lpc 2378 development board

ViARM-2378 DEVELOPMENT BOARD

Vi Microsystems Pvt. Ltd., [ 103 ]

9. Give Project Name Eg: LPC2378 and click SAVE Button.

ADDING THE FILES TO THE PROJECT

10. Right Click the project name option for select a C file in workspace window. Select Add >Add DAC.C Menu.



11. Right Click the Project name option in workspace window for adding a header files. Choose Add >Add Files menu. Before that the header files are store the path at where your C files is located.

12. Select LPC2378>Rebuild all menu, for checking any error in your C file.



13. If your C file has no error the following window will be displayed.

14. Select LPC2378 >Options menu



15. Select Linker Category. Enable output option file and give File name.hex Eg: LPC2378.hex.

16. Enable Other Menu and select Intelextented option.



17. Select Config Menu. Enable Overide default option and click Browse button for choosing a LPC2378-Flash-XCL file.

Path: C:\Program Files\IAR Systems\Embedded Workbench 4.0 Kick Start \Arm\Examples\NxP\LPC23XX\IAR-LPC-2378\SK\simple\common\XCL\ LPC2378 FlashXCL and click OK button.



BUILTING THE PROJECT

18. Select LPC2378 >Rebuild All Menu, for Builting a project.

19. If your project has no error Builting completed and Hex file generated.

This Hex file will be downloaded to the VIARM-2378 controller by Flash Magic Software



FLASH ISP UTILITY

In- System Programming (ISP) : In System Programming is programming or Reprogramming the on-chip flash memory, using the boot-loader software and a serial port.

The LPC2378 Micro controller provides on-chip boot-loader software that allows programming of the internal flash memory over the serial channel. Pulling port pin P2.10 low during reset of the Microcontroller activates the boot-loader. ViARM-2378 Board contains circuits for Controlling Pin P2.10 over Toggle switch.

ViARM-2378 Development Board has an Reset switch and Mode Selection Switch (Programming /Execution Switch). Through this one, can change either Programming mode or Execution Mode.

Philips provides a utility program for In-System Flash (ISP) programming called Flash Magic Software.

For now, it is assumed that the program to be downloaded is already developed and there exist a HEX-file to be downloaded. This HEX-file represents the binary image of the application program.



FLASH MAGIC

1. Run FLASH MAGIC Application, the following window will appear.

2. In Step-1 Section, Select communication port Eg:COM1



3. Select Baud Rate 19200

4. Select Micro-controller Device LPC2378.



5. Select Oscillator frequency 12Mhz.

5. Enable Erase Blocks for Erasing the memory locations of micro-

controller, before programming in Step-2 Section.



7. Click the Browse Button, for Select the HEX file to be downloaded in Step-3 Section.

8. Enable Verify After Programming Option in Step-4 Section, for

verifying datas in memory locations after programming success



9. Select Start Button in Step-5, for hex file downloaded to the LPC 2378 Controller.

10. If given HEX file is properly downloaded, the window as shown in below.

11. The downloaded Program will start after changing the Mode of

Execution (Change the Toggle Switch to Execution Mode and Press Reset Key).



CHAPTER 4 ABOUT RTOS

REAL TIME SYSTEMS

A RTOS is the readymade operating system like a WINDOWS, XP for your Pentium computer applications, used for real time embedded applications. Like any OS it consists of a kernel, board level routines & other utilities (device drivers) to support the applications. In RTOS time constraints is very critical. The embedded operating system need only less memory & also possible for the developer to write his/her own operating system kernel. C/OS-II Memory is allocated and de-allocated from a pool with deterministic, often constant, timing. C/OS-II, The Real time kernel is a completely portable, ROMable, scalable, preemptive, real-time, multi tasking kernel for microprocessors and micro controllers. C/OS-II can manage up to 64 application tasks and provides the following services:

1. Semaphores 2. Event Flags 3. Mutual Exclusion Semaphores (to reduce priority inversions) 4. Message Mailboxes 5. Message Queues 6. Task Management (Create, Delete, Change Priority, Suspend/Resume

etc.) 7. Fixed Sized Memory Block management 8. Time Management

TASK MANAGEMENT It services that create a task, delete a task, check the size of tasks stack, changes a task priority, suspend and resume a task. OS FUNCTIONS

OSTaskCreate () OSinit () OSStart () OS_STK OSTaskNameSet ()



1. OSTaskCreate () OSTaskCreate creates a task so it can managed by C/OS-II. Tasks can be created either prior to the start of multitasking or by a running a task. Syntax OSTaskCreate(void(*task)(void *pd),void *pdata,OS_STK *ptos, INT8U prio) Eg1: OSTaskCreate (Task1, 0, &Task1stk [99], 1); 2. OS_STK Each task requires its own stack; however C/OS-II allows each task to have a different stack size, which allows you to reduce the amount of RAM needed in your applications. Eg2: OS_STK Task1stk [100];

OS_STK Task2stk [100]; OS_STK Task3stk [100]; OS_STK Task4stk [300];

3. OSInit () OSInit () initializes C/OS-II and must be called prior to calling OSStart (), which actually starts multitasking. Eg3: Void main () { OSInit (); //Initialize C/OS-II OSTaskCreate (Task1, 0, &Task1stk [99], 1); . . OSStart (); //start multitasking }



4. OSStart () OSStart () starts multitasking under C/OS-II. This function is typically called from your startup code but after you call OSInit (). Refer Eg3. 5. OSTaskNameSet () OSTaskNameSet () allows you to assign name to a task. This function is typically used by a debugger to allow associating a name to a task. Syntax: Void OSTaskNameSet (INT8U prio, INT8U *pname, INT8U *err); Eg4: OSTaskNameSet (1,"T1", &err); TIME MANAGEMET OS FUNCTIONS:

OSTimeDly () OSTimeDlyHMSM () OSTimeTick ()

1. OSTimeDly () OSTimeDly () allows a task to delay itself for an integral number of clock ticks. Rescheduling always occurs when the number of clock ticks is greater than zero. Valid delays range from one to 65,535 ticks. Syntax: Void OSTimeDly (INT16U TICKS); Eg4: Void Task1(void *pdata) { While (1) { FIO4SET0 = 0x04; OSTimeDly (30); //delay task for 30 ticks } }



2. OSTimeDlyHMSM () OSTimeDlyHMSM () allows a task to delay itself for a user specified amount of time specified in hours, minutes, seconds, and milliseconds. This format is more convenient and natural than ticks. Rescheduling always occurs when at least one parameter is zero. Syntax: OSTimeDlyHMSM (INT8U hours, INT8U minutes, INT8U seconds, INT8U milliseconds); Eg5: Void task1() { GLCD_Printf("NXP LPC2378",&Font_7x8); OSTimeDlyHMSM(0,0,5,0); } 3. OSTimeTick () OSTimeTick () processes a clock tick. Syntax: Void OSTimeTick (void) Eg6: Static void Tmr_TickInit (void) { CPU_INT32U pclk_freq; CPU_INT32U rld_cnts; VICIntSelect &= ~(1



rld_cnts = pclk_freq / OS_TICKS_PER_SEC; /* Calculate the # of counts necessary for the OS ticker */

T0TCR = (1



void Task1(void *pdata) { GLCD_ClearDisplay(); GLCD_LocateCursor(25,2); GLCD_Printf("uC/OS - II",&Font_7x8); GLCD_LocateCursor(5,3); GLCD_Printf("VI Microsystems",&Font_7x8); GLCD_LocateCursor(20,4); GLCD_Printf("NXP LPC2378",&Font_7x8); OSTimeDlyHMSM(0,0,5,0); GLCD_ClearDisplay(); uCdetails(); for(;;) { value = (CPU_INT32U)OSCPUUsage; GLCD_LocateCursor(70,3); GLCD_DisplayValue(value,3,0); value = (CPU_INT32U)OSTime; GLCD_LocateCursor(70,5); GLCD_DisplayValue(value,8,0); value = (CPU_INT32U)OSCtxSwCtr; GLCD_LocateCursor(70,6); GLCD_DisplayValue(value,8,0); OSTimeDly(20); } } void Task2(void *pdata) { while(1) { FIO4SET0 = 0x04; OSTimeDly(30); FIO4CLR0 = 0x04; OSTimeDly(20); } }



void Task3(void *pdata) { for(;;) { FIO4SET0 = 0x10; OSTimeDly(50); FIO4CLR0 = 0x10; OSTimeDly(50); } } void Task4(void *pdata) { for(;;) { FIO4SET0 = 0x40; OSTimeDly(70); FIO4CLR0 = 0x40; OSTimeDly(70); } } void main() { CPU_INT08U err; BSP_IntDisAll(); BSP_Init(); GLCD_Init(); GLCD_ClearDisplay(); OSInit(); OSTaskCreate(Task1, 0, &Task1stk[99], 1); OSTaskCreate(Task2, 0, &Task2stk[99], 2); OSTaskCreate(Task3, 0, &Task3stk[99], 3); OSTaskCreate(Task4, 0, &Task4stk[299], 4); OSTaskNameSet(1,"T1", &err); OSTaskNameSet(2,"T2", &err); OSTaskNameSet(3,"T3", &err); OSTaskNameSet(4,"T4", &err); OSStart(); }



void uCdetails() { GLCD_LocateCursor(20,0); GLCD_Printf("OS DETAILS",&Font_7x8); GLCD_LocateCursor(0,1); GLCD_Printf("Version :V",&Font_7x8); value = (CPU_INT32U)OSVersion(); GLCD_LocateCursor(80,1); GLCD_DisplayValue(value,1,2); GLCD_LocateCursor(0,2); GLCD_Printf("TickRate:",&Font_7x8); value = (CPU_INT32U)OS_TICKS_PER_SEC; GLCD_LocateCursor(70,2); GLCD_DisplayValue(value,3,0); GLCD_LocateCursor(88,2); GLCD_Printf("/SEC",&Font_3x6); GLCD_LocateCursor(0,3); GLCD_Printf("CPU Used:",&Font_7x8); GLCD_LocateCursor(88,3); GLCD_Printf("%",&Font_7x8); GLCD_LocateCursor(0,4); GLCD_Printf("CPU Freq:",&Font_7x8); value = (CPU_INT32U)BSP_CPU_ClkFreq() / 1000000L; GLCD_LocateCursor(70,4); GLCD_DisplayValue(value,2,0); GLCD_LocateCursor(84,4); GLCD_Printf("MHz",&Font_7x8); GLCD_LocateCursor(0,5); GLCD_Printf("OS Ticks:",&Font_7x8); GLCD_LocateCursor(0,6); GLCD_Printf("Ctx Swt :",&Font_7x8); }



PROCDEURE 1. To write a multi tasking program using C/OS-II real time kernel. 2. Include following C/OS-II header files. 3. That files are taken from below folders are

APP OS_CFG.H MAIN.C

BSP BSP.C BSP.H

PORT OS_CPU.H OS_CPU_A.ASM OS_CPU_C.C OS_DBG.C OS_DCC.C

UC_CPU CPU.H CPU_A.S CPU_DEF.H

UCOS-II OS_CORE.C OS_FLAG.C OS_MBOX.C OS_MEM.C OS_MUTEX.C OS_Q.C OS_SEM.C OS_TASK.C OS_TIME.C OS_TMR.C UCOSII.H

4. Compile your project. And executing the program.



2. PROGRAM FOR LEDS USING C/OS-II #include OS_STK Task1stk[100]; OS_STK Task2stk[100]; OS_STK Task3stk[100]; void Task1(void *pdata); void Task2(void *pdata); void Task3(void *pdata); void Task1(void *pdata) { BSP_Init(); FIO4DIR0=0xff; for(;;) { FIO4SET0 = 0x01; OSTimeDly(10); FIO4CLR0 = 0x01; OSTimeDly(10); } } void Task2(void *pdata) { for(;;) { FIO4SET0 = 0x04; OSTimeDly(20); FIO4CLR0 = 0x04; OSTimeDly(20); } } void Task3(void *pdata) { for(;;) { FIO4SET0 = 0x10; OSTimeDly(30); FIO4CLR0 = 0x10; OSTimeDly(30);



} } void main() { BSP_IntDisAll(); OSInit(); OSTaskCreate(Task1, 0, &Task1stk[99], 1); OSTaskCreate(Task2, 0, &Task2stk[99], 2); OSTaskCreate(Task3, 0, &Task3stk[99], 3); OSStart(); }

NOTE

The Procedure as same as program 1



CHAPTER 5 SOFTWARE EXAMPLE

Example 1 Program For 8 - Bit LED Interface

#include #include "irq.h" #include "config.h" void delay() { unsigned int i,j; for(i=0;i



Example 2 Program For 8-Way DIP Switch Interface #include #include "irq.h" #include "config.h" unsigned int k; unsigned int dat[] = {0x00,0x01,0x02,0x04,0x08,0x10,0x20,0x40,0x80}; void delay() { unsigned int i,j; for(i=0;i



void send_serial_data(unsigned char serial) { while((U0LSR & 0x20)==0); U0THR = serial; } int main (void) { unsigned int Fdiv; TargetResetInit(); PINSEL0 = 0x00000050; /* RxD0 and TxD0 */ U0LCR = 0x83; /* 8bits, no Parity, 1 Stop bit */ Fdiv = ( Fpclk / 16 ) / 19200 ; /*baud rate */ U0DLM = Fdiv / 256; U0DLL = Fdiv % 256; U0LCR = 0x03; /* DLAB = 0 */ U0FCR = 0x07; /* Enable and reset TX and RX FIFO. */ FIO4DIR = 0X00000FFF; FIO3DIR = 0X008000FF; while(1) { FIO4SET = 0X00000e00; /*First Row*/ Read_Key = FIO4PIN; Read_Key = (Read_Key & 0xf000) >> 12 ; if((Read_Key==0x07)) { send_serial_data('0'); FIO3PIN = 0X00000000; } if((Read_Key==0x0b)) { send_serial_data('1'); FIO3PIN = 0X00000001; } if( (Read_Key==0x0d)) { send_serial_data('2'); FIO3PIN = 0X00000002; }



if((Read_Key==0x0e)) { send_serial_data('3'); FIO3PIN = 0X00000003; } FIO4CLR = 0X00000e00; delay(); FIO4SET = 0X00000d00; /*Second Row*/ Read_Key = FIO4PIN; Read_Key = (Read_Key & 0xf000) >> 12 ; if((Read_Key==0x07)) { send_serial_data('4'); FIO3PIN = 0X00000004; } if((Read_Key==0x0b)) { send_serial_data('5'); FIO3PIN = 0X00000005; } if( (Read_Key==0x0d)) { send_serial_data('6'); FIO3PIN = 0X00000006; } if( (Read_Key==0x0e)) { send_serial_data('7'); FIO3PIN = 0X00000007; } FIO4CLR = 0X00000d00; delay(); FIO4SET = 0X00000b00; /*Third Row*/ Read_Key = FIO4PIN; Read_Key = (Read_Key & 0xf000) >> 12 ; if((Read_Key==0x07)) { send_serial_data('8'); FIO3PIN = 0X00000008; }



if((Read_Key==0x0b)) { send_serial_data('9'); FIO3PIN = 0X00000009; } if( (Read_Key==0x0d)) { send_serial_data('a'); FIO3PIN = 0X0000000a; } if( (Read_Key==0x0e)) { send_serial_data('b'); FIO3PIN = 0X0000000b; } FIO4CLR = 0X00000b00; delay(); FIO4SET = 0X00000700; /*Fourth Row*/ Read_Key = FIO4PIN; Read_Key = (Read_Key & 0xf000) >> 12 ; if((Read_Key==0x07)) { send_serial_data('c'); FIO3PIN = 0X0000000c; } if((Read_Key==0x0b)) { send_serial_data('d'); FIO3PIN = 0X0000000d; } if((Read_Key==0x0d)) { send_serial_data('e'); FIO3PIN = 0X0000000e; } if( (Read_Key==0x0e)) { send_serial_data('f'); FIO3PIN = 0X0000000f; } FIO4CLR = 0X00000700; delay(); } return 0; }



Example 4 Program For Serial Interface

#include #include "type.h" #include "target.h" #include "irq.h" #include "uart.h" #include unsigned int ADC_VALUE=0; #define ADC_CLK 1000000 /* set to 1Mhz */ #include "config.h" void PLL_Init (void) { unsigned int m; unsigned int n; unsigned int clk_div; unsigned int clk_div_usb; m = 24; /PLL Multiplier = 20, MSEL bits = 12 - 1=11 */ n = 1; /* PLL Divider = 1, NSEL bits = 1 - 1 = 0 */ clk_div = 4; /*Configure the ARM Core clock divCCLKSEL=

6 -1 */ clk_div_usb = /* Configure the USB clock divider to 6, SBSEL

= 6 - 1 */ if ((PLLSTAT & 0x02000000) > 0) { PLLCON &= ~0x02; /* Disconnect the PLL */ PLLFEED = 0xAA; /* PLL register update sequence, 0xAA, 0x55 */ PLLFEED = 0x55; } PLLCON &= ~0x01; /* Disable the PLL */ PLLFEED = 0xAA; /* PLL register update sequence, 0xAA, 0x55 */ PLLFEED = 0x55; SCS &= ~0x10; /* OSCRANGE = 0, Main OSC is between 1 and

20 Mhz */ SCS |= 0x20; /* OSCEN = 1, Enable the main oscillator */ while ((SCS & 0x40) == 0) CLKSRCSEL = 0x01; /* Select main OSC, 12MHz, as the PLL clock

source */



PLLCFG = (m



send_serial_data(t10+0x30); send_serial_data(t1+0x30); send_serial_data(0x0d); send_serial_data(0x0a); } int putchar(int ch) { if (ch == '\n') { while (!(U0LSR & 0x20)); U0THR = 0x0d; } while (!(U0LSR & 0x20)); return (U0THR = ch); } void main() { unsigned long int val; unsigned int Fdiv; PLL_Init(); PCONP |= (1



Example 5 Program for SPDT Relay Interface

#include #include "irq.h" #include "config.h" void delay() { unsigned int i,j; for(i=0;i



IO0DIR = 0XFFFFFFFF; while(1) { for(k=0;k



Example 7 Program for Joystick Interface

#include #include "irq.h" #include "config.h" unsigned int k; unsigned int i; int main (void) { unsigned long int joy_stick; TargetResetInit(); FIO3DIR = 0X000000FF; //LED0. IO1DIR = 0X0000FFFF; FIO4PIN = 0X00000000; while(1) { joy_stick = IO1PIN ; joy_stick = (joy_stick & 0XFFFF0000) >> 16 ; if((joy_stick & 0XFF) ==0xfb) FIO3PIN = 0XF0; if((joy_stick & 0XFF) ==0xf7) FIO3PIN = 0X0F; if((joy_stick & 0XFF) ==0xBF) FIO3PIN = 0X44; joy_stick = IO1PIN ; joy_stick = joy_stick >> 20 ; if((joy_stick & 0xff)==0x7F) FIO3PIN = 0X22; if((joy_stick & 0x20) ==0x0) FIO3PIN = 0XFF; } return 0; }



Example 8 Program for ADC Interface

#include #include "irq.h" #include "config.h" unsigned int ADC_VALUE=0; #define ADC_CLK 1000000 set to 1Mhz */ void send_serial_data(unsigned char serial) { while((U0LSR & 0x20)==0); U0THR = serial; } void adc_serial_tx(unsigned int ch) { unsigned int t1000,t100,t10,t1,temp; t1000 = ch / 1000; temp = ch % 1000; t100 = temp / 100; temp = temp % 100; t10 = temp / 10; t1 = temp % 10; send_serial_data(t1000+0x30); send_serial_data(t100 +0x30); send_serial_data(t10+0x30); send_serial_data(t1+0x30); send_serial_data(0x0d); send_serial_data(0x0a); } void main() { unsigned long int val; unsigned int Fdiv; TargetResetInit(); PCONP |= (1



U0LCR = 0x03; // DLAB = 0 U0FCR = 0x07; // Enable and reset TX and RX FIFO. AD0CR = ( 0x01



Example 10 Program Accelerometer Interface #include #include "irq.h" #include "config.h" unsigned int ADC_VALUE=0; #define ADC_CLK 1000000 /* set to 1Mhz */ unsigned long int val; unsigned long int x,y,z; void send_serial_data(unsigned char serial) { while((U0LSR & 0x20)==0); U0THR = serial; } void adc_serial_tx(unsigned int ch) { unsigned int t1000,t100,t10,t1,temp; t1000 = ch / 1000; temp = ch % 1000; t100 = temp / 100; temp = temp % 100; t10 = temp / 10; t1 = temp % 10; send_serial_data(t1000+0x30); send_serial_data(t100 +0x30); send_serial_data(t10+0x30); send_serial_data(t1+0x30); } unsigned long adc_0() { AD0CR = ( 0x01



( 0



void main() { unsigned int Fdiv; TargetResetInit(); PCONP |= (1



send_serial_data('Z'); send_serial_data(':'); send_serial_data(' '); adc_serial_tx(z); send_serial_data(' '); send_serial_data(' '); send_serial_data(0x0d); send_serial_data(0x0a); } } Example 11 Program Colour LCD Interface #include #include #include #include #include #include void delay() { for(int Dly = 0xFFFF;Dly;Dly--) { } } char color8(short color){ char c; char r,g,b; r=(color & 0x0f00)>>8; g=(color & 0x00f0)>>4; b=(color & 0x000f); c=((r&0x0e)



unsigned int temp; unsigned int color; for (idx = 512; idx < 1024; idx++) { x = rand() % 120; y = rand() % 120; r = rand() % 15; g = rand() % 15; b = rand() % 15; temp = idx / 64; if (r < temp) { r = temp; } if (g < temp) { g = temp; } if (b < temp) { b = temp; } color = (r



c2=buffer[i+height*j+height]; GLCD_Send(DATA,(c1 & 0x0ff0)>>4); GLCD_Send(DATA,((c1 & 0x000f)8)); GLCD_Send(DATA,(c2 & 0x00ff)); } } } void dly2(int a) { long int i; long int j; j=10000*a; for (i=0;i



APPENDIX A

CIRCUIT DIAGRAM



(4PIN)

NC3

GND4

OUT5

VCC6

X1

12Mhz

CLK+3.3V

(2PIN)

R74 1K

R73 1K

MOSI0

MISO0

MOSI0

CMOS VCC

+3.3V

+3.3VR132 1K

R1311K

RSTSW-

BUT1

C9118pF

BUT2

SW22BUT2

R162

100E

R1611K

C9218pF

+3.3V

R1651K

SW21

BUT1

R166

100E

+3.3V

DC20

0.1MF

DC18

0.1MF

MCICMD

MCICLK

R791K

R1341K

MCIDAT2 MCIDAT3

+3.3V

CPU_CLKIN

RXD0TXD0

E_RXD1

E_TX_EN

+3.3V

WP

VSSP103

P1.15/ENET_REF_CLKP126

P0.22/RTS1/MCIDAT0/TD1P80

P4.28/MAT2.0/TXD3P118

P0.3/RXD0P142

P0.4/I2SRX_CLK/RD2/CAP2.0P116

VSSP65

VDD_DCDC_3V3P60

P3.7/D7P19

P3.23/CAP0.0/PCAP1.0P45

P3.24/CAP0.1/PWM1.1P40

P4.10/A10P94

P3.25/MAT0.0/PWM1.2P39P0.23/AD0.0/I2SRX_CLK/CAP3.0

P13

VBATP27

P0.24/AD0.1/I2SRX_WS/CAP3.1P11

P0.25/AD0.2/I2SRX_SDA/TXD3P10

P0.26/AD0.3/AOUT/RXD3P8

VSSP79

P4.9/A9P91

P0.27/SDA0P35

P0.28/SCL0P34

P0.29/USB_D+1P42

P0.30/USB_D-1P43

P3.26/MAT0.1/PWM1.3P38

P0.31/USB_D+2P36

P4.0/A0P52

P4.1/A1P55

P4.8/A8P88

P4.2/A2P58

VREFP17

TRSTP5TMSP4TDIP3TD0P1

XTAL2P33

P4.3/A3P68

P4.4/A4P72

P4.7/A7P84

DBGENP6

USB_D-2P37

VDD_3V3P41 RTCX1

P23

P1.31/SCK1/AD0.5P28

P1.30/VBUS/AD0.4P30

P2.0/PWM1.1/TXD1/TRACECLKP107

ALARMP26

P1.29/PCAP1.1/MAT0.1P64

P1.28/PCAP1.0/MAT0.0P63

P1.27/CAP0.1P61

P1.26/PWM1.6/CAP0.0P57

P1.25/MAT1.1P56

P2.1/PWM1.2/RXD1/PIPESTST0P106

P2.2/PWM1.3/CTS1/PIPESTST1P105

RTCX2P25

P4.25/WEP124

P1.24/PWM1.5/MOSI0P54 P1.23/PWM1.4/MISO0P53

P1.22/MAT1.0P51

VSSP22

P2.3/PWM1.4/DCD1/PIPESTST2P100

P2.4/PWM1.5/DSR1/TRACESYNCP99

P4.24/OEP127

P2.5/PWM1.6/DTR1/TRACEPKT0P97

P1.21/PWM1.3/SSEL0P50 P1.20/PWM1.2/SCK0P49

P1.19/CAP1.1P47 PI.18/USB_UP_LED1/PWM1.1/CAP1.0P46

P1.17/ENET_MDIOP123

VDD_3V3P102

P2.6/PCAP1.0/RI1/TRACEPKT1P96

P2.7/RD2/RTS1/TRACEPKT2P95

P4.15/A15P120

P1.16/ENET_MDCP125

P1.14/ENET_RX_ERP128 P1.10/ENET_RXD1P129

P2.8/TD2/TXD2/TRACEPKT3P93

P2.9/USB_CONNECT1/RXD2/EXTIN0P92

VSSP44

P2.10/EINT0P76

P1.9/ENET_RXD0P131 P1.8/ENET_CRSP132

P4.14/A14P110

P2.11/EINT1/MCIDAT1/I2STX_CLKP75

P2.12/EINT2/MCIDAT2/I2STX_WSP73

P2.13/EINT3/MCIDAT3/I2STX_SDAP71

P4.13/A13P108

P1.4/ENET_TX_ENP133 P1.1/ENET_TXD1P135 P1.0/ENET_TXD0P136

P4.6/A6P78P4.5/A5P74

P3.0/D0P137

VDD_DCDC_3V3P121

XTAL1P31

P4.12/A12P104

RTCKP143TCKP7

P0.0/RD1/TXD3/SDA1P66

P3.1/D1P140

P3.2/D2P144

P3.3/D3P2

P4.11/A11P101

VDD_3V3P114

RSTOUTP20

P0.1/TD1/RXD3/SCL1P67

P0.2/TXD0P141

VDD_3V3P138

VSSP117

VDD_DCDC_3V3P18

RESETP24

P4.31/CS1P134

P0.5/I2SRX_WSK/TD2/CAP2.1P115

P0.6/I2SRX_SDA/SSEL1/MAT2.0P113

P0.7/I2STX_CLK/SCK1/MAT2.1P112

P0.8/I2STX_WS/MISO1/MAT2.2P111

P0.9/I2STX_SDA/MOSI1/MAT2.3P109

VSSP59

P0.10/TXD2/SDA2/MAT3.0P69

P3.4/D4P9

P3.5/D5P12

P3.6/D6P16

P0.11/RXD2/SCL2/MAT3.1P70

P0.12/MISO1/AD0.6P29

P4.30/CS0P130

P0.13/USB_UP_LED2/MOSI1/AD0.7P32

P0.14/USB_CONNECT2/SSEL1P48

P0.15/TXD1/SCK0/SCKP89

P0.16/RXD1/SSEL0/SSELP90

P0.17/CTS1/MISO0/MISOP87

P0.18/DCD1/MOSI0/MOSIP86

P0.19/DSR1/MCICLK/SDA1P85

VDD1.8_3P98

P0.20/DTR1/MCICMD/SCL1P83

P0.21/RI1/MCIPWR/RD1P82

VDD1.8_2P81

VDD1.8_1P21

P4.29/MAT2.1/RXD3P122

VSSAP15VSSP139VSSP119

VDDAP14

U14

LPC2378

E_RX_ERE_RX_CLK

VBUS

+3.3V

CP

USB_CONNECTUSB_LINK

C4018pF

C3918pF

Y332.768KHz

MCICLK

E_MDC

UP

MCICMD

E_MDIO

DOWN

MCIDAT0

MIC_IN

SSEL0SCK0

E_TXD0

PHY_INT

AOUT

R561K

E_TXD1

LCD BL

E_CRS

CENTER

R551K

E_RXD0

U2D+

CPU_CLKOUT

RD1

LEFT

TD1

RS

MISO0

RIGHT

TDI

TCKTRST

RSTOUT-RST-

TDO

RTCK

TMS

MOSI0

TDIRRDIR

K2

LCD_EN

K3K4

P3.24

K7K8

K5K6

P2.1P2.0

SPI_CS3SPI_CS4

P2.3

P3.26

P2.2

LCD RST

P2.4P2.5

P2.7P2.6

P2.9P2.8

P2.10MCIDAT1

MCIDAT3

SPI_CS1

MCIDAT2

SPI_CS2

LC_LED0

K1

BUT2

P0.6

U2D-

P0.9P0.8P0.7

SPI_CS5

SCL0SDA0

P0.11P0.10

BUT1

TD2RD2

R751K

P2.10

MISO0

R160 330E

+3.3V

1 3

SW12

RRE KEY

11

22

33

SW23

TINNY SW

RSTSW-

+3.3V

R159

100E

13

2 TP3POT

ADC1

+3.3V

13

2TP4POT

ADC2R158

100E

RSTSW-

RST

+3.3V

CS2

CS1

+3.3VR126 1K

R1271K

VCC

SDA0 +3.3V

SCL0 +3.3VR64 1K

R651K

LCD RST-

LC_LED1

+3.3V

SW0

+3.3VR80 1K

+3.3VR78 1KP0.11

P0.10

LC_LED2

SW1

LC_LED3

+3.3V

P0.24

SW2

LC_LED4

SW3+3.3V R57 1K

LC_LED5

SW4

LC_LED6

P0.23

SW5

LC_LED7

Z_OUT

SW6

1 2

SP4

RS +3.3VR133 1K

SW7

+1.8V

DC16

0.1MF

DC19

0.1MF

DC11

0.1MF

BUTTON SECTION...

NC1

A2

GND3

VCC5

Y4

U22

NC7SPU04P5X

DIOW

DC15

0.1MF

+3.3V

DC9

0.1MF

DC10

0.1MF

DC12

0.1MF

DC14

0.1MF

RST

RST- RST1

VSS2

RST3

MR4

VDD5

U13

MCP1319MT - 45

CS2CS1

+3.3V

+1.8V

STEPPER MOTOR WITH SPI-1

1

32

J12JM-3

1

32

J15JM-3

1

32

J13JM-3

1

32

J14JM-3

IO_P0.7

IO_P0.6

SSEL1

IO_P0.9

IO_P0.8

SCK1

MISO1

MOSI1

P0.6

P0.9

P0.8

P0.7

P2.6TRACEPKT1

RI1

1

2

3

4

J27JMP-4

1

32

J20

JM-3

1

2

3

4

J29JMP-4

1

2

3

4

J30JMP-4

CTS1

DCD1

PWM3

P2.7

TRACE SIGNALS

P2.1

P2.0

TRACEPKT2P2.3

PIPESTAT0

TRACECLK

P2.2

TRACEPKT0

TRACESYNC

PIPESTAT2

PIPESTAT1

RTS1

1

2

3

4

J31JMP-4

P2.5

P2.4 DSR1

12

34

J26JMP-4

PWM6

DTR1

PWM5

TXD1

PWM4

1

2

3

4

J28JMP-4

PWM2

RXD1

PWM1

1

32

J21

JM-3

P0.10P0.11

AOUT{ADC}}PWM1

SCK0SSEL0MISO0

1 23 45 67 89 1011 1213 1415 1617 1819 20

P23

HEADER 10X2

MOSI0

+3.3V

PWM3PWM2

PWM6PWM5PWM4

SDA0SCL0

P0.23P0.24

12

P29

J801

}{ADC}AOUT

Y_OUT

X_OUT

ADC2

1

32

J36JM-3

1

32

J37JM-3

P0.23

P0.24ADC1



DC17

0.1uF

+3.3V

L12LED

LED100

BD1

FB0805

LEDACT

+3.3V

RST-

DC13

0.01uF

+2.5V

R69 33E LEDACT

+3.3V

R5010K

C42

0.1MF

BD2

FB0805

E_CRS

+3.3V

CR

Y_I

N

R60 330

R67NA

LED100

DC21

0.1uF

+3.3V

X2/ICLK

X1/ICLK

Y220MHz

C82 0.1MF

C84 0.1MF

TX+

TX-

R621k

R68 33E

+3.3V

RX+

R664.7K

RX-

+2.5

V

R511K

R59

49.9

E

RX+

R53 1k

R54

49.9

E

C43

18pF

+2.5V

R63

49.9

E

R70

49.9

E

C37

0.01MF

TX-

R130200E

C36

0.01MF

RX-

RX

+

E_RX_ER

E_MDC

TOUT+1

TOUT-2

CT4

GND8

CT5

NC7

TPIN+3

TPIN-6

LPF

RJ-45

FRON

T VI

EW

12345678

E_TX+E_TX-E_RX+

E_RX-

P22

RJ-45 CON.

RX

-

E_T

XD

3E

_TX

D2

E_T

XD

1E

_TX

D0

E_R

X_C

LKE

_TX

_EN

TX+

C35 0.1MF

E_MDIO

R5810K

PHY_INT

+

C41

10uF/16V

+3.3V

+3.3V

+2.5

V

+2.5V

+3.3VR61 330E

ETHERNET SECTION . . .

E_RX_CLK

+3.3V+3.3V C33

0.1MF

R471K

C34

0.1MF

R51

R62

S03

S14

S25

VDD6

X1/ICLK7

X28

GND9

V010

V111

V212

V313

V414

V515V616V717V818PD19GND20CLK21REF22VDD23R024R125R226R327R428

U12

ICS525-01R

X1/ICLKX2/ICLK

E_RXD1

+2.5V

R521K

MDIO1

MDC2

RXD3/PHYAD13

RXD2/PHYAD24

RXD1/PHYAD35

RXD0/PHYAD46

VDDIO7

GND8

RXDV/PCS_LPBK9

RXC10

RXER/ISO11

GND12V

DD

C13

TXE

R14

TXC

/RE

F_C

LK15

TXE

N16

TXD

017

TXD

118

TXD

219

TXD

320

CO

L/R

MII

21

CO

L/R

MI_

BTB

22

GN

D23

VD

DIO

24

GND36

GND35

FXSD/FXEN34

RX+33

RX-32

VDDRX31

PD#30

LED3/NWAYEN29

LED2/DUPLEX28

LED1/SPD10027

LED0/TEST26

INT#PHYAD0 25

RE

XT

37V

DD

RC

V38

GN

D39

TX-

40TX

+41

VD

DTX

42G

ND

43G

ND

44X

045

X1

46V

DD

PLL

47R

ST#

48

U15

KS8721BLE_RXD0

E_MDIO

+

C38

10uF/16V

E_C

RS

CR

Y_O

UT

L13LED

+2.5V

USB SECTION . . .

TFT DISPLAY SECTION . . .

L10

LED

R4433EVCC 1

D- 2

D+ 3

GND4

SHELL 5

P16

USB-B

R4533EU2D+U2D-

R3722k

R361.5K

L11LED

C3118pF

R46330E

+3.3V

R3410K

1

23

Q4BC807

R38 10K

R351.5K

VBUS

+3.3V

R432.2K

C3218pF

USB_LINK

1

32

J16JM-3 USB_CONNECT

R39330E

12

SP3SMD PAD

C8547pF

BD5220uH

VDIGITAL1

RESET 2

DIO 3SCK 4

CS5

VDISPLAY 6

NC7

GND8

LEDGND 9VLRD

10

P19

TFT_DISPLAY

+3.3V

R129 150E

+ C8622

0uF/

16V

SCK0

SSEL0MOSI0

R125

1.2K

LCD RST

R4122E

R1245.6K

Q5BC846

R121330

+ C87

10uF

/6.3

V

D12

IN5819SVCC

R4033K LCD RST

VCC

+3.3V

R1232K

R122

1K

R120NA

+3.3V

FB5

TCAP3

VC

C6

GN

D4

DC

8

PK

7

SWC1

SWE 2

U27MC34063A

LCD BL

+C8310u/6.3V

R128 2.2E BL_PWR

BL_PWR

+ C28

10M

F/16

V/T

+ C23

10M

F/16

V/T

VIN3

AD

J1

VOUT 2

U10LM317

R30120E

R3147E

R29100E

+ C3010MF/16V

+12V

BL_PWR

C22

0.1m

F



K1K2

K4K3

K5

1

3

SW3

K61

3

SW4

1

3

SW6

1

3

SW7

1

3

SW5

1

3

SW13

13

SW10

1

3

SW8

1

3

SW9

1

3

SW14KEY

1

3

SW17

1

3

SW16KEY

1

3

SW15KEY

1

3

SW19

1

3

SW18KEY

1

3

SW20

K7K8

SW0SW1SW2SW3SW4SW5SW6SW7 1 2

3 4 5 6 7 8

161514131211109

SW1

SW DIP-

K1K2

K4K3

+3.3V

1234 5

678

RN533E

K6K5

K8K7

+3.3V

1234 5

678

RN1033E

LC_LED0

LC_LED1

LC_LED2

R149330E

LC_LED3

LC_LED4

LC_LED5

R150330E

L18LED

L16LED

L17LED

L21LED

L15LED

LC_LED6

L19LED

L20LED

L22LED

R151330E

R152330E

LC_LED7

R153330E

R155330E

R154330E

R156330E

SWITCH & LED SECTION . . .

1 2J38

JMP-2

SW6SW7

+3.3V

1234 5

678

RN933E

+3.3V

1234 5

678

RN833E

SW0SW1SW2SW3

SW4SW5



12J3

JMP

-2

12 J4

JMP

-2

C26 100nF

R32

1.5KL4

LED

594837261

P2

9 PIN 'D' M

L5

LED

C75 100nF

RXD1

R2OUTB20

INVALID21

GND25

VCC26

C1+28

C1-24

C2+1

C2-2

V+27

V-3

FORCEON23

FORCEOFF22

R1IN4

R2IN5

R3IN6

R4IN7

R5IN8

T1IN14

T2IN13

T3IN12

R1OUT 19

R2OUT 18

R3OUT 17

R4OUT 16

R5OUT 15

T1OUT 9

T2OUT 10

T3OUT 11

U7MAX3243/SO

C24 100nFC25 100nF

+3.3V

VCC

MRXD4

MTXD4MRTS1

MCTS1

MDCD1

MDTR1

MDSR1

MRI

DSR1

CTS1RI1

DTR1

DCD1

MDTR1

MRXD4

MTXD4

MRI

MDCD1

MRTS1

MCTS1

MDSR1

RTS1

MRXD4

MTXD4

FULL MODEM SECTION . . .

TXD1



12

J1JMP

12

J2JMP

C190.1MF/C

C200.1MF/C

C210.1MF/C

C180.1MF/C

594837261

P1

9 PIN 'D' M

R28

1.5K

L3

LED

C1+1

C1-3

C2+4

C2-5

T1IN11

R1OUT12

T2IN10

R2OUT9

VCC16

V+2

V- 6

GND15

T1OUT14

R1IN13

T2OUT7

R2IN8

U6ICL232

L2

LED

+3.3V

+3.3V

RXD3

TXD3

RXD3TXD3

RXD0TXD0

RXD3

TXD3

SERIAL PORT SECTION . . .



DC2100nF

VCC

R250E

L9LED

R141.2K

R15

1.2K

R2410K

R27120E

TXD1

VREF5

RXD4

GND2

CANL 6

RS8

VCC3 CANH 7

U8MCP2551

J7JMP-2

L8LED

RD2

VCC

+3.3V

TD2

CANL2

DC1100nF

CANH2

CA

N_R

X

CA

N_T

X

VCC

R180E

123

P5

J801-3

CAN PORT SECTION . . .

CAN PORT - I

CAN PORT - II

123

P4

J801-3

L6LED

R121.2K

R11

1.2K

R1310K

R26

120E

TXD1

VREF5

RXD4 GND 2CANL

6

RS 8

VCC3

CANH7

U5MCP2551

J6JMP-2

L7LED

+3.3V

VCC

RD1TD1

CANL1CANH1

CA

N_T

X

CA

N_R

X

R13

7

10E

LS1

SPEAKER

INT

C9033nF

+

C89

10uF/16V

PS/2 KEYBOARD CONNECTOR . . .

CENTER

P0.8

DOWN

1 2J18

JMP-2

UP

1 A

2

E3

C

4B

5COMMON

6D

JS1

JOYSTICK

R163330

R16833K

+3.3V

UP

R164330CENTER

JOYSTICK SECTION . . .

A_OUT

RIGHT

A_OUT

RIGHT

+3.3V

VCC

INT

132

J33JM-3

12

J17JMP-2

R84470K

ZD1BZV55C2V4

R8310K

C45

47pF

R87100K

R86100K

ZD2BZV55C2V4

R136100K

P0.7

+ C88

47uF

/6.3

V

C481uF

+3.3V

3

26

74 8

1

-

+

U16MCP601

R85470

VCC

DC22

100nF

R81100

C4447pF

312

P24

AUDIO JACK C4647pF

VCC

R8210K MIC_IN

C47100nP

312

P25

AUDIO JACK

AOUT

EXT

1 2J32

JMP-2

LEFT

VCC

C53

47nF

R901K

3

25

6

1 487

+

-U17LM386

R9133K

C51 .1uF

+ C49.1uF

+

C52

10uF/16V C50.1uF

R8810

1234

8765

RN2

33K

R48270E

123456

P20

PS/2 KEYBOARD

R49270E

AUDIO JACK SECTION . . .

AUDIO JACK SECTION . . .EXT

LEFT

DOWN



Y432.768KHz

C6322pF

SDA0

C6422pFDC24

0.1MF

XTAL11

XTAL2 2

A03

VSS4

SDA 5

SCL6

INT7

VCC8

U20PCF8583

CMOS VCC

A01

A12

A23

GND4

COUT 5Q 6Q

7VCC8

U1924LS256

R933.3K

DC230.1MF/C

R923.3K

+3.3V

+3.3V

+3.3V+3.3V

SDA0SCL0

I2C SECTION . . .

1

32

SP5SMD PAD

VCC

SDP0

SE0SF0

D_CC

SA0

SD0SC0 SG0SB0

1234

8765

RN1

3.3K RN

VCC

1234

8765

RN6

3.3K RN

SDA0SCL0

A01

A12

A23

P04

P15

P26

P37

VSS8

P49P510P611P712INT-13SCL14SDA15VDD16

U23PCF8574

D_CC

SC0

D_CC

CC2CC2

FF

GG

EE

DD

A A

CC1 CC1DP

DPCCBBa b

cde

f g

dp

DISP1

LTS543

SA0

SD0

SG0SDP0SE0

SB0SF0

SCL0

CMOS VCC

R98

1KDC3

100nF

R10

1

1K

R1021K

G_SEL11

G-SEL22

#SM12

VDD3

NC15

NC26

NC37

NC48

NC59

NC610

NC711

NC816

ZOUT13 YOUT14 XOUT15

VSS4

U18

MMA7260Q

R1001K +3.3V

X_O

UT

R991K

Z_O

UT

Y_O

UT

R971K

C57

100nF

+3.3V

C56

100nF

R96

1K

C55

100nF

CAN PORT - I

+3.3V

R145 33K

R13833K

R143 2K

MCIDAT1

+3.3V

R14433K +3.3V

+3.3V

MCIDAT1

MCIDAT0

MCIDAT2 L14LED

R94330

MCIDAT2

R95

2K

1 2

470nH

BD3

12J40

JMP-2WP

1 2J41JMP-2CP

SD CARD SECTION...

MCICLK

MCIDAT3 R139 33K

R14633K

+ C5847uF/6.3V

MCIDAT3

MCICMD

MCIDAT0

WP1 10

WP214

CD/DAT3/CS 1

CMD/DI2

VSS1 3

VDD4

CLK 5

VSS26

DAT0 7

DAT18

DAT2 9

CP1 13

CP215

SD CARD

SD1

C54

18pF

R14733K



R14

1

10K

R14

2

10K

+3.3V +3.3VTDI

TRST1 23 45 67 89 10

11 1213 1415 1617 1819 20

P27

JTAG

TCKTMS

RST-TDO

RTCK

JTAG SECTION...

R14810K

1234

8765

RN7

10K

1 2J39

JMP-2

R15710K

+3.3VTDITRST

RTCK

TCK

TMSTDO

R33100E

+12V

Q3SL100

D16

1N40

01

123

P12

J801-3

P3.26

COM1NC1

NO1COIL1COIL2

COM2NC2NO2

RL2

RELAY SPDT

RELAY SECTION . . .

R19100E

+12V

Q2SL100

D15

1N40

01

123

P11

J801-3

COM1NC1

NO1COIL1COIL2

COM2NC2NO2

RL1

RELAY SPDT P3.24

TRACECLK

P2.8

P2.9

PIPESTAT1

TRACESYNC

PIPESTAT0

PIPESTAT2

12J19

JMP-2

TRACESYNCTRACEPKT0

R13510K

TRACEPKT1

+3.3VRST-TDO

13579

1113151719212325272931333537

2468101214161820222426283032343638

P21

TRACE

RTCK

TMSTCK

TDI

TRACEPKT2

TRST

TRACE...



C7927pF

C8027pF

1 2

J9JUMPER

RTSCTS

DCDDSR

R42 330E

RI

C29 0.1uF

BD4

1uH

TXD0RXD0

C710.1uF

1 2J10

JUMPERR22 27E

1 2

J11JUMPER

R23470E

C2733nF

D11BAT54

DC70.1uF

DC60.1uF

DC80.1uF

+5V_USB

R11922K

R21 27E

+5V_USB

R20 1.5K

+3.3V

C810.1uF

3V3OUT6

USBDM8

USBDP7

RSTOUT#5

RESET#4

XTIN27

XTOUT28

EECS32

EESK1

EEDATA2

TEST31

GN

D1

9

GN

D2

17

TXD25

RXD24

RTS#23

CTS#22

DTR#21

DSR#20

DCD#19

R1#18

TXDEN16

TXLED#12

RXLED#11

PWRCTL14

PWREN#15

SLEEP#10

VC

CIO

13V

CC

226

VC

C1

3A

VC

C30

AG

ND

29

U11

FT232BM

+5V_USB

1234

P3

USB PORT

Y1

6MHZ

SW2

RST

USB SECTION . . .

R167 10K

R106 10K

R104 10K

R10710K

C65

100n

F

+3.3V

TDIR

+3.3VIRED_ANODE 1IRED_CATHODE

2

TXD3

RXD4

NC5VCC16

SC7

GND8

IR1TFDU4100

+3.3V

C66

100n

F

RDIR

TDIRR105

10K

IR SECTION . . .

IO_P0.6IO_P0.7

D3

FR10

7

D9FR

107

IO_P0.81

2

34

5

6

7

89

10

11

12

13

14

15

U9L298N

D5

FR10

7

R110

8.2K

C77

.1uFD4

FR10

7

12

P7

J801-2

D10

FR10

7

1

32

SP2

JMP3

C74.1uF

C7310uF/16V

D6

FR10

7

1234

8765

RN4

1K

D7

FR10

7

R111

8.2K

1234

8765

RN3

3.3K

12345

P65 PIN RMC

D8

FR10

7

MOTOR VCC

MOTOR VCCVCC

VCC

MOTOR VCCIO_P0.9

STEPPER MOTOR SECTION . .

TEMP. SENSOR SECTION . . .

+

C11uF(TAN)

12

P9

J801 - 2PIN

R1091K

DC50.1MFD

3

26

74 8

1

-

+

U24OP07

R10827K

DC40.1MFD

12

P8

J801 - 2PIN

R656K

+C671uF(TAN)

TP1100K

+12V

-12V

+12V

-12V

TEMP I/P

Q1AD590

TEMP I/P

-12V

P2.0P2.1P2.2P2.3P2.4P2.5P2.6

LC_LED7

LC_LED5LC_LED6

LC_LED3

K2

LC_LED4

K1

K5

K4K3

P2.7P2.8

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

P17

HEADER

P2.9P0.24P0.23

LC_LED2

LC_LED0LC_LED1

K7

K6VCC

SPI_CS1SPI_CS2

SW3SW2SW1SW0

SW7SW6SW5SW4

+12VVCC

TDIR

RST+3.3V

-12VVCC

RST-



(LEFT CONNECTOR) (RIGHT CONNECTOR)

HIGH SPEED ADC & DAC . . .

1 23 45 67 89 10

11 1213 1415 1617 1819 20

P141 23 45 67 89 10

11 1213 1415 1617 1819 20

P18VCCVCC

-12V+3.3V

VCC+3.3V

VCC

+12V+12V -12V+3.3V +3.3V

SPI_CS1

MOSI1

RST-

SSEL1SCK1MISO1

MOSI1SCK1

SPI_CS2

SPI_CS3 SPI_CS5SPI_CS4

ZIG BEE SECTION . . .

TXD1RXD1

P2.1P2.2

P0.3P0.2

P0.41 23 45 67 89 10

11 1213 1415 1617 1819 20

P151 23 45 67 89 10

11 1213 1415 1617 1819 20

P13

+3.3V

P0.5RST-

(LEFT CONNECTOR)(RIGHT CONNECTOR)

OLED SECTION . . .

OLED_TXD

C610.1MF

C600.1MF

C620.1MF

C590.1MFC1+

1

C1-3

C2+4

C2-5

T1IN11

R1OUT12

T2IN10

R2OUT9

VCC 16

V+2

V- 6

GND15

T1OUT14

R1IN13

T2OUT 7

R2IN 8

U21ICL232

+3.3V

OLED_RXD

12 J35

JMP

-2

RXD1 TXD1

12 J34

JMP

-2

OLED_TXDOLED_RXD

VCC

12345

P28

HEADER 5

RST-

+3.3V

+3.3V

P2.1

P2.2

1 1

22

3 3

J5

SW

1 1

22

3 3

J8

SW

R1031K

VCC

LCD RST-

123456789

1011121314151617181920

LCD2

G_LCD DISPLAY

12 SP7

SM

D P

AD

LCD RST-

132

SP6SMD PAD

-12V-10V

CS2CS1

1

32

J42JMP-3TP2

10K

VCCVCC

-10VVCC

RSBR

BR

LCD_ENDIOW

LC_LED2LC_LED1LC_LED0

LC_LED6LC_LED5LC_LED4LC_LED3

LC_LED7





123456789

1011121314151617181920

LCD1

N_LCD DISPLAY

R891K

VCC

VCC

VCC

BR

RST-

RS

LCD_ENDIOW

LCD DISPLAY SECTION . . .

1 23 45 67 89 1011 1213 1415 1617 1819 20

P26

HEADER 10X2 (TFT LCD)

VCC VCC

TFT_SCKTFT_MOSI

RXD1

TFT_CSTFT_MISOTXD1

+3.3V+3.3V

P0.3

1

32

J22JM-3

1

32

J24JM-3

1

32

J23JM-3P0.4

P0.5

TFT_SCK

TFT_MISO

TFT_MOSI

SCK1

MISO1

MOSI1

1

32

J25JM-3

TFT_CS

P0.2SSEL1

TFT CONNECTOR SECTION . . .



+12V GENERATION . . .

R1181E

R11747K

R114180E

R1135.6K

D1

IN5819

IND2100uH

SW_CO1

SW_EM2

CT3

GND4 CI_I/P 5VCC

6Lpk_S 7

DR_CO8

U26MC34063A

+ C76100/16V

+C70100uF/16V

C69

470pF

VCC

+12V

-12V GENERATION . . .

C68

470pF

+C78100uF R115

20K

D2

IN5819

R116680

SW_CO1

SW_EM2

CT3

GND4 CI_I/P 5VCC

6Lpk_S 7

DR_CO 8

U25MC34063A

+ C72100

R1121E

VCC

-12V

IND1100uH

IND3100uH



R16330E

+9V

VCC

+ C1010MF/16V/E

VIN3

AD

J1

VOUT 2

U2LM317

+ C9470MF/35V/E

R8120E

R347E

+ C1110MF/16V

R17100E

+3.3V

VCC

C30.1mF

C20.1mF

+3.3V GENERATION . . .



VCC GENERATION . . .

C50.1mF

+ C1310MF/16V/E

+ C12470MF/35V/E

VIN3

AD

J1

VOUT 2

U3LM317

R410E

R9100E

+ C1410MF/16V

VCC

+2.5V

VIN3

AD

J1

VOUT2

U4LM317

+ C1610MF/16V/E

+ C15470MF/35V/E

R547E

+ C1710MF/16V

R10100E

VCC

+1.8V

C40.1mF

VIN3

AD

J1

VOUT2

U1LM317

+ C710MF/16V/E

R7330E

+ C6470MF/35V/E

+ C810MF/16V

R2330E

L1LED

D131N4148

D141N4148

R1330E

BT1

3.3V

LIT

HIU

M B

ATT

ER

Y

R14015E

VCC

CMOS VCC

VCC

(POWER ON LED)

11

22

33

SW1

POWER ON/OFF SW

1 1

2 2

3 3

SP1

SMD PAD

+9VVCC

VCCGND

P10

CASIO SOCKET



APPENDIX B

COMPONENT LAYOUT

lpc 2378 development board

Documents

development board

flash magic software

com1 viarm

lpc2378 options menu

hex file

c menu

files menu

system flash isp programming