|
|
* Simulation of block sbTDrOut07_hmodel_01, TT Case, 85C 7 ]. G4 z% P+ {) u7 m2 Y: I4 Z F
.options list node post probe accurate. R0 F4 ]$ \& n; g, S" x
.options BYPASS=09 A1 y4 X, K. o8 U9 C5 _
.global SUBSTRATE VSS
' s2 ]. Z# E# e- h
8 _4 J, k) p: T3 i1 C: Q********************************************************************' P! ]# x0 G( P5 h" u8 f
4 m( D1 y" J: F# A
2 R% y$ j* e- N y( q: J
) J1 X% p7 k4 Y: h
.lib "./vendorhspice.1_0v-3_3v-G" TT& U) X% M- z' K7 Y# S
.lib "./vendorhspice.1_0v-3_3v-G" TT_hvt
8 q2 h9 ^$ }/ z9 s* S' | .lib "./vendorhspice.1_0v-3_3v-G" TT_lvt
4 x& |7 x9 @4 h7 Y$ U. p. r7 V .lib "./vendorhspice.1_0v-3_3v-G" TT_na
( }- _) a; I: C. c9 j, S" F .lib "./vendorhspice.1_0v-3_3v-G" TT_BIP7 n8 l9 D! n) d7 n
.lib "./vendorhspice.1_0v-3_3v-G" TT_DIO: e- `2 L9 u" [' z6 d
.lib "./vendorhspice.1_0v-3_3v-G" TT_DIO_hvt
' m8 G6 C! j- l .lib "./vendorhspice.1_0v-3_3v-G" TT_DIO_na
" n6 O( i2 G5 k, S- b# |$ l4 V .lib "./vendorhspice.1_0v-3_3v-G" TT_RES& m* m) N* x" P( \* d5 I5 i% ]
.lib "./ResModel.1_0v-3_3v-G" res_t
6 R1 X# Z! r! q
. U2 J% Z6 N4 O' h) R+ M1 e# t .temp 85. S6 m2 Z, ]# V0 Q$ h, l/ x
i7 }4 R! _& h& j2 P# j5 }
********************************************************************
e9 c8 M: u9 N& w7 i" Z( O2 @ P# Y5 e% B# e( ~; s
.inc './TT/sbtdrout07_hmodel_01.inc'
1 y/ ~2 u ]* j9 K .inc './TT/alias.inc'. X+ k7 D7 [4 E" H5 s- e! A
* .inc './data_pattern.inc'
6 r. b# N* W m% f4 r1 e# l% T4 U
, y; n' o! c. v8 l/ I; Z- ]' g' \********************************************************************
0 u9 e- C8 |: g/ F3 z; x2 b
- B, t3 e6 c) k********************************************************************% L& d& l) z9 v% e
*StatEye example circuit3 S7 g, ^7 [! L+ L9 S+ X( H
.param _BW=0.16n
' z* w+ n3 M- O C+ Y# @.param trf='_BW*0.01'
/ I& m# {$ Z& q9 m4 K.param opfreq='1.0/_BW'
* W8 G/ f5 O. U+ a+ S# [ \*define ports and stimulus
; O. C4 o7 r$ W8 T& N( QP1 data 0 port=1 LFSR (1 0 0 'trf' 'trf' 'opfreq' 1 [7,4,1])% f# g i8 M7 k# B# P. P
P2 pad1 pad0 0 port=2: w7 C* n8 u6 }$ o- E# i! D
( L8 l8 V" Q2 u0 U
8 j1 R8 S- k6 `. p8 \" `
! q' o/ {* |/ C9 C7 I* r( ?% _& \' b$ v) K; N' J
VAVDD AVDD 0 dc=pwr.vdd7 S+ m! n1 Z& q* q' {/ [. z
VAGND AGND 0 dc=pwr.gnd0 H, h+ q) n8 U0 g
4 v$ F( h8 x0 w4 j
.param pwr.vdd = 0.98
' R& i+ b. |) @6 i$ `8 ?.param pwr.gnd = 0.004 [, p: J7 j) m- I0 r" I- G! D* k
. O' ~1 D- V# N5 n' `, D8 N: U& K3 p0 T+ j
Rsub SUBSTRATE 0 1005 a: s( h3 G4 [; B+ X: b
Rvss VSS AGND 100u
0 P" D0 ]1 W/ G& Z0 k& CRagnd AGND 0 100u; r3 n- k! U: B
+ ^! b& V0 l- c( `
* Set up loads
* o6 C) j" m% A g, J- @$ t7 S2 A2 H$ q8 v# n* P) D
RL1 pad1 vcm 50.0
& i' x& l" C8 W+ C0 e8 Y, yRL0 pad0 vcm 50.0) z& n. s! Q# x# |) S8 K9 }
! U8 s* Q Y9 Z8 h% P- @ d4 {* Add subcircuit with parameter values
+ ]7 o- w$ E. K4 u/ Y6 A
$ C, p; q: J3 z1 M' Y! S7 Q* QXDUT AGND AVDD pad1 pad0 data 'sbTDrOut07_hmodel_01'2 o, i& x, \3 `& z3 a
+ sr1=0 eq3=0 eq2=0 eq1=0 Clock=Clock Wait=Wait
9 s& a: ?4 k5 m4 k; O2 _. U' X
# i4 |* A& H3 K, |, _+ W; P* Set Clock parameter: F0 b$ T7 K+ K# X4 J7 m
.param Clock=6.250G
) [7 a- j* c5 t0 z! D( ]$ ^8 J2 m* L( \+ V
* Set Wait parameter3 _- z" E( _0 y7 k+ j* M! \
.param Wait=0n
J" K6 p7 l! V8 s1 Y* h) G+ Y: y! ]4 \8 G w+ k
*.TRAN 100p 50n* j$ f. t2 j8 B |( A5 x
, A+ w/ }# o* b. T% k' m* NOTE the 100ps timestep will cause interpolation inaccuracy, but does2 n% E+ R' V7 n
* give a short simulation time. Serious work should be done at <10ps.; M# ~* i2 R- ~* I* H) ?' E
' O1 v/ C' t2 |2 ~" V*.probe
3 c; X2 {& t% [: r* ~! Y# `% Z*+ v(agnd)
% ?9 `4 `4 k& X, l9 Q ~4 R*+ v(avdd)
& c% p' y! t9 m*+ v(data)% F% B* q$ z* A' R
*+ v(pad0)
1 U( s, T6 T6 a; h*+ v(pad1)
% {6 ~$ L% `; Z6 R7 @8 l*+ v(vcm)
( S- T- ^' b+ }- T% A*+ i(vavdd)
8 @2 T0 f8 S. H. J; N: G*+ i(vagnd)* ^+ p' i+ D+ e2 v
, S" P2 I, ]9 @/ Q5 q9 k
*print and probe
7 Y& I6 b" M% G4 B" g6 Y8 O* G*eye and ber$ t, m K9 q# b! U% E% Y" e3 @
' P/ ~" A& M3 C' s1 J& M/ I4 j
.probe stateye eye(2) ber(2) eyeBW(2)3 y4 G) f8 X5 ?
.print stateye eye(2) ber(2) eyeBW(2)
' k! W% f+ ]; B% |- M+ _$ J: V% W5 E) |
*bathtub curve
1 ]: N+ g! e. I* y/ c% N.probe stateye bathtubT(2,1e-11) bathtubV(2,0.0)
( r, x6 ?2 H# X: S- h.print stateye bathtubT(2,1e-11) bathtubV(2,0.0)
- N3 y- j/ x8 J
& t+ B. G1 X: w3 K*eye size
6 C( K& m- a" c" {2 }1 H* x.probe stateye eyeV(2,0.0) eyeT(2,1.0e-11)
) B% L! E# j9 p! k.print stateye eyeV(2,0.0) eyeT(2,1.0e-11); V' {' H; u. R) c% p3 H$ H1 `7 u
1 x" S0 C# X2 Z, s! z6 |( r*measurements " n! ?3 t; {3 r0 \* T- o9 T
.measure stateye veye1 Veye 2 time=1e-11 tol=1e-10* v! n8 X& F% ^0 D
.measure stateye heye1 Heye 2 volt=0.0 tol=1e-10
& t) ~# X* v8 c7 l; c# t4 `& C.measure stateye worst1 WorstBits 2 time=10p
- v! E' R! C+ j1 g) }; \9 w5 N, j4 @7 C' C2 r% r- u( g4 H
***********************************************************************8 A# v& U* S) M8 c6 A! p
% b1 K" g* ?' M" n, r$ [/ I5 ].end0 ^. m/ @+ p. G8 _" b
" _7 O7 o: c! J; }5 B错误信息如下： Init: read install configuration file: d:\synopsys\Hspice_C-2009.03-SP1\meta.cfg
' v" a& V1 u$ _7 s1 v9 `% Q **error** (e:\sim\stateye\sbtdrout07_hmodel_01_transmit_hspice_model\tt.sp:76)
3 x( W7 E y4 q syntax error when fetching "'sbTDrOut07_hmodel_01'" 4 Q( I* y0 `( X7 r
) I3 d! N6 [- P% `2 [( w" L0 ]0 A
我用hspice2008仿真没有问题。 |
|
/1 
发表于 2009-9-2 09:49
QQ好友和群
QQ空间
腾讯微博
腾讯朋友
微信
收藏
支持！
反对！
楼主