ep2c5q208.hier_info

有關於EP2C的一些程序(EX:I2C,FLASH,IRDA,MUSIC,LED,LIGHT,SRAM,UART,PS2,SPI )

|EP2C5Q208
TXD <= UART:inst7.TXD
RESET => UART:inst7.RESET
RESET => Frequency:inst.RESET
RESET => irDA:inst6.RESET
RESET => LCD1602:inst2.RESET
RESET => Operation:inst13.RESET
RESET => KeyBoard:inst3.rst
RESET => PS2:inst1.RESET
RESET => DS18B20:inst4.RESET
RESET => I2C:inst8.RESET
RESET => SPI:inst16.RESET
RESET => VGA:inst10.RESET
RESET => Music:inst9.RESET
RESET => LED:inst5.RESET
GCLKP1 => Frequency:inst.GCLKP1
GCLKP2 => Frequency:inst.GCLKP2
RXD => UART:inst7.RXD
irTXD <= irDA:inst6.TXD
irRXD => irDA:inst6.RXD
LCD_RS <= LCD1602:inst2.LCD_RS
ROW[0] => KeyBoard:inst3.row[0]
ROW[1] => KeyBoard:inst3.row[1]
ROW[2] => KeyBoard:inst3.row[2]
ROW[3] => KeyBoard:inst3.row[3]
KBDATA => PS2:inst1.KBDATA
KBCLK => PS2:inst1.KBCLK
DS18B20 <= DS18B20:inst4.DQ
SDA <= I2C:inst8.SDA
MISO => SPI:inst16.MISO
SW[0] => Operation:inst13.SW[0]
SW[1] => Operation:inst13.SW[1]
SW[2] => Operation:inst13.SW[2]
SW[3] => Operation:inst13.SW[3]
SW[4] => Operation:inst13.SW[4]
SW[5] => Operation:inst13.SW[5]
LCD_RW <= LCD1602:inst2.LCD_RW
LCD_E <= LCD1602:inst2.LCD_E
V <= VGA:inst10.VS
H <= VGA:inst10.HS
BEEP <= Music:inst9.BEEP
SCL <= I2C:inst8.SCL
MOSI <= SPI:inst16.MOSI
SCLK <= SPI:inst16.SCLK
SSEL <= SPI:inst16.SSEL
B[0] <= VGA:inst10.B[0]
B[1] <= VGA:inst10.B[1]
B[2] <= VGA:inst10.B[2]
B[3] <= VGA:inst10.B[3]
COL[0] <= KeyBoard:inst3.col[0]
COL[1] <= KeyBoard:inst3.col[1]
COL[2] <= KeyBoard:inst3.col[2]
COL[3] <= KeyBoard:inst3.col[3]
Digit[0] <= LED:inst5.Digit[0]
Digit[1] <= LED:inst5.Digit[1]
Digit[2] <= LED:inst5.Digit[2]
Light[0] <= Light~7.DB_MAX_OUTPUT_PORT_TYPE
Light[1] <= Light~6.DB_MAX_OUTPUT_PORT_TYPE
Light[2] <= Light~5.DB_MAX_OUTPUT_PORT_TYPE
Light[3] <= Light~4.DB_MAX_OUTPUT_PORT_TYPE
Light[4] <= Light~3.DB_MAX_OUTPUT_PORT_TYPE
Light[5] <= Light~2.DB_MAX_OUTPUT_PORT_TYPE
Light[6] <= Light~1.DB_MAX_OUTPUT_PORT_TYPE
Light[7] <= Light~0.DB_MAX_OUTPUT_PORT_TYPE
G[0] <= VGA:inst10.G[0]
G[1] <= VGA:inst10.G[1]
G[2] <= VGA:inst10.G[2]
G[3] <= VGA:inst10.G[3]
LCD_DATA[0] <= LCD1602:inst2.LCD_DATA[0]
LCD_DATA[1] <= LCD1602:inst2.LCD_DATA[1]
LCD_DATA[2] <= LCD1602:inst2.LCD_DATA[2]
LCD_DATA[3] <= LCD1602:inst2.LCD_DATA[3]
LCD_DATA[4] <= LCD1602:inst2.LCD_DATA[4]
LCD_DATA[5] <= LCD1602:inst2.LCD_DATA[5]
LCD_DATA[6] <= LCD1602:inst2.LCD_DATA[6]
LCD_DATA[7] <= LCD1602:inst2.LCD_DATA[7]
R[0] <= VGA:inst10.R[0]
R[1] <= VGA:inst10.R[1]
R[2] <= VGA:inst10.R[2]
R[3] <= VGA:inst10.R[3]
Segment[0] <= LED:inst5.Segment[0]
Segment[1] <= LED:inst5.Segment[1]
Segment[2] <= LED:inst5.Segment[2]
Segment[3] <= LED:inst5.Segment[3]
Segment[4] <= LED:inst5.Segment[4]
Segment[5] <= LED:inst5.Segment[5]
Segment[6] <= LED:inst5.Segment[6]
Segment[7] <= LED:inst5.Segment[7]
GND1 => ~NO_FANOUT~
GND2 => ~NO_FANOUT~
VCC1 => ~NO_FANOUT~
VCC2 => ~NO_FANOUT~


|EP2C5Q208|UART:inst7
RESET => Count~0.IN1
RESET => spdata[8].ACLR
RESET => spdata[7].ACLR
RESET => spdata[6].ACLR
RESET => spdata[5].ACLR
RESET => spdata[4].ACLR
RESET => spdata[3].ACLR
RESET => spdata[2].ACLR
RESET => spdata[1].ACLR
RESET => Start~1.IN0
RESET => Start~2.OUTPUTSELECT
CLK => Count[2].CLK
CLK => Count[1].CLK
CLK => Count[0].CLK
CLK => Count[3].CLK
RXD => TXD.DATAIN
RXD => Start.CLK
RXD => spdata[8].DATAIN
RXD => spdata[7].DATAIN
RXD => spdata[6].DATAIN
RXD => spdata[5].DATAIN
RXD => spdata[4].DATAIN
RXD => spdata[3].DATAIN
RXD => spdata[2].DATAIN
RXD => spdata[1].DATAIN
EOC <= LessThan~0.DB_MAX_OUTPUT_PORT_TYPE
PDATA[0] <= spdata[1].DB_MAX_OUTPUT_PORT_TYPE
PDATA[1] <= spdata[2].DB_MAX_OUTPUT_PORT_TYPE
PDATA[2] <= spdata[3].DB_MAX_OUTPUT_PORT_TYPE
PDATA[3] <= spdata[4].DB_MAX_OUTPUT_PORT_TYPE
PDATA[4] <= spdata[5].DB_MAX_OUTPUT_PORT_TYPE
PDATA[5] <= spdata[6].DB_MAX_OUTPUT_PORT_TYPE
PDATA[6] <= spdata[7].DB_MAX_OUTPUT_PORT_TYPE
PDATA[7] <= spdata[8].DB_MAX_OUTPUT_PORT_TYPE
TXD <= RXD.DB_MAX_OUTPUT_PORT_TYPE


|EP2C5Q208|Frequency:inst
RESET => ~NO_FANOUT~
GCLKP1 => \CLK1uS:Count[4].CLK
GCLKP1 => \CLK1uS:Count[3].CLK
GCLKP1 => \CLK1uS:Count[2].CLK
GCLKP1 => \CLK1uS:Count[1].CLK
GCLKP1 => \CLK1uS:Count[0].CLK
GCLKP1 => Period1uS.CLK
GCLKP1 => \CLK1uS:Temp.CLK
GCLKP1 => \CLK1uS:Count[5].CLK
GCLKP2 => ~NO_FANOUT~
CLK1MHz <= Period1uS.DB_MAX_OUTPUT_PORT_TYPE
CLK1KHz <= Period1mS.DB_MAX_OUTPUT_PORT_TYPE
CLK1Hz <= Period1S.DB_MAX_OUTPUT_PORT_TYPE
VGACLK <= \CLK1uS:Temp.DB_MAX_OUTPUT_PORT_TYPE
LCDCLK <= LCDCLK~reg0.DB_MAX_OUTPUT_PORT_TYPE
RS232CLK <= RS232CLK~reg0.DB_MAX_OUTPUT_PORT_TYPE
irDACLK <= irDACLK~reg0.DB_MAX_OUTPUT_PORT_TYPE
CLK8Hz <= CLK8Hz~reg0.DB_MAX_OUTPUT_PORT_TYPE
CLK2Hz <= CLK2Hz~reg0.DB_MAX_OUTPUT_PORT_TYPE


|EP2C5Q208|irDA:inst6
RXD => CountCLK~2.IN1
TXD <= <GND>
RESET => spdata[46].ACLR
RESET => spdata[45].ACLR
RESET => spdata[44].ACLR
RESET => spdata[43].ACLR
RESET => spdata[42].ACLR
RESET => spdata[41].ACLR
RESET => spdata[40].ACLR
RESET => spdata[31].ACLR
RESET => spdata[30].ACLR
RESET => spdata[29].ACLR
RESET => spdata[28].ACLR
RESET => spdata[27].ACLR
RESET => spdata[26].ACLR
RESET => spdata[25].ACLR
RESET => spdata[24].ACLR
RESET => spdata[15].ACLR
RESET => spdata[14].ACLR
RESET => spdata[13].ACLR
RESET => spdata[12].ACLR
RESET => spdata[11].ACLR
RESET => spdata[10].ACLR
RESET => spdata[9].ACLR
RESET => spdata[8].ACLR
RESET => CountCLK~2.IN0
RESET => process1~0.IN0
RESET => cnt48[5].PRESET
RESET => cnt48[4].ACLR
RESET => cnt48[3].PRESET
RESET => cnt48[2].PRESET
RESET => cnt48[1].PRESET
RESET => cnt48[0].PRESET
RESET => spdata[47].ACLR
CLK => CountCLK[0].CLK
CLK => DataIN.CLK
CLK => CountT[7].CLK
CLK => CountT[6].CLK
CLK => CountT[5].CLK
CLK => CountT[4].CLK
CLK => CountT[3].CLK
CLK => CountT[2].CLK
CLK => CountT[1].CLK
CLK => CountT[0].CLK
CLK => Count[7].CLK
CLK => Count[6].CLK
CLK => Count[5].CLK
CLK => Count[4].CLK
CLK => Count[3].CLK
CLK => Count[2].CLK
CLK => Count[1].CLK
CLK => Count[0].CLK
CLK => EOC~reg0.CLK
CLK => CountCLK[1].CLK
EOC <= EOC~reg0.DB_MAX_OUTPUT_PORT_TYPE
DATA1[0] <= spdata[8].DB_MAX_OUTPUT_PORT_TYPE
DATA1[1] <= spdata[9].DB_MAX_OUTPUT_PORT_TYPE
DATA1[2] <= spdata[10].DB_MAX_OUTPUT_PORT_TYPE
DATA1[3] <= spdata[11].DB_MAX_OUTPUT_PORT_TYPE
DATA1[4] <= spdata[12].DB_MAX_OUTPUT_PORT_TYPE
DATA1[5] <= spdata[13].DB_MAX_OUTPUT_PORT_TYPE
DATA1[6] <= spdata[14].DB_MAX_OUTPUT_PORT_TYPE
DATA1[7] <= spdata[15].DB_MAX_OUTPUT_PORT_TYPE
DATA2[0] <= spdata[24].DB_MAX_OUTPUT_PORT_TYPE
DATA2[1] <= spdata[25].DB_MAX_OUTPUT_PORT_TYPE
DATA2[2] <= spdata[26].DB_MAX_OUTPUT_PORT_TYPE
DATA2[3] <= spdata[27].DB_MAX_OUTPUT_PORT_TYPE
DATA2[4] <= spdata[28].DB_MAX_OUTPUT_PORT_TYPE
DATA2[5] <= spdata[29].DB_MAX_OUTPUT_PORT_TYPE
DATA2[6] <= spdata[30].DB_MAX_OUTPUT_PORT_TYPE
DATA2[7] <= spdata[31].DB_MAX_OUTPUT_PORT_TYPE
DATA3[0] <= spdata[40].DB_MAX_OUTPUT_PORT_TYPE
DATA3[1] <= spdata[41].DB_MAX_OUTPUT_PORT_TYPE
DATA3[2] <= spdata[42].DB_MAX_OUTPUT_PORT_TYPE
DATA3[3] <= spdata[43].DB_MAX_OUTPUT_PORT_TYPE
DATA3[4] <= spdata[44].DB_MAX_OUTPUT_PORT_TYPE
DATA3[5] <= spdata[45].DB_MAX_OUTPUT_PORT_TYPE
DATA3[6] <= spdata[46].DB_MAX_OUTPUT_PORT_TYPE
DATA3[7] <= spdata[47].DB_MAX_OUTPUT_PORT_TYPE


|EP2C5Q208|LCD1602:inst2
RESET => State[2].ACLR
RESET => State[1].ACLR
RESET => State[0].ACLR
RESET => Counter[6].ACLR
RESET => Counter[5].ACLR
RESET => Counter[4].ACLR
RESET => Counter[3].ACLR
RESET => Counter[2].ACLR
RESET => Counter[1].ACLR
RESET => Counter[0].ACLR
RESET => Flag.ACLR
RESET => TEMP.ACLR
RESET => State[3].ACLR
RESET => ClkInt.ACLR
RESET => div_counter[3].ENA
RESET => div_counter[2].ENA
RESET => div_counter[1].ENA
RESET => div_counter[0].ENA
CLK => ClkInt.CLK
CLK => TEMP.CLK
Fresh => Flag~0.OUTPUTSELECT
Fresh => div_counter~4.OUTPUTSELECT
Fresh => div_counter~5.OUTPUTSELECT
Fresh => div_counter~6.OUTPUTSELECT
Fresh => div_counter~7.OUTPUTSELECT
Fresh => State~0.OUTPUTSELECT
Fresh => State~1.OUTPUTSELECT
Fresh => State~2.OUTPUTSELECT
Fresh => State~3.OUTPUTSELECT
LCD_RS <= LCD_RS~0.DB_MAX_OUTPUT_PORT_TYPE
LCD_RW <= LCD_RW~7.DB_MAX_OUTPUT_PORT_TYPE
LCD_E <= TEMP.DB_MAX_OUTPUT_PORT_TYPE
LCD_DATA[0] <= LCD_DATA~90.DB_MAX_OUTPUT_PORT_TYPE
LCD_DATA[1] <= LCD_DATA~80.DB_MAX_OUTPUT_PORT_TYPE
LCD_DATA[2] <= LCD_DATA~70.DB_MAX_OUTPUT_PORT_TYPE
LCD_DATA[3] <= LCD_DATA~60.DB_MAX_OUTPUT_PORT_TYPE
LCD_DATA[4] <= LCD_DATA~50.DB_MAX_OUTPUT_PORT_TYPE
LCD_DATA[5] <= LCD_DATA~40.DB_MAX_OUTPUT_PORT_TYPE
LCD_DATA[6] <= LCD_DATA~30.DB_MAX_OUTPUT_PORT_TYPE
LCD_DATA[7] <= LCD_DATA~20.DB_MAX_OUTPUT_PORT_TYPE
CHAR_ADD[0] <= CHAR_ADD~6.DB_MAX_OUTPUT_PORT_TYPE
CHAR_ADD[1] <= CHAR_ADD~5.DB_MAX_OUTPUT_PORT_TYPE
CHAR_ADD[2] <= CHAR_ADD~4.DB_MAX_OUTPUT_PORT_TYPE
CHAR_ADD[3] <= CHAR_ADD~3.DB_MAX_OUTPUT_PORT_TYPE
CHAR_ADD[4] <= CHAR_ADD~2.DB_MAX_OUTPUT_PORT_TYPE
CHAR_ADD[5] <= CHAR_ADD~1.DB_MAX_OUTPUT_PORT_TYPE
DATA_IN[0] => LCD_DATA~81.DATAA
DATA_IN[1] => LCD_DATA~71.DATAA
DATA_IN[2] => LCD_DATA~61.DATAA
DATA_IN[3] => LCD_DATA~51.DATAA
DATA_IN[4] => LCD_DATA~41.DATAA
DATA_IN[5] => LCD_DATA~31.DATAA
DATA_IN[6] => LCD_DATA~21.DATAA
DATA_IN[7] => LCD_DATA~2.DATAA


|EP2C5Q208|Operation:inst13
RESET => comb~2.IN0
RESET => process10~0.IN1
RESET => comb~3.IN0
RESET => process9~0.IN1
RESET => CLK2P.ACLR
RESET => SPIDataW[15].PRESET
RESET => SPIDataW[0].PRESET
RESET => SPIDataW[1].PRESET
RESET => SPIDataW[2].ACLR
RESET => SPIDataW[3].ACLR
RESET => SPIDataW[4].ACLR
RESET => SPIDataW[5].PRESET
RESET => SPIDataW[6].ACLR
RESET => SPIDataW[7].PRESET
RESET => SPIDataW[8].ACLR
RESET => SPIDataW[9].ACLR
RESET => SPIDataW[10].ACLR
RESET => SPIDataW[11].ACLR
RESET => SPIDataW[12].ACLR
RESET => SPIDataW[13].PRESET
RESET => SPIDataW[14].ACLR
RESET => CountSTEP[2].ACLR
RESET => CountSTEP[0].ACLR
RESET => CountSTEP[1].ACLR
RESET => process0~1.IN1
RESET => process0~0.IN0
RESET => CSI.PRESET
RESET => comb~1.IN0
RESET => Count~5.IN0
RESET => DataOUTI[7].ACLR
RESET => RWI.PRESET
RESET => DataOUTI[0].ACLR
RESET => DataOUTI[1].ACLR
RESET => DataOUTI[2].ACLR
RESET => DataOUTI[3].ACLR
RESET => DataOUTI[4].ACLR
RESET => DataOUTI[6].ACLR
RESET => CS.PRESET
RESET => comb~0.IN0
RESET => Count~4.IN0
RESET => DataOUT[15].ACLR
RESET => RW.PRESET
RESET => DataOUTI[5].ACLR
RESET => DataOUT[0].ACLR
RESET => DataOUT[1].ACLR
RESET => DataOUT[2].ACLR
RESET => DataOUT[3].ACLR
RESET => DataOUT[4].ACLR
RESET => DataOUT[5].ACLR
RESET => LCD_ARRAY[7][6].ACLR
RESET => DataOUT[6].ACLR
RESET => LCD_ARRAY[7][5].PRESET
RESET => LCD_ARRAY[7][4].ACLR
RESET => LCD_ARRAY[7][3].ACLR
RESET => LCD_ARRAY[7][2].ACLR
RESET => LCD_ARRAY[7][1].ACLR
RESET => LCD_ARRAY[7][0].ACLR
RESET => LCD_ARRAY[8][6].ACLR
RESET => DataOUT[7].ACLR
RESET => LCD_ARRAY[8][5].PRESET
RESET => LCD_ARRAY[8][4].ACLR
RESET => LCD_ARRAY[8][3].ACLR
RESET => LCD_ARRAY[8][2].ACLR
RESET => LCD_ARRAY[8][1].ACLR
RESET => LCD_ARRAY[8][0].ACLR
RESET => LCD_ARRAY[10][6].ACLR
RESET => DataOUT[8].ACLR
RESET => LCD_ARRAY[10][5].PRESET
RESET => LCD_ARRAY[10][4].ACLR
RESET => LCD_ARRAY[10][3].ACLR
RESET => LCD_ARRAY[10][2].ACLR
RESET => LCD_ARRAY[10][1].ACLR
RESET => LCD_ARRAY[10][0].ACLR
RESET => LCD_ARRAY[11][6].ACLR
RESET => DataOUT[9].ACLR
RESET => LCD_ARRAY[11][5].PRESET
RESET => LCD_ARRAY[11][4].ACLR
RESET => LCD_ARRAY[11][3].ACLR
RESET => LCD_ARRAY[11][2].ACLR
RESET => LCD_ARRAY[11][1].ACLR
RESET => LCD_ARRAY[11][0].ACLR
RESET => LCD_ARRAY[13][6].ACLR
RESET => DataOUT[10].ACLR
RESET => LCD_ARRAY[13][5].PRESET
RESET => LCD_ARRAY[13][4].ACLR
RESET => LCD_ARRAY[13][3].ACLR
RESET => LCD_ARRAY[13][2].ACLR
RESET => LCD_ARRAY[13][1].ACLR
RESET => LCD_ARRAY[13][0].ACLR
RESET => LCD_ARRAY[22][6].ACLR
RESET => DataOUT[11].ACLR
RESET => LCD_ARRAY[22][5].PRESET
RESET => LCD_ARRAY[22][4].PRESET
RESET => LCD_ARRAY[22][3].ACLR
RESET => LCD_ARRAY[22][2].ACLR
RESET => LCD_ARRAY[22][1].ACLR
RESET => LCD_ARRAY[22][0].ACLR
RESET => LCD_ARRAY[23][6].ACLR
RESET => DataOUT[12].ACLR
RESET => LCD_ARRAY[23][5].PRESET
RESET => LCD_ARRAY[23][4].PRESET
RESET => LCD_ARRAY[23][3].ACLR
RESET => LCD_ARRAY[23][2].ACLR
RESET => LCD_ARRAY[23][1].ACLR
RESET => LCD_ARRAY[23][0].ACLR
RESET => LCD_ARRAY[24][6].ACLR
RESET => DataOUT[13].ACLR
RESET => LCD_ARRAY[24][5].PRESET
RESET => LCD_ARRAY[24][4].PRESET
RESET => LCD_ARRAY[24][3].ACLR
RESET => LCD_ARRAY[24][2].ACLR
RESET => LCD_ARRAY[24][1].ACLR
RESET => LCD_ARRAY[24][0].ACLR
RESET => LCD_ARRAY[25][6].ACLR
RESET => DataOUT[14].ACLR
RESET => LCD_ARRAY[25][5].PRESET
RESET => LCD_ARRAY[25][4].PRESET
RESET => LCD_ARRAY[25][3].ACLR
RESET => LCD_ARRAY[25][2].ACLR
RESET => LCD_ARRAY[25][1].ACLR
RESET => LCD_ARRAY[25][0].ACLR
GCLK => CountFilter[5].CLK
GCLK => CountFilter[4].CLK
GCLK => CountFilter[3].CLK
GCLK => CountFilter[2].CLK
GCLK => CountFilter[1].CLK
GCLK => CountFilter[0].CLK
GCLK => KeyFlag.CLK
GCLK => Count[3].CLK
GCLK => Count[2].CLK
GCLK => Count[1].CLK
GCLK => Count[0].CLK
GCLK => KeyFlagRefresh.CLK
GCLK => CS.CLK
GCLK => \process5:Count[1].CLK
GCLK => \process5:Count[0].CLK
GCLK => RW.CLK
GCLK => SPI_Address[7]~reg0.CLK
GCLK => SPI_Address[6]~reg0.CLK
GCLK => SPI_Address[5]~reg0.CLK
GCLK => SPI_Address[4]~reg0.CLK
GCLK => SPI_Address[3]~reg0.CLK
GCLK => SPI_Address[2]~reg0.CLK
GCLK => SPI_Address[1]~reg0.CLK
GCLK => SPI_Address[0]~reg0.CLK
GCLK => DataOUT[15].CLK
GCLK => DataOUT[14].CLK
GCLK => DataOUT[13].CLK
GCLK => DataOUT[12].CLK
GCLK => DataOUT[11].CLK
GCLK => DataOUT[10].CLK
GCLK => DataOUT[9].CLK
GCLK => DataOUT[8].CLK
GCLK => DataOUT[7].CLK
GCLK => DataOUT[6].CLK
GCLK => DataOUT[5].CLK
GCLK => DataOUT[4].CLK
GCLK => DataOUT[3].CLK
GCLK => DataOUT[2].CLK
GCLK => DataOUT[1].CLK
GCLK => DataOUT[0].CLK
GCLK => SPIDataR[15].CLK
GCLK => SPIDataR[14].CLK