📄 ss7160.data

📁 该代码为配合7号信令模块MK50H27的cpld(xilinx 95144)的逻辑代码,其中包括了VHDL及原理图.
💻 DATA
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字号:
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MODELDATA
MODELDATA_VERSION "v1998.8"
DESIGN "ss7160";

/* port drive, load, max capacitance and max transition in data file */
PORTDATA
SA7: MAXTRANS(0.0);
SA6: MAXTRANS(0.0);
SA5: MAXTRANS(0.0);
SA4: MAXTRANS(0.0);
SA3: MAXTRANS(0.0);
SA9: MAXTRANS(0.0);
SA8: MAXTRANS(0.0);
SA17: MAXTRANS(0.0);
SA15: MAXTRANS(0.0);
SA19: MAXTRANS(0.0);
SA18: MAXTRANS(0.0);
SA16: MAXTRANS(0.0);
SA1: MAXTRANS(0.0);
SA2: MAXTRANS(0.0);
N_SIOR: MAXTRANS(0.0);
N_AHOLD: MAXTRANS(0.0);
N_SIOW: MAXTRANS(0.0);
N_BHOLD: MAXTRANS(0.0);
SAEN: MAXTRANS(0.0);
N_CHOLD: MAXTRANS(0.0);
N_DHOLD: MAXTRANS(0.0);
N_BINT: MAXTRANS(0.0);
N_DINT: MAXTRANS(0.0);
N_CINT: MAXTRANS(0.0);
N_AC4: MAXTRANS(0.0);
N_AF0: MAXTRANS(0.0);
N_BC4: MAXTRANS(0.0);
N_BF0: MAXTRANS(0.0);
N_CC4: MAXTRANS(0.0);
N_CF0: MAXTRANS(0.0);
N_DC4: MAXTRANS(0.0);
N_DF0: MAXTRANS(0.0);
SD2: MAXTRANS(0.0);
SD0: MAXTRANS(0.0);
SD1: MAXTRANS(0.0);
N_AINT: MAXTRANS(0.0);
SD3: MAXTRANS(0.0);
AREAD: MAXTRANS(0.0);
N_ADAS: MAXTRANS(0.0);
BREAD: MAXTRANS(0.0);
N_BDAS: MAXTRANS(0.0);
CREAD: MAXTRANS(0.0);
N_CDAS: MAXTRANS(0.0);
DREAD: MAXTRANS(0.0);
N_DDAS: MAXTRANS(0.0);
CPUA14: MAXTRANS(0.0);
CPUWR: MAXTRANS(0.0);
SMEMR: MAXTRANS(0.0);
CPUA13: MAXTRANS(0.0);
SMEMW: MAXTRANS(0.0);
CPURD: MAXTRANS(0.0);
N_AHLDA: MAXTRANS(0.0);
N_BHLDA: MAXTRANS(0.0);
N_CHLDA: MAXTRANS(0.0);
N_DHLDA: MAXTRANS(0.0);
SD2: MAXTRANS(0.0);
SD0: MAXTRANS(0.0);
SD1: MAXTRANS(0.0);
SD3: MAXTRANS(0.0);
AREAD: MAXTRANS(0.0);
N_ADAS: MAXTRANS(0.0);
BREAD: MAXTRANS(0.0);
N_BDAS: MAXTRANS(0.0);
CREAD: MAXTRANS(0.0);
N_CDAS: MAXTRANS(0.0);
DREAD: MAXTRANS(0.0);
N_DDAS: MAXTRANS(0.0);
N_AHLDA: MAXTRANS(0.0);
N_BHLDA: MAXTRANS(0.0);
N_CHLDA: MAXTRANS(0.0);
N_DHLDA: MAXTRANS(0.0);
N_TSA: MAXTRANS(0.0);
N_TSB: MAXTRANS(0.0);
N_TSC: MAXTRANS(0.0);
N_TSD: MAXTRANS(0.0);
N_ASCE: MAXTRANS(0.0);
N_BSCE: MAXTRANS(0.0);
N_CSCE: MAXTRANS(0.0);
N_DSCE: MAXTRANS(0.0);
N_ACS: MAXTRANS(0.0);
N_BCS: MAXTRANS(0.0);
N_ESCE: MAXTRANS(0.0);
N_DRST: MAXTRANS(0.0);
N_ARST: MAXTRANS(0.0);
N_BRST: MAXTRANS(0.0);
N_CRST: MAXTRANS(0.0);
LED3: MAXTRANS(0.0);
LED2: MAXTRANS(0.0);
LED1: MAXTRANS(0.0);
LED0: MAXTRANS(0.0);
RUN: MAXTRANS(0.0);
AR_W: MAXTRANS(0.0);
BR_W: MAXTRANS(0.0);
CR_W: MAXTRANS(0.0);
DR_W: MAXTRANS(0.0);
N_AOE: MAXTRANS(0.0);
N_BOE: MAXTRANS(0.0);
N_COE: MAXTRANS(0.0);
N_DOE: MAXTRANS(0.0);
LCDLOCK: MAXTRANS(0.0);
N_CCS: MAXTRANS(0.0);
N_DCS: MAXTRANS(0.0);
S_OE: MAXTRANS(0.0);
MEM_CS: MAXTRANS(0.0);
SEM_CS: MAXTRANS(0.0);
E_RW: MAXTRANS(0.0);
CPUOE: MAXTRANS(0.0);
N_FACE: MAXTRANS(0.0);
IORDY: MAXTRANS(0.0);
ENDPORTDATA

/* timing arc data */
TIMINGDATA

ARCDATA
N_CINT_SD2_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
SA7_SD2_delay:
CELL_RISE(scalar) {
  VALUES(9.5);
}
CELL_FALL(scalar) {
  VALUES(9.5);
}
ENDARCDATA

ARCDATA
SA6_SD2_delay:
CELL_RISE(scalar) {
  VALUES(9.5);
}
CELL_FALL(scalar) {
  VALUES(9.5);
}
ENDARCDATA

ARCDATA
SA5_SD2_delay:
CELL_RISE(scalar) {
  VALUES(9.5);
}
CELL_FALL(scalar) {
  VALUES(9.5);
}
ENDARCDATA

ARCDATA
SA4_SD2_delay:
CELL_RISE(scalar) {
  VALUES(9.5);
}
CELL_FALL(scalar) {
  VALUES(9.5);
}
ENDARCDATA

ARCDATA
SA9_SD2_delay:
CELL_RISE(scalar) {
  VALUES(9.5);
}
CELL_FALL(scalar) {
  VALUES(9.5);
}
ENDARCDATA

ARCDATA
SA8_SD2_delay:
CELL_RISE(scalar) {
  VALUES(9.5);
}
CELL_FALL(scalar) {
  VALUES(9.5);
}
ENDARCDATA

ARCDATA
N_SIOR_SD2_delay:
CELL_RISE(scalar) {
  VALUES(9.5);
}
CELL_FALL(scalar) {
  VALUES(9.5);
}
ENDARCDATA

ARCDATA
SAEN_SD2_delay:
CELL_RISE(scalar) {
  VALUES(9.5);
}
CELL_FALL(scalar) {
  VALUES(9.5);
}
ENDARCDATA

ARCDATA
N_CHOLD_SD0_delay:
CELL_RISE(scalar) {
  VALUES(47);
}
CELL_FALL(scalar) {
  VALUES(47);
}
ENDARCDATA

ARCDATA
N_CHLDA_SD0_delay:
CELL_RISE(scalar) {
  VALUES(32);
}
CELL_FALL(scalar) {
  VALUES(32);
}
ENDARCDATA

ARCDATA
N_AHOLD_SD0_delay:
CELL_RISE(scalar) {
  VALUES(47);
}
CELL_FALL(scalar) {
  VALUES(47);
}
ENDARCDATA

ARCDATA
N_AHLDA_SD0_delay:
CELL_RISE(scalar) {
  VALUES(32);
}
CELL_FALL(scalar) {
  VALUES(32);
}
ENDARCDATA

ARCDATA
N_DHOLD_SD0_delay:
CELL_RISE(scalar) {
  VALUES(47);
}
CELL_FALL(scalar) {
  VALUES(47);
}
ENDARCDATA

ARCDATA
N_DHLDA_SD0_delay:
CELL_RISE(scalar) {
  VALUES(32);
}
CELL_FALL(scalar) {
  VALUES(32);
}
ENDARCDATA

ARCDATA
N_BHOLD_SD0_delay:
CELL_RISE(scalar) {
  VALUES(47);
}
CELL_FALL(scalar) {
  VALUES(47);
}
ENDARCDATA

ARCDATA
N_BHLDA_SD0_delay:
CELL_RISE(scalar) {
  VALUES(32);
}
CELL_FALL(scalar) {
  VALUES(32);
}
ENDARCDATA

ARCDATA
N_AINT_SD0_delay:
CELL_RISE(scalar) {
  VALUES(32);
}
CELL_FALL(scalar) {
  VALUES(32);
}
ENDARCDATA

ARCDATA
N_SIOR_SD0_delay:
CELL_RISE(scalar) {
  VALUES(26.5);
}
CELL_FALL(scalar) {
  VALUES(26.5);
}
ENDARCDATA

ARCDATA
N_BINT_SD1_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
SA7_SD1_delay:
CELL_RISE(scalar) {
  VALUES(9.5);
}
CELL_FALL(scalar) {
  VALUES(9.5);
}
ENDARCDATA

ARCDATA
SA6_SD1_delay:
CELL_RISE(scalar) {
  VALUES(9.5);
}
CELL_FALL(scalar) {
  VALUES(9.5);
}
ENDARCDATA

ARCDATA
SA5_SD1_delay:
CELL_RISE(scalar) {
  VALUES(9.5);
}
CELL_FALL(scalar) {
  VALUES(9.5);
}
ENDARCDATA

ARCDATA
SA4_SD1_delay:
CELL_RISE(scalar) {
  VALUES(9.5);
}
CELL_FALL(scalar) {
  VALUES(9.5);
}
ENDARCDATA

ARCDATA
SA9_SD1_delay:
CELL_RISE(scalar) {
  VALUES(9.5);
}
CELL_FALL(scalar) {
  VALUES(9.5);
}
ENDARCDATA

ARCDATA
SA8_SD1_delay:
CELL_RISE(scalar) {
  VALUES(9.5);
}
CELL_FALL(scalar) {
  VALUES(9.5);
}
ENDARCDATA

ARCDATA
N_SIOR_SD1_delay:
CELL_RISE(scalar) {
  VALUES(9.5);
}
CELL_FALL(scalar) {
  VALUES(9.5);
}
ENDARCDATA

ARCDATA
SAEN_SD1_delay:
CELL_RISE(scalar) {
  VALUES(9.5);
}
CELL_FALL(scalar) {
  VALUES(9.5);
}
ENDARCDATA

ARCDATA
N_DINT_SD3_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
SA7_SD3_delay:
CELL_RISE(scalar) {
  VALUES(9.5);
}
CELL_FALL(scalar) {
  VALUES(9.5);
}
ENDARCDATA

ARCDATA
SA6_SD3_delay:
CELL_RISE(scalar) {
  VALUES(9.5);
}
CELL_FALL(scalar) {
  VALUES(9.5);
}
ENDARCDATA

ARCDATA
SA5_SD3_delay:
CELL_RISE(scalar) {
  VALUES(9.5);
}
CELL_FALL(scalar) {
  VALUES(9.5);
}
ENDARCDATA

ARCDATA
SA4_SD3_delay:
CELL_RISE(scalar) {
  VALUES(9.5);
}
CELL_FALL(scalar) {
  VALUES(9.5);
}
ENDARCDATA

ARCDATA
SA9_SD3_delay:
CELL_RISE(scalar) {
  VALUES(9.5);
}
CELL_FALL(scalar) {
  VALUES(9.5);
}
ENDARCDATA

ARCDATA
SA8_SD3_delay:
CELL_RISE(scalar) {
  VALUES(9.5);
}
CELL_FALL(scalar) {
  VALUES(9.5);
}
ENDARCDATA

ARCDATA
N_SIOR_SD3_delay:
CELL_RISE(scalar) {
  VALUES(9.5);
}
CELL_FALL(scalar) {
  VALUES(9.5);
}
ENDARCDATA

ARCDATA
SAEN_SD3_delay:
CELL_RISE(scalar) {
  VALUES(9.5);
}
CELL_FALL(scalar) {
  VALUES(9.5);
}
ENDARCDATA

ARCDATA
N_SIOR_AREAD_delay:
CELL_RISE(scalar) {
  VALUES(26.5);
}
CELL_FALL(scalar) {
  VALUES(26.5);
}
ENDARCDATA

ARCDATA
SA1_AREAD_delay:
CELL_RISE(scalar) {
  VALUES(26.5);
}
CELL_FALL(scalar) {
  VALUES(26.5);
}
ENDARCDATA

ARCDATA
SA2_AREAD_delay:
CELL_RISE(scalar) {
  VALUES(26.5);
}
CELL_FALL(scalar) {
  VALUES(26.5);
}
ENDARCDATA

ARCDATA
N_AHOLD_AREAD_delay:
CELL_RISE(scalar) {
  VALUES(36);
}
CELL_FALL(scalar) {
  VALUES(36);
}
ENDARCDATA

ARCDATA
N_SIOR_N_ADAS_delay:
CELL_RISE(scalar) {
  VALUES(19);
}
CELL_FALL(scalar) {
  VALUES(19);
}
ENDARCDATA

ARCDATA
SA1_N_ADAS_delay:
CELL_RISE(scalar) {
  VALUES(19);
}
CELL_FALL(scalar) {
  VALUES(19);
}
ENDARCDATA

ARCDATA
SA2_N_ADAS_delay:
CELL_RISE(scalar) {
  VALUES(19);
}
CELL_FALL(scalar) {
  VALUES(19);
}
ENDARCDATA

ARCDATA
N_AHOLD_N_ADAS_delay:
CELL_RISE(scalar) {
  VALUES(28.5);
}
CELL_FALL(scalar) {
  VALUES(28.5);
}
ENDARCDATA

ARCDATA
N_SIOR_BREAD_delay:
CELL_RISE(scalar) {
  VALUES(26.5);
}
CELL_FALL(scalar) {
  VALUES(26.5);
}
ENDARCDATA

ARCDATA
SA1_BREAD_delay:
CELL_RISE(scalar) {
  VALUES(26.5);
}
CELL_FALL(scalar) {
  VALUES(26.5);
}
ENDARCDATA

ARCDATA
SA2_BREAD_delay:
CELL_RISE(scalar) {
  VALUES(26.5);
}
CELL_FALL(scalar) {
  VALUES(26.5);
}
ENDARCDATA

ARCDATA
N_BHOLD_BREAD_delay:
CELL_RISE(scalar) {
  VALUES(36);
}
CELL_FALL(scalar) {
  VALUES(36);
}
ENDARCDATA

ARCDATA
N_SIOR_N_BDAS_delay:
CELL_RISE(scalar) {
  VALUES(19);
}
CELL_FALL(scalar) {
  VALUES(19);
}
ENDARCDATA

ARCDATA
SA1_N_BDAS_delay:
CELL_RISE(scalar) {
  VALUES(19);
}
CELL_FALL(scalar) {
  VALUES(19);
}
ENDARCDATA

ARCDATA
SA2_N_BDAS_delay:
CELL_RISE(scalar) {
  VALUES(19);
}
CELL_FALL(scalar) {
  VALUES(19);
}
ENDARCDATA

ARCDATA
N_BHOLD_N_BDAS_delay:
CELL_RISE(scalar) {
  VALUES(28.5);
}
CELL_FALL(scalar) {
  VALUES(28.5);
}
ENDARCDATA

ARCDATA
N_SIOR_CREAD_delay:
CELL_RISE(scalar) {
  VALUES(19);
}
CELL_FALL(scalar) {
  VALUES(19);
}
ENDARCDATA

ARCDATA
SA1_CREAD_delay:
CELL_RISE(scalar) {
  VALUES(19);
}
CELL_FALL(scalar) {
  VALUES(19);
}
ENDARCDATA

ARCDATA
SA2_CREAD_delay:
CELL_RISE(scalar) {
  VALUES(19);
}
CELL_FALL(scalar) {
  VALUES(19);
}
ENDARCDATA

ARCDATA
N_CHOLD_CREAD_delay:
CELL_RISE(scalar) {
  VALUES(28.5);
}
CELL_FALL(scalar) {
  VALUES(28.5);
}
ENDARCDATA

ARCDATA
N_SIOR_N_CDAS_delay:
CELL_RISE(scalar) {
  VALUES(26.5);
}
CELL_FALL(scalar) {
  VALUES(26.5);
}
ENDARCDATA

ARCDATA
SA1_N_CDAS_delay:
CELL_RISE(scalar) {
  VALUES(26.5);
}
CELL_FALL(scalar) {
  VALUES(26.5);
}
ENDARCDATA

ARCDATA
SA2_N_CDAS_delay:
CELL_RISE(scalar) {
  VALUES(26.5);
}
CELL_FALL(scalar) {
  VALUES(26.5);
}
ENDARCDATA

ARCDATA
N_CHOLD_N_CDAS_delay:
CELL_RISE(scalar) {
  VALUES(36);
}
CELL_FALL(scalar) {
  VALUES(36);
}
ENDARCDATA

ARCDATA
N_SIOR_DREAD_delay:
CELL_RISE(scalar) {
  VALUES(26.5);
}
CELL_FALL(scalar) {
  VALUES(26.5);
}
ENDARCDATA

ARCDATA
SA1_DREAD_delay:
CELL_RISE(scalar) {
  VALUES(26.5);
}
CELL_FALL(scalar) {
  VALUES(26.5);
}
ENDARCDATA

ARCDATA
SA2_DREAD_delay:
CELL_RISE(scalar) {
  VALUES(26.5);
}
CELL_FALL(scalar) {
  VALUES(26.5);
}
ENDARCDATA

ARCDATA
N_DHOLD_DREAD_delay:
CELL_RISE(scalar) {
  VALUES(41.5);
}
CELL_FALL(scalar) {
  VALUES(41.5);
}
ENDARCDATA

ARCDATA
N_DHLDA_DREAD_delay:
CELL_RISE(scalar) {
  VALUES(26.5);
}
CELL_FALL(scalar) {
  VALUES(26.5);
}
ENDARCDATA

ARCDATA
N_SIOR_N_DDAS_delay:
CELL_RISE(scalar) {
  VALUES(26.5);
}
CELL_FALL(scalar) {
  VALUES(26.5);
}
ENDARCDATA

ARCDATA
SA1_N_DDAS_delay:
CELL_RISE(scalar) {
  VALUES(26.5);
}
CELL_FALL(scalar) {
  VALUES(26.5);
}
ENDARCDATA

ARCDATA
SA2_N_DDAS_delay:
CELL_RISE(scalar) {
  VALUES(26.5);
}
CELL_FALL(scalar) {
  VALUES(26.5);
}
ENDARCDATA

ARCDATA
N_DHOLD_N_DDAS_delay:
CELL_RISE(scalar) {
  VALUES(41.5);
}
CELL_FALL(scalar) {
  VALUES(41.5);
}
ENDARCDATA

ARCDATA
N_DHLDA_N_DDAS_delay:
CELL_RISE(scalar) {
  VALUES(26.5);
}
CELL_FALL(scalar) {
  VALUES(26.5);
}
ENDARCDATA

ARCDATA
N_AHOLD_N_AHLDA_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
N_BHOLD_N_BHLDA_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
N_CHOLD_N_CHLDA_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
N_DHOLD_N_DHLDA_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
SA17_N_ASCE_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
SA15_N_ASCE_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
SA19_N_ASCE_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
SA18_N_ASCE_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
SA16_N_ASCE_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
SA17_N_BSCE_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
SA15_N_BSCE_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
SA19_N_BSCE_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
SA18_N_BSCE_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
SA16_N_BSCE_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
SA17_N_CSCE_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
SA15_N_CSCE_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
SA19_N_CSCE_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
SA18_N_CSCE_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
SA16_N_CSCE_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
SA17_N_DSCE_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
SA15_N_DSCE_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
SA19_N_DSCE_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
SA18_N_DSCE_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
SA16_N_DSCE_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
SA1_N_ACS_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
SA2_N_ACS_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
N_SIOR_N_ACS_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
N_AHOLD_N_ACS_delay:
CELL_RISE(scalar) {
  VALUES(24.5);
}
CELL_FALL(scalar) {
  VALUES(24.5);
}
ENDARCDATA

ARCDATA
SA1_N_BCS_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
SA2_N_BCS_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
N_SIOR_N_BCS_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
N_BHOLD_N_BCS_delay:
CELL_RISE(scalar) {
  VALUES(24.5);
}
CELL_FALL(scalar) {
  VALUES(24.5);
}
ENDARCDATA

ARCDATA
SA17_N_ESCE_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
SA15_N_ESCE_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
SA19_N_ESCE_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
SA18_N_ESCE_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
CELL_FALL(scalar) {
  VALUES(15);
}
ENDARCDATA

ARCDATA
SA16_N_ESCE_delay:
CELL_RISE(scalar) {
  VALUES(15);
}
12 3 4 下一页
💿 文件大小 705 K
👤 上传用户 lihuitao1987
📂 所属分类 VHDL/FPGA/Verilog
🏷️ 相关标签

#xilinx #95144 #cpld #VHDL
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