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Unable to import file D:\Pcblib\SI_Model\LatticeECP3_FPGA_IBIS_Models.ibs due to the following errors found by ibischk5:
! g( i7 R1 B3 `8 ?, {" u7 c. u( b: l. C( u b0 g
IBISCHK5 V5.0.3
5 ]: G5 X/ O" V/ h
7 x& Q) g! N! ~+ GChecking D:\Pcblib\SI_Model\LatticeECP3_FPGA_IBIS_Models.ibs for IBIS 3.2 Compatibility...# ^+ r+ l2 R/ w. L
, S+ Q$ i: ~/ E& N" s3 n, @& V
ERROR (line 8) - File name opened 'LatticeECP3_FPGA_IBIS_Models.ibs' not the same as File_name 'ecp3.ibs'.
. O A& X; e+ P7 Y+ z- e6 ]( |WARNING - Model lvc330s040caaaaaaaio: The [Rising Waveform]
! X+ m- |2 X2 D# O% {0 @, Y with [R_fixture]=50 Ohms and [V_fixture]=3.3V% U! O0 i' M( d& D
has TYP column DC endpoints of 2.89V and 3.30v, but3 C4 l+ c6 o, y9 t8 |8 e$ _
an equivalent load applied to the model's I-V tables yields
! o: S1 c2 V( P V6 g4 ?3 g9 M8 P different voltages ( 2.88V and 3.30V),
9 C- I9 |+ K2 m K3 | a difference of 2.06% and 0.59%, respectively.
3 x1 i$ [, d iWARNING - Model lvc330s040caaaaaaaio: The [Falling Waveform] - A4 n z/ e' ?* z" Z
with [R_fixture]=50 Ohms and [V_fixture]=0V
# S$ _/ \4 c' T$ L( m. X3 q has TYP column DC endpoints of 0.00V and 0.43v, but
5 h6 L G- A! B# u an equivalent load applied to the model's I-V tables yields
& s2 f: [' ^& @- u3 {7 [5 f different voltages (-0.00V and 0.42V),
- v) W4 o( Z4 `5 @5 ^ a difference of 0.73% and 2.15%, respectively.
2 A$ n! w3 h% O' AWARNING - Model lvc330s040caaaaaaaio: The [Rising Waveform] 7 r" O4 v6 l9 f; K* B$ I: K: e8 B& h
with [R_fixture]=50 Ohms and [V_fixture_max]=3.47V
1 K3 O1 F4 k0 Z has MAX column DC endpoints of 3.10V and 3.47v, but7 Q- C9 [3 k! ^
an equivalent load applied to the model's I-V tables yields
1 b6 F* ?3 t% @; t t" E different voltages ( 3.09V and 3.47V),$ q! Q4 i1 I+ y7 w2 h1 r0 G
a difference of 2.43% and 0.60%, respectively.3 ^9 z# W! ~3 w u4 r
WARNING - Model lvc330s040caaaaaaaou: The [Rising Waveform]
4 Q, ]7 z7 x n) K4 v with [R_fixture]=50 Ohms and [V_fixture]=3.3V
+ E9 |( H- i2 o7 X1 s has TYP column DC endpoints of 2.89V and 3.30v, but
( \+ k; N- u2 l" O2 y) T an equivalent load applied to the model's I-V tables yields
# F0 ~$ o. H6 f; \% z% _7 _' r different voltages ( 2.88V and 3.30V),: O0 q7 {& Q' ^. Z9 d) _2 i& L9 f
a difference of 2.06% and 0.59%, respectively." e, q- A: m6 ^: W
WARNING - Model lvc330s040caaaaaaaou: The [Falling Waveform] & O! ^1 V1 `3 K4 C% p! h% x
with [R_fixture]=50 Ohms and [V_fixture]=0V* h* f. L1 B2 m: J: Z
has TYP column DC endpoints of 0.00V and 0.43v, but
' Q$ y" h% v/ Y8 t) X& q an equivalent load applied to the model's I-V tables yields
: l2 B; i7 I4 e9 w$ k& u) @ different voltages (-0.00V and 0.42V),
. H8 F. r: Q& m/ V/ D/ f a difference of 0.73% and 2.15%, respectively.$ b H+ s# E: N, B# F
WARNING - Model lvc330s040caaaaaaaou: The [Rising Waveform] 9 O2 ~& |, C @+ `) P
with [R_fixture]=50 Ohms and [V_fixture_max]=3.47V% n& \0 |" y/ @2 O: ^
has MAX column DC endpoints of 3.10V and 3.47v, but( J, v0 H8 G. R, T1 p L
an equivalent load applied to the model's I-V tables yields
) Z& f, s# o! J, n4 p: _ different voltages ( 3.09V and 3.47V),
& X/ z8 _( t( v4 ]7 f3 n. F ^ a difference of 2.43% and 0.60%, respectively.9 y1 A) s# H. b5 Q+ x% o! T# C
WARNING - Model lvc330s040daaaaaaaio: The [Rising Waveform]
8 T2 ^1 `. n/ z$ c with [R_fixture]=50 Ohms and [V_fixture]=3.3V) o1 M1 k# }+ O8 d& B8 | t0 }
has TYP column DC endpoints of 2.89V and 3.30v, but1 @/ E( B, {9 m+ P# M/ J
an equivalent load applied to the model's I-V tables yields. C3 B9 R5 R0 V% ^* f( q
different voltages ( 2.88V and 3.30V),' M& x9 Z9 ]8 I4 c
a difference of 2.06% and 0.59%, respectively./ B8 r+ p, S% S8 o' X
WARNING - Model lvc330s040daaaaaaaio: The [Falling Waveform]
4 Y9 S0 G9 c$ y- e5 X0 D4 R2 t with [R_fixture]=50 Ohms and [V_fixture]=0V
/ O8 v0 y& U0 R9 m# r* I* U has TYP column DC endpoints of 0.00V and 0.43v, but d0 i$ v& ~- z
an equivalent load applied to the model's I-V tables yields2 u; t0 S% ]/ x
different voltages (-0.00V and 0.42V),
, v# p6 T$ `5 j( e4 y7 N6 h2 N% ` a difference of 0.73% and 2.15%, respectively.
* o+ A8 o0 f5 J1 W1 Y% cWARNING - Model lvc330s040daaaaaaaio: The [Rising Waveform] / w9 Z8 P" G, ]5 K9 }
with [R_fixture]=50 Ohms and [V_fixture_max]=3.47V/ f5 j1 J: d0 ^
has MAX column DC endpoints of 3.10V and 3.47v, but
5 o/ R: O- e$ ?9 u an equivalent load applied to the model's I-V tables yields% s3 P& a" E4 T% b- K
different voltages ( 3.09V and 3.47V),1 ^5 f% ~. z3 [
a difference of 2.43% and 0.60%, respectively. B* k( e% |1 T1 [% j* {1 d, I0 B
WARNING - Model lvc330s040gaaaaaaaio: The [Rising Waveform]
- I' t: H4 T/ f* [" C with [R_fixture]=50 Ohms and [V_fixture]=3.3V
* @+ f0 ?: P5 Z0 I' t( _ has TYP column DC endpoints of 2.89V and 3.30v, but2 ^; X6 i2 H( {) g9 {
an equivalent load applied to the model's I-V tables yields
8 L( G0 a1 G; g* S different voltages ( 2.88V and 3.30V),
, R2 X6 D5 v; d8 _5 o1 u: [7 \ a difference of 2.06% and 0.59%, respectively.
+ X6 B& C3 R; H5 CWARNING - Model lvc330s040gaaaaaaaio: The [Falling Waveform] 8 `0 @2 T" |0 M+ [9 b
with [R_fixture]=50 Ohms and [V_fixture]=0V
' d: K: C0 S/ d has TYP column DC endpoints of 0.00V and 0.43v, but% Z+ V: T5 a6 _
an equivalent load applied to the model's I-V tables yields! l2 C- e% d! H' {
different voltages (-0.00V and 0.42V), p. ?+ h* f* k, v+ h# K
a difference of 0.73% and 2.15%, respectively.
6 F1 s* v- c0 D$ SWARNING - Model lvc330s040gaaaaaaaio: The [Rising Waveform] " N2 G0 Q. W* z2 m# z, j, |
with [R_fixture]=50 Ohms and [V_fixture_max]=3.47V
/ j+ k @6 ]8 r9 N% }2 p- ] has MAX column DC endpoints of 3.10V and 3.47v, but2 J, K3 |' a6 E/ J5 [" L
an equivalent load applied to the model's I-V tables yields( k$ X }/ \* M: `; u
different voltages ( 3.09V and 3.47V),
1 R9 i7 F) G. y$ L2 P a difference of 2.43% and 0.60%, respectively.4 x/ S: ^7 {* c! n6 @- _
WARNING - Model lvc330s040gaaaaaaaou: The [Rising Waveform] 1 j9 s; T, }! T# n6 @" T
with [R_fixture]=50 Ohms and [V_fixture]=3.3V& e" E( t: G- j8 B/ d" v% K
has TYP column DC endpoints of 2.89V and 3.30v, but
" e9 ]1 r7 M9 t2 {$ s, M' @/ p an equivalent load applied to the model's I-V tables yields
( L+ ~1 p/ V0 V! X6 q different voltages ( 2.88V and 3.30V),
! _" J1 @* X. M0 j2 { a difference of 2.06% and 0.59%, respectively.) R5 R6 r, V2 _% G
WARNING - Model lvc330s040gaaaaaaaou: The [Falling Waveform]
9 y" m T6 k: l* }- J6 Z6 _ with [R_fixture]=50 Ohms and [V_fixture]=0V8 c" _, \4 i7 D I5 P" p
has TYP column DC endpoints of 0.00V and 0.43v, but
, \9 Q2 ]" t$ }8 X* j an equivalent load applied to the model's I-V tables yields" K& t. H8 `0 c, X6 c* w
different voltages (-0.00V and 0.42V),
' H% K) H1 g- _, U0 _ a difference of 0.73% and 2.15%, respectively.
$ l& G4 o0 o/ t+ HWARNING - Model lvc330s040gaaaaaaaou: The [Rising Waveform] 6 N7 ~% C) m7 V& b
with [R_fixture]=50 Ohms and [V_fixture_max]=3.47V9 {7 g8 i- I8 U0 [4 T# y' X& [' a
has MAX column DC endpoints of 3.10V and 3.47v, but0 O% W# q1 w5 ~% I+ ` B
an equivalent load applied to the model's I-V tables yields( s& P4 R. E6 N2 Z% x
different voltages ( 3.09V and 3.47V),
; H) A+ d0 D: ]- ~6 F- g a difference of 2.43% and 0.60%, respectively.
: ]7 F7 o! a8 G* P0 S7 e3 iWARNING - Model lvc330s040haaaaaaaio: The [Rising Waveform]
7 M; M2 x& U" {8 x8 c6 Y with [R_fixture]=50 Ohms and [V_fixture]=3.3V" I/ e+ t. B/ u! d
has TYP column DC endpoints of 2.89V and 3.30v, but
! q, ^9 d# n( r" h4 e% V" }( d% V an equivalent load applied to the model's I-V tables yields/ m% B1 I; M( M2 |. U
different voltages ( 2.88V and 3.30V),
: u- j# r A5 s' e a difference of 2.06% and 0.59%, respectively.5 e' v! W, f: v4 s5 r
WARNING - Model lvc330s040haaaaaaaio: The [Falling Waveform] ; j4 f3 z! S* J* h/ @ V
with [R_fixture]=50 Ohms and [V_fixture]=0V
: u) ^- h* i! g" I has TYP column DC endpoints of 0.00V and 0.43v, but" p( l2 ?- o) g- i8 k V
an equivalent load applied to the model's I-V tables yields* B# @8 D" M/ ?; [
different voltages (-0.00V and 0.42V),
8 }" J3 L+ I: d# h% E: b a difference of 0.73% and 2.15%, respectively.* C3 n( P* M3 R2 B5 y6 G! C
WARNING - Model lvc330s040haaaaaaaio: The [Rising Waveform] 1 [9 _. F; R$ }1 A
with [R_fixture]=50 Ohms and [V_fixture_max]=3.47V( p7 _2 ]6 _6 Y
has MAX column DC endpoints of 3.10V and 3.47v, but& r/ c) `8 S- s5 p9 c
an equivalent load applied to the model's I-V tables yields
- u) |: }$ c2 h2 u1 v) y2 E different voltages ( 3.09V and 3.47V),- a& j& u& j: \, n$ j) g. E
a difference of 2.43% and 0.60%, respectively.! l( q: J9 O8 t/ u- W& e
WARNING - Model lvt330s040caaaaaaaio: The [Rising Waveform] 3 P) |( _& d) \/ o. X8 o9 y
with [R_fixture]=50 Ohms and [V_fixture]=3.3V
# V9 {# _" y6 G. U has TYP column DC endpoints of 2.89V and 3.30v, but# Q" p* Y* `* S* ~" k/ l2 V+ b$ ^
an equivalent load applied to the model's I-V tables yields0 n3 N! n) I6 p3 C
different voltages ( 2.88V and 3.30V),
/ Z! C8 @" g; ~6 j$ i7 @3 I a difference of 2.06% and 0.59%, respectively.* D3 x, ?1 ~ {) [$ ^* L5 A
WARNING - Model lvt330s040caaaaaaaio: The [Falling Waveform]
& _9 {8 l4 Z9 _4 P with [R_fixture]=50 Ohms and [V_fixture]=0V* q6 p2 O, o3 k5 U4 q% Y8 k1 O
has TYP column DC endpoints of 0.00V and 0.43v, but
- F% t5 \) d+ U# L an equivalent load applied to the model's I-V tables yields
! ]* b% y; d0 j3 t different voltages (-0.00V and 0.42V),
" U6 W; G; j' K1 C b. h a difference of 0.73% and 2.15%, respectively.
( J$ F" f8 `8 v# Y8 qWARNING - Model lvt330s040caaaaaaaio: The [Rising Waveform]
: q6 U0 I- T( E5 _0 \/ p with [R_fixture]=50 Ohms and [V_fixture_max]=3.47V; d$ P% |) X) o5 g# j
has MAX column DC endpoints of 3.10V and 3.47v, but! b* x5 X6 G* b: E4 J
an equivalent load applied to the model's I-V tables yields. v( }$ P- |8 j/ n/ |7 @
different voltages ( 3.09V and 3.47V),, q( O1 P+ t0 ], `. a4 J
a difference of 2.43% and 0.60%, respectively.
, T4 U _8 e( w R' _WARNING - Model lvt330s040caaaaaaaou: The [Rising Waveform]
2 y1 t- |" \1 ^1 n4 k with [R_fixture]=50 Ohms and [V_fixture]=3.3V+ X) C6 W% z/ O/ K8 S: R4 i [
has TYP column DC endpoints of 2.89V and 3.30v, but
$ m- `( {5 U( d: G an equivalent load applied to the model's I-V tables yields' K$ C6 @0 l' H$ ^( e
different voltages ( 2.88V and 3.30V),
( L& O4 Q: X: Q# E0 }/ a a difference of 2.06% and 0.59%, respectively.5 U# o( P+ q* l2 O# t
WARNING - Model lvt330s040caaaaaaaou: The [Falling Waveform]
$ m+ `: i2 P! Q- T% p with [R_fixture]=50 Ohms and [V_fixture]=0V6 b$ ^9 u9 U. R2 A0 J: H3 p
has TYP column DC endpoints of 0.00V and 0.43v, but& M3 Y* S; a; T2 b
an equivalent load applied to the model's I-V tables yields! l% W9 ]% f4 n* J1 }
different voltages (-0.00V and 0.42V),% \4 ~% `6 w! ?3 Q* ~- d
a difference of 0.73% and 2.15%, respectively.
/ W9 |' P n" N6 ]0 p: X1 pWARNING - Model lvt330s040caaaaaaaou: The [Rising Waveform] 7 e3 u8 C/ O$ |2 z
with [R_fixture]=50 Ohms and [V_fixture_max]=3.47V) R' v6 _ U% w$ W7 Y
has MAX column DC endpoints of 3.10V and 3.47v, but
% r# j; y" R" {, \. i4 X an equivalent load applied to the model's I-V tables yields
# u* o0 q7 N+ [+ F) d5 v different voltages ( 3.09V and 3.47V),
0 o; {3 w, v$ H- F4 q Y a difference of 2.43% and 0.60%, respectively.
# B* G: d4 @7 XWARNING - Model lvt330s040daaaaaaaio: The [Rising Waveform] 3 f z: G3 h# ^" Y4 [( P- [2 _
with [R_fixture]=50 Ohms and [V_fixture]=3.3V9 W0 \) A- f V. g4 E
has TYP column DC endpoints of 2.89V and 3.30v, but
?! G; }; Z7 g7 t% n) {4 m- g an equivalent load applied to the model's I-V tables yields" I) Z0 @" p& y, K t
different voltages ( 2.88V and 3.30V),! \+ g" R5 ^; Q" G7 r+ S
a difference of 2.06% and 0.59%, respectively.0 k$ i5 T2 H. z( n( c P; q
WARNING - Model lvt330s040daaaaaaaio: The [Falling Waveform] 2 Z% S, }9 \% c3 \9 `5 S! ~9 [; B
with [R_fixture]=50 Ohms and [V_fixture]=0V2 v: m) O9 J6 T8 } j# Z
has TYP column DC endpoints of 0.00V and 0.43v, but
3 ^ c; ^# r m. U* i1 r$ ? an equivalent load applied to the model's I-V tables yields$ \4 Z' g) Y/ ~! O
different voltages (-0.00V and 0.42V),
U6 D: S3 ?0 v a difference of 0.73% and 2.15%, respectively.
0 r/ l, L* P5 zWARNING - Model lvt330s040daaaaaaaio: The [Rising Waveform] ; [+ e) _# g+ o7 T" i% c* ?9 |
with [R_fixture]=50 Ohms and [V_fixture_max]=3.47V L5 [; B2 w. d
has MAX column DC endpoints of 3.10V and 3.47v, but ~. W5 D: N+ u* J
an equivalent load applied to the model's I-V tables yields! f) \7 T5 ]9 S/ ? s. Y
different voltages ( 3.09V and 3.47V),
, @- ]; c; S8 y( q+ E0 V: w4 X/ d5 b a difference of 2.43% and 0.60%, respectively.+ j k0 n/ R4 k
WARNING - Model lvt330s040gaaaaaaaio: The [Rising Waveform]
2 W9 i7 X8 P- P% H" {& @+ t9 o with [R_fixture]=50 Ohms and [V_fixture]=3.3V% e$ Y* o% L0 e# }, S( p
has TYP column DC endpoints of 2.89V and 3.30v, but* q a7 T! a2 M3 n k
an equivalent load applied to the model's I-V tables yields
, R( V4 X+ A# n7 }& n& ]2 c different voltages ( 2.88V and 3.30V),
8 Q# [3 Y7 @! e; l0 y a difference of 2.06% and 0.59%, respectively.& j3 I& @5 Q7 T( r+ B9 Z9 I
WARNING - Model lvt330s040gaaaaaaaio: The [Falling Waveform] 8 `7 T9 L" N5 e* L
with [R_fixture]=50 Ohms and [V_fixture]=0V
% t" E! _. L Z2 I% B7 ` has TYP column DC endpoints of 0.00V and 0.43v, but
: U1 Y ?: n/ F2 { z an equivalent load applied to the model's I-V tables yields* a+ b @0 ]/ ^3 P/ a
different voltages (-0.00V and 0.42V),9 r- }) l& v( V4 ?# {
a difference of 0.73% and 2.15%, respectively.
! ^- X" s* o- K, A# Y% } O, mWARNING - Model lvt330s040gaaaaaaaio: The [Rising Waveform]
8 d7 g" a4 n1 M* i* E with [R_fixture]=50 Ohms and [V_fixture_max]=3.47V! B6 Z, @8 k8 n
has MAX column DC endpoints of 3.10V and 3.47v, but9 _- W* n; @! X" z7 M! |
an equivalent load applied to the model's I-V tables yields
1 {$ O% ~( i, d7 z) Y different voltages ( 3.09V and 3.47V),
! N0 r9 q& n, d/ i a difference of 2.43% and 0.60%, respectively.4 u3 S& z- L/ G* s$ s% |
WARNING - Model lvt330s040gaaaaaaaou: The [Rising Waveform] ( i, c' U& z7 n. ~5 v2 _
with [R_fixture]=50 Ohms and [V_fixture]=3.3V' O4 a, o1 U' h7 n' V. y) {* t
has TYP column DC endpoints of 2.89V and 3.30v, but! U- I2 `, \# ^6 V) F# R
an equivalent load applied to the model's I-V tables yields
a; g8 @; p3 L5 E3 a0 C3 }5 W' y; c different voltages ( 2.88V and 3.30V),6 b- Q8 J0 l8 w, ?. v/ X7 e" ^
a difference of 2.06% and 0.59%, respectively.
" Q, G9 D2 S" b5 T, d' LWARNING - Model lvt330s040gaaaaaaaou: The [Falling Waveform]
- ] M2 C% N3 y5 `* M$ F3 U C9 H4 D with [R_fixture]=50 Ohms and [V_fixture]=0V: t( z t! P$ j: A2 `! [
has TYP column DC endpoints of 0.00V and 0.43v, but
8 _, s0 ], M: |3 O2 u9 J' f an equivalent load applied to the model's I-V tables yields# L0 z! c5 L5 d
different voltages (-0.00V and 0.42V),; D' @7 h+ p, t6 D7 U9 f' m w
a difference of 0.73% and 2.15%, respectively.5 L0 [7 w7 o: d. {. }# E- y
WARNING - Model lvt330s040gaaaaaaaou: The [Rising Waveform] # N8 k8 M0 b" R* I* y5 ?# P
with [R_fixture]=50 Ohms and [V_fixture_max]=3.47V
% k4 B H4 L% ~0 A has MAX column DC endpoints of 3.10V and 3.47v, but
" z, A9 U- |3 X an equivalent load applied to the model's I-V tables yields/ m& [( ]& v, F: t
different voltages ( 3.09V and 3.47V),4 J0 v5 ~2 M# F( ~' }: _
a difference of 2.43% and 0.60%, respectively.. a R# f' \" X1 j3 S% q# e- p
WARNING - Model lvt330s040haaaaaaaio: The [Rising Waveform] 8 O' @( M' `; A. i
with [R_fixture]=50 Ohms and [V_fixture]=3.3V
' d" E& K- e8 ~: W% X0 r has TYP column DC endpoints of 2.89V and 3.30v, but. G! `, ?. V1 }1 y) v. l: J6 R& K" \
an equivalent load applied to the model's I-V tables yields+ q" K$ A0 F! @+ X. ]' R) ^$ I
different voltages ( 2.88V and 3.30V),
6 T. @+ j0 p0 k; @! R! o a difference of 2.06% and 0.59%, respectively.
^' z+ ]% Z: r1 J9 L$ `: O% I ~, XWARNING - Model lvt330s040haaaaaaaio: The [Falling Waveform]
+ K2 Q# Y9 B. B with [R_fixture]=50 Ohms and [V_fixture]=0V9 i, X8 [" B8 Q/ b- _
has TYP column DC endpoints of 0.00V and 0.43v, but
7 {$ r9 h3 ]% j* L5 @2 U& k. ^& G an equivalent load applied to the model's I-V tables yields
! J, v/ z* c! Y' y different voltages (-0.00V and 0.42V),
; V6 j4 k" d# X+ t: u7 ?4 ] a difference of 0.73% and 2.15%, respectively.
( Q0 b0 v Y, y* }% _WARNING - Model lvt330s040haaaaaaaio: The [Rising Waveform]
" G2 ]- t; j' ^3 E/ x+ _6 y( _ with [R_fixture]=50 Ohms and [V_fixture_max]=3.47V
; m/ C6 |. U6 n+ `( l+ W9 P- Y7 v has MAX column DC endpoints of 3.10V and 3.47v, but
6 d/ H3 S; G" w! W1 D an equivalent load applied to the model's I-V tables yields
0 j) L- ~4 G9 G* w' ?/ j. m4 p different voltages ( 3.09V and 3.47V),
: h2 S6 m: e! Y5 } a difference of 2.43% and 0.60%, respectively.$ T- S6 }7 w# K, Z0 |. ~ N
WARNING - Model lvc250s040caaaaaaaio: The [Rising Waveform] 4 t( x: W: [4 f" S% Z" @& B
with [R_fixture]=50 Ohms and [V_fixture]=2.5V6 O# @$ q8 E0 d0 R0 n
has TYP column DC endpoints of 2.10V and 2.50v, but* j8 B8 }3 R& i9 z) {2 v
an equivalent load applied to the model's I-V tables yields
, B7 h: r( Q: t" h' V6 { different voltages ( 2.09V and 2.50V),! c; S7 G7 c# u
a difference of 2.06% and 0.59%, respectively.# ]) Y0 v }9 L* T
WARNING - Model lvc250s040caaaaaaaio: The [Rising Waveform] 6 }& o; Q! z! ?! A3 a/ }5 r3 E
with [R_fixture]=50 Ohms and [V_fixture_max]=2.63V
& D% N0 f8 Y. l0 ~% C+ j has MAX column DC endpoints of 2.27V and 2.63v, but
- i8 A5 }- T2 i an equivalent load applied to the model's I-V tables yields
+ x8 k Z. @ L' p different voltages ( 2.26V and 2.63V),9 X1 R7 S$ C, x+ H. @
a difference of 2.43% and 0.62%, respectively.
1 k! V1 r, y" d8 M; L: P& sWARNING - Model lvc250s040caaaaaaaou: The [Rising Waveform]
% G/ v- v+ l+ y+ G$ y with [R_fixture]=50 Ohms and [V_fixture]=2.5V% G. X$ }" I" l5 Z. a
has TYP column DC endpoints of 2.10V and 2.50v, but- m |) w/ `- H2 n5 k0 R
an equivalent load applied to the model's I-V tables yields
. [- {- \1 {$ x8 e/ s6 |6 h/ \; S different voltages ( 2.09V and 2.50V),) Z N9 t( V, o: z$ |& y: g/ m# @
a difference of 2.06% and 0.59%, respectively.; Q, I& V7 |7 R- i* H
WARNING - Model lvc250s040caaaaaaaou: The [Rising Waveform] 5 F6 u7 \4 B+ v- y
with [R_fixture]=50 Ohms and [V_fixture_max]=2.63V6 ]- ] r0 K7 j j; t5 _
has MAX column DC endpoints of 2.27V and 2.63v, but& X9 F3 c5 M# ]3 N8 g
an equivalent load applied to the model's I-V tables yields
- v V5 `. g% _5 \) t6 w different voltages ( 2.26V and 2.63V),
* T0 a9 C2 h4 y$ n5 a& W a difference of 2.43% and 0.62%, respectively.; |* N0 v: {* |1 B, p' x
WARNING - Model lvc250s040daaaaaaaod: The [Rising Waveform] o) p) H$ S9 U; _! [; n ~
with [R_fixture]=50 Ohms and [V_fixture]=2.5V
! I: p) @6 W" r" \( n, u has TYP column DC endpoints of 2.10V and 2.50v, but8 W# O3 d" `. L( M1 G
an equivalent load applied to the model's I-V tables yields
- S% ?) N: f& q+ U different voltages ( 2.09V and 2.50V),
+ [& ~6 H; ]0 ]' s% K$ [+ x- k+ ^ a difference of 2.52% and 0.02%, respectively.
# |9 B4 u! Q/ MWARNING - Model lvc250s040gaaaaaaaio: The [Rising Waveform]
; W# k7 m v+ P& v9 j/ n with [R_fixture]=50 Ohms and [V_fixture]=2.5V( Y& r' \- L7 x t
has TYP column DC endpoints of 2.10V and 2.50v, but
: a$ `& N2 g: F an equivalent load applied to the model's I-V tables yields! h8 b9 x1 i- [
different voltages ( 2.09V and 2.50V),
) k9 [$ g& s+ U a difference of 2.06% and 0.59%, respectively.4 [ C8 `- p; Z7 C
WARNING - Model lvc250s040gaaaaaaaio: The [Rising Waveform]
5 w' _$ J$ }: G, q3 H$ S* F- E with [R_fixture]=50 Ohms and [V_fixture_max]=2.63V) T5 `+ c8 [0 c' p
has MAX column DC endpoints of 2.27V and 2.63v, but
& x: j: Z3 d0 t3 n, @! X7 b an equivalent load applied to the model's I-V tables yields
# A$ B# S: c3 N5 x' m+ l different voltages ( 2.26V and 2.63V),
, l$ L" P: J! ?4 j, t2 d2 | a difference of 2.43% and 0.62%, respectively.5 M+ h% P7 A1 N' u6 |' z$ F8 W
WARNING - Model lvc250s040gaaaaaaaou: The [Rising Waveform]
i- i& N" u3 e* a3 G3 Q# w% p with [R_fixture]=50 Ohms and [V_fixture]=2.5V: \: o3 z5 n) T% p! d0 v
has TYP column DC endpoints of 2.10V and 2.50v, but6 p: [* s8 s: i' T* j- x1 `
an equivalent load applied to the model's I-V tables yields$ Z- U3 t. S7 t* W: w
different voltages ( 2.09V and 2.50V),; L% E5 d# R$ G) {+ I: F* d
a difference of 2.06% and 0.59%, respectively.
- L9 y; T/ a) l y( m. _% s, qWARNING - Model lvc250s040gaaaaaaaou: The [Rising Waveform] & p( ?% ?3 I# m
with [R_fixture]=50 Ohms and [V_fixture_max]=2.63V
4 Z! Z! {6 f* {; f! c1 S n has MAX column DC endpoints of 2.27V and 2.63v, but1 K/ K& |* X1 C1 w: y$ ?6 R$ j @
an equivalent load applied to the model's I-V tables yields9 i* ~9 a# v) y d- a
different voltages ( 2.26V and 2.63V),/ ~" q( k3 ~4 m: S2 m
a difference of 2.43% and 0.62%, respectively.- D1 B) |8 n0 ^6 E2 g
WARNING - Model lvc250s040haaaaaaaod: The [Rising Waveform] 1 k# ?# N- Z, j: g) \& _7 z
with [R_fixture]=50 Ohms and [V_fixture]=2.5V- U/ j8 k `. {2 z% J: i/ [& w( O
has TYP column DC endpoints of 2.10V and 2.50v, but
: p0 L0 m1 R/ ~) z. y an equivalent load applied to the model's I-V tables yields% c- Q! C7 m( {! g; i
different voltages ( 2.09V and 2.50V),$ O& C# w+ t# l9 }$ f9 h
a difference of 2.52% and 0.02%, respectively.4 B2 K& U: V4 G5 P
WARNING - Model lvc180s040baaaaaaaio: The [Falling Waveform]
* n* x' n/ N9 @' n) ` with [R_fixture]=50 Ohms and [V_fixture_max]=1.89V
4 t# K* R$ C0 W; M5 _( b has MAX column DC endpoints of 1.53V and 1.89v, but' F" Q1 I# m% U0 F. j
an equivalent load applied to the model's I-V tables yields% s3 k; o5 L# x: G
different voltages ( 1.53V and 1.89V),
5 C. G, f) ~7 K6 V- O a difference of 2.48% and 0.34%, respectively.9 ~" R* N: ^7 X. `+ ?# b
WARNING - Model lvc180s040baaaaaaaou: The [Falling Waveform] ! |" u/ B9 a; U; D8 c- v9 N
with [R_fixture]=50 Ohms and [V_fixture_max]=1.89V7 _1 V. U: n: w9 ~1 V. W
has MAX column DC endpoints of 1.53V and 1.89v, but
. ]4 t! `- ~0 f an equivalent load applied to the model's I-V tables yields. g" l. g9 m6 W! A# K
different voltages ( 1.53V and 1.89V),, B, [* `8 w; m! x6 l7 L' _; B
a difference of 2.48% and 0.34%, respectively.' t# m& a& ?3 N9 @" o
WARNING - Model lvc180s040caaaaaaaio: The [Rising Waveform]
: i* _0 m1 N: O& y with [R_fixture]=50 Ohms and [V_fixture]=1.8V9 j1 u. Y5 \: [: G9 R( y7 p
has TYP column DC endpoints of 1.41V and 1.80v, but
$ k- s3 T% S6 @& w5 S an equivalent load applied to the model's I-V tables yields( O2 W$ h! d& g* ]! x+ x1 _+ I
different voltages ( 1.40V and 1.80V),
! m, k# U x$ u+ S0 i1 l1 n a difference of 1.99% and 0.58%, respectively.5 ~4 P8 _3 A) m/ P/ f
WARNING - Model lvc180s040caaaaaaaio: The [Falling Waveform] ( J! J/ ]) t7 A2 t) z* a
with [R_fixture]=50 Ohms and [V_fixture]=0V4 ]- I. |" _- }5 e' g; F& o
has TYP column DC endpoints of 0.00V and 0.39v, but
1 v3 q; m; v) l8 p4 D }# v5 x an equivalent load applied to the model's I-V tables yields5 {( b9 \* g3 f
different voltages (-0.00V and 0.38V),
3 n. K0 A2 Z' F' v& g a difference of 0.56% and 2.13%, respectively.
2 U6 |* k( A5 L$ n& ], L8 HWARNING - Model lvc180s040caaaaaaaio: The [Falling Waveform]
- L+ v/ {1 E4 b with [R_fixture]=50 Ohms and [V_fixture_min]=0V% x2 D5 V3 }4 b$ ~1 k
has MIN column DC endpoints of 0.00V and 0.37v, but
; g6 b, n! h! M# T! ~$ t an equivalent load applied to the model's I-V tables yields9 L& x; p, @1 J+ { A
different voltages (-0.00V and 0.36V),8 k4 @+ \' {/ l; k- I
a difference of 1.00% and 2.21%, respectively.1 l {* F+ ~; Z& }! {. y1 f
WARNING - Model lvc180s040caaaaaaaio: The [Rising Waveform] ( v# \& ?7 z2 k) H8 v# T8 Z
with [R_fixture]=50 Ohms and [V_fixture_max]=1.89V$ ?, b; d: d. m/ p) A6 B5 A5 L
has MAX column DC endpoints of 1.52V and 1.89v, but6 H: [9 v$ X1 u
an equivalent load applied to the model's I-V tables yields# j, T; X4 E5 `8 T; v/ R( h
different voltages ( 1.52V and 1.89V),! V2 R# K0 T$ y2 W, W' a
a difference of 2.28% and 0.63%, respectively.
) r/ @4 l9 u* R$ k b# PWARNING - Model lvc180s040caaaaaaaio: The [Falling Waveform] . k6 x8 g" a. o% n' y5 }
with [R_fixture]=50 Ohms and [V_fixture_max]=0V, _9 R2 ]6 Q+ I: m5 b! n7 c
has MAX column DC endpoints of 0.00V and 0.37v, but
7 i( r( F8 ^2 Y# z! S/ m( { an equivalent load applied to the model's I-V tables yields# c, b" a5 L* g0 t( V; m( ^* f, C7 E
different voltages ( 0.00V and 0.36V),
' n9 o3 d$ D6 l4 Z- B' ? a difference of 0.06% and 2.14%, respectively.- E2 n/ d# L- l( n3 h
WARNING - Model lvc180s040caaaaaaaou: The [Rising Waveform]
- ~7 A' `/ L0 ^( G( A6 O2 D3 Z with [R_fixture]=50 Ohms and [V_fixture]=1.8V& g; k1 o" u U2 H
has TYP column DC endpoints of 1.41V and 1.80v, but6 l: O5 ?" x' @- S( ~, j$ Z
an equivalent load applied to the model's I-V tables yields
; P* D8 o$ i2 h different voltages ( 1.40V and 1.80V),1 p6 I; C+ Y9 X
a difference of 1.99% and 0.58%, respectively.) ~& H+ z! ~3 a+ y) M; k& U4 c
WARNING - Model lvc180s040caaaaaaaou: The [Falling Waveform] & P- v6 a6 @/ @, P8 f) p
with [R_fixture]=50 Ohms and [V_fixture]=0V
. a/ K) \7 Q; W has TYP column DC endpoints of 0.00V and 0.39v, but& i! N$ t+ Z8 F# x6 P/ v0 `
an equivalent load applied to the model's I-V tables yields
( K& A& Z1 d) t# f/ I. b different voltages (-0.00V and 0.38V),
% m( w5 ^. O% m ] c6 ?. E a difference of 0.56% and 2.13%, respectively.
6 L! x, p$ o0 C, a rWARNING - Model lvc180s040caaaaaaaou: The [Falling Waveform]
* `# F) ^& C; B( y with [R_fixture]=50 Ohms and [V_fixture_min]=0V' r- a) b8 _3 v1 \- V8 z: P
has MIN column DC endpoints of 0.00V and 0.37v, but2 u1 a8 {/ c F) y9 U; G
an equivalent load applied to the model's I-V tables yields [/ e! t- ^% s3 S M. X+ H6 |% m
different voltages (-0.00V and 0.36V),
8 n8 J6 j* b, z& F7 C3 h# B a difference of 1.00% and 2.21%, respectively.
2 d. k4 b8 b# R8 F4 G1 ^. D0 \: v: cWARNING - Model lvc180s040caaaaaaaou: The [Rising Waveform]
" i' r; u+ q/ F1 e4 e4 b, _0 } with [R_fixture]=50 Ohms and [V_fixture_max]=1.89V6 o$ _; U) V. p
has MAX column DC endpoints of 1.52V and 1.89v, but
0 F- x5 P- J- g an equivalent load applied to the model's I-V tables yields* Q$ D) V7 s9 \. v9 N
different voltages ( 1.52V and 1.89V),
, |4 c9 t( t- P! H& o1 j a difference of 2.28% and 0.63%, respectively.$ M( Z1 `4 _7 H
WARNING - Model lvc180s040caaaaaaaou: The [Falling Waveform]
r5 c J6 X4 U+ y: f1 n, c with [R_fixture]=50 Ohms and [V_fixture_max]=0V
7 h: x& B2 I5 k4 F has MAX column DC endpoints of 0.00V and 0.37v, but; q* N! e% J9 u$ @
an equivalent load applied to the model's I-V tables yields
, J' M: I+ c7 p( ^ different voltages ( 0.00V and 0.36V),% e, S& j, j$ u4 D; N9 R
a difference of 0.06% and 2.14%, respectively.
, O# C' ]5 U2 C# X) GWARNING - Model lvc180s040daaaaaaaio: The [Falling Waveform] % t7 r% f$ A% J2 n/ M9 F
with [R_fixture]=50 Ohms and [V_fixture_max]=1.89V& y `. [# Q \& h2 N8 K' r
has MAX column DC endpoints of 1.53V and 1.89v, but6 j* S/ w; H) D9 i
an equivalent load applied to the model's I-V tables yields. t4 N- B. o# W$ P3 J; d
different voltages ( 1.53V and 1.89V),( L; q7 ^0 I8 u' b
a difference of 2.48% and 0.34%, respectively.6 d0 F: U3 K' o1 c( j5 {" t0 V
WARNING - Model lvc180s040daaaaaaaod: The [Rising Waveform] * E# `- S, [- }/ D1 I
with [R_fixture]=50 Ohms and [V_fixture_min]=1.71V
4 W3 z5 V) \, g6 Y' e has MIN column DC endpoints of 1.25V and 1.71v, but2 F$ N# d5 @6 n# P0 x F
an equivalent load applied to the model's I-V tables yields! \% |3 H1 K9 B! K
different voltages ( 1.27V and 1.71V),# N0 M$ D3 p8 C# i4 p1 O% M0 w7 ]
a difference of 4.46% and 0.02%, respectively.( |* h* F; `$ U
WARNING - Model lvc180s040daaaaaaaou: The [Falling Waveform]
! |0 h! \2 n3 A+ N2 S2 ? with [R_fixture]=50 Ohms and [V_fixture_max]=1.89V
. J7 B' Q1 Y+ E: I6 o/ [ has MAX column DC endpoints of 1.53V and 1.89v, but
. f# j- Z, U: z% t; d an equivalent load applied to the model's I-V tables yields
8 Q5 B0 `, b# r5 Z# a: V5 l different voltages ( 1.53V and 1.89V),! l& }3 L7 v4 r7 Q
a difference of 2.48% and 0.34%, respectively.4 O3 R' u5 `, r3 W8 |/ {" t
WARNING - Model lvc180s040faaaaaaaio: The [Falling Waveform] # g) }0 P! M! y( o V' U' U, S
with [R_fixture]=50 Ohms and [V_fixture_max]=1.89V
- {- P( ]# v; L. @8 Y has MAX column DC endpoints of 1.53V and 1.89v, but4 d7 `5 f/ k! ]* Y8 z8 j7 q8 ]9 J
an equivalent load applied to the model's I-V tables yields
5 D5 F; d5 V* g, n) x# H3 R different voltages ( 1.53V and 1.89V),
8 f& `: q7 w" m7 E a difference of 2.48% and 0.34%, respectively.
4 A5 S8 i- ?% L& TWARNING - Model lvc180s040faaaaaaaou: The [Falling Waveform] ! r- h& N. |; @" [7 O
with [R_fixture]=50 Ohms and [V_fixture_max]=1.89V
4 Z$ f$ A" `. s3 | has MAX column DC endpoints of 1.53V and 1.89v, but
& E+ {7 J+ S8 ?+ B an equivalent load applied to the model's I-V tables yields
1 c" _' g! @' Q# Y8 }/ H+ h different voltages ( 1.53V and 1.89V), z4 Y3 U( X8 b2 H2 `8 c
a difference of 2.48% and 0.34%, respectively.
% |+ Q( ^# m" H* ^( S/ TWARNING - Model lvc180s040gaaaaaaaio: The [Rising Waveform] , w# d% H6 X: f1 u1 l! B# y
with [R_fixture]=50 Ohms and [V_fixture]=1.8V) \2 s# {3 ~1 y% B
has TYP column DC endpoints of 1.41V and 1.80v, but4 _( \3 {9 a8 ~" R |+ |2 s
an equivalent load applied to the model's I-V tables yields
: D8 @8 J& w( _9 S4 C& Y different voltages ( 1.40V and 1.80V),
8 Z& s% F( M. ?. m: A, ?# Y: H a difference of 1.99% and 0.58%, respectively.7 b3 q u v+ ]3 B! g! y9 e) ?( {
WARNING - Model lvc180s040gaaaaaaaio: The [Falling Waveform] 2 H2 B& ]& J. y5 M& r
with [R_fixture]=50 Ohms and [V_fixture]=0V
! N% T$ o6 t9 O | has TYP column DC endpoints of 0.00V and 0.39v, but* ~( m1 E; E: [7 N3 F' e6 b+ H
an equivalent load applied to the model's I-V tables yields7 e6 [! T: i0 H) ~6 M! R0 y) s
different voltages (-0.00V and 0.38V),) A Y4 }# X) E$ @* q- v7 A+ J& c8 P/ \
a difference of 0.56% and 2.13%, respectively.5 g$ F5 P. L; z7 P0 X
WARNING - Model lvc180s040gaaaaaaaio: The [Falling Waveform]
* c, P- m0 X, E' v/ C! F) ^/ i with [R_fixture]=50 Ohms and [V_fixture_min]=0V
- x" {: c: O J9 u: b1 O has MIN column DC endpoints of 0.00V and 0.37v, but% i( l4 u+ g) g8 P8 \6 ?3 V
an equivalent load applied to the model's I-V tables yields
* ~, w" t: M# ^1 X different voltages (-0.00V and 0.36V),# V5 K5 Q0 T, }; q% A
a difference of 1.00% and 2.21%, respectively.
* {- k6 x6 K: [) |. h/ kWARNING - Model lvc180s040gaaaaaaaio: The [Rising Waveform]
4 t {. f! y. K with [R_fixture]=50 Ohms and [V_fixture_max]=1.89V
- ]1 O) }, B5 E+ z+ |- W5 U$ ` has MAX column DC endpoints of 1.52V and 1.89v, but9 @* _9 ]( T3 k% ?$ O3 t
an equivalent load applied to the model's I-V tables yields* M7 [3 M6 m m5 }( q
different voltages ( 1.52V and 1.89V)," s4 Y1 B l! t$ v) E9 L9 y( |( K: Z
a difference of 2.28% and 0.63%, respectively.8 d1 P2 J T9 |1 W9 z. { Z2 P
WARNING - Model lvc180s040gaaaaaaaio: The [Falling Waveform] 2 n: E. O8 o( Z6 j
with [R_fixture]=50 Ohms and [V_fixture_max]=0V+ Y0 X6 M D/ H8 [6 z5 L
has MAX column DC endpoints of 0.00V and 0.37v, but' }0 u: E$ _; d/ n
an equivalent load applied to the model's I-V tables yields
6 w: ]- b2 Q! G: ^ different voltages ( 0.00V and 0.36V),
% j! J) b" c; f% n3 Z8 e" ` a difference of 0.06% and 2.14%, respectively.! f8 b8 _6 Y8 w; n, l( {2 l
WARNING - Model lvc180s040gaaaaaaaou: The [Rising Waveform]
: f! Q. A; q6 G with [R_fixture]=50 Ohms and [V_fixture]=1.8V
+ D4 Z% v" A+ p has TYP column DC endpoints of 1.41V and 1.80v, but
* M: S& B$ v6 p0 v3 i: s an equivalent load applied to the model's I-V tables yields) N& {! c5 F5 }" M. }& g
different voltages ( 1.40V and 1.80V),
. l7 I7 J- c( d. f5 ] a difference of 1.99% and 0.58%, respectively.9 Q$ `8 w7 o H6 z8 X8 z5 z) J( ~
WARNING - Model lvc180s040gaaaaaaaou: The [Falling Waveform]
0 R9 v( K' W1 M& h with [R_fixture]=50 Ohms and [V_fixture]=0V
+ W) ]$ I0 m6 h" g6 v- C has TYP column DC endpoints of 0.00V and 0.39v, but5 d ?' i6 d E5 B; |5 ]- l4 m( j3 n
an equivalent load applied to the model's I-V tables yields
! o- y1 b# O+ i: k* { different voltages (-0.00V and 0.38V),
+ j. z. `0 K* V0 e% d, ^9 R' V a difference of 0.56% and 2.13%, respectively.& H% e# |* g" Z) t; R% L# B
WARNING - Model lvc180s040gaaaaaaaou: The [Falling Waveform] : J2 W1 U6 A; G% v9 t
with [R_fixture]=50 Ohms and [V_fixture_min]=0V8 f" J, Y" ~; @+ D
has MIN column DC endpoints of 0.00V and 0.37v, but
' c& L R, P# T an equivalent load applied to the model's I-V tables yields& V' ~$ c) h# A. N
different voltages (-0.00V and 0.36V),& [9 P ~3 x+ o$ ]0 J
a difference of 1.00% and 2.21%, respectively.
S6 } C5 R" zWARNING - Model lvc180s040gaaaaaaaou: The [Rising Waveform]
( h4 o" D# a0 z7 z& {* A with [R_fixture]=50 Ohms and [V_fixture_max]=1.89V/ S0 [3 G; A/ M+ `9 F
has MAX column DC endpoints of 1.52V and 1.89v, but
: E5 s& p5 n; l' d. Q) q an equivalent load applied to the model's I-V tables yields
: h0 U3 k9 {. a. M different voltages ( 1.52V and 1.89V),
8 b. g- _% C" d; Q% q Q" c" z _ a difference of 2.28% and 0.63%, respectively.
: N# e; {- E) c: HWARNING - Model lvc180s040gaaaaaaaou: The [Falling Waveform] ) v% \! p% k y: D
with [R_fixture]=50 Ohms and [V_fixture_max]=0V
5 L' T$ F( o0 L1 U has MAX column DC endpoints of 0.00V and 0.37v, but; k7 `8 {) [, _" Q6 L' x; D: I
an equivalent load applied to the model's I-V tables yields x& K5 \8 _, e. ]! I) c/ X
different voltages ( 0.00V and 0.36V),& t5 m# _% Z ~: @
a difference of 0.06% and 2.14%, respectively.5 S% p7 {/ a8 E* z7 p
WARNING - Model lvc180s040haaaaaaaio: The [Falling Waveform]
* O; [# u1 W h' {7 G! ~ with [R_fixture]=50 Ohms and [V_fixture_max]=1.89V& ^9 T7 k/ {& \, M' g. A6 y
has MAX column DC endpoints of 1.53V and 1.89v, but
7 z9 q5 e1 K+ R% U' Y: c# A/ ? an equivalent load applied to the model's I-V tables yields
2 O) s4 D- @0 F. {& g) E z, V' P different voltages ( 1.53V and 1.89V),
! }3 v( }$ K4 F, _ a difference of 2.48% and 0.34%, respectively.4 V: K! O. y% k5 t# W
WARNING - Model lvc180s040haaaaaaaod: The [Rising Waveform] 0 G/ Z$ h2 H- ]) D' c, u
with [R_fixture]=50 Ohms and [V_fixture_min]=1.71V! z8 L$ K1 ? R7 I+ \
has MIN column DC endpoints of 1.25V and 1.71v, but
( J1 T( B# S+ h an equivalent load applied to the model's I-V tables yields
% X3 o' G6 w" Z# B different voltages ( 1.27V and 1.71V),1 ^( M3 O: \# u+ {0 ?
a difference of 4.46% and 0.02%, respectively.
& H7 L) z0 r3 u# l. p1 T* h1 IWARNING - Model lvc180s040haaaaaaaou: The [Falling Waveform] ) }4 ~# t5 O1 W6 s; B& ?6 B
with [R_fixture]=50 Ohms and [V_fixture_max]=1.89V
# F5 I& O. a' t3 L4 s. \ has MAX column DC endpoints of 1.53V and 1.89v, but* s, y# f" N- r# U7 m4 C( P
an equivalent load applied to the model's I-V tables yields
, a, I6 O- Z* c2 o0 V8 u) B' ~* ^ different voltages ( 1.53V and 1.89V),
4 ]4 {' P% R0 A4 } a difference of 2.48% and 0.34%, respectively.
7 _8 a3 g: C1 u! [- g7 B eWARNING - Model lvc150s040baaaaaaaio: The [Falling Waveform]
7 `3 ~5 A1 |( B6 o* l with [R_fixture]=50 Ohms and [V_fixture]=1.5V
: i# Z7 ?1 e1 v5 r0 E has TYP column DC endpoints of 1.12V and 1.50v, but" E" {9 t' F& }6 R5 L# s' D& c
an equivalent load applied to the model's I-V tables yields
) ]6 E& h2 N8 G different voltages ( 1.12V and 1.50V),& r1 ~6 m p& c' h, \) w
a difference of 2.13% and 0.00%, respectively.. j0 H/ [* ?( c$ E8 W5 w( v3 E4 D
WARNING - Model lvc150s040baaaaaaaio: The [Rising Waveform] 6 e* D; _+ W! M
with [R_fixture]=50 Ohms and [V_fixture_max]=0V
- k, n: V# T, Z+ B. Y5 c has MAX column DC endpoints of 0.00V and 0.32v, but
7 i# z s& I% ?9 _5 Q! w/ c! U/ T an equivalent load applied to the model's I-V tables yields# K* \- w& P- A8 L
different voltages ( 0.00V and 0.32V),
% R6 a$ j( a; ~# U+ |% I a difference of 0.02% and 2.56%, respectively.
6 |2 v4 Z! G6 ~WARNING - Model lvc150s040baaaaaaaou: The [Falling Waveform]
' ?8 o. U, a7 d+ _( c3 c with [R_fixture]=50 Ohms and [V_fixture]=1.5V* L, O, O/ B4 A. ?! a; t" w8 {
has TYP column DC endpoints of 1.12V and 1.50v, but, m( p5 a) A" i6 W$ I3 H, r
an equivalent load applied to the model's I-V tables yields, u1 R' _9 M X% k
different voltages ( 1.12V and 1.50V),
6 C: t+ r$ E- Q5 m3 h a difference of 2.13% and 0.00%, respectively.) e+ R2 l/ E5 w1 V
WARNING - Model lvc150s040baaaaaaaou: The [Rising Waveform] 4 Z. N2 u, p: o6 C: \
with [R_fixture]=50 Ohms and [V_fixture_max]=0V
9 v$ Y5 x. }& d8 K! F& v has MAX column DC endpoints of 0.00V and 0.32v, but" \1 p/ Q+ g9 H8 y; @
an equivalent load applied to the model's I-V tables yields1 S; R( k2 D; n. S- W6 G
different voltages ( 0.00V and 0.32V),! Q" e- e: t/ F% m
a difference of 0.02% and 2.56%, respectively.+ N1 P5 X8 c1 k1 Q
WARNING - Model lvc150s040caaaaaaaio: The [Falling Waveform] 6 y5 }- z$ g2 y7 T4 h, @
with [R_fixture]=50 Ohms and [V_fixture]=0V4 |: z4 C. `+ a* f% a
has TYP column DC endpoints of 0.00V and 0.34v, but
1 e& {6 C& z$ Z$ i0 l an equivalent load applied to the model's I-V tables yields
1 r' p! \, Y4 ?. I/ S' F different voltages (-0.00V and 0.33V),
6 {' v. D& ~0 b% h3 ~" d. ` a difference of 0.61% and 2.35%, respectively.
5 e9 W" V) \/ c& r( s' RWARNING - Model lvc150s040caaaaaaaio: The [Falling Waveform]
( J; _ x3 m( ?& W with [R_fixture]=50 Ohms and [V_fixture_min]=0V* D- C/ y& U0 j" Z0 ^4 A
has MIN column DC endpoints of 0.00V and 0.35v, but
, Q/ ?" N" W0 J4 ?0 M* ^ an equivalent load applied to the model's I-V tables yields d ^* K5 b; }6 T1 W7 P: f
different voltages (-0.00V and 0.34V),
6 o0 S$ D0 s" w+ W5 e a difference of 0.94% and 2.22%, respectively.
5 Y$ Z1 Q& s# y$ F$ ?; ?+ u; VWARNING - Model lvc150s040caaaaaaaio: The [Rising Waveform] 6 Y* d6 ]; Y$ @3 g" c1 m
with [R_fixture]=50 Ohms and [V_fixture_max]=1.58V
) q- }7 O5 |4 j& k8 b; n+ S has MAX column DC endpoints of 1.22V and 1.58v, but
+ [+ w- W4 c( f5 S d an equivalent load applied to the model's I-V tables yields
- C4 I: `1 ]; C different voltages ( 1.21V and 1.58V),' @/ s3 d( J8 B. W8 r4 o8 I9 W
a difference of 2.26% and 0.66%, respectively.$ D% S* L U' [+ @6 r
WARNING - Model lvc150s040caaaaaaaio: The [Falling Waveform] & H0 Q# [, J- ^1 \
with [R_fixture]=50 Ohms and [V_fixture_max]=0V; w) h- y$ a. t- h6 b7 t0 r
has MAX column DC endpoints of 0.00V and 0.32v, but7 @6 s& r/ u$ K
an equivalent load applied to the model's I-V tables yields
9 W, s0 R* y. u4 V3 _% ?9 X different voltages ( 0.00V and 0.31V),- X* V4 g5 W; K6 T4 m
a difference of 0.10% and 2.37%, respectively.
3 t& X0 d. s6 d. z6 g# O) _WARNING - Model lvc150s040caaaaaaaou: The [Falling Waveform] ; G G, m) d$ u: s
with [R_fixture]=50 Ohms and [V_fixture]=0V
1 n7 W+ M% ^5 i1 x0 Q$ U8 d has TYP column DC endpoints of 0.00V and 0.34v, but; F* L4 P! a8 q" k4 K3 r+ P" A
an equivalent load applied to the model's I-V tables yields
! Y+ t2 I( D. v4 k* M different voltages (-0.00V and 0.33V),
1 X6 E: w* v: D- W! c' m a difference of 0.61% and 2.35%, respectively.
$ ~# D' W0 I$ n$ n6 JWARNING - Model lvc150s040caaaaaaaou: The [Falling Waveform]
* N7 I/ H" O3 ~0 m with [R_fixture]=50 Ohms and [V_fixture_min]=0V0 t- u" m& N* r5 |; F
has MIN column DC endpoints of 0.00V and 0.35v, but$ [8 f) E S! Z& A
an equivalent load applied to the model's I-V tables yields/ ^) S. \7 ~% x$ n
different voltages (-0.00V and 0.34V),9 X6 p; d1 J+ N! g1 O) C
a difference of 0.94% and 2.22%, respectively.
) @9 X% M. S" T& gWARNING - Model lvc150s040caaaaaaaou: The [Rising Waveform]
; K7 p [& O1 Y% W+ E with [R_fixture]=50 Ohms and [V_fixture_max]=1.58V# h: k# |! K+ X
has MAX column DC endpoints of 1.22V and 1.58v, but
9 o7 e* `0 o3 C @, `0 X& P/ d c an equivalent load applied to the model's I-V tables yields
4 s* r$ U7 j1 S5 `9 p9 u3 a& C' e different voltages ( 1.21V and 1.58V),9 A2 T, L! S+ y7 J/ M8 e2 r- }
a difference of 2.26% and 0.66%, respectively.& d* _: h- K6 l T ^, ~. |) `* O
WARNING - Model lvc150s040caaaaaaaou: The [Falling Waveform] 6 S. b' Z3 r1 y2 ]1 B( v
with [R_fixture]=50 Ohms and [V_fixture_max]=0V
+ `& \& R9 h0 _+ W) i& S1 G has MAX column DC endpoints of 0.00V and 0.32v, but- L- b( `% e% K1 {
an equivalent load applied to the model's I-V tables yields# E! y) _1 y7 i I+ _
different voltages ( 0.00V and 0.31V),
: k( q1 I* N6 `3 p+ x0 F! O a difference of 0.10% and 2.37%, respectively.5 y& B, E; R" z" V0 o. d8 \
WARNING - Model lvc150s040daaaaaaaio: The [Falling Waveform]
( c4 b2 Q" o9 U1 o1 N. r with [R_fixture]=50 Ohms and [V_fixture]=1.5V. k1 u3 W( e( s& f4 Y
has TYP column DC endpoints of 1.12V and 1.50v, but
) \2 S: H! @ @; F an equivalent load applied to the model's I-V tables yields t) t2 i: `+ }# b/ m
different voltages ( 1.12V and 1.50V),
G& Y" Z" @6 n; P5 M- ^4 {5 P: S: h a difference of 2.13% and 0.00%, respectively.
) K$ \* N% @' X# ~2 W. AWARNING - Model lvc150s040daaaaaaaio: The [Rising Waveform]
% I/ z- D6 O* J9 L" k3 c9 c; B+ O" L with [R_fixture]=50 Ohms and [V_fixture_max]=0V
+ W! u7 _! [0 i. [' ?* F& P2 E has MAX column DC endpoints of 0.00V and 0.32v, but
) y. h! H' w, A. w* t7 ]5 [- {* J an equivalent load applied to the model's I-V tables yields
* U* Z" R( L, E! B4 l6 h: g different voltages ( 0.00V and 0.32V),1 `/ l2 X, }2 B% n1 E+ ?
a difference of 0.02% and 2.57%, respectively./ j% f) j0 J, `1 l& d& X
WARNING - Model lvc150s040daaaaaaaou: The [Falling Waveform]
9 F: \; Z5 C0 p/ f6 f6 @, q' F with [R_fixture]=50 Ohms and [V_fixture]=1.5V- N |: b/ d- r' J! k
has TYP column DC endpoints of 1.12V and 1.50v, but
5 m# y* x. ~* p4 b# O3 p$ T. V- i an equivalent load applied to the model's I-V tables yields
& ?- |" Q6 K6 Z! x7 D7 l different voltages ( 1.12V and 1.50V),+ s0 J5 G4 h7 Z* Y; Q7 n0 Q+ q5 W+ ~
a difference of 2.13% and 0.00%, respectively.
' q* L& @& A% _# F* _% e5 KWARNING - Model lvc150s040daaaaaaaou: The [Rising Waveform] 9 X. q4 Z( O6 T: ~) f+ f$ r
with [R_fixture]=50 Ohms and [V_fixture_max]=0V
8 ^: ` ^7 D! | has MAX column DC endpoints of 0.00V and 0.32v, but( ~6 W. \) H! {+ y! S L
an equivalent load applied to the model's I-V tables yields
0 _+ h4 L4 A9 G+ h different voltages ( 0.00V and 0.32V),+ E U- |. a3 m
a difference of 0.02% and 2.57%, respectively.4 P6 z, G5 ]) E$ Q) D) X+ j
WARNING - Model lvc150s040faaaaaaaio: The [Falling Waveform] K, h- L$ n- y1 [$ D
with [R_fixture]=50 Ohms and [V_fixture]=1.5V
' v- H( ], `, ~! s9 H& u% L) F has TYP column DC endpoints of 1.12V and 1.50v, but$ c0 v% `* r, f a6 ?. l2 L7 N
an equivalent load applied to the model's I-V tables yields
: \6 g$ C" `, W, W3 U7 ]* a% }/ r different voltages ( 1.12V and 1.50V),
# Q8 {% v1 c5 S# f; W! f0 l a difference of 2.13% and 0.00%, respectively.$ \' o$ l, g( J* b$ Y
WARNING - Model lvc150s040faaaaaaaio: The [Rising Waveform]
. [- Z! O* |" O( [0 S: @ with [R_fixture]=50 Ohms and [V_fixture_max]=0V( g# C# N! u5 S# O/ ~
has MAX column DC endpoints of 0.00V and 0.32v, but
4 A- x* `2 s5 e2 s) c# V an equivalent load applied to the model's I-V tables yields
: R- j: E9 |+ l( a/ r5 n different voltages ( 0.00V and 0.32V),
. [3 A$ g$ v7 d, N Y' @ a difference of 0.02% and 2.56%, respectively.7 I% y8 J2 \% g" o! w
WARNING - Model lvc150s040faaaaaaaou: The [Falling Waveform]
, l. Z K) y5 S! E% G5 R/ j with [R_fixture]=50 Ohms and [V_fixture]=1.5V1 F- P$ H) O- }6 T3 v) m! r7 Q* N( ^# N
has TYP column DC endpoints of 1.12V and 1.50v, but
/ t4 f) C) f/ t' B6 ` an equivalent load applied to the model's I-V tables yields4 o% Q9 t' x) X* S0 _' L" s
different voltages ( 1.12V and 1.50V),7 a E* f5 y t" h/ M+ t$ u
a difference of 2.13% and 0.00%, respectively.
& }' W; d5 M2 K3 hWARNING - Model lvc150s040faaaaaaaou: The [Rising Waveform] 8 U: b7 c# G3 P% u( a' _
with [R_fixture]=50 Ohms and [V_fixture_max]=0V
C3 ? t: E2 x9 ?0 x4 y, r. K; u has MAX column DC endpoints of 0.00V and 0.32v, but
* _7 d- h9 M2 R; v3 [# [" j an equivalent load applied to the model's I-V tables yields
- l' k! w- N& r- K4 b- V different voltages ( 0.00V and 0.32V),2 I [! ], L2 t1 L3 a% `8 G* A
a difference of 0.02% and 2.56%, respectively. E& l# r; K* ]: b, E
WARNING - Model lvc150s040gaaaaaaaio: The [Falling Waveform] , J1 I1 P5 H4 W
with [R_fixture]=50 Ohms and [V_fixture]=0V/ s! _3 ^% t7 M3 o
has TYP column DC endpoints of 0.00V and 0.34v, but
8 o4 q/ o/ w+ W6 w an equivalent load applied to the model's I-V tables yields
$ I% S$ b4 I2 P- g( ~ different voltages (-0.00V and 0.33V),6 }' h B% j0 m, B% k
a difference of 0.61% and 2.35%, respectively.
) E4 ~" v+ ^8 [/ o9 Q7 HWARNING - Model lvc150s040gaaaaaaaio: The [Falling Waveform]
7 r1 \; `# r" f. P0 R I* I! O! `$ D with [R_fixture]=50 Ohms and [V_fixture_min]=0V" v# i% W/ c2 k( Q3 ^& E
has MIN column DC endpoints of 0.00V and 0.35v, but
, v7 F& S t, e |2 { an equivalent load applied to the model's I-V tables yields
! W, U! s U4 R( q( w9 o1 w different voltages (-0.00V and 0.34V),+ W) K c1 o4 H& T
a difference of 0.94% and 2.22%, respectively.! e) W6 a6 G7 y4 r5 ^- {0 ]. w
WARNING - Model lvc150s040gaaaaaaaio: The [Rising Waveform] * P/ _: X. ~: J" o
with [R_fixture]=50 Ohms and [V_fixture_max]=1.58V8 {3 c0 Q* w- u/ W" T7 Q @
has MAX column DC endpoints of 1.22V and 1.58v, but
' ]: @ z" U" g2 J0 \* ^ ] an equivalent load applied to the model's I-V tables yields+ G: m: W9 C6 g0 L0 C
different voltages ( 1.21V and 1.58V),8 X I' o9 s7 r+ W
a difference of 2.26% and 0.66%, respectively.
& Q+ C G) f- l4 R' aWARNING - Model lvc150s040gaaaaaaaio: The [Falling Waveform]
3 X$ I6 P1 ^$ W$ q$ ?3 I with [R_fixture]=50 Ohms and [V_fixture_max]=0V% d$ w% @5 r+ k
has MAX column DC endpoints of 0.00V and 0.32v, but
: n6 ?; x$ Q1 A, P an equivalent load applied to the model's I-V tables yields
& x- ]# M1 Z4 i different voltages ( 0.00V and 0.31V),
# g6 V, F- w& _. Q c a difference of 0.10% and 2.37%, respectively.
% V/ @2 E: Q& m$ i2 a. r) bWARNING - Model lvc150s040gaaaaaaaou: The [Falling Waveform] [# s. \, L/ J6 \
with [R_fixture]=50 Ohms and [V_fixture]=0V: w4 x" T) T. t
has TYP column DC endpoints of 0.00V and 0.34v, but
$ H ~$ `! ^- O8 N1 t( O4 d an equivalent load applied to the model's I-V tables yields
- T7 g/ A/ Q' n8 ~ different voltages (-0.00V and 0.33V),( l% z; {) R: P% S9 f4 B
a difference of 0.61% and 2.35%, respectively.0 w- ?' L" _" `
WARNING - Model lvc150s040gaaaaaaaou: The [Falling Waveform]
7 @: x0 U1 V X: Y) r8 I2 j6 } with [R_fixture]=50 Ohms and [V_fixture_min]=0V8 q' Y5 _% h' a4 S3 Y9 y5 n$ v
has MIN column DC endpoints of 0.00V and 0.35v, but, \% y; F. P) J% o( k) c2 K
an equivalent load applied to the model's I-V tables yields
" X- V1 _: y2 [7 i8 o+ m! N different voltages (-0.00V and 0.34V),3 c: a- H; z$ c# X+ e
a difference of 0.94% and 2.22%, respectively.: Q" n8 c! D0 Y" j& K
WARNING - Model lvc150s040gaaaaaaaou: The [Rising Waveform] 0 ^* o) ^" z/ [/ |1 a1 R: U
with [R_fixture]=50 Ohms and [V_fixture_max]=1.58V T$ l- o1 p3 G, k) G# }
has MAX column DC endpoints of 1.22V and 1.58v, but8 W( y- v4 W5 X0 X( k7 [1 e T* q
an equivalent load applied to the model's I-V tables yields5 ]& H% W$ z2 N/ ~. q& {* ^
different voltages ( 1.21V and 1.58V),' W" v- \. d1 T+ s C3 U- T; u0 k2 R7 s& j
a difference of 2.26% and 0.66%, respectively.
8 u- i. \* V* G2 v8 s+ mWARNING - Model lvc150s040gaaaaaaaou: The [Falling Waveform] ; z6 u S) Q. D- ~# _" A
with [R_fixture]=50 Ohms and [V_fixture_max]=0V4 H) y: ~5 Y" ~7 M; f
has MAX column DC endpoints of 0.00V and 0.32v, but
" T# ^3 ^8 W$ | an equivalent load applied to the model's I-V tables yields
6 |1 C: U# W! D& U7 k different voltages ( 0.00V and 0.31V),
4 p6 B4 g( z3 E5 Z a difference of 0.10% and 2.37%, respectively.
7 j5 A- C9 v+ OWARNING - Model lvc150s040haaaaaaaio: The [Falling Waveform] 5 i! e, {) M& T# L- S; s) l
with [R_fixture]=50 Ohms and [V_fixture]=1.5V j) D; ]7 G) D- [3 h
has TYP column DC endpoints of 1.12V and 1.50v, but+ S0 _: \8 o$ ?: {4 r3 r7 {! p3 d
an equivalent load applied to the model's I-V tables yields: j7 i) ~, z6 K- T0 S( s
different voltages ( 1.12V and 1.50V),, ?* j8 m/ W+ j; N' z
a difference of 2.13% and 0.00%, respectively.
$ x: N3 N; @ B8 B- v& hWARNING - Model lvc150s040haaaaaaaio: The [Rising Waveform]
9 c+ G8 s2 ^9 N6 m with [R_fixture]=50 Ohms and [V_fixture_max]=0V
" D! a* w3 M3 E: y/ T has MAX column DC endpoints of 0.00V and 0.32v, but [; P7 l( ?: A' L9 j
an equivalent load applied to the model's I-V tables yields9 d) S7 c. d9 ~0 T6 }7 j' k0 L
different voltages ( 0.00V and 0.32V),) j0 E' ?0 _8 X; F+ a/ I \
a difference of 0.02% and 2.57%, respectively.
" E6 r0 \" M4 s: @$ C, rWARNING - Model lvc150s040haaaaaaaou: The [Falling Waveform] 9 g9 t [7 Z3 f8 t
with [R_fixture]=50 Ohms and [V_fixture]=1.5V
) a7 d4 X7 y6 t# ~" u6 F has TYP column DC endpoints of 1.12V and 1.50v, but: ^0 `8 r- W6 p4 S( C
an equivalent load applied to the model's I-V tables yields
" r4 e( `, }2 N! k different voltages ( 1.12V and 1.50V),
* A- g0 o+ y) N d; z0 x$ J a difference of 2.13% and 0.00%, respectively.
0 ?( k0 i3 h+ x& x3 |# }& OWARNING - Model lvc150s040haaaaaaaou: The [Rising Waveform]
$ j% u9 M- y$ E9 V' k with [R_fixture]=50 Ohms and [V_fixture_max]=0V. k; J6 P5 ^& \7 c& w0 D: H
has MAX column DC endpoints of 0.00V and 0.32v, but7 Y! _( p3 C: o& }: V3 X
an equivalent load applied to the model's I-V tables yields# a4 |* P6 Z+ i) U2 S
different voltages ( 0.00V and 0.32V),2 h( S5 m. y2 Z
a difference of 0.02% and 2.57%, respectively.0 U6 H) t/ J2 _5 ]* c5 Z0 z
WARNING - Model lvc120f020caaaaaaaio: The [Rising Waveform] 7 F8 D% Z" ]9 M9 l1 q3 X( x
with [R_fixture]=50 Ohms and [V_fixture_min]=0V t+ o' ^) l5 I3 x
has MIN column DC endpoints of 0.00V and 0.41v, but8 p# k1 R# b; O2 d* M
an equivalent load applied to the model's I-V tables yields
G5 c9 X+ A/ p& v different voltages (-0.00V and 0.40V),5 h$ D2 z! ?# I
a difference of 0.27% and 2.30%, respectively.! H m6 W" w3 p1 Z
WARNING - Model lvc120f020caaaaaaaio: The [Rising Waveform]
6 M P, g' Z5 s2 q with [R_fixture]=50 Ohms and [V_fixture_max]=0V
3 {* \+ T3 g! Z7 m/ v has MAX column DC endpoints of 0.00V and 0.68v, but0 S q. N% v g. j
an equivalent load applied to the model's I-V tables yields
) t- q5 t/ K/ w different voltages ( 0.00V and 0.67V),+ _- n4 t! U7 z, V# k
a difference of 0.06% and 2.27%, respectively.
. b" h( O$ m2 T r A! L9 V. jWARNING - Model lvc120f020caaaaaaaou: The [Rising Waveform]
( {) s8 F0 s* R& N with [R_fixture]=50 Ohms and [V_fixture_min]=0V4 u- W% q9 \2 A2 R$ J
has MIN column DC endpoints of 0.00V and 0.41v, but
6 g: h/ m2 X6 L" ]9 ^ an equivalent load applied to the model's I-V tables yields
7 a0 e. x3 Y' {: j5 y different voltages (-0.00V and 0.40V),
/ I; u0 T% j% i$ |% f0 \; ~6 L a difference of 0.27% and 2.30%, respectively.. L5 A- J1 H6 a( Z* E& t7 h% P
WARNING - Model lvc120f020caaaaaaaou: The [Rising Waveform]
1 W- `* i5 A$ e* h with [R_fixture]=50 Ohms and [V_fixture_max]=0V7 [2 f; I( r3 i/ {
has MAX column DC endpoints of 0.00V and 0.68v, but# d" ?" Q+ K& C" ?, A& o0 E5 g1 G0 b0 E8 k
an equivalent load applied to the model's I-V tables yields
# v K. B' [1 [- L different voltages ( 0.00V and 0.67V),6 |+ S9 i5 t' k' ^: Q
a difference of 0.06% and 2.27%, respectively.; ]# j3 c8 ^) F' t9 A' |
WARNING - Model lvc120f020gaaaaaaaio: The [Rising Waveform] - y9 H$ o m' y/ i f/ R
with [R_fixture]=50 Ohms and [V_fixture_min]=0V5 s1 E5 d8 q% n- U* W: ~
has MIN column DC endpoints of 0.00V and 0.41v, but
8 l8 D& K- l5 f3 g& z3 l, v an equivalent load applied to the model's I-V tables yields) i4 L0 [. F$ o
different voltages (-0.00V and 0.40V),1 C* B1 Q6 a! z6 V, m9 {' N
a difference of 0.27% and 2.30%, respectively.; c1 m% I1 F/ t- ]# Z- r( |
WARNING - Model lvc120f020gaaaaaaaio: The [Rising Waveform]
/ S$ n% [% m6 {8 G/ y; e with [R_fixture]=50 Ohms and [V_fixture_max]=0V3 l+ C7 m0 e7 b0 S
has MAX column DC endpoints of 0.00V and 0.68v, but1 X- @" D5 Q; B+ l. H
an equivalent load applied to the model's I-V tables yields
6 O! @& a4 n+ i# C2 `# _5 {) l different voltages ( 0.00V and 0.67V),
/ o6 I) h' ~$ K! ] a difference of 0.06% and 2.27%, respectively.6 H! K, @) {7 D( U% b! A
WARNING - Model lvc120f020gaaaaaaaou: The [Rising Waveform]
2 g5 h; o: m4 p N: S' V) r% ^ with [R_fixture]=50 Ohms and [V_fixture_min]=0V+ d% G5 C0 d$ v# U0 J) |8 v
has MIN column DC endpoints of 0.00V and 0.41v, but: q! f$ c. p( M
an equivalent load applied to the model's I-V tables yields$ _0 e4 `* c: e u+ C$ Q9 W
different voltages (-0.00V and 0.40V),
- c5 x7 h9 w4 \8 _3 h. H a difference of 0.27% and 2.30%, respectively.
* |5 c: {% e7 ]. c4 w, z# f3 Y' W. eWARNING - Model lvc120f020gaaaaaaaou: The [Rising Waveform] k' q, v4 q% N4 p6 l6 ^8 s
with [R_fixture]=50 Ohms and [V_fixture_max]=0V
* ?7 b; k4 T8 X; D2 ^5 s) } has MAX column DC endpoints of 0.00V and 0.68v, but5 T7 C+ k0 X% k
an equivalent load applied to the model's I-V tables yields
( A6 F7 P( N- F8 w2 v9 z* @3 { ~8 Q different voltages ( 0.00V and 0.67V),
$ d1 ]; b' t) J) A& q a difference of 0.06% and 2.27%, respectively.
# Z- u, d) `9 lWARNING - Model lvc120s020aaaaaaaaio: The [Falling Waveform] 3 ?+ P( s% L+ `$ b% {
with [R_fixture]=50 Ohms and [V_fixture_min]=1.14V. h3 P3 H n( c" D; F: J
has MIN column DC endpoints of 0.75V and 1.14v, but
; a& @$ H4 F2 C an equivalent load applied to the model's I-V tables yields
# o7 k/ P. T& a* e# l2 a different voltages ( 0.74V and 1.14V),8 i# A, y- E# e4 I' W/ t
a difference of 2.07% and 0.00%, respectively.
9 s C8 c3 G! ]9 {9 o" pWARNING - Model lvc120s020aaaaaaaaou: The [Falling Waveform]
{5 r4 W: L2 k: ?3 c; r/ v with [R_fixture]=50 Ohms and [V_fixture_min]=1.14V) p- G, \1 C! y( `0 X
has MIN column DC endpoints of 0.75V and 1.14v, but
$ T y( J! l9 s" @& H an equivalent load applied to the model's I-V tables yields: h9 d1 ^: u# @! ?' ]- \9 D
different voltages ( 0.74V and 1.14V),) o) w2 u8 n6 q" q) l
a difference of 2.07% and 0.00%, respectively.
# F, l Y Y/ EWARNING - Model lvc120s020caaaaaaaio: The [Rising Waveform] % B( S/ I- ]* e( r. @ ~) f; L! _
with [R_fixture]=50 Ohms and [V_fixture_min]=0V
4 H: V, I- A$ L has MIN column DC endpoints of 0.00V and 0.41v, but
* U% C. v- y! [1 V2 N6 {' u$ w an equivalent load applied to the model's I-V tables yields
9 u' U" X. T" W+ \) I different voltages (-0.00V and 0.40V),' j3 D# N. h! K( W+ G
a difference of 0.66% and 2.16%, respectively.! P4 z$ p. E* g9 I: \( T# s9 h5 w
WARNING - Model lvc120s020caaaaaaaio: The [Falling Waveform]
8 @; g4 \* m' t( x. R9 y9 O) W! c with [R_fixture]=50 Ohms and [V_fixture_min]=1.14V5 r) ?' ?$ t7 {' h+ |
has MIN column DC endpoints of 0.75V and 1.14v, but
* y: [9 o4 t* M; j6 a0 } an equivalent load applied to the model's I-V tables yields7 k0 Z2 p3 K8 h; o1 K% D8 J
different voltages ( 0.74V and 1.14V),, \/ _3 _0 e$ [% Z2 M4 {+ [ U! `" D
a difference of 2.89% and 0.47%, respectively.
5 |- r. T) `0 S- EWARNING - Model lvc120s020caaaaaaaio: The [Rising Waveform] $ b6 o: E) m9 K
with [R_fixture]=50 Ohms and [V_fixture_max]=1.26V: u2 K' X- S8 I$ Z
has MAX column DC endpoints of 0.91V and 1.26v, but. D$ ~/ F- l6 `4 f* n: M6 R9 ]; g* V
an equivalent load applied to the model's I-V tables yields# d' G) |# B+ _8 A1 H" N
different voltages ( 0.90V and 1.26V),+ t! N4 C- ^) M- u- {
a difference of 2.23% and 0.43%, respectively.9 M p* w2 Y2 {1 a. f( }
WARNING - Model lvc120s020caaaaaaaou: The [Rising Waveform]
4 k) y: j& U% M3 J9 | @& _% j+ h with [R_fixture]=50 Ohms and [V_fixture_min]=0V
- ?! |& [ h2 A, H has MIN column DC endpoints of 0.00V and 0.41v, but D% U" N. N% s4 E$ \
an equivalent load applied to the model's I-V tables yields
" _, Q1 y! l0 x; f! H+ ` different voltages (-0.00V and 0.40V),
/ @+ G% u) `- S0 V/ P a difference of 0.66% and 2.16%, respectively.6 r4 W: o: p& O4 y% x& z
WARNING - Model lvc120s020caaaaaaaou: The [Falling Waveform]
) i: l5 F" Q+ ~. P$ A" |. W& d with [R_fixture]=50 Ohms and [V_fixture_min]=1.14V) j T6 K; I+ ~/ z7 H
has MIN column DC endpoints of 0.75V and 1.14v, but M% Q9 ~' f9 X
an equivalent load applied to the model's I-V tables yields' C( v6 _' P. G+ d% k
different voltages ( 0.74V and 1.14V),
# n, d5 a9 a5 _ a difference of 2.89% and 0.47%, respectively.6 [' B" b4 L, ?+ m% r8 {
WARNING - Model lvc120s020caaaaaaaou: The [Rising Waveform]
9 h1 Y9 Z- C: O2 f( | with [R_fixture]=50 Ohms and [V_fixture_max]=1.26V4 j8 @1 P) Y5 M5 ^1 Y
has MAX column DC endpoints of 0.91V and 1.26v, but# T. j) I }6 f5 F1 D
an equivalent load applied to the model's I-V tables yields: [- A* a4 V- q& r) j) n. G F2 i$ I
different voltages ( 0.90V and 1.26V),
) \, K6 o4 V( q# ~" b5 \ a difference of 2.23% and 0.43%, respectively. c6 e% a; }. ]- y) j# \/ P% n
WARNING - Model lvc120s020eaaaaaaaio: The [Falling Waveform] $ |% |0 }) H) R% w3 ~0 ?
with [R_fixture]=50 Ohms and [V_fixture_min]=1.14V1 z$ W5 M. o. N- z+ V% c# l
has MIN column DC endpoints of 0.75V and 1.14v, but8 V6 t$ W! ^( n/ W k
an equivalent load applied to the model's I-V tables yields- B1 x* Y6 M [5 {% F2 k
different voltages ( 0.74V and 1.14V),
- |& d6 L5 B O6 F% i a difference of 2.07% and 0.00%, respectively. \- A3 W/ W: k: G# X& N0 M+ f$ ]
WARNING - Model lvc120s020eaaaaaaaou: The [Falling Waveform]
( l% p. ?6 z8 c+ K with [R_fixture]=50 Ohms and [V_fixture_min]=1.14V
) L- I' W* T5 @' t4 B0 |# P/ ] has MIN column DC endpoints of 0.75V and 1.14v, but
; \1 q( F r) A" [% w an equivalent load applied to the model's I-V tables yields% `- e: {$ O% O; H+ j/ `
different voltages ( 0.74V and 1.14V), x4 U" [6 {3 p# P; f
a difference of 2.07% and 0.00%, respectively.
" o1 F. n% s9 j+ Z$ w5 @: l5 {5 [WARNING - Model lvc120s020gaaaaaaaio: The [Rising Waveform] : N, X; Z: G) ~
with [R_fixture]=50 Ohms and [V_fixture_min]=0V% O( K n9 R& E8 Y" u* f
has MIN column DC endpoints of 0.00V and 0.41v, but
) g) S7 R; N8 m- A8 v an equivalent load applied to the model's I-V tables yields. l) V- |1 h' r; A5 B+ W+ e
different voltages (-0.00V and 0.40V),
- } l* ^+ `/ h" z* n! P a difference of 0.66% and 2.16%, respectively.; _# L0 H R1 r" j3 X# J/ g- l: {% V: }& T
WARNING - Model lvc120s020gaaaaaaaio: The [Falling Waveform] ) M% V& U5 ?/ n( }: n8 _
with [R_fixture]=50 Ohms and [V_fixture_min]=1.14V3 n4 b; {- a5 _: @0 Y1 ~
has MIN column DC endpoints of 0.75V and 1.14v, but
! X7 ^. ^; t1 }5 C7 e8 }3 c3 `: x an equivalent load applied to the model's I-V tables yields
d+ P2 U$ c$ p T$ U) i. I different voltages ( 0.74V and 1.14V)," X" t7 \, i# {) X' f
a difference of 2.89% and 0.47%, respectively.
6 o) H" y# ?; a/ L sWARNING - Model lvc120s020gaaaaaaaio: The [Rising Waveform]
. B1 F U2 S9 ?$ X with [R_fixture]=50 Ohms and [V_fixture_max]=1.26V
6 u. w6 ], L& Y$ c8 i has MAX column DC endpoints of 0.91V and 1.26v, but
' s0 l% m$ E/ ?. p: Q0 G9 {2 u" z an equivalent load applied to the model's I-V tables yields/ v2 L+ s0 Y) a3 b) S
different voltages ( 0.90V and 1.26V),
7 E# S' h8 ~: W* r a difference of 2.23% and 0.43%, respectively.
6 W3 N1 a$ k# gWARNING - Model lvc120s020gaaaaaaaou: The [Rising Waveform] ; W4 u0 D; b! m: k
with [R_fixture]=50 Ohms and [V_fixture_min]=0V
# _$ A3 v! u2 s# s9 Z5 W) ] has MIN column DC endpoints of 0.00V and 0.41v, but
$ W ^" l3 L3 P r8 L an equivalent load applied to the model's I-V tables yields% l' n* k( s. c9 Z" G
different voltages (-0.00V and 0.40V),- z1 S% m: |' z8 N
a difference of 0.66% and 2.16%, respectively.2 j7 d0 v/ U* X- O$ S$ a3 b
WARNING - Model lvc120s020gaaaaaaaou: The [Falling Waveform] 9 R/ v: t, _5 r" v. @
with [R_fixture]=50 Ohms and [V_fixture_min]=1.14V
/ \5 v+ |) ~ q. U has MIN column DC endpoints of 0.75V and 1.14v, but% L; a7 m& V E/ @& M3 I7 W
an equivalent load applied to the model's I-V tables yields% g" @, |) h9 ~% g- d) O" R
different voltages ( 0.74V and 1.14V),# H4 o" ~3 Y" H6 x* ~
a difference of 2.89% and 0.47%, respectively.
& I; `3 Y' [) L: O8 SWARNING - Model lvc120s020gaaaaaaaou: The [Rising Waveform] 8 @: m. h( e( n
with [R_fixture]=50 Ohms and [V_fixture_max]=1.26V! D7 |( z% y1 G9 w" v0 `
has MAX column DC endpoints of 0.91V and 1.26v, but. z" \3 H& z+ q! E n" ~
an equivalent load applied to the model's I-V tables yields
4 l6 @- o6 @$ |$ z different voltages ( 0.90V and 1.26V),6 V8 a; q& F7 g# s4 O7 }
a difference of 2.23% and 0.43%, respectively.
$ y, x4 @9 @. n; ~) n( PWARNING - Model lvc120s040haaaaaaaod: The [Rising Waveform] ( K8 A* B/ D( Q0 |2 ]
with [R_fixture]=50 Ohms and [V_fixture]=1.2V
@0 P2 ]- r- q) y' E" r8 | has TYP column DC endpoints of 0.83V and 1.20v, but
; x: v. l8 B& ] an equivalent load applied to the model's I-V tables yields
7 \4 l1 p, K/ D7 J# }: C+ a different voltages ( 0.85V and 1.20V),
. g$ H4 e) o0 d7 Z3 A7 g+ ?8 g a difference of 4.83% and 0.00%, respectively.
- V5 C) o$ m* @) o& J+ t/ t' O: q5 W4 P6 b/ c
Errors : 1
/ f) E+ }* P7 A) q9 `0 p! U8 qWarnings: 133% Y/ P# n W% O) I: P+ v: G ?3 Y
4 x! A& Y1 |, \. g+ C
File Failed
, r, T, Y9 e; {$ D# v |
|
/1 
发表于 2013-6-21 09:10
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