明天比赛嘎～

Quote:

引用第178楼Logicooi于2006-05-15 13:07发表的:

同学,你反应好大哦~~~,被谁欺负了???

对了 顺便帮我个忙吧,问你个小问题:

一个朋友毕设做网页

用CSS实现网站的风格自选时：
把用户的选择记入cookies，用服务器端脚本（JSP）来实现CSS的动态切换。
求具体的代码。
,
谢谢~!!

叔叔每次都是带着问题来的

Quote:

引用第181楼an94于2006-05-15 17:33发表的:

同学,你反应好大哦~~~,被谁欺负了???

对了 顺便帮我个忙吧,问你个小问题:

.......

************Simulation the sense funciton of CURRENT_SENSE**********8
************************stimulate signals************************
Vagnd           AGND     0     0v
Vdgnd           DGND     0     0V
VIN           VIN       0     vx
VG             VG       0     10V
VEN_CON2         EN_CON2   0     5v   $ PWM mode
VEN_CON2_INV     EN_CON2_INV 0     0v   $ PWM mode
VEN_CON         EN_CON     0     0V
VMAIN_RTN       MAIN_RTN   0     0V
VPFM_OUT         PFM_OUT   0     0V


INMOS   AGND N1N8 500ma *PWl(0ns 650ma 0.6us 750ma 0.6001us 0ma 1us 0ma 1.001us 650mA 1.6us
*+750ma 1.6001us 0ma 2us 0ma 2.001us 650mA 2.6us 750ma 2.6001us 0ma 3us 0ma 3.001us 650mA 3.6us 750ma 3.6001us 0ma)

***********************entry the lib*****************************
.LIB 'lm3520_umc_050926.lib' tt
***********************analysis statement************************
*.dc inmos 200ma 1000ma 1ma sweep data=var_vin_temp
*.dc inmos 1000ma 200ma 1ma sweep data=var_vin_temp
.tran 10ns 5us sweep data=var_vin_temp
***********************data statement****************************
.data var_vin_temp
temp   vx
*-25   2.6
25     2.6
*125   2.6
*-25   3.6
25     3.6
*125   3.6
*-25   5.5
25     5.5
*125   5.5
.enddata
***********************output statement**************************
.print i(RTEST) *i(M1I2)
.INC simu_current_sense.cir
.END

看的眼花了。。

看不懂

和尚
给点浮云嘛～
我没有钱看电影了～

我来玩了

和尚不要闹,你阿姨做毕设呢~~~
逻辑兄帮帮忙吧?你面子大,方便的话请问下5c5的美工.....?或者网站建设人员?

问题转述一下
用CSS实现网站的风格自选时：
把用户的选择记入cookies，用服务器端脚本（JSP）来实现CSS的动态切换。

现在她想做几个CSS文件,然后用JSP读取cookie,再根据cookie中用户的选择读取不同的css文件

JSP读取cookie以及加载css的代码怎么写

求具体的代码


[ 此贴被an94在2006-05-15 21:52重新编辑 ]

哇啊啊啊啊！
happy了

Quote:

引用第188楼an94于2006-05-15 21:45发表的:
和尚不要闹,你阿姨做毕设呢~~~
逻辑兄帮帮忙吧?你面子大,方便的话请问下5c5的美工.....?或者网站建设人员?

问题转述一下
用CSS实现网站的风格自选时：
.......

* Project SIMU_CURRENT_SENSE
* Innoveda Wirelist Created with Version 6.3.5
* Inifile   :
* Options   : -h -d -n -m -i -z -c16
* Levels   :
*

* Definition for project RD_W26
.SUBCKT RD_W26 IN OUT
RD_W26   IN N1N316 RDIFF W=4.6U L=13U
RD_W25   N1N316 N1N319 RDIFF W=4.6U L=13U
RD_W24   N1N319 N1N322 RDIFF W=4.6U L=13U
RD_W23   N1N322 N1N325 RDIFF W=4.6U L=13U
RD_W22   N1N325 N1N328 RDIFF W=4.6U L=13U
RD_W21   N1N328 N1N331 RDIFF W=4.6U L=13U
RD_W20   N1N331 N1N334 RDIFF W=4.6U L=13U
RD_W19   N1N334 N1N337 RDIFF W=4.6U L=13U
RD_W18   N1N337 N1N340 RDIFF W=4.6U L=13U
RD_W1   N1N340 N1N343 RDIFF W=4.6U L=13U
RD_W6   N1N357 OUT RDIFF W=4.6U L=13U
RD_W5   N1N359 N1N357 RDIFF W=4.6U L=13U
RD_W4   N1N361 N1N359 RDIFF W=4.6U L=13U
RD_W3   N1N363 N1N361 RDIFF W=4.6U L=13U
RD_W2   N1N343 N1N363 RDIFF W=4.6U L=13U
* CROSS-REFERENCE 1
* GND = 0
.ENDS

* Definition for project RD_W31
.SUBCKT RD_W31 IN OUT
RD_W33   N1N519 N1N519 RDIFF W=4.6U L=13U
RD_W34   N1N519 N1N519 RDIFF W=4.6U L=13U
RD_W35   N1N519 N1N519 RDIFF W=4.6U L=13U
RD_W36   N1N519 N1N519 RDIFF W=4.6U L=13U
RD_W37   N1N519 N1N519 RDIFF W=4.6U L=13U
RD_W32   IN OUT RDIFF W=4.6U L=13U
RD_W31   IN OUT RDIFF W=4.6U L=13U
RD_W38   N1N519 N1N519 RDIFF W=4.6U L=13U
* CROSS-REFERENCE 1
* GND = 0
.ENDS

* Definition for project RD_W39
.SUBCKT RD_W39 IN OUT
RD_W39   IN OUT RDIFF W=4.6U L=13U
RD_W40   IN OUT RDIFF W=4.6U L=13U
RD_W41   IN OUT RDIFF W=4.6U L=13U
RD_W42   IN OUT RDIFF W=4.6U L=13U
RD_W43   IN OUT RDIFF W=4.6U L=13U
RD_W44   IN OUT RDIFF W=4.6U L=13U
RD_W45   IN OUT RDIFF W=4.6U L=13U
RD_W46   IN OUT RDIFF W=4.6U L=13U
* CROSS-REFERENCE 1
* GND = 0
.ENDS

* Definition for project RD_W48
.SUBCKT RD_W48 IN OUT
RD_W50   IN OUT RDIFF W=4.6U L=13U
RD_W51   IN OUT RDIFF W=4.6U L=13U
RD_W49   IN OUT RDIFF W=4.6U L=13U
RD_W48   IN OUT RDIFF W=4.6U L=13U
* CROSS-REFERENCE 1
* GND = 0
.ENDS

* Definition for project INV
.SUBCKT INV VIN VSS X   Y   WN=WN1 LN=LN1 WP=WP1 LP=LP1 MP=MP1 MN=MN1
M2     Y   X   VSS VSS NSS L=LN W=WN M=MN
M1     Y   X   VIN VIN PSS L=LP W=WP M=MP
* CROSS-REFERENCE 1
* GND = 0
.ENDS

* Definition for project RD_W10
.SUBCKT RD_W10 IN OUT
RD_W10   IN N1N256 RDIFF W=4.6U L=32U
RD_W11   N1N256 N1N263 RDIFF W=4.6U L=32U
RD_W12   N1N263 OUT RDIFF W=4.6U L=32U
RD_W13   N1N263 OUT RDIFF W=4.6U L=32U
RD_W14   N1N564 N1N564 RDIFF W=4.6U L=32U
RD_W15   OUT OUT RDIFF W=4.6U L=32U
* CROSS-REFERENCE 1
* GND = 0
.ENDS

* Definition for project RD_W7
.SUBCKT RD_W7 IN OUT
RD_W7   IN IN   RDIFF W=4.6U L=32U
RD_W8   IN N1N253 RDIFF W=4.6U L=72U
RD_W9   N1N253 OUT RDIFF W=4.6U L=72U
* CROSS-REFERENCE 1
* GND = 0
.ENDS

* Definition for project W_COMP1
.SUBCKT W_COMP1 VIN L12 L88 LW1 DGND L21 LW2 L89
MPW33   N1N73 VIN VIN VIN PSS L=2U W=11U M=1 AD='H*11U*1' AS='H*11U*1'
+ PD='2*(11U+H)*1' PS='2*(11U+H)*1' NRD='(B1+0.5*C)/(11U*1)'
+ NRS='(B1+0.5*C)/(11U*1)' GEO=0
MPW34   N1N73 L88 N1N201 VIN PSS L=2U W=10U M=1 AD='H*10U*1' AS='H*10U*1'
+ PD='2*(10U+H)*1' PS='2*(10U+H)*1' NRD='(B1+0.5*C)/(10U*1)'
+ NRS='(B1+0.5*C)/(10U*1)' GEO=0
MNW6   N1N188 N1N73 DGND DGND NSS L=1.3U W=6.5U M=1 AD='H*6.5U*1'
+ AS='H*6.5U*1' PD='2*(6.5U+H)*1' PS='2*(6.5U+H)*1' NRD='(B1+0.5*C)/(6.5U*1)'
+ NRS='(B1+0.5*C)/(6.5U*1)' GEO=0
MNW4   N1N188 L21 DGND DGND NSS L=2U W=5U M=1 AD='H*5U*1' AS='H*5U*1'
+ PD='2*(5U+H)*1' PS='2*(5U+H)*1' NRD='(B1+0.5*C)/(5U*1)'
+ NRS='(B1+0.5*C)/(5U*1)' GEO=0
MNW7_8   LW2 N1N188 DGND DGND NSS L=1.3U W=6.5U M=2 AD='H*6.5U*2'
+ AS='H*6.5U*2' PD='2*(6.5U+H)*2' PS='2*(6.5U+H)*2' NRD='(B1+0.5*C)/(6.5U*2)'
+ NRS='(B1+0.5*C)/(6.5U*2)' GEO=0
MPW40   LW2 VIN VIN VIN PSS L=1.3U W=10U M=1 AD='H*21.6U*1' AS='H*21.6U*1'
+ PD='2*(21.6U+H)*1' PS='2*(21.6U+H)*1' NRD='(B1+0.5*C)/(21.6U*1)'
+ NRS='(B1+0.5*C)/(21.6U*1)' GEO=0
MPW2   LW2 L89 VIN VIN PSS L=1.3U W=5U M=1 AD='H*5U*1' AS='H*5U*1'
+ PD='2*(5U+H)*1' PS='2*(5U+H)*1' NRD='(B1+0.5*C)/(5U*1)'
+ NRS='(B1+0.5*C)/(5U*1)' GEO=0
MPW35   N1N188 LW1 N1N201 VIN PSS L=2U W=10U M=1 AD='H*10U*1' AS='H*10U*1'
+ PD='2*(10U+H)*1' PS='2*(10U+H)*1' NRD='(B1+0.5*C)/(10U*1)'
+ NRS='(B1+0.5*C)/(10U*1)' GEO=0
MPW36   N1N188 VIN VIN VIN PSS L=2U W=10U M=1 AD='H*10U*1' AS='H*10U*1'
+ PD='2*(10U+H)*1' PS='2*(10U+H)*1' NRD='(B1+0.5*C)/(10U*1)'
+ NRS='(B1+0.5*C)/(10U*1)' GEO=0
MPW37   N1N201 VIN VIN VIN PSS L=2U W=10U M=2 AD='H*10U*1' AS='H*10U*1'
+ PD='2*(10U+H)*1' PS='2*(10U+H)*1' NRD='(B1+0.5*C)/(10U*1)'
+ NRS='(B1+0.5*C)/(10U*1)' GEO=0
MPW38   N1N201 L12 VIN VIN PSS L=5U W=10U M=2 AD='H*10U*1' AS='H*10U*1'
+ PD='2*(10U+H)*1' PS='2*(10U+H)*1' NRD='(B1+0.5*C)/(10U*1)'
+ NRS='(B1+0.5*C)/(10U*1)' GEO=0
MPW39   LW2 L12 VIN VIN PSS L=5U W=10U M=2 AD='H*10U*1' AS='H*10U*1'
+ PD='2*(10U+H)*1' PS='2*(10U+H)*1' NRD='(B1+0.5*C)/(10U*1)'
+ NRS='(B1+0.5*C)/(10U*1)' GEO=0
MNW5   N1N73 N1N73 DGND DGND NSS L=1.3U W=6.5U M=1 AD='H*6.5U*1'
+ AS='H*6.5U*1' PD='2*(6.5U+H)*1' PS='2*(6.5U+H)*1' NRD='(B1+0.5*C)/(6.5U*1)'
+ NRS='(B1+0.5*C)/(6.5U*1)' GEO=0
* CROSS-REFERENCE 1
* GND = 0
.ENDS

* Definition for project RD_W27
.SUBCKT RD_W27 IN OUT
RD_W30   N1N467 OUT RDIFF W=4.6U L=13U
RD_W29   N1N469 N1N467 RDIFF W=4.6U L=13U
RD_W28   N1N465 N1N469 RDIFF W=4.6U L=13U
RD_W27   N1N471 N1N465 RDIFF W=4.6U L=13U
RP_W1   IN N1N471 RPOLY W=2.6U L=22U
* CROSS-REFERENCE 1
* GND = 0
.ENDS

* Definition for project RD_W54
.SUBCKT RD_W54 IN OUT
RD_W53   N1N489 OUT RDIFF W=4.6U L=13U
RD_W54   N1N488 N1N489 RDIFF W=4.6U L=13U
RP_W2   IN N1N488 RPOLY W=2.6U L=13U
* CROSS-REFERENCE 1
* GND = 0
.ENDS

* Definition for project W_TRIM
.SUBCKT W_TRIM VIN LW3
MPW7   N1N458 LW3 N1N460 VIN PSS L=5U W=5U M=1 AD='H*5U*1' AS='H*5U*1'
+ PD='2*(5U+H)*1' PS='2*(5U+H)*1' NRD='(B1+0.5*C)/(5U*1)'
+ NRS='(B1+0.5*C)/(5U*1)' GEO=0
QVNPN_W4 VIN N1N472 VIN VNPN2-4 1
QVNPN_W5 VIN N1N487 VIN VNPN2-4 1
QVNPN_W6 VIN N1N502 VIN VNPN2-4 1
RD_W52   N1N503 N1N501 RDIFF W=4.6U L=13U
RP_W3   N1N502 N1N503 RPOLY W=2.6U L=9U
XRD_W27 N1N472 N1N460 RD_W27
XRD_W54 N1N487 N1N486 RD_W54
MPW6   N1N456 LW3 N1N458 VIN PSS L=5U W=5U M=1 AD='H*5U*1' AS='H*5U*1'
+ PD='2*(5U+H)*1' PS='2*(5U+H)*1' NRD='(B1+0.5*C)/(5U*1)'
+ NRS='(B1+0.5*C)/(5U*1)' GEO=0
MPW5   N1N441 LW3 N1N456 VIN PSS L=5U W=5U M=1 AD='H*5U*1' AS='H*5U*1'
+ PD='2*(5U+H)*1' PS='2*(5U+H)*1' NRD='(B1+0.5*C)/(5U*1)'
+ NRS='(B1+0.5*C)/(5U*1)' GEO=0
MPW10   LW3 LW3 N1N441 VIN PSS L=5U W=5U M=1 AD='H*5U*1' AS='H*5U*1'
+ PD='2*(5U+H)*1' PS='2*(5U+H)*1' NRD='(B1+0.5*C)/(5U*1)'
+ NRS='(B1+0.5*C)/(5U*1)' GEO=0
MPW8   N1N484 LW3 N1N486 VIN PSS L=5U W=5U M=1 AD='H*5U*1' AS='H*5U*1'
+ PD='2*(5U+H)*1' PS='2*(5U+H)*1' NRD='(B1+0.5*C)/(5U*1)'
+ NRS='(B1+0.5*C)/(5U*1)' GEO=0
MPW11   LW3 LW3 N1N484 VIN PSS L=5U W=5U M=1 AD='H*5U*1' AS='H*5U*1'
+ PD='2*(5U+H)*1' PS='2*(5U+H)*1' NRD='(B1+0.5*C)/(5U*1)'
+ NRS='(B1+0.5*C)/(5U*1)' GEO=0
MPW12   LW3 LW3 N1N501 VIN PSS L=5U W=5U M=1 AD='H*5U*1' AS='H*5U*1'
+ PD='2*(5U+H)*1' PS='2*(5U+H)*1' NRD='(B1+0.5*C)/(5U*1)'
+ NRS='(B1+0.5*C)/(5U*1)' GEO=0
* CROSS-REFERENCE 1
* GND = 0
.ENDS

* Definition for project CURRENT_SENSE
.SUBCKT CURRENT_SENSE DGND VIN IB4 V_SENSE CURRENT_LIMIT ISENSE_SLOPE AGND
+ PFM_OUT
MPW41   IB4 IB4 VIN VIN PSS L=5U W=10U M=2 AD='H*10U*1' AS='H*10U*1'
+ PD='2*(10U+H)*1' PS='2*(10U+H)*1' NRD='(B1+0.5*C)/(10U*1)'
+ NRS='(B1+0.5*C)/(10U*1)' GEO=0
MNW1   N1N256 CURRENT_LIMIT DGND DGND NSS L=1.3U W=10U M=2 AD='H*10U*1'
+ AS='H*10U*1' PD='2*(10U+H)*1' PS='2*(10U+H)*1' NRD='(B1+0.5*C)/(10U*1)'
+ NRS='(B1+0.5*C)/(10U*1)' GEO=0
MPW1   IB4 L89 VIN VIN PSS L=1.3U W=5U M=1 AD='H*5U*1' AS='H*5U*1'
+ PD='2*(5U+H)*1' PS='2*(5U+H)*1' NRD='(B1+0.5*C)/(5U*1)'
+ NRS='(B1+0.5*C)/(5U*1)' GEO=0
MPW17_24 L88 LW3 N1N518 VIN PSS L=5U W=5U M=2 AD='H*5U*8' AS='H*5U*8'
+ PD='2*(5U+H)*8' PS='2*(5U+H)*8' NRD='(B1+0.5*C)/(5U*8)'
+ NRS='(B1+0.5*C)/(5U*8)' GEO=0
QVNPN_W1 N1N368 N1N368 N1N372 VNPN2-4 1
QVNPN_W2 N1N376 N1N368 N1N377 VNPN2-4 1
RD_W16   N1N372 AGND RDIFF W=4.6U L=13U
RD_W17   N1N377 V_SENSE RDIFF W=4.6U L=13U
MPW43   N1N368 VIN N1N376 VIN PSS L=5U W=10U M=2 AD='H*10U*1' AS='H*10U*1'
+ PD='2*(10U+H)*1' PS='2*(10U+H)*1' NRD='(B1+0.5*C)/(10U*1)'
+ NRS='(B1+0.5*C)/(10U*1)' GEO=0
QVNPN_W3 LW3 N1N376 N1N372 VNPN2-4 1
MPW13_16 LW3 LW3 N1N523 VIN PSS L=5U W=5U M=4 AD='H*5U*4' AS='H*5U*4'
+ PD='2*(5U+H)*4' PS='2*(5U+H)*4' NRD='(B1+0.5*C)/(5U*4)'
+ NRS='(B1+0.5*C)/(5U*4)' GEO=0
MPW25_32 ISENSE_SLOPE LW3 N1N521 VIN PSS L=5U W=5U M=8 AD='H*5U*8' AS='H*5U*8'
+ PD='2*(5U+H)*8' PS='2*(5U+H)*8' NRD='(B1+0.5*C)/(5U*8)'
+ NRS='(B1+0.5*C)/(5U*8)' GEO=0
MPW9   LW3 LW3 LW3 VIN PSS L=1U W=5.2U AD='H*5.2U*1' AS='H*5.2U*1'
+ PD='2*(5.2U+H)*1' PS='2*(5.2U+H)*1' NRD='(B1+0.5*C)/(5.2U*1)'
+ NRS='(B1+0.5*C)/(5.2U*1)' GEO=0
XRD_W26 DGND L88 RD_W26
XRD_W31 N1N518 VIN RD_W31
XRD_W39 VIN N1N521 RD_W39
XRD_W48 VIN N1N523 RD_W48
XINV_W1 VIN DGND LW2 CURRENT_LIMIT INV WN=8.5U LN=1.3U WP=10U LP=1.3U MP=1
+ MN=1
XRD_W10 N1N256 DGND RD_W10
XRD_W7   LW1 N1N256 RD_W7
XINV_W2 VIN DGND PFM_OUT L89 INV WN=5U LN=1.3U WP=8.5U LP=1.3U MP=1 MN=1
XW_COMP1 VIN IB4 L88 LW1 DGND PFM_OUT LW2 L89 W_COMP1
XW_TRIM VIN LW3 W_TRIM
MPW42   N1N368 IB4 VIN VIN PSS L=5U W=10U M=2 AD='H*10U*1' AS='H*10U*1'
+ PD='2*(10U+H)*1' PS='2*(10U+H)*1' NRD='(B1+0.5*C)/(10U*1)'
+ NRS='(B1+0.5*C)/(10U*1)' GEO=0
MPW44   N1N376 IB4 VIN VIN PSS L=5U W=10U M=2 AD='H*10U*1' AS='H*10U*1'
+ PD='2*(10U+H)*1' PS='2*(10U+H)*1' NRD='(B1+0.5*C)/(10U*1)'
+ NRS='(B1+0.5*C)/(10U*1)' GEO=0
MPW45   LW1 IB4 VIN VIN PSS L=5U W=10U M=2 AD='H*10U*1' AS='H*10U*1'
+ PD='2*(10U+H)*1' PS='2*(10U+H)*1' NRD='(B1+0.5*C)/(10U*1)'
+ NRS='(B1+0.5*C)/(10U*1)' GEO=0
* CROSS-REFERENCE 1
* GND = 0
.ENDS

* Definition for project RD_H26
.SUBCKT RD_H26 N1 N2
RD_H29   N1 N1   RDIFF W=4.6U L=15.7U
RD_H28   N1 N1   RDIFF W=4.6U L=15.7U
RD_H26   N1 N1   RDIFF W=4.6U L=15.7U
RD_H35   N1 N1N30 RDIFF W=4.6U L=15.7U
RD_H36   N1 N1N30 RDIFF W=4.6U L=15.7U
RD_H37   N1N30 N1N31 RDIFF W=4.6U L=27.5U
RD_H38   N1N31 N1N32 RDIFF W=4.6U L=27.5U
RD_H39   N1N32 N2   RDIFF W=4.6U L=27.5U
RD_H27   N1 N1   RDIFF W=4.6U L=15.7U
* CROSS-REFERENCE 3
* 1 = N1
* 2 = N2
* GND = 0
.ENDS

* Definition for project RD_H40
.SUBCKT RD_H40 N1 N2
RD_H40   N1 N2   RDIFF W=4.6U L=15.7U
RD_H41   N1 N2   RDIFF W=4.6U L=15.7U
RD_H43   N1 N2   RDIFF W=4.6U L=15.7U
RD_H42   N1 N2   RDIFF W=4.6U L=15.7U
RD_H44   N1 N2   RDIFF W=4.6U L=15.7U
* CROSS-REFERENCE 3
* 1 = N1
* 2 = N2
* GND = 0
.ENDS

* Definition for project RD_H21
.SUBCKT RD_H21 N1 N2
RD_H45   N1 N2   RDIFF W=4.6U L=15.7U
RD_H21   N1 N2   RDIFF W=4.6U L=15.7U
RD_H46   N1 N2   RDIFF W=4.6U L=15.7U
RD_H47   N1 N2   RDIFF W=4.6U L=15.7U
RD_H48   N1 N2   RDIFF W=4.6U L=15.7U
RD_H49   N1 N2   RDIFF W=4.6U L=15.7U
RD_H25   N1 N2   RDIFF W=4.6U L=15.7U
RD_H24   N1 N2   RDIFF W=4.6U L=15.7U
RD_H23   N1 N2   RDIFF W=4.6U L=15.7U
RD_H22   N1 N2   RDIFF W=4.6U L=15.7U
* CROSS-REFERENCE 3
* 1 = N1
* 2 = N2
* GND = 0
.ENDS

* Definition for project RD_H50
.SUBCKT RD_H50 N1 N2
RD_H50   N1 N2   RDIFF W=4.6U L=27.5U
RD_H51   N1 N2   RDIFF W=4.6U L=27.5U
RD_H52   N1 N2   RDIFF W=4.6U L=27.5U
RD_H53   N1 N2   RDIFF W=4.6U L=27.5U
RD_H54   N1 N2   RDIFF W=4.6U L=27.5U
* CROSS-REFERENCE 3
* 1 = N1
* 2 = N2
* GND = 0
.ENDS

* Definition for project RD_H55
.SUBCKT RD_H55 N1 N2
RD_H55   N1 N1N12 RDIFF W=4.6U L=27.5U
RD_H64   N1N12 N2   RDIFF W=4.6U L=27.5U
RD_H56   N1 N1N12 RDIFF W=4.6U L=27.5U
RD_H57   N1 N1N12 RDIFF W=4.6U L=27.5U
RD_H58   N1 N1N12 RDIFF W=4.6U L=27.5U
RD_H59   N1 N1N12 RDIFF W=4.6U L=27.5U
RD_H60   N1N12 N2   RDIFF W=4.6U L=27.5U
RD_H61   N1N12 N2   RDIFF W=4.6U L=27.5U
RD_H62   N1N12 N2   RDIFF W=4.6U L=27.5U
RD_H63   N1N12 N2   RDIFF W=4.6U L=27.5U
* CROSS-REFERENCE 3
* 1 = N1
* 2 = N2
* GND = 0
.ENDS

* Definition for project RD_H66
.SUBCKT RD_H66 N1 N2
RD_H66   N1 N1   RDIFF W=4.6U L=15.7U
RD_H67   N1 N1   RDIFF W=4.6U L=15.7U
RD_H65   N1 N2   RDIFF W=4.6U L=118.3U
* CROSS-REFERENCE 3
* 1 = N1
* 2 = N2
* GND = 0
.ENDS

* Definition for project H_TRIM
.SUBCKT H_TRIM IN OUT
QVNPN_H1 N1N111 N1N66 N1N111 VNPN2-4 2
XRD_H26 IN N1N111 RD_H26
QVNPN_H2 N1N66 N1N68 N1N66 VNPN2-4 2
QVNPN_H3 N1N68 N1N70 N1N68 VNPN2-4 2
QVNPN_H4 N1N70 N1N70 N1N70 VNPN2-4 2
XRD_H40 N1N111 N1N66 RD_H40
XRD_H21 N1N66 N1N68 RD_H21
XRD_H50 N1N68 N1N70 RD_H50
XRD_H55 N1N70 N1N70 RD_H55
XRD_H66 N1N70 OUT RD_H66
* CROSS-REFERENCE 1
* GND = 0
.ENDS

* Definition for project RD_H12
.SUBCKT RD_H12 N1 N2
RD_H12   N1 N1N9 RDIFF W=4.6U L=27.5U
RD_H19   N1N29 N2   RDIFF W=4.6U L=27.5U
RD_H13   N1N9 N1N11 RDIFF W=4.6U L=27.5U
RD_H14   N1N11 N1N15 RDIFF W=4.6U L=27.5U
RD_H15   N1N15 N1N17 RDIFF W=4.6U L=27.5U
RD_H16   N1N17 N1N21 RDIFF W=4.6U L=27.5U
RD_H17   N1N21 N1N27 RDIFF W=4.6U L=27.5U
RD_H18   N1N27 N1N29 RDIFF W=4.6U L=27.5U
* CROSS-REFERENCE 3
* 1 = N1
* 2 = N2
* GND = 0
.ENDS

* Definition for project RD_H3
.SUBCKT RD_H3 N1 N2
RD_H6   N1N15 N2   RDIFF W=4.6U L=27.5U
RD_H3   N1 N1N5 RDIFF W=4.6U L=27.5U
RD_H4   N1N5 N1N9 RDIFF W=4.6U L=27.5U
RD_H5   N1N9 N1N15 RDIFF W=4.6U L=27.5U
* CROSS-REFERENCE 3
* 1 = N1
* 2 = N2
* GND = 0
.ENDS

* Definition for project RD_H8
.SUBCKT RD_H8 N1 N2
RD_H8   N1 N1N7 RDIFF W=4.6U L=192.5U
RDH_10   N1N9 N1N11 RDIFF W=4.6U L=192.5U
RD_H11   N1N11 N2   RDIFF W=4.6U L=192.5U
RD_H9   N1N7 N1N9 RDIFF W=4.6U L=192.5U
* CROSS-REFERENCE 3
* 1 = N1
* 2 = N2
* GND = 0
.ENDS

* Definition for project RD_H1
.SUBCKT RD_H1 N1 N2
RD_H1   N1 N1N1 RDIFF W=4.6U L=27.5U
RD_H2   N1N1 N2   RDIFF W=4.6U L=27.5U
* CROSS-REFERENCE 3
* 1 = N1
* 2 = N2
* GND = 0
.ENDS

* Definition for project RD_L1
.SUBCKT RD_L1 IN OUT
RD_L2   N1N67 N1N120 RDIFF W=1U L=20U
RD_L3   N1N120 OUT RDIFF W=1U L=20U
C1I231   L27 DGND C_PID W=10U L=10U
RD_L1   IN N1N67 RDIFF W=1U L=20U
* CROSS-REFERENCE 1
* GND = 0
.ENDS

* Definition for project RD_L37
.SUBCKT RD_L37 IN OUT
RD_L26   OUT N1N204 RDIFF W=1U L=79U
RD_L27   N1N204 N1N204 RDIFF W=1U L=20U
RD_L28   N1N204 N1N204 RDIFF W=1U L=20U
RD_L29   N1N204 N1N204 RDIFF W=1U L=20U
RD_L30   N1N204 N1N216 RDIFF W=1U L=20U
RD_L31   N1N204 N1N216 RDIFF W=1U L=20U
RD_L32   N1N204 N1N216 RDIFF W=1U L=20U
RD_L33   N1N204 N1N216 RDIFF W=1U L=20U
RD_L34   N1N204 N1N216 RDIFF W=1U L=20U
RD_L35   N1N204 N1N216 RDIFF W=1U L=20U
RD_L36   N1N216 N1N223 RDIFF W=1U L=20U
RD_L37   N1N223 IN   RDIFF W=1U L=20U
* CROSS-REFERENCE 1
* GND = 0
.ENDS

* Definition for project RD_L22
.SUBCKT RD_L22 IN OUT
RD_L22   OUT IN   RDIFF W=1U L=20U
RD_L23   OUT IN   RDIFF W=1U L=20U
RD_L24   OUT IN   RDIFF W=1U L=20U
RD_L25   OUT IN   RDIFF W=1U L=20U
* CROSS-REFERENCE 1
* GND = 0
.ENDS

* Definition for project RD_L16
.SUBCKT RD_L16 IN OUT
RD_L18   OUT IN   RDIFF W=1U L=20U
RD_L19   OUT IN   RDIFF W=1U L=20U
RD_L16   OUT IN   RDIFF W=1U L=20U
RD_L17   OUT IN   RDIFF W=1U L=20U
* CROSS-REFERENCE 1
* GND = 0
.ENDS

* Definition for project RD_L13
.SUBCKT RD_L13 IN OUT
RD_L12   OUT IN   RDIFF W=1U L=20U
RD_L10   OUT N1N176 RDIFF W=1U L=20U
RD_L13   OUT IN   RDIFF W=1U L=20U
RD_L9   OUT N1N176 RDIFF W=1U L=20U
* CROSS-REFERENCE 1
* GND = 0
.ENDS

* Definition for project L_TRIM
.SUBCKT L_TRIM IN OUT
RD_L4   OUT N1N127 RDIFF W=5.2U L=28.1U
RD_L6   N1N149 N1N127 RDIFF W=5.2U L=28.1U
RD_L7   N1N149 N1N127 RDIFF W=5.2U L=28.1U
QVNPN_L1 N1N127 N1N127 N1N127 VNPN2-4 2
QVNPN_L2 N1N245 N1N127 N1N245 VNPN2-4 2
QVNPN_L3 N1N245 N1N245 N1N245 VNPN2-4 2
QVNPN_L4 N1N190 N1N245 N1N190 VNPN2-4 2
C1I231   L27 DGND C_PID W=10U L=10U
XRD_L37 IN N1N190 RD_L37
XRD_L22 N1N190 N1N245 RD_L22
XRD_L16 N1N245 N1N245 RD_L16
XRD_L13 N1N245 N1N127 RD_L13
* CROSS-REFERENCE 1
* GND = 0
.ENDS

* Definition for project NAND2
.SUBCKT NAND2 VIN VSS X1 X2 Y   WN1=WN11 LN1=LN11 WP1=WP11 LP1=LP11 MN1=MN11
+ MP1=MP11 WN2=WN21 LN2=LN21 WP2=WP21 LP2=LP21 MN2=MN21 MP2=MP21
M1     Y   X1 VIN VIN PSS L=LP1 W=WP1 M=MP1
M2     Y   X2 VIN VIN PSS L=LP2 W=WP2 M=MP2
M4     N1N63 X2 VSS VSS NSS L=LN2 W=WN2 M=MN2
M3     Y   X1 N1N63 VSS NSS L=LN1 W=WN1 M=MN1
* CROSS-REFERENCE 1
* GND = 0
.ENDS

* Definition for project RD_H30
.SUBCKT RD_H30 N1 N2
RD_H30   N1 N1N8 RDIFF W=4.6U L=27.5U
RD_H31   N1N8 N1N10 RDIFF W=4.6U L=27.5U
RD_H32   N1N10 N1N12 RDIFF W=4.6U L=27.5U
RD_H33   N1N12 N1N14 RDIFF W=4.6U L=27.5U
RD_H34   N1N14 N2   RDIFF W=4.6U L=27.5U
* CROSS-REFERENCE 3
* 1 = N1
* 2 = N2
* GND = 0
.ENDS

* Definition for project REF
.SUBCKT REF MAIN_RTN EN_CON VIN DGND EN_CON2_INV VREF2 VREF3 VREF1 VB1 VB2
+ EN_CON2
MPI16   N1N247 N1N247 N1N247 VIN PSS L=3U W=17U M=1 AD='H*17U*1' AS='H*17U*1'
+ PD='2*(17U+H)*1' PS='2*(17U+H)*1' NRD='(B1+0.5*C)/(17U*1)'
+ NRS='(B1+0.5*C)/(17U*1)' GEO=0
QVNPN_I2 VB1 L63 L66 VNPN2-4 3
QVNPN_I4 VB2 L63 LA   VNPN2-4 3
MPI58_63 VB1 VB2 N1N129 VIN PSS L=1.3U W=13U M=6 AD='H*13U*6' AS='H*13U*6'
+ PD='2*(13U+H)*6' PS='2*(13U+H)*6' NRD='(B1+0.5*C)/(13U*6)'
+ NRS='(B1+0.5*C)/(13U*6)' GEO=0
MPI39_40 N1N146 VB2 VIN VIN PSS L=5U W=13U M=2 AD='H*13U*2' AS='H*13U*2'
+ PD='2*(13U+H)*2' PS='2*(13U+H)*2' NRD='(B1+0.5*C)/(13U*2)'
+ NRS='(B1+0.5*C)/(13U*2)' GEO=0
MPI64_65 VB2 VB2 N1N146 VIN PSS L=1.3U W=13U M=2 AD='H*13U*2' AS='H*13U*2'
+ PD='2*(13U+H)*2' PS='2*(13U+H)*2' NRD='(B1+0.5*C)/(13U*2)'
+ NRS='(B1+0.5*C)/(13U*2)' GEO=0
MPI66   N1N146 VIN VIN VIN PSS L=1.3U W=13U M=1 AD='H*13U*1' AS='H*13U*1'
+ PD='2*(13U+H)*1' PS='2*(13U+H)*1' NRD='(B1+0.5*C)/(13U*1)'
+ NRS='(B1+0.5*C)/(13U*1)' GEO=0
RD_H20   L65 L66 RDIFF W=4.6U L=45.1U
XRD_HTRIM L66 DGND H_TRIM
XRD_H12 LA DGND RD_H12
XRD_H3   VREF4 L63 RD_H3
RD_H7   L63 N1N280 RDIFF W=4.6U L=192.5U
CH1     VREF3 DGND C_PID W=230U L=79.7U
XRD_H8   N1N280 DGND RD_H8
XRD_H1   N1N280 VREF3 RD_H1
XRD_L1   L16 VREF1 RD_L1
CL1     VREF1 DGND C_PID W=249U L=47.7U
XL_TRIM VREF1 L23 L_TRIM
MND_M1   L23 EN_CON2_INV AGND AGND NHV L=0.9U W=20U M=7 AD='H*20U*7'
+ AS='H*20U*7' PD='2*(20U+H)*7' PS='2*(20U+H)*7' NRD='(B1+0.5*C)/(20U*7)'
+ NRS='(B1+0.5*C)/(20U*7)' GEO=0
MND_M2   MAIN_RTN EN_CON2 L23 L23 NHV L=0.9U W=20U M=7 AD='H*20U*7'
+ AS='H*20U*7' PD='2*(20U+H)*7' PS='2*(20U+H)*7' NRD='(B1+0.5*C)/(20U*7)'
+ NRS='(B1+0.5*C)/(20U*7)' GEO=0
CI2     VIN L58 C_PID W=88.2U L=81.7U
CI1     VIN L58 C_PID W=45.8U L=39.2U
MPI3   L58 L59 VIN VIN PSS L=1.3U W=4.6U M=1 AD='H*4.6U*1' AS='H*4.6U*1'
+ PD='2*(4.6U+H)*1' PS='2*(4.6U+H)*1' NRD='(B1+0.5*C)/(4.6U*1)'
+ NRS='(B1+0.5*C)/(4.6U*1)' GEO=0
MPI1   VB2 L59 VIN VIN PSS L=1.3U W=4.6U M=1 AD='H*4.6U*1' AS='H*4.6U*1'
+ PD='2*(4.6U+H)*1' PS='2*(4.6U+H)*1' NRD='(B1+0.5*C)/(4.6U*1)'
+ NRS='(B1+0.5*C)/(4.6U*1)' GEO=0
MPI2   VB1 L59 VIN VIN PSS L=1.3U W=4.6U M=1 AD='H*4.6U*1' AS='H*4.6U*1'
+ PD='2*(4.6U+H)*1' PS='2*(4.6U+H)*1' NRD='(B1+0.5*C)/(4.6U*1)'
+ NRS='(B1+0.5*C)/(4.6U*1)' GEO=0
MPI6   N1N209 L58 VIN VIN PSS L=3U W=16.3U M=1 AD='H*16.3U*1' AS='H*16.3U*1'
+ PD='2*(16.3U+H)*1' PS='2*(16.3U+H)*1' NRD='(B1+0.5*C)/(16.3U*1)'
+ NRS='(B1+0.5*C)/(16.3U*1)' GEO=0
MPI7   VIN L58 N1N209 VIN PSS L=3U W=16.3U M=1 AD='H*16.3U*1' AS='H*16.3U*1'
+ PD='2*(16.3U+H)*1' PS='2*(16.3U+H)*1' NRD='(B1+0.5*C)/(16.3U*1)'
+ NRS='(B1+0.5*C)/(16.3U*1)' GEO=0
MPI12   L16 L58 VIN VIN PSS L=3U W=17U M=1 AD='H*17U*1' AS='H*17U*1'
+ PD='2*(17U+H)*1' PS='2*(17U+H)*1' NRD='(B1+0.5*C)/(17U*1)'
+ NRS='(B1+0.5*C)/(17U*1)' GEO=0
MPI27_32 N1N78 VB1 VIN VIN PSS L=5U W=13U M=6 AD='H*13U*6' AS='H*13U*6'
+ PD='2*(13U+H)*6' PS='2*(13U+H)*6' NRD='(B1+0.5*C)/(13U*6)'
+ NRS='(B1+0.5*C)/(13U*6)' GEO=0
MPI33_38 N1N129 VB1 VIN VIN PSS L=5U W=13U M=6 AD='H*13U*6' AS='H*13U*6'
+ PD='2*(13U+H)*6' PS='2*(13U+H)*6' NRD='(B1+0.5*C)/(13U*6)'
+ NRS='(B1+0.5*C)/(13U*6)' GEO=0
MPI52_57 L58 VB2 N1N78 VIN PSS L=1.3U W=13U M=6 AD='H*13U*6' AS='H*13U*6'
+ PD='2*(13U+H)*6' PS='2*(13U+H)*6' NRD='(B1+0.5*C)/(13U*6)'
+ NRS='(B1+0.5*C)/(13U*6)' GEO=0
MPI14_15 N1N247 L58 L63 VIN PSS L=3U W=17U M=2 AD='H*17U*2' AS='H*17U*2'
+ PD='2*(17U+H)*2' PS='2*(17U+H)*2' NRD='(B1+0.5*C)/(17U*2)'
+ NRS='(B1+0.5*C)/(17U*2)' GEO=0
MPI13   L16 L58 N1N247 VIN PSS L=3U W=17U M=1 AD='H*17U*1' AS='H*17U*1'
+ PD='2*(17U+H)*1' PS='2*(17U+H)*1' NRD='(B1+0.5*C)/(17U*1)'
+ NRS='(B1+0.5*C)/(17U*1)' GEO=0
XINV_I1 VIN DGND EN_CON L59 INV WN=4.6U LN=1.3U WP=7.8U LP=1.3U MP=1 MN=1
XINV_J1 VIN DGND N1N441 N1N438 INV WN=4.6U LN=1.3U WP=7.8U LP=1.3U MP=1 MN=1
XINV_J2 VIN DGND N1N438 N1N440 INV WN=4.6U LN=1.3U WP=7.8U LP=1.3U MP=1 MN=1
MPJ5   VIN VB1 VIN VIN PSS L=2U W=9.2U M=1 AD='H*9.2U*1' AS='H*9.2U*1'
+ PD='2*(9.2U+H)*1' PS='2*(9.2U+H)*1' NRD='(B1+0.5*C)/(9.2U*1)'
+ NRS='(B1+0.5*C)/(9.2U*1)' GEO=0
MPJ4   N1N429 VB1 VIN VIN PSS L=2U W=9.2U M=1 AD='H*9.2U*1' AS='H*9.2U*1'
+ PD='2*(9.2U+H)*1' PS='2*(9.2U+H)*1' NRD='(B1+0.5*C)/(9.2U*1)'
+ NRS='(B1+0.5*C)/(9.2U*1)' GEO=0
MNJ13   N1N429 N1N429 DGND DGND NSS L=17U W=4.6U M=1 AD='H*4.6U*1'
+ AS='H*4.6U*1' PD='2*(4.6U+H)*1' PS='2*(4.6U+H)*1' NRD='(B1+0.5*C)/(4.6U*1)'
+ NRS='(B1+0.5*C)/(4.6U*1)' GEO=0
MNJ15   N1N429 EN_CON DGND DGND NSS L=1.3U W=4.6U M=1 AD='H*4.6U*1'
+ AS='H*4.6U*1' PD='2*(4.6U+H)*1' PS='2*(4.6U+H)*1' NRD='(B1+0.5*C)/(4.6U*1)'
+ NRS='(B1+0.5*C)/(4.6U*1)' GEO=0
MNJ14   DGND N1N429 DGND DGND NSS L=17U W=4.6U M=1 AD='H*4.6U*1'
+ AS='H*4.6U*1' PD='2*(4.6U+H)*1' PS='2*(4.6U+H)*1' NRD='(B1+0.5*C)/(4.6U*1)'
+ NRS='(B1+0.5*C)/(4.6U*1)' GEO=0
MPJ3   N1N441 N1N429 VIN VIN PSS L=9.8U W=6.5U M=1 AD='H*6.5U*1'
+ AS='H*6.5U*1' PD='2*(6.5U+H)*1' PS='2*(6.5U+H)*1' NRD='(B1+0.5*C)/(6.5U*1)'
+ NRS='(B1+0.5*C)/(6.5U*1)' GEO=0
MNJ3_12 N1N441 N1N429 DGND DGND NSS L=1.3U W=13U M=10 AD='H*13U*10'
+ AS='H*13U*10' PD='2*(13U+H)*10' PS='2*(13U+H)*10' NRD='(B1+0.5*C)/(13U*10)'
+ NRS='(B1+0.5*C)/(13U*10)' GEO=0
MNJ19   L58 N1N439 DGND DGND NSS L=17U W=4.6U M=1 AD='H*4.6U*1' AS='H*4.6U*1'
+ PD='2*(4.6U+H)*1' PS='2*(4.6U+H)*1' NRD='(B1+0.5*C)/(4.6U*1)'
+ NRS='(B1+0.5*C)/(4.6U*1)' GEO=0
XINV_J3 VIN DGND N1N431 N1N439 INV WN=13U LN=1.3U WP=7.8U LP=1.3U MP=1 MN=1
XNAND2_J1 VIN DGND L59 N1N440 N1N431 NAND2 WN1=4.6U LN1=1.3U WP1=4.6U LP1=1.3U
+ MN1=1 MP1=1 WN2=4.6U LN2=1.3U WP2=4.6U LP2=1.3U MN2=1 MP2=1
XRD_H30 L63 VREF2 RD_H30
CH2     VREF2 DGND C_PID W=350U L=240.9U
QVNPN_I1/3 L58 L63 L65 VNPN2-4 30
MPI10_11 L63 L58 VIN VIN PSS L=3U W=17U M=2 AD='H*17U*2' AS='H*17U*2'
+ PD='2*(17U+H)*2' PS='2*(17U+H)*2' NRD='(B1+0.5*C)/(17U*2)'
+ NRS='(B1+0.5*C)/(17U*2)' GEO=0
* CROSS-REFERENCE 1
* GND = 0
.ENDS

* Definition for project IBIAS
.SUBCKT IBIAS IB7 IB6 IB5 IB4 IB3 IB2 IB1 VB1 VB2 DGND EN_CON VIN
MPI43_47 L64 VB2 N1N150 VIN PSS L=1.3U W=13U M=5 AD='H*13U*5' AS='H*13U*5'
+ PD='2*(13U+H)*5' PS='2*(13U+H)*5' NRD='(B1+0.5*C)/(13U*5)'
+ NRS='(B1+0.5*C)/(13U*5)' GEO=0
MPI18_22 N1N150 VB1 VIN VIN PSS L=5U W=13U M=5 AD='H*13U*5' AS='H*13U*5'
+ PD='2*(13U+H)*5' PS='2*(13U+H)*5' NRD='(B1+0.5*C)/(13U*5)'
+ NRS='(B1+0.5*C)/(13U*5)' GEO=0
MPI23_26 N1N141 VB1 VIN VIN PSS L=5U W=13U M=4 AD='H*13U*4' AS='H*13U*4'
+ PD='2*(13U+H)*4' PS='2*(13U+H)*4' NRD='(B1+0.5*C)/(13U*4)'
+ NRS='(B1+0.5*C)/(13U*4)' GEO=0
MPI48_51 L62 VB2 N1N141 VIN PSS L=1.3U W=13U M=4 AD='H*13U*4' AS='H*13U*4'
+ PD='2*(13U+H)*4' PS='2*(13U+H)*4' NRD='(B1+0.5*C)/(13U*4)'
+ NRS='(B1+0.5*C)/(13U*4)' GEO=0
MPI17   N1N150 VIN VIN VIN PSS L=5U W=13U M=1 AD='H*13U*1' AS='H*13U*1'
+ PD='2*(13U+H)*1' PS='2*(13U+H)*1' NRD='(B1+0.5*C)/(13U*1)'
+ NRS='(B1+0.5*C)/(13U*1)' GEO=0
MPI42   L64 VIN N1N150 VIN PSS L=1.3U W=13U M=1 AD='H*13U*1' AS='H*13U*1'
+ PD='2*(13U+H)*1' PS='2*(13U+H)*1' NRD='(B1+0.5*C)/(13U*1)'
+ NRS='(B1+0.5*C)/(13U*1)' GEO=0
MNI3   L62 EN_CON DGND DGND NSS L=1.3U W=4.6U M=1 AD='H*4.6U*1'
+ AS='H*4.6U*1' PD='2*(4.6U+H)*1' PS='2*(4.6U+H)*1' NRD='(B1+0.5*C)/(4.6U*1)'
+ NRS='(B1+0.5*C)/(4.6U*1)' GEO=0
MNI2   L64 EN_CON DGND DGND NSS L=1.3U W=4.6U M=1 AD='H*4.6U*1'
+ AS='H*4.6U*1' PD='2*(4.6U+H)*1' PS='2*(4.6U+H)*1' NRD='(B1+0.5*C)/(4.6U*1)'
+ NRS='(B1+0.5*C)/(4.6U*1)' GEO=0
MNG2   N1N85 L62 N1N87 DGND NSS L=1.3U W=6.5U M=1 AD='H*6.5U*1'
+ AS='H*6.5U*1' PD='2*(6.5U+H)*1' PS='2*(6.5U+H)*1' NRD='(B1+0.5*C)/(6.5U*1)'
+ NRS='(B1+0.5*C)/(6.5U*1)' GEO=0
MNG4   N1N89 L62 DGND DGND NSS L=2.6U W=6.5U M=1 AD='H*6.5U*1' AS='H*6.5U*1'
+ PD='2*(6.5U+H)*1' PS='2*(6.5U+H)*1' NRD='(B1+0.5*C)/(6.5U*1)'
+ NRS='(B1+0.5*C)/(6.5U*1)' GEO=0
MNG18   N1N101 L64 DGND DGND NSS L=2.6U W=11.7U M=1 AD='H*11.7U*1'
+ AS='H*11.7U*1' PD='2*(11.7U+H)*1' PS='2*(11.7U+H)*1'
+ NRD='(B1+0.5*C)/(11.7U*1)' NRS='(B1+0.5*C)/(11.7U*1)' GEO=0
MNG19_20 IB1 L62 N1N49 DGND NSS L=1.3U W=11.7U M=2 AD='H*11.7U*2'
+ AS='H*11.7U*2' PD='2*(11.7U+H)*2' PS='2*(11.7U+H)*2'
+ NRD='(B1+0.5*C)/(11.7U*2)' NRS='(B1+0.5*C)/(11.7U*2)' GEO=0
MNG5_6   IB2 L62 N1N47 DGND NSS L=1.3U W=11.7U M=2 AD='H*11.7U*2'
+ AS='H*11.7U*2' PD='2*(11.7U+H)*2' PS='2*(11.7U+H)*2'
+ NRD='(B1+0.5*C)/(11.7U*2)' NRS='(B1+0.5*C)/(11.7U*2)' GEO=0
MNG7_8   IB3 L62 N1N45 DGND NSS L=1.3U W=11.7U M=2 AD='H*11.7U*2'
+ AS='H*11.7U*2' PD='2*(11.7U+H)*2' PS='2*(11.7U+H)*2'
+ NRD='(B1+0.5*C)/(11.7U*2)' NRS='(B1+0.5*C)/(11.7U*2)' GEO=0
MNG9_10 IB4 L62 N1N43 DGND NSS L=1.3U W=11.7U M=2 AD='H*11.7U*2'
+ AS='H*11.7U*2' PD='2*(11.7U+H)*2' PS='2*(11.7U+H)*2'
+ NRD='(B1+0.5*C)/(11.7U*2)' NRS='(B1+0.5*C)/(11.7U*2)' GEO=0
MNG11_12 IB5 L62 N1N41 DGND NSS L=1.3U W=11.7U M=2 AD='H*11.7U*2'
+ AS='H*11.7U*2' PD='2*(11.7U+H)*2' PS='2*(11.7U+H)*2'
+ NRD='(B1+0.5*C)/(11.7U*2)' NRS='(B1+0.5*C)/(11.7U*2)' GEO=0
MNG13_14 IB6 L62 N1N39 DGND NSS L=1.3U W=11.7U M=2 AD='H*11.7U*2'
+ AS='H*11.7U*2' PD='2*(11.7U+H)*2' PS='2*(11.7U+H)*2'
+ NRD='(B1+0.5*C)/(11.7U*2)' NRS='(B1+0.5*C)/(11.7U*2)' GEO=0
MNG15_16 IB7 L62 N1N37 DGND NSS L=1.3U W=11.7U M=2 AD='H*11.7U*2'
+ AS='H*11.7U*2' PD='2*(11.7U+H)*2' PS='2*(11.7U+H)*2'
+ NRD='(B1+0.5*C)/(11.7U*2)' NRS='(B1+0.5*C)/(11.7U*2)' GEO=0
MNG23_24 N1N47 L64 DGND DGND NSS L=2.6U W=11.7U M=2 AD='H*11.7U*2'
+ AS='H*11.7U*2' PD='2*(11.7U+H)*2' PS='2*(11.7U+H)*2'
+ NRD='(B1+0.5*C)/(11.7U*2)' NRS='(B1+0.5*C)/(11.7U*2)' GEO=0
MNG25_26 N1N45 L64 DGND DGND NSS L=2.6U W=11.7U M=2 AD='H*11.7U*2'
+ AS='H*11.7U*2' PD='2*(11.7U+H)*2' PS='2*(11.7U+H)*2'
+ NRD='(B1+0.5*C)/(11.7U*2)' NRS='(B1+0.5*C)/(11.7U*2)' GEO=0
MNG27_28 N1N43 L64 DGND DGND NSS L=2.6U W=11.7U M=2 AD='H*11.7U*2'
+ AS='H*11.7U*2' PD='2*(11.7U+H)*2' PS='2*(11.7U+H)*2'
+ NRD='(B1+0.5*C)/(11.7U*2)' NRS='(B1+0.5*C)/(11.7U*2)' GEO=0
MNG29_30 N1N41 L64 DGND DGND NSS L=2.6U W=11.7U M=2 AD='H*11.7U*2'
+ AS='H*11.7U*2' PD='2*(11.7U+H)*2' PS='2*(11.7U+H)*2'
+ NRD='(B1+0.5*C)/(11.7U*2)' NRS='(B1+0.5*C)/(11.7U*2)' GEO=0
MNG1   L62 L62 N1N85 DGND NSS L=1.3U W=6.5U M=1 AD='H*6.5U*1' AS='H*6.5U*1'
+ PD='2*(6.5U+H)*1' PS='2*(6.5U+H)*1' NRD='(B1+0.5*C)/(6.5U*1)'
+ NRS='(B1+0.5*C)/(6.5U*1)' GEO=0
MNG31_32 N1N39 L64 DGND DGND NSS L=2.6U W=11.7U M=2 AD='H*11.7U*2'
+ AS='H*11.7U*2' PD='2*(11.7U+H)*2' PS='2*(11.7U+H)*2'
+ NRD='(B1+0.5*C)/(11.7U*2)' NRS='(B1+0.5*C)/(11.7U*2)' GEO=0
MNG33_34 N1N37 L64 DGND DGND NSS L=2.6U W=11.7U M=2 AD='H*11.7U*2'
+ AS='H*11.7U*2' PD='2*(11.7U+H)*2' PS='2*(11.7U+H)*2'
+ NRD='(B1+0.5*C)/(11.7U*2)' NRS='(B1+0.5*C)/(11.7U*2)' GEO=0
MNG17   L64 L62 N1N101 DGND NSS L=1.3U W=11.7U M=1 AD='H*11.7U*1'
+ AS='H*11.7U*1' PD='2*(11.7U+H)*1' PS='2*(11.7U+H)*1'
+ NRD='(B1+0.5*C)/(11.7U*1)' NRS='(B1+0.5*C)/(11.7U*1)' GEO=0
MNG3   N1N87 L62 N1N89 DGND NSS L=2.6U W=6.5U M=1 AD='H*6.5U*1'
+ AS='H*6.5U*1' PD='2*(6.5U+H)*1' PS='2*(6.5U+H)*1' NRD='(B1+0.5*C)/(6.5U*1)'
+ NRS='(B1+0.5*C)/(6.5U*1)' GEO=0
MNG21_22 N1N49 L64 DGND DGND NSS L=2.6U W=11.7U M=2 AD='H*11.7U*2'
+ AS='H*11.7U*2' PD='2*(11.7U+H)*2' PS='2*(11.7U+H)*2'
+ NRD='(B1+0.5*C)/(11.7U*2)' NRS='(B1+0.5*C)/(11.7U*2)' GEO=0
* CROSS-REFERENCE 1
* GND = 0
.ENDS

X1I1   0   N1N17 IB4 VSENSE CURRENT_LIMIT ISENSE_SLOPE 0   PFM_OUT
+ CURRENT_SENSE
M1I2   N1N8 VG VSENSE VSENSE NHV L=0.9U W=20U M=1350 AD='H*20U*1350'
+ AS='H*20U*1350' PD='2*(20U+H)*1350' PS='2*(20U+H)*1350'
+ NRD='(B1+0.5*C)/(20U*1350)' NRS='(B1+0.5*C)/(20U*1350)' GEO=0
RSENSE   VSENSE 0   0.1  
X1I47   MAIN_RTN EN_CON VIN DGND EN_CON2_INV VREF2 VREF3 VREF1 N1N56 N1N58
+ EN_CON2 REF
X1I48   IB7 IB6 IB5 IB4 IB3 IB2 IB1 N1N56 N1N58 DGND EN_CON VIN IBIAS
RTEST   ISENSE_SLOPE 0   10K  
RIN     VIN N1N17 0.1  

* DICTIONARY 1
* GND = 0

.OPTIONS node post list
.END

Quote:

引用第190楼[-_-]于2006-05-16 09:12发表的:

* Project SIMU_CURRENT_SENSE
* Innoveda Wirelist Created with Version 6.3.5
* Inifile   :
* Options   : -h -d -n -m -i -z -c16
.......

% Upper frequency and lower frequency detection

% This is used for the detection of the two frequency that represent 1 and
% 0 in FSK signal transmission

% 'S1' is the sampled signal in 2 second

% Version 1.02, Feb 22, 2006

% Set initial parameters
  f0=1700;   omega=f0*2*pi;             % Estimate an initial frequency'mode' would be the result in program Zero-Crossing
  omega_1=f0*2*pi;   omega_2=f0*2*pi;
  M=31;
  m=4;                             % The number of points that used for one calculation
  re=4;                           % The times of recursion for one calculation
  N=64;                           % The number of N points for one half period will be averaged to get a final result
  Ts=1/20000;
  count1=0;
  count2=0;
  f_1=0;
  f_2=0;                           % accoumulation of all the frequency results that will latter be averaged
  f_1_v=0;
  f_2_v=0;                         % accoumulation of all the voltage results that will latter be averaged

  % Compute theta(i)
  temp_1=sin(m*omega_1*Ts)/m/sin(omega_1*Ts);
  n=M-m+1;

 

 
  for j1=690:940
    j2=j1+390;             % The stating point and ending point for calculation
   
  for l=1:re
   
    accco=0;
    accsi=0;
        for k=0:(m-1);
          co=cos(omega_1*Ts*(k-(m-1)/2));
          si=sin(omega_1*Ts*(k-(m-1)/2));
            accco=co*S1(j1+k+1)+accco;
            accsi=si*S1(j1+k+1)+accsi;
        end
          p_1(1)=accco/accsi*((1-temp_1)/(1+temp_1));
          theta(1)=atan(p_1(1));
          o_1(1)=theta(1);
            if p_1(1)<0
                o_1(1)=o_1(1)+pi;
            end        
 
      k1=0;    
 
    for i=2:n
    accco=0;
    accsi=0;
        for k=0:(m-1);
          co=cos(omega_1*Ts*(k-(m-1)/2));
          si=sin(omega_1*Ts*(k-(m-1)/2));
            accco=co*S1(j1+i+k)+accco;
            accsi=si*S1(j1+i+k)+accsi;
        end
          p_1(i)=accco/accsi*((1-temp_1)/(1+temp_1));
          theta(i)=atan(p_1(i));
            if p_1(i)-p_1(i-1)<0
                k1=k1+1;
            end
            o_1(i)=k1*pi+theta(i);
                if o_1(i)<o_1(i-1);
                  o_1(i)=o_1(i)+pi;
                end
    end
   

   
  f1=0;
    for i=1:n
        f1=o_1(i)/2/pi*(i-(n+1)/2)+f1;
    end
    f_final_1(j1)=12*f1/((n^2-1)*n)/Ts;
 
        f0_1=f_final_1(j1);   omega_1=f0*2*pi;
  end

   
% Calculate another frequency, from j2 point, the interval is half of the
% symbel rate from j1

% Compute theta(i)
  temp_2=sin(m*omega_2*Ts)/m/sin(omega_2*Ts);
  n=M-m+1;

 
  for l=1:re
   
    accco=0;
    accsi=0;
        for k=0:(m-1);
          co=cos(omega_2*Ts*(k-(m-1)/2));
          si=sin(omega_2*Ts*(k-(m-1)/2));
            accco=co*S1(j2+k+1)+accco;
            accsi=si*S1(j2+k+1)+accsi;
        end
          p_2(1)=accco/accsi*((1-temp_2)/(1+temp_2));
          theta(1)=atan(p_2(1));
          o_2(1)=theta(1);
            if p_2(1)<0
                o_2(1)=o_2(1)+pi;
            end        
 
      k1=0;    
 
    for i=2:n
    accco=0;
    accsi=0;
        for k=0:(m-1);
          co=cos(omega_2*Ts*(k-(m-1)/2));
          si=sin(omega_2*Ts*(k-(m-1)/2));
            accco=co*S1(j2+i+k)+accco;
            accsi=si*S1(j2+i+k)+accsi;
        end
          p_2(i)=accco/accsi*((1-temp_2)/(1+temp_2));
          theta(i)=atan(p_2(i));
            if p_2(i)-p_2(i-1)<0
                k1=k1+1;
            end
            o_2(i)=k1*pi+theta(i);
                if o_2(i)<o_2(i-1);
                  o_2(i)=o_2(i)+pi;
                end
    end
   

   
  f1=0;
    for i=1:n
        f1=o_2(i)/2/pi*(i-(n+1)/2)+f1;
    end
    f_final_2(j2)=12*f1/((n^2-1)*n)/Ts;
 
        f0_2=f_final_2(j2);   omega_2=f0*2*pi;
  end


% To count the points that have been considered 'useful'

    if f_final_1(j1)>1686 & f_final_1(j1)<1692
        count1=count1+1;
        f_1=f_final_1(j1)+f_1;
        f_1_v=f_1_v+abs(S1(j1));
    elseif f_final_2(j2)>1686 & f_final_2(j2)<1692
        count1=count1+1;
        f_1=f_final_2(j2)+f_1;
        f_1_v=f_1_v+abs(S1(j1));
    end
    if   f_final_1(j1)>1709 & f_final_1(j1)<1713
        f_2=f_final_1(j1)+f_2;
        count2=count2+1;
        f_2_v=f_2_v+abs(S1(j1));
    elseif f_final_2(j2)>1709 & f_final_2(j2)<1713
        f_2=f_final_2(j2)+f_2;
        count2=count2+1;
        f_2_v=f_2_v+abs(S1(j1));
    end
  end
 
  j1=j1+1;
  j2=j2+1;
end


  % Frequency average
    f_result_1=f_1/count1;
    f_result_2=f_2/count2;
  % Voltage average
    v_result_1=f_1_v/count1*2/(realsqrt(2))/1024;
    v_result_2=f_2_v/count2*2/(realsqrt(2))/1024;
 
  display(f_result_1)
  display(v_result_1)
  display(f_result_2)
  display(v_result_2)

想弄个带电子管的USB声卡听听感觉


据说650左右，不晓得成都有没得货？

最好先上一副好的耳机~~~

现在用的SONY G73就是阻抗小了点～