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4. Memory Map

4.1. Physical Memory Map

The physical memory map of the Armadillo-400 Series is as shown.

4.1 Armadillo-400 Series Physical Memory Map

Start

Address

End Address

Device

Memory

Area

Data Port

Width

Armadillo-420

Armadillo-440

0x0000 0000

0x0000 3FFF

i.MX257 Internal ROM (16KByte)

0x0000 4000

0x0040 3FFF

Reserved

0x0040 4000

0x0040 8FFF

i.MX257 Internal ROM (20KByte)

0x0040 9000

0x3FFF FFFF

Reserved

0x4000 0000

0x6FFF FFFF

i.MX257 Internal Register

[1]

0x7000 0000

0x77FF FFFF

Reserved

0x7800 0000

0x7801 FFFF

i.MX257 Internal RAM (128KByte)

0x7802 0000

0x7FFF FFFF

Reserved

0x8000 0000

0x83FF FFFF

LPDDR SDRAM
(64MByte)

LPDDR SDRAM
(128MByte)

CSD0

16bit

0x8400 0000

0x87FF FFFF

Reserved

0x8800 0000

0x8FFF FFFF

Reserved

0x9000 0000

0x9FFF FFFF

Reserved

CSD1

0xA000 0000

0xA0FF

FFFF

Nor Flash Memory
(16MByte)

Nor Flash Memory
(32MByte)

CS0

16bit

0xA100 0000

0xA1FF

FFFF

Reserved

0xA200 0000

0xA7FF

FFFF

Reserved

0xA800 0000

0xAFFF

FFFF

Reserved

CS1

0xB00 0000

0xB1FF

FFFF

Reserved

CS2

0xB200 0000

0xB3FF

FFFF

Reserved

CS3

0xB400 0000

0xB5FF

FFFF

Reserved

CS4

0xB600 0000

0xB800 0FFF

Reserved

0xB800 1000

0xBB00

1FFF

i.MX257 Internal Register

[1]

0xBB01 2000

0xBFFF

FFFF

Reserved

0xC000 0000

0xFFFF FFFF

Reserved

[1]

For details on the internal registers on the i.MX257, please refer to the "i.MX25 Multimedia Applications Processor Reference Manual" stored in the /

document/datasheet directory on the included DVD.

Armadillo-400 Series Hardware Manual

Memory Map

Summary of Contents for Armadillo-420

Page 1: ...Armadillo 400 Series Hardware Manual Version 1 3 0 2010 11 05 Atmark Techno Inc Armadillo Developers Site ...

Page 2: ...Armadillo 400 Series Hardware Manual Atmark Techno Inc 060 0035 AFT Bldg 6F N5E2 Chuo ku Sapporo TEL 011 207 6550 FAX 011 207 6570 製製製製 2010 Atmark Techno Inc Version 1 3 0 2010 11 05 ...

Page 3: ...i MX257 JTAG Interface 25 5 10 CON11 LCD Interface 26 5 11 CON12 CON13 Power In Connector 29 5 12 CON14 Expansion Interface 2 29 5 13 LED1 LED2 LAN LEDs 30 5 14 LED3 LED4 LED5 User LEDs 30 5 15 SW1 User Switch 30 5 16 JP1 Boot Mode Configuration Jumper 31 5 17 JP2 User Jumper 31 5 18 Power Circuit Make up 31 6 Reference Circuits 34 7 Board Outline Diagrams 36 7 1 Armadillo 420 Board Outline Diagra...

Page 4: ...10 2 Case Dimensions 50 A JTAG Conversion Cable OP JC8P25 00 51 B Initial Configuration State of Expansion Interfaces 53 C Connector Information 57 Armadillo 400 Series Hardware Manual Hardware Manual 4 ...

Page 5: ... 36 7 2 Armadillo 420 Connector Center Measurements 36 7 3 Armadillo 420 Connector Hole Measurements 37 7 4 Armadillo 440 Board Outline and Fixing Hole Measurements 38 7 5 Armadillo 440 Connector Center Measurements 38 7 6 Armadillo 440 Connector Hole Measurements 39 8 1 LCD Expansion Board Interface Layout 41 8 2 LCD Expansion Board Dimensions and Fixing Hole Measurements 42 8 3 LCD Expansion Boa...

Page 6: ...5 18 CON13 Signals 29 5 19 CON14 Signals 29 5 20 CON14 Signal Multiplex 30 5 21 LAN LED Meanings 30 5 22 User LED Functions 30 5 23 User Switch Function 31 5 24 Boot Mode Configuration Jumper Behavior 31 5 25 User Jumper Function 31 8 1 Armadillo 400 LCD Expansion Board Specifications 40 8 2 Compatible LCD Module Specifications 40 8 3 LCD Expansion Board Interface Details 41 8 4 Defect Tolerance R...

Page 7: ...In addition to these multimedia functionality including LCD touch screen and audio interfaces can be added to Armadillo 440 via an expansion board Other functionality such as a real time clock and wireless LAN can also be added with optional modules Armadillo 420 is available together with the RTC Option Module as the Armadillo 420 Basic Model Armadillo 440 together with the LCD Expansion Board is...

Page 8: ...This is used for helpful information Armadillo 400 Series Hardware Manual Preface 8 ...

Page 9: ...ndling them with too much force Modifications To This Product Please take note that any modifications 1 made to this product are not covered under warranty Also please ensure to undertake a full operational check of this product before carrying out any modifications or mounting connectors 2 Mounting and Dismounting of Connectors While Powered On Apart from hot pluggable interfaces LAN USB Mic Head...

Page 10: ...xpansion Board included in the Armadillo 440 LCD Model it is necessary to strengthen the ground of the expansion board For example by using a metal instead of acrylic board or connecting the fixing holes of the Armadillo 440 and the LCD Expansion Board with a wide conducting line Please be aware of the following point when newly designing an expansion board which connects to the LCD interface on A...

Page 11: ... 128MByte 16bit width Micron MT46H32M16LFBF 6 IT Flash Memory NOR Flash Memory 16MByte 16bit width Numonyx PC28F128P30BF Maximum Write Cycles 100 000 NOR Flash Memory 32MByte 16bit width Numonyx PC28F256P30BF Maximum Write Cycles 100 000 Ethernet 10BASE T 100BASE TX with AUTO MDIX Serial UART 3 channels max 1 UART2 RS232C level flow control pins CTS RTS DTR DSR DCD RI Max baud rate 230 4kbps UART3...

Page 12: ...W approx 7 1 2W approx Armadillo 440 only 7 2 0W approx Armadillo 440 with LCD Expansion Board 7 Operating Temperature 20 70製 with no condensation 1 This is the number of channels available when the signal multiplex function on the i MX257 is configured giving the most priority to this function 2 It is possible to assign this function to Expansion Interface 1 CON9 with the signal multiplex functio...

Page 13: ...3 2 Block Diagram The Armadillo 400 Series block diagram is shown below 3 1 Armadillo 400 Series Block Diagram Armadillo 400 Series Hardware Manual Overview 13 ...

Page 14: ...DR SDRAM 128MByte CSD0 16bit 0x8400 0000 0x87FF FFFF Reserved 0x8800 0000 0x8FFF FFFF Reserved 0x9000 0000 0x9FFF FFFF Reserved CSD1 0xA000 0000 0xA0FF FFFF Nor Flash Memory 16MByte Nor Flash Memory 32MByte CS0 16bit 0xA100 0000 0xA1FF FFFF Reserved 0xA200 0000 0xA7FF FFFF Reserved 0xA800 0000 0xAFFF FFFF Reserved CS1 0xB00 0000 0xB1FF FFFF Reserved CS2 0xB200 0000 0xB3FF FFFF Reserved CS3 0xB400 ...

Page 15: ...es shared with lower port of CON5 CON7 LAN Interface 10 pin 2 54mm pitch Some signal lines shared with CON2 CON8 Ext reset terminal 2 pin 2 54mm pitch CON9 Expansion Interface 1 28 pin 2 54mm pitch CON10 i MX257 JTAG interface 8 pin 2 54mm pitch CON12 Power in connector DC jack CON13 Power in connector 4 pin 2 54 mm pitch CON14 Expansion Interface 2 4 pin 2 54 mm pitch LED1 Link LED green Surface ...

Page 16: ...ack CON6 USB interface 4 pin 2mm pitch Signal lines shared with lower port of CON5 CON7 LAN Interface 10 pin 2 54mm pitch Some signal lines shared with CON2 CON8 Ext reset terminal 2 pin 2 54mm pitch CON9 Expansion Interface 1 28 pin 2 54mm pitch CON10 i MX257 JTAG interface 8 pin 2 54mm pitch CON11 LCD Interface 50 pin 0 5mm pitch CON12 Power in connector DC jack CON13 Power in connector 4 pin 2 ...

Page 17: ... V 5 4 Input Output Interface Electrical Specifications Symbol Parameter Min Max Units Conditions VIH CMOS High Level Input Voltage 0 7 x OVDD OVDD V OVDD 3 3V VIL CMOS Low Level Input Voltage 0 3 0 3 x OVDD V OVDD 3 3V VOH CMOS High Level Output Voltage OVDD 0 15 V IOH 1mA 0 8 x OVDD V IOH Specified Drive VOL CMOS Low Level Output Voltage 0 15 V IOL 1mA 0 2 x OVDD V IOL Specified Drive IOH_S High...

Page 18: ...ontrolled 1 with the NFRE_B GPIO3_27 pin on i MX257 5 5 CON1 Signals Pin Number Signal Name I O Function 1 SD1_DAT2 In Out Data bus bit 2 connected to SD1_DATA2 pin on i MX257 2 SD1_DAT3 In Out Data bus bit 3 connected to SD1_DATA3 pin on i MX257 3 SD1_CMD In Out Command Response connected to SD1_CMD pin on i MX257 4 VDD Power Power 3 3V_CPU 1 5 SD1_CLK Out Clock connected to SD1_CLK pin on i MX25...

Page 19: ...icroMMC cards is available on the Armadillo Developers Site and is updated regularly 5 4 CON2 CON7 LAN Interface CON2 and CON7 are a 10BASE T 100BASE TX LAN interface which can be used with Category 5 or above Ethernet cables The interface includes AUTO MDIX functionality allowing it to automatically detect straight or cross cable connections and swap the send and receive terminals accordingly 5 6...

Page 20: ...l line shared with CON2 pin 6 7 75製 terminal signal line shared with CON2 pins 7 8 8 LINK_LED Link indicator low link established high no link 9 3 3V_CPU Power Power 3 3V_CPU 1 10 GND Power Power GND 1 The combined maximum output current of CON1 CON4 CON7 and CON10 is 200mA As CON2 and CON7 share the same signal lines they cannot both be used at the same time Please be sure to use only one of the ...

Page 21: ... 8 5 9 CON4 Signals Pin Number Signal Name I O Function 1 DCD2 In Carrier Detect connected to the UART1_RTS pin on i MX257 signal line shared with CON3 pin 1 2 DSR2 In Data Set Ready connected to UART1_TXD pin on i MX257 signal line shared with CON3 pin 6 3 RXD2 In Receive Data connected to the UART2_RXD pin on i MX257 signal line shared with CON3 pin 2 4 RTS2 Out Request To Send connected to UART...

Page 22: ...ler HOST PHY i MX257 internal USB PHY USBPHY2 CON5 Lower Port CON6 Data transmission modes製USB 2 0 High Speed 480Mbps Full Speed 12Mbps Low Speed 1 5Mbps Controller i MX257 internal USB controller OTG PHY i MX257 internal USB PHY USBPHY1 5 10 CON5 Signals Pin Number Signal Name I O Function 1 5V_USB Power Selection between USB power and power in VIN when above 4 75V providing for a max 500mA suppl...

Page 23: ...ectors Information on tested USB devices is available on the Armadillo Developers Site and is updated regularly 5 7 CON8 External Reset Terminal CON8 is an external reset terminal CON8 pin 1 is connected to the reset IC incorporated on the board and while this signal is low the board will be placed in a reset state 5 12 CON8 Signals Pin Number Signal Name I O Function 1 EXT_RESET In External Reset...

Page 24: ... 3 3V_IO Power Power 3 3V_IO 8 3 3V_IO Power Power 3 3V_IO 9 GND Power Power GND 10 GND Power Power GND 11 EXT_IO6 In Out Expansion I O 6 connected to CSPI1_SS1 pin on i MX257 12 EXT_IO7 In Out Expansion I O 7 connected to CSI_D4 pin on i MX257 13 EXT_IO8 In Out Expansion I O 8 connected to CSPI1_SCLK pin on i MX257 14 EXT_IO9 In Out Expansion I O 9 connected to CSI_D5 pin on i MX257 15 EXT_IO10 I...

Page 25: ...CTS SD2_DAT7 GPIO1_30 CSPI3_RDY 15 EXT_IO10 CSI_D8 AUD6_RXC GPIO1_7 CSPI3_SS2 16 EXT_IO11 CSI_D6 SD2_CMD GPIO1_31 CSPI3_SS0 17 EXT_IO12 CSI_D9 AUD6_RXFS GPIO4_21 CSPI3_SS3 18 EXT_IO13 CSI_D7 SD2_CLK GPIO1_6 CSPI3_SS1 19 GND 20 3 3V_IO 21 EXT_IO14 CSI_MCLK AUD6_TXD SD2_DAT0 GPIO1_8 22 EXT_IO15 CSI_VSYNC AUD6_RXD SD2_DAT1 GPIO1_9 23 EXT_IO16 CSI_HSYNC AUD6_TXC SD2_DAT2 GPIO1_10 24 EXT_IO17 CSI_PIXCL...

Page 26: ...ase refer to 製製 B Initial Configuration State of Expansion Interfaces Max resolution 800x600 18bit Supported touch screens 4 Wire Resistive Connector Type 50 pin FFC connector 0 5mm pitch 5 16 CON11 Signals Pin Number Signal Name I O Function 1 VIN Power Power CON12 or CON13 power in 2 VIN Power Power CON12 or CON13 power in 3 VIN Power Power CON12 or CON13 power in 4 3 3V_IO Power Power 3 3V_IO 5...

Page 27: ...sion I O 24 connected to DE_B pin on i MX257 40 EXT_IO25 In Out Expansion I O 25 connected to KPP_ROW0 pin on i MX257 41 EXT_IO26 In Out Expansion I O 26 connected to KPP_ROW1 pin on i MX257 42 EXT_IO27 In Out Expansion I O 27 connected to KPP_ROW2 pin on i MX257 43 EXT_IO28 In Out Expansion I O 28 connected to KPP_ROW3 pin on i MX257 44 EXT_IO29 In Out Expansion I O 29 connected to KPP_COL0 pin o...

Page 28: ...UCH_XP XP 35 TOUCH_XN XN 36 TOUCH_YP YP 37 TOUCH_YN XN 38 GND 39 EXT_IO24 GPIO2_20 40 EXT_IO25 ROW0 UART3_RXD GPIO2_29 41 EXT_IO26 ROW1 UART3_TXD GPIO2_30 42 EXT_IO27 ROW2 UART3_RTS AUD5_RXC GPIO2_31 43 EXT_IO28 ROW3 UART3_CTS AUD5_RXFS GPIO3_0 44 EXT_IO29 COL0 UART4_RXD AUD5_TXD GPIO3_1 45 EXT_IO30 COL1 UART4_TXD AUD5_RXD GPIO3_2 46 EXT_IO31 COL2 UART4_RTS AUD5_TXC GPIO3_3 47 EXT_IO32 COL3 UART4_...

Page 29: ...ower in VIN CON12 and CON13 accept a power in voltage range of DC3 1V to 5 25V Do not apply a voltage higher than 5 25V as this may damage the internal devices As the power lines of CON12 and CON13 are connected they cannot both be used at the same time Please be sure to only supply power with one of the connectors 5 12 CON14 Expansion Interface 2 CON14 is an expansion input output interface The l...

Page 30: ...cted device is not active LED2 Activity LED yellow Data transmit receive No data 5 14 LED3 LED4 LED5 User LEDs LED3 LED4 and LED5 are LEDs which can be used freely by the user They can be controlled once the i MX257 signals to which the LEDs are connected to are set to GPIO output mode 5 22 User LED Functions LED Name color Function LED3 User LED red Connected to NFALE GPIO3_28 pin on i MX257 low ...

Page 31: ... do not use JP1 in a shorted state after booting to on board flash memory 5 17 JP2 User Jumper The JP2 jumper can be used freely by the user The jumper status can be obtained once the i MX257 signal it is connected to is set to GPIO input mode 5 25 User Jumper Function JP Function JP2 Connected to NF_CE0 GPIO3_22 on i MX257 low shorted high open 5 18 Power Circuit Make up The power circuit make up...

Page 32: ...s Power Circuit Make up Diagram The power sequence of the board is shown in 製製 5 8 Armadillo 400 Series Power Sequence製 5 8 Armadillo 400 Series Power Sequence Armadillo 400 Series Hardware Manual Interface Specifications 32 ...

Page 33: ...The power on timing of the 3 3V_IO and 5V lines can be determined by controlling the power management IC PMIC via I2C Armadillo 400 Series Hardware Manual Interface Specifications 33 ...

Page 34: ...O Reference Circuits A reference circuit 1 for when using the CON11 keypad signals is shown in Diagram 6 2 1 The operation of the reference circuits is not guaranteed in any form When applying the circuits please ensure to choose appropriate values after carrying out a thorough evaluation Armadillo 400 Series Hardware Manual Reference Circuits 34 ...

Page 35: ...eypad Signals Reference Circuit A reference circuit 1 for when using the CON9 CAN2 signals is shown in Diagram 6 3 6 3 CAN Signals Reference Circuit Armadillo 400 Series Hardware Manual Reference Circuits 35 ...

Page 36: ...agrams 7 1 Armadillo 420 Board Outline Diagrams 7 1 Armadillo 420 Board Outline and Fixing Hole Measurements 7 2 Armadillo 420 Connector Center Measurements Armadillo 400 Series Hardware Manual Board Outline Diagrams 36 ...

Page 37: ...7 3 Armadillo 420 Connector Hole Measurements Armadillo 400 Series Hardware Manual Board Outline Diagrams 37 ...

Page 38: ...rmadillo 440 Board Outline Diagrams 7 4 Armadillo 440 Board Outline and Fixing Hole Measurements 7 5 Armadillo 440 Connector Center Measurements Armadillo 400 Series Hardware Manual Board Outline Diagrams 38 ...

Page 39: ...7 6 Armadillo 440 Connector Hole Measurements Armadillo 400 Series Hardware Manual Board Outline Diagrams 39 ...

Page 40: ...output jack x1 Mono mic input jack x1 Calendar Clock Seiko Instruments RTC S 35390A with backup functionality LED Switch Tact Switch x 3 Power LED green x1 Board Size 106 0 82 0 mm not including protrusions Power Supply Voltage Main power DC3 3V LCD back light DC2 8 5 5V Power Consumption Approx 0 8W including LCD module Operating Temperature 10 60製 with no condensation 8 2 Compatible LCD Module S...

Page 41: ... pitch Connector not mounted CON6 General Purpose LCD Interface 1 40 pin 2 54mm pitch CON7 Reserve terminal 10 pin 2 54mm pitch Connector not mounted SW1 SW2 SW3 User switch Tact switch SW4 SW5 SW6 Reserve switch Tact switch Switch not mounted LED1 Power LED green Surface mounted LCD LED2 LED3 Reserve LED φ3mm LED LED not mounted 1 For the circuit layout of the General Purpose LCD Interface CON6 p...

Page 42: ...ed at the same time Please disconnect the Data Image LCD from CON1 when connecting another LCD module to CON6 8 3 Board Outline Diagrams 8 2 LCD Expansion Board Dimensions and Fixing Hole Measurements Armadillo 400 Series Hardware Manual Armadillo 440 LCD Expansion Board 42 ...

Page 43: ... 8 4 1 Pixel Defect Definitions Bright Dots Pixels which appear brighter than surrounding pixels of the same color on an all black screen display Dark Dots Pixels which appear darker than surrounding pixels of the same color on an all white screen display Continuous Dot Defects Where multiple bright or dark dot defects occur continuously in one physical area This applies to both bright bright and ...

Page 44: ...olerance Range Bright Dot Defects 4 Dark Dot Defects 5 2 Dot Continuous Defects 2 groups bright dots 3 groups dark dots 3 Or More Dot Continuous Defects 0 bright or dark dots Total Defects 5 Armadillo 400 Series Hardware Manual Armadillo 440 LCD Expansion Board 44 ...

Page 45: ... 9 1 RTC Option Module Specifications Calendar Clock S 35390A Seiko Instruments Inc 1 Backup EECEN0F204RK Panasonic mounted 2 additional battery can be connected to External Backup Connector CON2 Board Size 10 0 x 22 0 mm Power Supply Voltage DC3 3V Operating Temperature 10 60製 with no condensation 1 The time accuracy is approximately 30 seconds per month average at an environment temperature of 2...

Page 46: ...mm pitch CON2 External Backup Connector 1 DF13 2P 1 25DSA Hirose Electric Co Supported battery CR2032WK11 Hitachi Maxell or similar 1 For the circuit layout of the External Backup Connector CON2 please refer to the Armadillo 400 RTC Option Module Circuit Diagram stored in the document hardware directory on the included DVD Armadillo 400 Series Hardware Manual RTC Option Module 46 ...

Page 47: ...9 3 Board Outline Diagrams 9 2 RTC Option Module Dimensions Armadillo 400 Series Hardware Manual RTC Option Module 47 ...

Page 48: ... 9 3 RTC Module Assembly Diagram Round head screw M2 L 6mm spring washer small washer RTC Option Module Flat washer Metal spacer M2 L 11mm D 4mm Armadillo 420 Armadillo 440 Armadillo 400 Series Hardware Manual RTC Option Module 48 ...

Page 49: ...ace and LAN interface are accessible The case also has a removable cover to provide an opening for accessing CON9 Expansion Interface 1 The case is included in the Armadillo 420 Basic Model Development Set and is also available for sale separately 10 1 Armadillo 400 Case Set Details Product Name Armadillo 400 Case Set Product Number OP CASE200 00 Contents 1 case screws and rubber feet Armadillo 40...

Page 50: ...10 2 Case Dimensions Unit mm 10 1 Armadillo 400 Case Dimensions Armadillo 400 Series Hardware Manual Case 50 ...

Page 51: ... A connection diagram and reference circuit for the JTAG Conversion Cable are shown below A 1 JTAG Conversion Cable Connection Diagram When the SRST signal on the JTAG Conversion Cable is connected to the CPU_RESET pin on CON10 only i MX257 is reset To reset the full board using a JTAG debugger please connect the SRST signal to the EXT_RESET pin on CON8 Armadillo 400 Series Hardware Manual JTAG Co...

Page 52: ...A 2 JTAG Conversion Cable Reference Circuit Armadillo 400 Series Hardware Manual JTAG Conversion Cable OP JC8P25 00 52 ...

Page 53: ...ble 3 EXT_IO2 In Disable 100k製PU 1 4 EXT_IO3 In Disable Keeper 5 EXT_IO4 Out Low Disable 100k製PU 6 EXT_IO5 In Disable Keeper 11 EXT_IO6 In Disable 100k製PU 12 EXT_IO7 In Disable Keeper 13 EXT_IO8 In Disable 100k製PU 14 EXT_IO9 In Disable Keeper 15 EXT_IO10 In Disable Keeper 16 EXT_IO11 In Disable Keeper 17 EXT_IO12 In Disable Keeper 18 EXT_IO13 In Disable Keeper 21 EXT_IO14 Out Low Disable Disable 2...

Page 54: ... Out Low Disable Disable 47k製PD 27 LCD_LD12 Out Low Disable Disable 47k製PD 28 LCD_LD13 Out Low Disable Disable 47k製PD 29 LCD_LD14 Out Low Disable Disable 47k製PU 30 LCD_LD15 Out Low Disable Disable 47k製PU 31 LCD_LD16 In Enable 100k製PU 32 LCD_LD17 In Disable Disable 39 EXT_IO24 In Disable 47k製PU 40 EXT_IO25 In Disable 100k製PU 41 EXT_IO26 In Disable 100k製PU 42 EXT_IO27 In Disable 100k製PU 43 EXT_IO28 ...

Page 55: ...IO In Disable 100k製PU Slow 14 EXT_IO9 GPIO In Disable 100k製PU Slow 15 EXT_IO10 GPIO In Disable 100k製PU Slow 16 EXT_IO11 GPIO In Disable 100k製PU Slow 17 EXT_IO12 GPIO In Disable 100k製PU Slow 18 EXT_IO13 GPIO In Disable 100k製PU Slow 21 EXT_IO14 GPIO In Disable 100k製PU Slow 22 EXT_IO15 GPIO In Disable 100k製PU Slow 23 EXT_IO16 GPIO In Disable 100k製PU Slow 24 EXT_IO17 GPIO In Disable 100k製PU Slow 25 EX...

Page 56: ...t Low Disable Disable Slow 24 LCD_LD10 LCD Out Low Disable Disable Slow 25 LCD_LD11 LCD Out Low Disable Disable Slow 27 LCD_LD12 LCD Out Low Disable Disable Slow 28 LCD_LD13 LCD Out Low Disable Disable Slow 29 LCD_LD14 LCD Out Low Disable Disable Slow 30 LCD_LD15 LCD Out Low Disable Disable Slow 31 LCD_LD16 LCD Out Low Disable 100k製PU Slow 32 LCD_LD17 LCD Out Low Disable 100k製PU Slow 39 EXT_IO24 G...

Page 57: ... USB interface Type A 2 port stack UBA 4RS D14T 4D LF SN JST CON6 USB interface 4 pin 2mm pitch B4B PH K S LF SN JST PHR 4 JST CON7 LAN Interface 10 pin 2 54mm pitch A1 10PA 2 54DSA 71 HIROSE A1 10D 2 54C HIROSE CON8 Ext reset terminal 2 pin 2 54mm pitch A1 34PA 2 54DSA 71 HIROSE RE 02 JST CON9 Expansion Interface 1 28 pin 2 54mm pitch RF 28 JST CON14 Expansion Interface 2 28 pin 2 54mm pitch PS 4...

Page 58: ...Conversion Cable option to 製5 9 CON10 i MX257 JTAG Interface 製 Added 製5 18 Power Circuit Make up製 Added 製製 6 2 Keypad Signals Reference Circuit製 Added 製製 6 3 CAN Signals Reference Circuit製 Added annotation to 製製 9 1 RTC Option Module Specifications製 Added 製製 B Initial Configuration State of Expansion Interfaces 1 3 0 2010 08 20 Added 製製 C Connector Information Added 製製 5 3 Input Output Interface R...

Page 59: ...Armadillo 400 Series Hardware Manual Version 1 3 0 2010 11 05 Atmark Techno Inc 060 0035 AFT Bldg 6F N5E2 Chuo ku Sapporo TEL 011 207 6550 FAX 011 207 6570 ...

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