG2

SEG17SEG27

AD8/SEG38 SEG8nCS/SEG10

SEG9

AD1/SEG25AD0/SEG24nRE/SEG23nWE/SEG22

ALE/SEG11AD6/SEG36AD7/SEG37

AD3/SEG33AD5/DAC1

AD4/DAC0AD2/SEG32

ADC[0..4]ADC[0..4]

PE14PE15

I2C0SCLI2C0SDA I2C0SCL

I2C0SDA

TXD[0..1]TXD[0..1]

RXD[0..1]RXD[0..1]




7-SEG_e

7-SEG_g

7-SEG_a7-SEG_b7-SEG_c7-SEG_d

7-SEG_f

R4

DNE

Scan0

7-SEG_g

Scan2

7-SEG_b

7-SEG_f

7-SEG_c

CC79

C/C,0.1uF

GND

R56 1.2K

R60

33

R57 1.2K

/// Current Sense Parts ///

R61

33

R53

100K

a

b

c

d

e

f

g

SSD1

TOS5101BH

a7

b6

c4

d2

e1

f9

g10

COM3

dot5

P8

a

b

c

d

e

f

g

SSD2

TOS5101BH

a7

b6

c4

d2

e1

f9

g10

COM3

dot5

P8

a

b

c

d

e

f

g

SSD3

TOS5101BH

a7

b6

c4

d2

e1

f9

g10

COM3

dot5

P8

R59

33

R55 1.2K

I2C0SDAI2C0SCL

I2C0SCLI2C0SDA

I2C0SCLI2C0SDA

7-SEG_g

7-SEG_c7-SEG_d

7-SEG_a7-SEG_b

7-SEG_f7-SEG_e

Scan0Scan1Scan2

(P-FET)

Source

Gate

Drain

Current Sense block

7-SEG_d7-SEG_e

7-SEG_b7-SEG_c

7-SEG_a

7-SEG_g7-SEG_f

R64 220

LED4

GREEN_LED

1 2

R65 220

LED5

GREEN_LED

1 2

R66 220

LED6

GREEN_LED

1 2

LE

D_M

A

LED_uA

LED_PD

LED_mA

LE

D_P

DLE

D_uA

U12

MAX9938FH

GND1

GND2

OUT3

RS-4

RS+5

ISEN_IDD

R51

1 1%

ISEN_MODE

R52

100 1%

CT15

T/C,10uF/10V

CC89

C/C,0.1uF

GND

ISEN_IDD

CC72

C/C,1uF

7-SEG_dot 7-SEG_dot 7-SEG_dot

7-SEG_dot

GND

ISEN_INT

SP2

SW

U14

NANO100 LQFP 48

PF2/XT1_OUT44

PF3/XT1_IN45

/RESET46

PVSS47

PB848

PB

12

1

X32O

2

X32I

3

PA

14

26

PF

1/I

CE

_C

K30

AV

SS

31

AD

C0/P

A0

32

AD

C1/P

A1

33

AD

C2/P

A2

34

AD

C3/P

A3

35

AD

C4/P

A4

36

ADC5/PA537

ADC6/PA638

ADC7/SS21/PA739

PA

11

4

PA

10

5

PA

96

PB

59

PA

87

PB

48

LD

O10

VD

D11

VS

S12

PF

0/I

CE

_D

AT

29

PA

12

28

PB1543 PC642 PC741 AVDD40

PA

15

25

PA

13

27

PB013PB114PB215PB316PC317PC218PC119PC020PE521PB1122PB1023PB924

Scan1

7-SEG_d

7-SEG_a

7-SEG_e

CC78

C/C,0.1uF

U13FDC606P

34

1256

VBAT

MCU_STATUS

MCU_STATUSMCU_STATUS

3.3V

3.3V

Q32N3904

3

1

2

3.3V

3.3V

3.3V

Q42N3904

3

1

2

3.3V

Q52N3904

3

1

2

3.3V

ISEN_INT

Title


Date: Sheet of

<Doc> 1.1

NANO100/Current Sense

B


CC73

C/C,1uF

GND

R63

100K

CC70

C/C,20pF

ISEN_X12MI

X4

12MHz

ISEN_X12MO

CC71

C/C,20pF

GND

GND

ISEN_RST

ISEN_DATISEN_CK

DH3

HEADER 5

12345

ISEN_RST

ISE

N_C

KIS

EN

_D

AT

CC77

C/C,0.1uF

GND

GND

ISEN_IDDISEN_VDD

VBAT

ISEN_MODE

ISEN_X12MOISEN_X12MI

GND

CC74

C/C,1uF

GND

GND

CC75

C/C,1uF

GND

V_SENS+

V_SENS-




GND

X3

32.768KHz

GND

GND

X2

12MHz

/// NANO130 MISC. ///

ADC_GND

CC40

C/C,6pF

FB4 FB

CC37

C/C,6pF

CC34

C/C,20pF

CC36

C/C,20pF

Title


Date: Sheet of

<Doc> 1.1

NANO130/MISC.

B


CC51

C/C,0.1uF

CC50

C/C,1uF

CC76

C/C,1uF

GND

GND

GND

CC88

C/C,1uF

GND GND

CC84

C/C,1uF

CC63

C/C,1uF

Operating voltage:

1.8V~3.6V

CC38

TBD

USB_D+

R36 27

CC39

TBD

USB_D-

R37 27

CON2

USB MINI-B RECEP.

VBUS1

D-2

D+3

GND5

ID4 Shield

6

Shield7

Shield8

Shield9

X32KO

X32KI

ICE_RSTICE_RST

ICE_RST

J10

HEADER 2

12

J8

HEADER 2

12

X12MI

DH2

HEADER 5

12345

ICE_RSTICE_CKICE_DAT

GND

GND

X12MO

VCC

ICE_DAT

ICE_CK

USB Device

AVCC_MCU

V_SENS-

V_SENS_+

VCC

ICE_DAT

ICE_CKICE_CK

ICE_DAT

USB5.0V

U5A

NANO130_24

VDD27

VDD83

VDD120

/RESET116

PVSS125

VSS85

VSS86

VSS117

VLCD59

XT1_In/PF3113

X32O6

X32I7

XT1_Out/PF2114

LDO24

USB_VDD33_CAP41

VBUS40

USB_D-42

USB_D+43

ICE_DAT/PF080

ICE_CK/PF181

AVDD99

AVSS88

Vref97

AVSS87

VSS29

VSS30

VSS31

VSS32

VSS118

VSS124

VCC

R38

100K

GNDGND

CC48

C/C,0.1uF

CC49

C/C,0.1uF

CC47

C/C,0.1uF

CC45

C/C,0.1uF

nRESET

GND

VCC_MCU

VCC_MCU

BP1

SW

CC46

C/C,4.7uF

CC41

C/C,1uF

ADC_GND

AVCC_MCUFB3 FB




SW_POWER1

SW DPDT/SM

13

2

46

5

D1

SS24A

USB5.0V

GND GND

GND

GND

CT10

T/C,10uF/10V

GND

CT12

T/C,22uF/10V

CT13

T/C,10uF/10V

CT11

T/C,10uF/10V

CC53

C/C,0.1uF

OFF:1-3

ON:2-3VCC

ICE Power

DVBUS

T9TPAD

1

VBAT

VBAT

JP2

3PX1

123

VDD3.3VVCC VCC_P

T6TPAD

1

T7TPAD

1

U6RT9164A-3.3v

IN3

GN

D1

OU

T2

OU

T4

T2TPAD

1

T3TPAD

1

T4TPAD

1

T5TPAD

1

T1TPAD

1

T8TPAD

1

CON3 Power CON

IN1

GN

D2

GN

D3

VDD3.3V VCC

VDD3.3V

/// Power parts ///

LED2

GREEN_LED

CC54

C/C,0.1uF

5V Power

Adpater

Title


Date: Sheet of

<Doc> 1.1

Power Parts

B


Testing Pad

USB_BUS Power

MAIN POWER

Power Good indicator

3.3V/1A LDO

R39 330

Switch power source form BATTERY to LDO(3.3V) when

system power ON.

CC52

C/C,0.1uF

VDD5.0V

GND

VCC




R47

10K

R48

10K

GND GND

Q8

Si2301ADS1

32

CC61

C/C,1uF

RP2 8P4R-4.7K

1 82 73 64 5

GND

R67

200K

R68

100K

R69

100K

Title


Date: Sheet of

<Doc> 1.1

SD & SMC & Flash

B


SC1_PWR

/// SMC & SD & FLASH ///

VCC_P

VCC_P

SD_VCC

FB7 FB

CC42

C/C,1uF

SD_VCC

GND

FB9 FB

CC68

C/C,0.1uF

(Top View )

2

G S

D

13

SOT-23

SPI1(SPI-SD)

SMC1(Smart Card)

GNDGND

GND

GND

GND

GNDGND

GND

VCC_SMC

VCC_SMC

RSTSC1_RST

GND

VCC_P

CC64

C/C,0.1uF

GND

SD_VCC

SC1_CLK

CC66

C/C,1uF

CC67

C/C,0.1uF

(P-FET)

Source

Drain

Gate

VCC

Operating voltage:

W25XxxBL=2.3V~3.6V

W25XxxL=3.0V~3.6V

(VIH:0.7Vcc/VIL:0.3Vcc)Operating voltage:

3.1V~3.6V

SC1_DAT

SPIMISO00SPISS10SPISS00

SPIMISO10

SPIMOSI10SPIMOSI00

R45 33

SPISS00SPIMISO00

SPIMOSI00

R50 100K

SPIMOSI10

SPI1CLKSPISS10

SPIMISO10

PE15PE14

SPI0CLK

R49 22

VCC_P

CC69

TBD

SD_PWR_ON

R46 220

VCC_SMC

SPI1CLK

CC65

C/C,0.1uF

SPIMOSI10SPISS10SD_INT

SD_CTL

P1

SM Card Slot

S210

S19

C4C4

C3C3

C2C2

C1C1

C8C8

C7C7

C6C6

C5C5

VCC_P

VCC_P

J7

SD/MMC SOCKET

RSV8

DO7

VSS6

CLK5

VDD4

VSS3

DI2

CS1

RSV9

WP10GND11

GND12

CD#13

HO

LD

14

HO

LD

15

VCC_P

SD_PWR_ON

nINT0

PE6

SD_INT

SD_CD

SD_CTL

LED3

GREEN_LED

1 2

SPIMISO10

SC1_PWR SC1_RST

SC1_DAT

SC1_PRES

SC1_DAT

SC1_RSTSC1_PRES

SC1_CLK

SC1_PWR

SC1_CLK

SD_CD

Q7Si2302ADS

SPI0(SPI-Flash)

SPI1CLK

SPIMISO00SPIMISO10

SPIMOSI10

SPI1CLKSPI0CLK

SPIMOSI00

SPI0CLK

SPISS00SPISS10

SC1_PRES

DAT

SPI-FLASH

W25Q16CL

U10

GND4 WP3 DO2 CS1

DI5CLK6HOLD7VCC8

Q2

Si2301ADS1

32

CLK

CC62

C/C,0.1uF

R43

10K

R41

100K

R42

10KR44

10K




Pull-High 80 Mode 9-bit

/// LCM ///

80 Mode 8-bit

IM3 Mode

Pull-Low

VCCVCC

VCC VCC

CC2

C/C,1uF

CC3

C/C,1uF

GND

GND

VCC

VCC

Title


Date: Sheet of

<Doc> A

LCM

A

1 1Wednesday , July 27, 2011

nCS/SEG10

AD0/SEG24

nRE/SEG23nWE/SEG22

AD1/SEG25AD2/SEG32AD3/SEG33AD4AD5AD6/SEG36AD7/SEG37

R3

10K

IM3

IM3

VCC

GND

GND

GND

VCC

CC1

C/C,1uF

R1

10K

SEG27 FMARKLCD_RSTSEG19

BL_A

BL_K

VCC

ALE/SEG11

BL_A

BL_K

AD1/SEG25SEG27

AD4

SEG0

AD5

GND

SEG15

AD0/SEG24

AD7/SEG37

SEG8

AD6/SEG36AD3/SEG33

COM3

GND

COM2

nWE/SEG22

SEG14

SEG19

SEG2

GND

COM0

AD8/SEG38

GND

COM1

AD2/SEG32

SEG18

JR1

CONN RECT 15x2

2525 2323 2121 1919 1717 1515 1313 1111 9

9 77 55 33 11

26262424222220201818161614141212101088664422

2727

2828

2929

3030

SEG17

nCS/SEG10

nRE/SEG23

SEG3

JR2

CONN RECT 10x2

1919 1717 1515 1313 1111 9

9 77 55 33 11

20201818161614141212101088664422

SEG1

ALE/SEG11SEG9

SEG16

CON1

GFT024CA240320FPC 1X39

NC1

NC2

NC3

NC4

GND5

CS6

RS7

WR8

RD9

DB010

DB111

DB212

DB414 DB313

DB515

DB616

DB717

DB818

DB919

DB1020

DB1121

DB1222

DB1323

DB1424

DB1525

DB1626

DB1727

RESET28

FMARK29

IM030

IM331

IOVCC32

VCC33

A134

A235

A336

A437

PWM38

K39




/// LCD ///

VCCVCC

VCC VCC

Title


Date: Sheet of

<Doc> A

LCD

A

1 1Monday , April 18, 2011

JR1

CONN RECT 15x2

2525 2323 2121 1919 1717 1515 1313 1111 9

9 77 55 33 11

26262424222220201818161614141212101088664422

2727

2828

2929

3030

GND

SEG16SEG18

GND

AD6/SEG36AD5

AD1/SEG25

SEG8

AD3/SEG33

COM3

AD4

SEG14

SEG3

COM1

AD2/SEG32

SEG1

nWE/SEG22AD0/SEG24

SEG15nCS/SEG10

SEG2SEG0

GND

SEG9

COM0

SEG27

AD8/SEG38

GND

SEG19

nRE/SEG23

SEG17

JR2

CONN RECT 10x2

1919 1717 1515 1313 1111 9

9 77 55 33 11

20201818161614141212101088664422

AD7/SEG37

ALE/SEG11

COM2

U1

LCD

48

47

46

45

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

1 2 3 4 5 6 7 8 9 10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

CO

M3

CO

M0

CO

M1

CO

M2

AD

6/S

EG

36

AD

8/S

EG

38

SE

G27

SE

G2

SE

G1

SE

G0

nW

E/S

EG

22

nR

E/S

EG

23

AD

0/S

EG

24

AD

2/S

EG

32

AD

1/S

EG

25

AD

3/S

EG

33

SE

G14

SE

G18

SE

G17

SE

G19

SE

G15

nC

S/S

EG

10

SE

G8

ALE

/SE

G11

SE

G9

SE

G16

SE

G3

AD

7/S

EG

37




4 BOM List

Nu-LB-Nano130 Board BOM List:

NANO130 Revised: Wednesday, September 05, 2012 Revision: 1.1

Bill Of Materials December 17, 2012 9:54:05 Page1

Item Quantity Reference Part

______________________________________________

1 1 BAT2 AA BATTERY BOX

2 3 SP1,BP1,SP2 SW

3 4 IDLE1,ICP1,ICE1,BUSY1 KPT-2012

4 1 BU1 Buzzer

5 33 CC2,CC3,CC5,CC19,CC20, C/C,0.1uF

CC24,CC25,CC32,CC33,CC45,





CC83,CC87,CC89

6 1 CC4 C/C,0.01uF

7 25 CC6,CC8,CC10,CC13,CC29, C/C,1uF




CC76,CC84,CC85,CC86,CC88

8 2 CC7,CC9 C/C,220pF

9 4 CC11,CC12,CC14,CC15 C/C,TBD

10 1 CC16 C/C,100pF

11 7 CC17,CC18,CC21,CC22,CC23, C/C,4.7uF

CC26,CC46

12 9 CC27,CC28,CC34,CC36,CC37, C/C,20pF

CC40,CC70,CC71,CC99




13 3 CC38,CC39,CC69 TBD

14 1 CON2 USB MINI-B RECEP.

15 1 CON3 Power CON

16 1 CON4 DB9_MALE

17 2 CT1,CT2 T/C,100uF

18 6 CT3,CT8,CT10,CT11,CT13, T/C,10uF/10V

CT15

19 4 CT4,CT5,CT9,CT12 T/C,22uF/10V

20 3 DH1,DH2,DH3 HEADER 5

21 2 D1,D6 SS24A

22 8 FB1,FB3,FB4,FB5,FB6,FB7, FB

FB8,FB9

23 1 ICECHIP1 NUC120 LQFP 64

24 1 ICE_USB1 mini USB 5pin

25 2 JP1,JP2 3PX1

26 1 JR1 CONN RECT 10x2


28 2 J1,J2 PJK-634

29 2 J3,J6 2PX1

30 2 J4,J5 CONN RECT 20x2

31 1 J7 SD/MMC SOCKET

32 2 J8,J10 HEADER 2

33 2 K1,K2 CTKey

34 1 K3 CTKey_SLIDER

35 6 LED1,LED2,LED3,LED4,LED5, GREEN_LED

LED6

36 2 MIC1,MIC2 TP

37 17 NTC1,R2,R11,R14,R25,R26, 100K

R27,R28,R29,R31,R38,R41,

R50,R53,R63,R68,R69




38 1 P1 SM Card Slot

39 4 Q1,Q3,Q4,Q5 2N3904

40 2 Q2,Q8 Si2301ADS

41 1 Q7 Si2302ADS

42 1 RP1 8P4R-330

43 1 RP2 8P4R-4.7K

44 1 R4 DNE

45 3 R5,R23,R30 0

46 1 R6 100

47 4 R7,R8,R17,R18 2.2K

48 3 R9,R10,R49 22

49 4 R12,R13,R15,R16 5.6K

50 1 R19 47K

51 2 R20,R32 1K

52 5 R21,R46,R64,R65,R66 220

53 1 R22 12K

54 4 R33,R34,R36,R37 27

55 1 R39 330

56 6 R40,R42,R43,R44,R47,R48 10K

57 5 R45,R59,R60,R61,R99 33

58 1 R51 1 1%

59 1 R52 100 1%

60 3 R55,R56,R57 1.2K

61 1 R67 200K

62 3 SSD1,SSD2,SSD3 TOS5101BH

63 1 SW_POWER1 SW DPDT/SM

64 14 T1,T2,T3,T4,T5,T6,T7,T8, TPAD

T9,T10,T11,T12,T13,T14

65 1 T15 DAC0

66 1 T16 DAC1




67 1 U2 24LC64

68 1 U3 WAU8822

69 2 U4,U6 RT9164A-3.3v

70 1 U5 NANO130_24

71 1 U7 SP3232ECN

72 1 U8 HSDL-3201

73 1 U10 W25Q16CL

74 1 U12 MAX9938FH

75 1 U13 FDC606P

76 1 U14 NANO100 LQFP 48

77 1 VR1 50K

78 3 X1,X2,X4 12MHz

79 1 X3 32.768KHz




LCD Glass Module Board BOM List:

LCD Revised: Tuesday, August 23, 2011 Revision: A

Bill Of Materials September 2,2011 15:04:49 Page1


______________________________________________



3 1 U1 LCD




Color LCM Board BOM List:

LCM Revised: Wednesday, July 27, 2011 Revision: A

Bill Of Materials October 4,2012 10:43:19 Page1


______________________________________________

1 3 CC1,CC2,CC3 C/C,1uF

2 1 CON1 FPC 1X39



5 2 R3,R1 10K




Revision History

Rev. Date Description

1.00 11-09-2012 Initially issued.

1.01 12-17-2012 Modified the schematics and the BOM list of Nu-LB-Nano130.




Important Notice

Nuvoton products are not designed, intended, authorized or warranted for use as components in systems or equipment intended for surgical implantation, atomic energy control instruments, airplane or spaceship instruments, transportation instruments, traffic signal instruments, combustion control instruments, or for other applications intended to support or sustain life. Furthermore, Nuvoton products are not intended for applications wherein failure of Nuvoton products could result or lead to a situation wherein personal injury, death or severe property or environmental damage could occur. Nuvoton customers using or selling these products for use in such applications do so at their own risk and agree to fully indemnify Nuvoton for any damages resulting from such improper use or sales.

Please note that all data and specifications are subject to change without notice. All the trademarks of products and companies mentioned in this datasheet belong to their respective owners.

user manual - nuvoton · user manual rev. 1.01 — dec 17, 2012 10 of 60 1.2 nu-link ice bridge...

Documents