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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:
9 N! B5 N0 N' m+ q6 t5 E- }0 g/ {! K1 A c
IBISCHK5 V5.0.3& I) { u+ w& a
4 r$ n* I4 @ e1 X7 S/ e
Checking D:\Pcblib\SI_Model\LatticeECP3_FPGA_IBIS_Models.ibs for IBIS 3.2 Compatibility...9 B0 T" A$ V9 b4 v) b
6 y# z" b" y2 `6 r' n s) d) iERROR (line 8) - File name opened 'LatticeECP3_FPGA_IBIS_Models.ibs' not the same as File_name 'ecp3.ibs'.6 i, H; l, B, |/ U$ F, _( b
WARNING - Model lvc330s040caaaaaaaio: The [Rising Waveform] + z! r- ^% ]- _
with [R_fixture]=50 Ohms and [V_fixture]=3.3V- u* z$ X* S+ N! F6 m- I
has TYP column DC endpoints of 2.89V and 3.30v, but
- @5 r4 X) _( F0 ?* N a; Z' c an equivalent load applied to the model's I-V tables yields
% b- U, G& G/ [ different voltages ( 2.88V and 3.30V),3 z+ p. B4 V" J, K, J! M0 m
a difference of 2.06% and 0.59%, respectively.
, I" i- {" f J# k! WWARNING - Model lvc330s040caaaaaaaio: The [Falling Waveform]
5 R' B8 n& i5 U, C/ ?/ P! ~6 @ with [R_fixture]=50 Ohms and [V_fixture]=0V
5 {$ c4 T% |- J( D has TYP column DC endpoints of 0.00V and 0.43v, but! P6 F5 E5 t9 F+ _) ]" r" s
an equivalent load applied to the model's I-V tables yields
% T+ L: n; _' c1 }! A6 X) i. {9 ^ different voltages (-0.00V and 0.42V),
+ T2 y) y% Q, c# p" J6 |8 B I9 v a difference of 0.73% and 2.15%, respectively.+ |) P; L8 j3 j2 s
WARNING - Model lvc330s040caaaaaaaio: The [Rising Waveform] + ~* Y( _9 [1 N b. _8 s! x5 I
with [R_fixture]=50 Ohms and [V_fixture_max]=3.47V' r3 a; B& D. o* p1 z
has MAX column DC endpoints of 3.10V and 3.47v, but
. d# N; O9 s# A, V- k! Y2 D4 F7 D6 r an equivalent load applied to the model's I-V tables yields' o4 ]) \: a5 c1 f% I3 h, y3 C
different voltages ( 3.09V and 3.47V),7 W) D0 u3 E f8 s
a difference of 2.43% and 0.60%, respectively.$ c1 ~. ~) k7 f+ k" A
WARNING - Model lvc330s040caaaaaaaou: The [Rising Waveform] ' D. x1 f- ?9 z8 t
with [R_fixture]=50 Ohms and [V_fixture]=3.3V
" ^, k2 z/ [5 g1 E+ a4 p: A6 r; a0 ~ has TYP column DC endpoints of 2.89V and 3.30v, but
- ]5 N& f2 ]' _0 d8 E/ Y" e an equivalent load applied to the model's I-V tables yields0 j$ S, B5 Z; w
different voltages ( 2.88V and 3.30V),
+ u7 ^# o" b: X$ N1 J. s' y a difference of 2.06% and 0.59%, respectively.$ V- x1 j$ _# a( a# h/ |. \
WARNING - Model lvc330s040caaaaaaaou: The [Falling Waveform]
( x6 T% p% p5 W$ e4 K0 D1 k with [R_fixture]=50 Ohms and [V_fixture]=0V5 u8 ?; y" _# b
has TYP column DC endpoints of 0.00V and 0.43v, but
9 G/ }- E5 d% W5 T an equivalent load applied to the model's I-V tables yields
# g3 y. F( k2 V4 w! k/ `3 z different voltages (-0.00V and 0.42V),
" y8 H; d9 |$ i a difference of 0.73% and 2.15%, respectively.- s/ c' s8 {6 k: V1 h0 i/ ~
WARNING - Model lvc330s040caaaaaaaou: The [Rising Waveform] $ E _; n8 q- d: I
with [R_fixture]=50 Ohms and [V_fixture_max]=3.47V( W* \/ g# S3 S/ V$ a# R
has MAX column DC endpoints of 3.10V and 3.47v, but5 Q; d5 ^+ z# E0 H. A
an equivalent load applied to the model's I-V tables yields: e- K. \; c- h( S4 A# X; D
different voltages ( 3.09V and 3.47V),
' z& e! e1 t( @2 M% S a difference of 2.43% and 0.60%, respectively.9 c! n6 R4 b0 t3 {3 x; x# S4 j" c w
WARNING - Model lvc330s040daaaaaaaio: The [Rising Waveform]
- L. J7 P; P, D9 e; Q. J3 l with [R_fixture]=50 Ohms and [V_fixture]=3.3V: ?3 P3 p) k- {6 D2 Q0 q, T: }. q7 O
has TYP column DC endpoints of 2.89V and 3.30v, but
& [) q- c6 q% N! A8 Q; j% M an equivalent load applied to the model's I-V tables yields
: _* z% w- \* D1 Y' d- k3 k different voltages ( 2.88V and 3.30V),
/ I: P5 k* h4 @& z$ Q3 B7 T. O a difference of 2.06% and 0.59%, respectively.
8 E; R" h' v9 S/ Z" rWARNING - Model lvc330s040daaaaaaaio: The [Falling Waveform]
1 M' p) w' d4 Z, g( W3 h with [R_fixture]=50 Ohms and [V_fixture]=0V
& Z! k+ y t/ Z! B+ j) O2 n has TYP column DC endpoints of 0.00V and 0.43v, but
( Z) w% z7 ^5 H6 @ an equivalent load applied to the model's I-V tables yields
! o: V8 r$ h" K2 U different voltages (-0.00V and 0.42V),
$ Q( b1 g$ R7 A/ T6 L' C# \ a difference of 0.73% and 2.15%, respectively." T* r% [8 [/ }* y. B
WARNING - Model lvc330s040daaaaaaaio: The [Rising Waveform] 4 p s, X3 M$ Y( ]" ~% D+ a
with [R_fixture]=50 Ohms and [V_fixture_max]=3.47V
+ k/ Q% f' C% ]8 H1 u: ^% o9 L has MAX column DC endpoints of 3.10V and 3.47v, but
: f ?1 D/ B! s- |" c, k) i an equivalent load applied to the model's I-V tables yields
+ C8 R% I- q9 ^( g7 h; i$ B different voltages ( 3.09V and 3.47V),
, A% X0 o+ V$ A0 Z7 e5 ~( Z a difference of 2.43% and 0.60%, respectively.3 C2 a9 a) `/ t r5 i' s- p
WARNING - Model lvc330s040gaaaaaaaio: The [Rising Waveform]
" A8 `; R/ Y& x6 Y5 H) f with [R_fixture]=50 Ohms and [V_fixture]=3.3V& U( c7 A& \( Z
has TYP column DC endpoints of 2.89V and 3.30v, but3 b: Z9 o/ k* ? T# w6 [
an equivalent load applied to the model's I-V tables yields
. ]3 S8 B6 S" b$ s different voltages ( 2.88V and 3.30V),1 r; q; b9 _1 O1 j0 O
a difference of 2.06% and 0.59%, respectively.
+ p% p$ V' c1 u# l$ E, k ZWARNING - Model lvc330s040gaaaaaaaio: The [Falling Waveform] $ m7 F) B4 K2 a$ C: f" v
with [R_fixture]=50 Ohms and [V_fixture]=0V. G9 V: b1 f' L: g5 e
has TYP column DC endpoints of 0.00V and 0.43v, but
4 G3 o J( G' Q$ T7 `9 k8 p an equivalent load applied to the model's I-V tables yields* X; w$ i+ l, u! x
different voltages (-0.00V and 0.42V),8 V' J! B9 ]4 `8 f- _9 r8 x
a difference of 0.73% and 2.15%, respectively.* F: j4 O% C( z$ P3 p! Y7 `/ V
WARNING - Model lvc330s040gaaaaaaaio: The [Rising Waveform] 6 t/ J+ S1 t" s8 E5 C
with [R_fixture]=50 Ohms and [V_fixture_max]=3.47V% h' a; \- \& M
has MAX column DC endpoints of 3.10V and 3.47v, but6 U5 g& [. D+ \
an equivalent load applied to the model's I-V tables yields0 {4 t0 D M2 p
different voltages ( 3.09V and 3.47V),7 |- b& D. n+ o ~) F" `$ ]5 S
a difference of 2.43% and 0.60%, respectively.0 J* t, |6 Z: C1 |1 L
WARNING - Model lvc330s040gaaaaaaaou: The [Rising Waveform]
0 Q0 p; D% j; d6 T with [R_fixture]=50 Ohms and [V_fixture]=3.3V8 p$ P& X0 r$ O
has TYP column DC endpoints of 2.89V and 3.30v, but
; C# u* U1 Q7 w" U% n: z0 j an equivalent load applied to the model's I-V tables yields; x; w* L1 H7 {' \- V& h% P+ p
different voltages ( 2.88V and 3.30V),2 \; |, U2 r8 n
a difference of 2.06% and 0.59%, respectively.- i5 d( ~8 z/ W3 ^$ R$ s' F- d
WARNING - Model lvc330s040gaaaaaaaou: The [Falling Waveform]
3 \0 J- {, T! b* h/ @% F1 c with [R_fixture]=50 Ohms and [V_fixture]=0V
* H1 z" @- L; {0 @3 u has TYP column DC endpoints of 0.00V and 0.43v, but* z" L1 h- c1 E3 I
an equivalent load applied to the model's I-V tables yields1 }9 x3 l0 G% S7 K; o/ M6 i
different voltages (-0.00V and 0.42V),
/ u P8 f1 N0 ^& x: J# g a difference of 0.73% and 2.15%, respectively.
/ c! G& q4 k/ k2 f7 dWARNING - Model lvc330s040gaaaaaaaou: The [Rising Waveform] 3 t* p2 Z3 G7 W2 U+ w
with [R_fixture]=50 Ohms and [V_fixture_max]=3.47V5 a6 e w# E! v$ \9 A S
has MAX column DC endpoints of 3.10V and 3.47v, but4 F6 H, _0 }3 q( f1 [4 M" `: Q
an equivalent load applied to the model's I-V tables yields. G( n0 w, U) G( ]) X
different voltages ( 3.09V and 3.47V),0 D. O! w; B! w C! L+ r
a difference of 2.43% and 0.60%, respectively.- E) K& n, g, E9 U
WARNING - Model lvc330s040haaaaaaaio: The [Rising Waveform] 6 x7 L1 x) E1 ^
with [R_fixture]=50 Ohms and [V_fixture]=3.3V4 S! a9 G, d1 F$ V; H. K) m
has TYP column DC endpoints of 2.89V and 3.30v, but
I) r3 n. f% i& z" h an equivalent load applied to the model's I-V tables yields4 ^ Q' z: P! w# D Y* j
different voltages ( 2.88V and 3.30V),8 P1 \/ \" N& f5 p! T
a difference of 2.06% and 0.59%, respectively.3 ]' h1 ?8 }3 S* A
WARNING - Model lvc330s040haaaaaaaio: The [Falling Waveform] ) F5 W' j+ p+ ?6 }
with [R_fixture]=50 Ohms and [V_fixture]=0V& h! p9 `" q, l6 o* N0 Y
has TYP column DC endpoints of 0.00V and 0.43v, but
# P) r0 P+ l" Y+ p7 ^ G# z an equivalent load applied to the model's I-V tables yields( I% W6 @- n5 u0 p
different voltages (-0.00V and 0.42V),
6 K" `' ?8 m z; Q: d- v8 b a difference of 0.73% and 2.15%, respectively.& U; j6 g6 v( z, C* v' G6 v
WARNING - Model lvc330s040haaaaaaaio: The [Rising Waveform]
0 |( J* Q7 J. p with [R_fixture]=50 Ohms and [V_fixture_max]=3.47V6 M T& Q2 B' S
has MAX column DC endpoints of 3.10V and 3.47v, but2 m P1 D+ j+ R" E5 q7 }
an equivalent load applied to the model's I-V tables yields3 u5 C1 ^* w2 H. `. n' ]) Y, G! t" n$ l
different voltages ( 3.09V and 3.47V),
2 b5 B3 F4 J$ T4 ]/ ?; o a difference of 2.43% and 0.60%, respectively.+ N* D o, }! `6 u
WARNING - Model lvt330s040caaaaaaaio: The [Rising Waveform]
( [ N: T; f2 g& ]/ N& e- x with [R_fixture]=50 Ohms and [V_fixture]=3.3V
& R9 `5 v+ r+ \2 }" T) o3 D has TYP column DC endpoints of 2.89V and 3.30v, but
, K% k( {( Q8 a an equivalent load applied to the model's I-V tables yields; C7 b* f7 c3 d$ e
different voltages ( 2.88V and 3.30V),
3 d6 O. _* R4 ]3 e; d: \9 a8 Q$ H( ?+ V) X a difference of 2.06% and 0.59%, respectively.
" S: o% S2 f- N6 @0 n* PWARNING - Model lvt330s040caaaaaaaio: The [Falling Waveform]
8 }* o; G: D( h with [R_fixture]=50 Ohms and [V_fixture]=0V
, S8 ]6 f) _. D$ a2 J1 B" Q has TYP column DC endpoints of 0.00V and 0.43v, but- h8 d; Z0 m- u; A
an equivalent load applied to the model's I-V tables yields @0 c2 X. n e* S! ^' I
different voltages (-0.00V and 0.42V),
* S! K8 q0 p G) n& n: Q+ {& L a difference of 0.73% and 2.15%, respectively.2 }1 o# n9 X) M6 \7 ^3 ?; p
WARNING - Model lvt330s040caaaaaaaio: The [Rising Waveform]
" |- m, Q! i& r* G with [R_fixture]=50 Ohms and [V_fixture_max]=3.47V
$ q6 J2 M$ W5 {# e7 c9 r+ E# ? has MAX column DC endpoints of 3.10V and 3.47v, but. T! e* g/ E5 x" R7 n% a
an equivalent load applied to the model's I-V tables yields
2 m$ K1 v' l/ | @ Q5 n5 n different voltages ( 3.09V and 3.47V),
/ n9 Z" b8 Q+ o8 F8 C& f a difference of 2.43% and 0.60%, respectively.; \& H; n0 l7 H" j3 n! S/ D
WARNING - Model lvt330s040caaaaaaaou: The [Rising Waveform]
, `" }8 `7 ~4 {! g/ V/ [ with [R_fixture]=50 Ohms and [V_fixture]=3.3V
) z: p; p0 s9 N4 T+ w- S+ H has TYP column DC endpoints of 2.89V and 3.30v, but
2 B1 T E4 ~' f an equivalent load applied to the model's I-V tables yields, E' J. w$ F$ D3 O7 \
different voltages ( 2.88V and 3.30V),
. y7 U1 \* S) A% x+ v4 K8 z a difference of 2.06% and 0.59%, respectively.0 ^! U9 m; f2 A3 z9 a- T* f1 M
WARNING - Model lvt330s040caaaaaaaou: The [Falling Waveform]
" I S7 I6 T$ k) y with [R_fixture]=50 Ohms and [V_fixture]=0V
& @. I- r- i5 Q2 I$ n1 d0 |( e has TYP column DC endpoints of 0.00V and 0.43v, but6 H5 s! ?6 ], q! t
an equivalent load applied to the model's I-V tables yields4 W6 i( R4 L: x) C, Q) P0 \
different voltages (-0.00V and 0.42V),
1 c1 x# m* N6 m% X9 a6 V a difference of 0.73% and 2.15%, respectively.
. G+ S C: @- d! W; D( M) G* AWARNING - Model lvt330s040caaaaaaaou: The [Rising Waveform]
! R( J! s+ Y' V3 {6 t9 m/ \ with [R_fixture]=50 Ohms and [V_fixture_max]=3.47V
; i( b/ E+ g9 i$ C1 q; { has MAX column DC endpoints of 3.10V and 3.47v, but
, D+ p$ B* E6 [% H- ^7 A! Q* l! y an equivalent load applied to the model's I-V tables yields( x! W% F4 m8 S' ^
different voltages ( 3.09V and 3.47V),- `. q5 V5 c9 w4 W
a difference of 2.43% and 0.60%, respectively.' [0 R) t, A8 ^" U' K* C1 E9 U
WARNING - Model lvt330s040daaaaaaaio: The [Rising Waveform] 2 X' k F; e5 r+ V9 _
with [R_fixture]=50 Ohms and [V_fixture]=3.3V
; X' g% m6 m: W, l; g* g2 }1 ~! \, G% Z has TYP column DC endpoints of 2.89V and 3.30v, but
, z4 d. ^! K& L! M- Z an equivalent load applied to the model's I-V tables yields
1 k- z. N' z1 h different voltages ( 2.88V and 3.30V),
6 b+ K4 }$ Z6 D/ ?. n; x6 U c a difference of 2.06% and 0.59%, respectively.' `5 \2 }' P2 a+ x2 s
WARNING - Model lvt330s040daaaaaaaio: The [Falling Waveform]
: }4 C( x9 X+ @" n- U with [R_fixture]=50 Ohms and [V_fixture]=0V, G2 {: u) W2 K% f# t
has TYP column DC endpoints of 0.00V and 0.43v, but
. t5 ` m& i ~ ^- _8 V4 a, I0 Y an equivalent load applied to the model's I-V tables yields
/ E6 g+ g: V$ j/ l: _' P different voltages (-0.00V and 0.42V),
; y, Q& t' N! n- p; ] G" W a difference of 0.73% and 2.15%, respectively.8 \9 X8 o' c6 M1 |. r- H9 l( h9 F
WARNING - Model lvt330s040daaaaaaaio: The [Rising Waveform]
1 l9 S/ p9 M& v: T with [R_fixture]=50 Ohms and [V_fixture_max]=3.47V
* e. \/ C7 j" @0 E9 a* T: I has MAX column DC endpoints of 3.10V and 3.47v, but
: c8 A* H" \. ~) m9 R an equivalent load applied to the model's I-V tables yields
; |: C8 u5 H8 r$ j/ J/ w different voltages ( 3.09V and 3.47V),; v& E3 o6 C/ D8 A, U
a difference of 2.43% and 0.60%, respectively.8 a& S! W3 v, j) q
WARNING - Model lvt330s040gaaaaaaaio: The [Rising Waveform] " f& v U, c3 P7 p
with [R_fixture]=50 Ohms and [V_fixture]=3.3V
5 v% Q- A+ U) V) o has TYP column DC endpoints of 2.89V and 3.30v, but% Z) K- f& P/ V! @) j( D
an equivalent load applied to the model's I-V tables yields
* s' u; c: X9 ^9 p0 v6 M8 O1 P different voltages ( 2.88V and 3.30V),3 ~6 a, n6 f, \( k7 u( a
a difference of 2.06% and 0.59%, respectively.
1 B! J2 {- e% c) [WARNING - Model lvt330s040gaaaaaaaio: The [Falling Waveform] - \% w+ q$ z5 a( R. A _2 u
with [R_fixture]=50 Ohms and [V_fixture]=0V
) k" h* u; d& T( ^ has TYP column DC endpoints of 0.00V and 0.43v, but
6 t% L0 J8 Q5 Q# z% }! r an equivalent load applied to the model's I-V tables yields
$ j7 L# y' ]6 O1 K different voltages (-0.00V and 0.42V),' n; k+ }1 x" v3 B2 g9 z# |7 ~5 x
a difference of 0.73% and 2.15%, respectively.
7 f5 n O/ f, w- A3 t3 @WARNING - Model lvt330s040gaaaaaaaio: The [Rising Waveform] " B* [4 m9 f1 {; {- G
with [R_fixture]=50 Ohms and [V_fixture_max]=3.47V) C7 r% C( Z, q7 ?
has MAX column DC endpoints of 3.10V and 3.47v, but1 O8 [( ?! e3 c7 d5 g9 n) h
an equivalent load applied to the model's I-V tables yields6 `$ P3 P; I0 }2 M
different voltages ( 3.09V and 3.47V),( _3 w8 r) v* V M
a difference of 2.43% and 0.60%, respectively.
/ ~; v8 A' k! M# T; C( RWARNING - Model lvt330s040gaaaaaaaou: The [Rising Waveform] 5 ?5 I( p( @ x6 f
with [R_fixture]=50 Ohms and [V_fixture]=3.3V9 e7 R5 z J7 [4 w9 t5 ]& ~
has TYP column DC endpoints of 2.89V and 3.30v, but
3 W/ a2 _' A7 k4 f3 _ an equivalent load applied to the model's I-V tables yields6 x: @2 Z0 U5 i6 U
different voltages ( 2.88V and 3.30V),
* \5 W, A! c0 q$ t a difference of 2.06% and 0.59%, respectively.
: ?: ]- l/ a8 L# p" M6 S' _WARNING - Model lvt330s040gaaaaaaaou: The [Falling Waveform] & m" k/ t, ?' e. a3 z
with [R_fixture]=50 Ohms and [V_fixture]=0V2 t( x9 G9 R% G
has TYP column DC endpoints of 0.00V and 0.43v, but' N1 l0 r; U( s7 L w6 G; h3 ~
an equivalent load applied to the model's I-V tables yields
$ W ~# ^7 q" B& P/ H8 j ~' |6 p3 E different voltages (-0.00V and 0.42V),
/ L3 t9 ?) r% R0 A3 `3 s a difference of 0.73% and 2.15%, respectively.
$ [" f! Y: K( k" T* l, Q: UWARNING - Model lvt330s040gaaaaaaaou: The [Rising Waveform]
8 P: p" l+ m, `" h* l' a with [R_fixture]=50 Ohms and [V_fixture_max]=3.47V+ o; V) w6 t8 x6 e
has MAX column DC endpoints of 3.10V and 3.47v, but8 R! y" R* E# T$ U% g3 J: t
an equivalent load applied to the model's I-V tables yields `4 m- @9 M6 g9 L! I3 `* H+ K
different voltages ( 3.09V and 3.47V),
/ C0 }; a- D% \ a difference of 2.43% and 0.60%, respectively.2 T2 M: K. X, e& @& H# i
WARNING - Model lvt330s040haaaaaaaio: The [Rising Waveform]
9 b4 V: t6 H* ]" L4 ?3 T" R with [R_fixture]=50 Ohms and [V_fixture]=3.3V
" C) Q/ o2 N# _# b) B has TYP column DC endpoints of 2.89V and 3.30v, but4 n, i8 @. S* ?; t
an equivalent load applied to the model's I-V tables yields
* p, D* A& B9 V( f$ y different voltages ( 2.88V and 3.30V),
- V9 v( u' a2 w/ ^ f a difference of 2.06% and 0.59%, respectively.
+ ]5 ~& l/ c. d0 X7 x, aWARNING - Model lvt330s040haaaaaaaio: The [Falling Waveform] ( s8 u) m. _/ Z( e5 m$ j( |
with [R_fixture]=50 Ohms and [V_fixture]=0V0 Q% q2 \+ E% f* h( J& j/ i
has TYP column DC endpoints of 0.00V and 0.43v, but
' ]1 A1 H' G) W. p an equivalent load applied to the model's I-V tables yields
& e* @- P- b' p+ Q& S different voltages (-0.00V and 0.42V),$ q% I+ t6 U, H* z3 |6 M- D2 z
a difference of 0.73% and 2.15%, respectively.
' u9 K" o" G) ^* L& g* ]$ H \WARNING - Model lvt330s040haaaaaaaio: The [Rising Waveform] + o) n% K0 B, Q3 u# v D" H+ C
with [R_fixture]=50 Ohms and [V_fixture_max]=3.47V
* q- w: x; t9 U1 z6 x9 E has MAX column DC endpoints of 3.10V and 3.47v, but
+ r' M, c ^+ t9 V$ r an equivalent load applied to the model's I-V tables yields
8 f1 D% U. P2 y% m different voltages ( 3.09V and 3.47V),, X0 u; a/ p, E' o- g" u
a difference of 2.43% and 0.60%, respectively.
/ G- g/ ` ~9 D" f j) u2 o5 K# f( kWARNING - Model lvc250s040caaaaaaaio: The [Rising Waveform]
( S) C* R5 z: |: F with [R_fixture]=50 Ohms and [V_fixture]=2.5V Q5 q6 O1 `- y" b
has TYP column DC endpoints of 2.10V and 2.50v, but' h& b. U$ K* l# {( s2 S
an equivalent load applied to the model's I-V tables yields
8 Y( u6 R1 L8 j5 S$ {& A different voltages ( 2.09V and 2.50V),# |! J9 {5 ` k
a difference of 2.06% and 0.59%, respectively." s) L. ?/ ^! _8 U) V% G
WARNING - Model lvc250s040caaaaaaaio: The [Rising Waveform] 4 D# H! R# c {$ q! ], Z
with [R_fixture]=50 Ohms and [V_fixture_max]=2.63V: L# [9 ?# s; ~: ?8 T& b, K& a: D) `
has MAX column DC endpoints of 2.27V and 2.63v, but
+ b: |) Z% m' s an equivalent load applied to the model's I-V tables yields. o# n3 ]/ \) b. l8 U) B1 l
different voltages ( 2.26V and 2.63V),
5 B! g8 F- ^$ p& \( p% D a difference of 2.43% and 0.62%, respectively.
( H! [$ Y* B/ |WARNING - Model lvc250s040caaaaaaaou: The [Rising Waveform] ( B$ p# N, i) z0 }- m# u) O
with [R_fixture]=50 Ohms and [V_fixture]=2.5V5 u* e3 t# v+ z" j
has TYP column DC endpoints of 2.10V and 2.50v, but
+ v' ^% m9 M8 [ an equivalent load applied to the model's I-V tables yields- Y3 Z( C& D- ]9 l( @" j: z! y
different voltages ( 2.09V and 2.50V),2 ?9 F; b1 w; `9 f2 R, z' Z
a difference of 2.06% and 0.59%, respectively.
! c$ U+ s. O( y1 ^4 B5 SWARNING - Model lvc250s040caaaaaaaou: The [Rising Waveform] * b0 a' a& `+ A& D7 u' ~7 e
with [R_fixture]=50 Ohms and [V_fixture_max]=2.63V
2 Y% m' U4 ]- e1 g- n has MAX column DC endpoints of 2.27V and 2.63v, but# b0 u- L# q1 Q: [( u$ U9 B
an equivalent load applied to the model's I-V tables yields: F# E& |* b+ q' J
different voltages ( 2.26V and 2.63V),
" O! g, A& o: |6 u5 w+ b* c a difference of 2.43% and 0.62%, respectively.( R& Q: j) D' ~! O
WARNING - Model lvc250s040daaaaaaaod: The [Rising Waveform]
5 `$ E2 L( I0 d7 g# F G8 t with [R_fixture]=50 Ohms and [V_fixture]=2.5V8 G9 ?4 q0 q6 G/ u w
has TYP column DC endpoints of 2.10V and 2.50v, but7 `' m4 \( z* V, o) n
an equivalent load applied to the model's I-V tables yields
+ C3 N' ]6 C( ]% A. \6 [6 }* ] different voltages ( 2.09V and 2.50V),7 `- z5 N+ l4 Q1 @1 `
a difference of 2.52% and 0.02%, respectively., p9 x/ t* m3 M+ ]: w8 G# E
WARNING - Model lvc250s040gaaaaaaaio: The [Rising Waveform]
$ {6 e3 ^. f3 _- ]2 o5 D9 J# b! l& i with [R_fixture]=50 Ohms and [V_fixture]=2.5V3 ^ W# b- U" Q. T. i8 N
has TYP column DC endpoints of 2.10V and 2.50v, but$ o; \) N; n( \( Q7 b4 i
an equivalent load applied to the model's I-V tables yields
8 b# R3 O5 S1 X" p: Y* e different voltages ( 2.09V and 2.50V),* F1 a/ ?' r: p. M% E" E1 ~
a difference of 2.06% and 0.59%, respectively.# Y0 N. i. m+ L9 l
WARNING - Model lvc250s040gaaaaaaaio: The [Rising Waveform]
' O- c& Y: L* e' g6 v3 ] with [R_fixture]=50 Ohms and [V_fixture_max]=2.63V4 H4 v Z2 g/ X- M3 i
has MAX column DC endpoints of 2.27V and 2.63v, but
( C/ G# L- k, Q an equivalent load applied to the model's I-V tables yields& M; Y% j5 J+ V2 J8 u
different voltages ( 2.26V and 2.63V),. j' c- v/ f! n* M" M
a difference of 2.43% and 0.62%, respectively.! A3 D1 N3 z0 {' k, }. ]* |
WARNING - Model lvc250s040gaaaaaaaou: The [Rising Waveform]
Q% H5 _3 L3 ]# D with [R_fixture]=50 Ohms and [V_fixture]=2.5V
! M, \/ b& Z, u9 L" e z has TYP column DC endpoints of 2.10V and 2.50v, but$ q# S% ?0 s: D' M
an equivalent load applied to the model's I-V tables yields6 g0 d; Y. [7 e; y$ x
different voltages ( 2.09V and 2.50V),8 J# X; G* Q' h6 T `0 l
a difference of 2.06% and 0.59%, respectively.1 j, t' a( o1 d8 }6 z* U0 s# c* x# |
WARNING - Model lvc250s040gaaaaaaaou: The [Rising Waveform]
5 |$ N; W, [9 f' L ^& k x5 m with [R_fixture]=50 Ohms and [V_fixture_max]=2.63V4 N" W. v7 a' T5 |
has MAX column DC endpoints of 2.27V and 2.63v, but
. h/ d g. I) m* g& w an equivalent load applied to the model's I-V tables yields
( S$ x6 o: u) p different voltages ( 2.26V and 2.63V),) |* w* i' {/ @! M; K8 i. F% e% l
a difference of 2.43% and 0.62%, respectively.3 y7 [6 n$ _9 d3 @
WARNING - Model lvc250s040haaaaaaaod: The [Rising Waveform]
$ d6 X# n+ v7 F- h* T" \5 M with [R_fixture]=50 Ohms and [V_fixture]=2.5V
+ g% m& G' i3 V$ H+ l5 k has TYP column DC endpoints of 2.10V and 2.50v, but
0 G: w0 l- Z# | an equivalent load applied to the model's I-V tables yields: \6 j8 B! o* |; {! I. P+ j2 ]/ _
different voltages ( 2.09V and 2.50V),
( p3 f8 f" W: g7 k& \+ A a difference of 2.52% and 0.02%, respectively.3 v0 [0 i* q* e9 s5 u5 y5 T- u# _
WARNING - Model lvc180s040baaaaaaaio: The [Falling Waveform] 5 M& D; T9 A' d, q3 S& a; i+ p
with [R_fixture]=50 Ohms and [V_fixture_max]=1.89V: k o$ |+ @2 [; V& l( y; W
has MAX column DC endpoints of 1.53V and 1.89v, but2 ^5 s8 Z" \) O) R2 d6 c
an equivalent load applied to the model's I-V tables yields" P. P \* f: C- v& {# ~
different voltages ( 1.53V and 1.89V),$ p$ J: |( D" d: M, j
a difference of 2.48% and 0.34%, respectively.
' w: {' D+ |# ^WARNING - Model lvc180s040baaaaaaaou: The [Falling Waveform] & t$ ^, U& B7 J$ N2 e" V- J
with [R_fixture]=50 Ohms and [V_fixture_max]=1.89V
& }% S6 S/ p. U4 V has MAX column DC endpoints of 1.53V and 1.89v, but- t2 i. q& ~! u& Q; j: x1 }
an equivalent load applied to the model's I-V tables yields
5 U% M) W9 `/ h6 n6 h different voltages ( 1.53V and 1.89V),
5 u# } J! E: B6 |# k. [/ M a difference of 2.48% and 0.34%, respectively.
& Z( \. x) {5 YWARNING - Model lvc180s040caaaaaaaio: The [Rising Waveform] 3 I$ K+ D& z6 k
with [R_fixture]=50 Ohms and [V_fixture]=1.8V
! o1 F4 I# c) W- a+ C has TYP column DC endpoints of 1.41V and 1.80v, but' I# o5 O5 J& y2 G& C2 i4 N$ h
an equivalent load applied to the model's I-V tables yields7 w+ O+ s0 j3 E$ V& J
different voltages ( 1.40V and 1.80V),
0 j; w$ I {: a a difference of 1.99% and 0.58%, respectively.
j. B6 b7 r& ]7 k! ^WARNING - Model lvc180s040caaaaaaaio: The [Falling Waveform] , D# j% j* r! A2 s) X/ Q6 h
with [R_fixture]=50 Ohms and [V_fixture]=0V
& n4 U! J# k4 f6 y has TYP column DC endpoints of 0.00V and 0.39v, but
( x% m" N! b: n0 D4 l9 F) X an equivalent load applied to the model's I-V tables yields
4 G- N K. z) M% y# p different voltages (-0.00V and 0.38V),8 j2 f; [5 l' t+ V$ z$ i# P
a difference of 0.56% and 2.13%, respectively., ?: j; S5 m$ p3 {; a4 m
WARNING - Model lvc180s040caaaaaaaio: The [Falling Waveform] 5 U" D6 p, m O y) w) f
with [R_fixture]=50 Ohms and [V_fixture_min]=0V3 |1 D) `# R7 j( E4 ^$ j+ D
has MIN column DC endpoints of 0.00V and 0.37v, but
* j; d% o$ i, |9 o an equivalent load applied to the model's I-V tables yields
4 h# R* u& G2 C6 y" ] different voltages (-0.00V and 0.36V),# N6 J' B1 P+ s Y
a difference of 1.00% and 2.21%, respectively.: p) k* h" @0 I1 {6 `% z
WARNING - Model lvc180s040caaaaaaaio: The [Rising Waveform]
. e/ `8 O$ W S- G+ [- | with [R_fixture]=50 Ohms and [V_fixture_max]=1.89V! ^9 V5 `5 j5 ?
has MAX column DC endpoints of 1.52V and 1.89v, but
# _; `' M' ^9 D7 x) h% t* z$ T an equivalent load applied to the model's I-V tables yields& t& @/ }- u8 l2 P: O, [6 b
different voltages ( 1.52V and 1.89V),
4 j! o* X3 j- { ^! f% V/ F a difference of 2.28% and 0.63%, respectively.; Z; w- S+ J1 o$ v- U2 ^
WARNING - Model lvc180s040caaaaaaaio: The [Falling Waveform] ' \& e9 b% _/ S) i7 h S
with [R_fixture]=50 Ohms and [V_fixture_max]=0V' h+ R. j5 \+ p
has MAX column DC endpoints of 0.00V and 0.37v, but$ Z, _/ X. }/ P$ C7 T+ \5 F* A J, N
an equivalent load applied to the model's I-V tables yields& q: l* @( z" i: [
different voltages ( 0.00V and 0.36V),: P8 c9 `0 h* \; _5 b7 p" W1 U$ n
a difference of 0.06% and 2.14%, respectively.( N$ d3 y/ N! Y3 T4 @* u, ^
WARNING - Model lvc180s040caaaaaaaou: The [Rising Waveform]
2 p' V: g. s* f# n; O! n* Y2 e0 c: E. O with [R_fixture]=50 Ohms and [V_fixture]=1.8V" T- x% I) N2 R2 u# x3 ?
has TYP column DC endpoints of 1.41V and 1.80v, but. b$ A2 j1 q# Z v$ P; \
an equivalent load applied to the model's I-V tables yields
& L! ? G$ d0 M6 `- P% u; }7 Q5 M different voltages ( 1.40V and 1.80V),
# R. U) h5 I3 ^/ j- a3 W a difference of 1.99% and 0.58%, respectively.
% b2 N) G9 Z* X* h* a# wWARNING - Model lvc180s040caaaaaaaou: The [Falling Waveform]
2 l0 c" o- j. }2 z- q with [R_fixture]=50 Ohms and [V_fixture]=0V+ d- b1 J$ ?$ Q' c: z9 }: l3 ?
has TYP column DC endpoints of 0.00V and 0.39v, but
8 ^- ]( p Y2 }8 w- u4 z$ j an equivalent load applied to the model's I-V tables yields+ n. Z' U; o2 o% @; r
different voltages (-0.00V and 0.38V),# q8 V- h2 k6 `0 g
a difference of 0.56% and 2.13%, respectively.; C9 ?; f/ u; {1 I3 t
WARNING - Model lvc180s040caaaaaaaou: The [Falling Waveform] - H; W9 U) Y6 [! B3 q8 k+ l! V+ g
with [R_fixture]=50 Ohms and [V_fixture_min]=0V3 L* D% I' a6 `) |8 \5 l* R
has MIN column DC endpoints of 0.00V and 0.37v, but5 h/ j5 H( f; P/ }" b% t5 d
an equivalent load applied to the model's I-V tables yields
7 w N/ [! ?9 s) S3 | different voltages (-0.00V and 0.36V),
) M& K4 \ B% T# p a difference of 1.00% and 2.21%, respectively.
& U+ y4 X( V! }; h ~3 RWARNING - Model lvc180s040caaaaaaaou: The [Rising Waveform]
! H6 t+ @- l, U with [R_fixture]=50 Ohms and [V_fixture_max]=1.89V! u! D% N. @ I' W/ ^7 l! \/ k
has MAX column DC endpoints of 1.52V and 1.89v, but
7 A( ^3 ?% A# T/ `6 Y% B2 g, I4 b an equivalent load applied to the model's I-V tables yields
: G, M4 {! \* X# a/ p7 Q& A) [ different voltages ( 1.52V and 1.89V),
?! D9 ?" o7 w. ]2 o" |" f a difference of 2.28% and 0.63%, respectively.
! ~ M; C, N" vWARNING - Model lvc180s040caaaaaaaou: The [Falling Waveform]
7 k+ U1 {2 K2 N1 v with [R_fixture]=50 Ohms and [V_fixture_max]=0V
1 W W/ o; n7 A has MAX column DC endpoints of 0.00V and 0.37v, but0 }( \5 W' ?( R" r+ `* g" {
an equivalent load applied to the model's I-V tables yields, S3 q4 ~: S" y# B
different voltages ( 0.00V and 0.36V),& _3 y2 \0 m) v' K2 e! m2 [
a difference of 0.06% and 2.14%, respectively.
7 c7 W- t& D9 T* ]' |8 Q$ NWARNING - Model lvc180s040daaaaaaaio: The [Falling Waveform]
' R, Z4 _4 z- q; k: X) R9 a N! J with [R_fixture]=50 Ohms and [V_fixture_max]=1.89V8 w' u: ~- O/ ^8 C; i: x3 V; m8 D
has MAX column DC endpoints of 1.53V and 1.89v, but5 B3 l$ Z. S# G
an equivalent load applied to the model's I-V tables yields9 r+ W* f( x' w. k/ t: k5 Y( T
different voltages ( 1.53V and 1.89V),+ @! l7 s0 q5 n' q# W, \) o
a difference of 2.48% and 0.34%, respectively./ R$ c6 t% S- w Z8 o8 { L* U6 q0 H
WARNING - Model lvc180s040daaaaaaaod: The [Rising Waveform] : M8 y8 `; ~" k7 v
with [R_fixture]=50 Ohms and [V_fixture_min]=1.71V/ a' A8 G% p9 f F) A* k
has MIN column DC endpoints of 1.25V and 1.71v, but
9 z0 K" P) z4 y R% v6 q ~ an equivalent load applied to the model's I-V tables yields
) B) z6 Q- d, k1 o different voltages ( 1.27V and 1.71V),
! g4 b; v6 n' T) m/ }, s a difference of 4.46% and 0.02%, respectively. N; A; ?: H% ^, |! q8 _
WARNING - Model lvc180s040daaaaaaaou: The [Falling Waveform] 9 b% q$ F! D, d9 T) I9 K3 N. b
with [R_fixture]=50 Ohms and [V_fixture_max]=1.89V
; Z8 H% l3 [* E! u, J$ o" R has MAX column DC endpoints of 1.53V and 1.89v, but) \$ i" ?; g0 {. d
an equivalent load applied to the model's I-V tables yields
) B; _. \; q7 E different voltages ( 1.53V and 1.89V),( Q/ A. k) [# T7 _( g4 L( L
a difference of 2.48% and 0.34%, respectively.& `/ k+ }- c( d" c! a
WARNING - Model lvc180s040faaaaaaaio: The [Falling Waveform]
# I3 s6 P6 F( N with [R_fixture]=50 Ohms and [V_fixture_max]=1.89V
; y! | q) N- v1 H2 M$ Z has MAX column DC endpoints of 1.53V and 1.89v, but& {$ c0 ~3 t- {! t9 P) j. y
an equivalent load applied to the model's I-V tables yields
. S6 ~( R/ N! H4 \: k different voltages ( 1.53V and 1.89V),, Q: g" i! v: U" k6 o
a difference of 2.48% and 0.34%, respectively.
( { ?: `3 ~/ ?3 y) [, e1 t% lWARNING - Model lvc180s040faaaaaaaou: The [Falling Waveform]
( l! m+ j: N9 O with [R_fixture]=50 Ohms and [V_fixture_max]=1.89V
2 a% l& p, l+ g: A- ^, i9 U6 Y has MAX column DC endpoints of 1.53V and 1.89v, but! ^! {. f% V. f* |2 ?/ F
an equivalent load applied to the model's I-V tables yields0 m" F G5 ?# Y5 Z0 g, M% R* J% i
different voltages ( 1.53V and 1.89V),
5 o- X" k1 q0 B' X9 ^# E a difference of 2.48% and 0.34%, respectively.# g) a& H& d2 T
WARNING - Model lvc180s040gaaaaaaaio: The [Rising Waveform] 9 p8 h: C, W- J, S7 F
with [R_fixture]=50 Ohms and [V_fixture]=1.8V( C4 M, \2 h7 I* w
has TYP column DC endpoints of 1.41V and 1.80v, but
. [" p! E5 ]- }. l3 H an equivalent load applied to the model's I-V tables yields5 A% s \( n3 ] K
different voltages ( 1.40V and 1.80V),' R! e9 }7 M; Z" j9 `
a difference of 1.99% and 0.58%, respectively.
; o0 U+ \7 \6 S& \WARNING - Model lvc180s040gaaaaaaaio: The [Falling Waveform]
: ]. {/ w4 _ [3 V with [R_fixture]=50 Ohms and [V_fixture]=0V
4 a- r4 o! g/ D9 V; U! o has TYP column DC endpoints of 0.00V and 0.39v, but# F: m$ j$ n/ R* Y( D1 x
an equivalent load applied to the model's I-V tables yields K4 q- M# @6 ^1 h/ ]. T
different voltages (-0.00V and 0.38V),: w- \; Q5 h9 G# r1 J
a difference of 0.56% and 2.13%, respectively.
7 n5 i2 R; r# g" ?WARNING - Model lvc180s040gaaaaaaaio: The [Falling Waveform] 0 X! J. I K K% S5 {& k9 P
with [R_fixture]=50 Ohms and [V_fixture_min]=0V
: \" B } q8 B6 \9 H# o4 A& M has MIN column DC endpoints of 0.00V and 0.37v, but7 K* Z4 y: w4 P+ m* K
an equivalent load applied to the model's I-V tables yields! ~. J- a! t* k: p% Z5 J
different voltages (-0.00V and 0.36V),' ^! j7 t; U7 f, d
a difference of 1.00% and 2.21%, respectively.& U& n* I! z# w1 _, f q- k
WARNING - Model lvc180s040gaaaaaaaio: The [Rising Waveform] 7 q. |5 m3 Q! P2 K2 L5 w- [
with [R_fixture]=50 Ohms and [V_fixture_max]=1.89V
\8 y" l C5 ]2 T6 L has MAX column DC endpoints of 1.52V and 1.89v, but
) f9 g( O$ S. @4 x( }* M an equivalent load applied to the model's I-V tables yields
) g, y% E; B k4 t/ }5 }0 C: z different voltages ( 1.52V and 1.89V),0 I& w0 w, `2 [: Z8 P
a difference of 2.28% and 0.63%, respectively.: i- ^" K" N, X; h) K
WARNING - Model lvc180s040gaaaaaaaio: The [Falling Waveform]
7 y# s" f2 T! \* Q# o& X# q with [R_fixture]=50 Ohms and [V_fixture_max]=0V: F4 V: `+ u9 i- d, n
has MAX column DC endpoints of 0.00V and 0.37v, but
& e: _2 D7 [# E- t2 t/ R+ z5 t# ~ an equivalent load applied to the model's I-V tables yields
& E$ [. c& U1 }' ~- O( k different voltages ( 0.00V and 0.36V),
! x& B7 |8 N5 u5 \. W+ q2 Q; K a difference of 0.06% and 2.14%, respectively.
' l9 D1 P- k. x2 C5 }WARNING - Model lvc180s040gaaaaaaaou: The [Rising Waveform]
- A; L) S8 C- g, j7 e7 C with [R_fixture]=50 Ohms and [V_fixture]=1.8V
3 F. S$ K9 y4 A, Z! ~+ x/ j has TYP column DC endpoints of 1.41V and 1.80v, but
9 e" P2 G# c3 k: D- ]1 Q/ w# ^ an equivalent load applied to the model's I-V tables yields: w0 B) w Q4 I7 V
different voltages ( 1.40V and 1.80V),! F, R, |: a2 C% b. N/ c
a difference of 1.99% and 0.58%, respectively.
% w6 T% t7 [* _+ e5 ] V7 B( x3 s) WWARNING - Model lvc180s040gaaaaaaaou: The [Falling Waveform] . b& @7 _3 Q9 _- V
with [R_fixture]=50 Ohms and [V_fixture]=0V
) @- W$ |. Z- O has TYP column DC endpoints of 0.00V and 0.39v, but# {6 h1 r( g# m: T; C' W
an equivalent load applied to the model's I-V tables yields
3 ^+ ?8 N; |, F. a0 g4 k different voltages (-0.00V and 0.38V),
4 }! ]$ m8 B% H- w0 T0 [: L a difference of 0.56% and 2.13%, respectively.% K) {7 `0 N, R
WARNING - Model lvc180s040gaaaaaaaou: The [Falling Waveform]
; P" w! B0 P& }' R" L) l3 k6 \9 z4 o with [R_fixture]=50 Ohms and [V_fixture_min]=0V( s/ ~+ C% {4 Q) y1 t
has MIN column DC endpoints of 0.00V and 0.37v, but7 t" P: \. f- L! n r
an equivalent load applied to the model's I-V tables yields
9 a: Y( M1 d& G* n z; h different voltages (-0.00V and 0.36V),6 M2 V) x, I8 s, p
a difference of 1.00% and 2.21%, respectively.+ D2 _2 |; c5 @7 C$ x4 G
WARNING - Model lvc180s040gaaaaaaaou: The [Rising Waveform] 1 K/ r! T$ ^ T$ M
with [R_fixture]=50 Ohms and [V_fixture_max]=1.89V2 z" B& q U5 {( X5 o* t: M
has MAX column DC endpoints of 1.52V and 1.89v, but
: |% g: d! L2 [. U% r0 a( Z' N0 B an equivalent load applied to the model's I-V tables yields; E* V1 E0 u9 ^ S1 O3 V9 V
different voltages ( 1.52V and 1.89V),; N2 ]2 Q8 m/ c; ?/ u0 Z
a difference of 2.28% and 0.63%, respectively.
7 K( L; ?/ v( f0 z0 W2 N' {WARNING - Model lvc180s040gaaaaaaaou: The [Falling Waveform]
I6 H1 f: |" T& z8 J with [R_fixture]=50 Ohms and [V_fixture_max]=0V: p6 D7 m8 _; r5 p7 G; g' [
has MAX column DC endpoints of 0.00V and 0.37v, but6 m( b+ c+ a1 Y
an equivalent load applied to the model's I-V tables yields6 c2 @' H! \5 D( s) E
different voltages ( 0.00V and 0.36V),+ x! O% O, n9 e3 L8 X6 d3 W* I3 b
a difference of 0.06% and 2.14%, respectively.: N0 A( F7 F1 v
WARNING - Model lvc180s040haaaaaaaio: The [Falling Waveform]
. Y W( N7 |% B with [R_fixture]=50 Ohms and [V_fixture_max]=1.89V
8 m# ?6 G @& P$ a; o ? has MAX column DC endpoints of 1.53V and 1.89v, but# q8 E( ~/ {1 v. w7 p
an equivalent load applied to the model's I-V tables yields% ]) H5 C% o5 p; N$ j' ?2 T6 ]: E# f. L
different voltages ( 1.53V and 1.89V),
% X$ O' }# {, q$ |: l v# c- e! h a difference of 2.48% and 0.34%, respectively.% j. c: p" ] [% Z% s' z6 J# H o0 n0 O8 w
WARNING - Model lvc180s040haaaaaaaod: The [Rising Waveform] , V8 \" Y# U. Y& z6 h9 Z( {
with [R_fixture]=50 Ohms and [V_fixture_min]=1.71V$ i, F1 o/ S& |, V7 W/ J
has MIN column DC endpoints of 1.25V and 1.71v, but, |3 n, z) b: U3 |- h* M$ |' F
an equivalent load applied to the model's I-V tables yields
2 |& P0 A& o% n5 L2 B different voltages ( 1.27V and 1.71V),1 v, n5 }# v3 P" S& d, Y9 X# W
a difference of 4.46% and 0.02%, respectively.
, T1 U* H- a; Y( {: }WARNING - Model lvc180s040haaaaaaaou: The [Falling Waveform]
( P) L; F5 D( u- I! s/ [ with [R_fixture]=50 Ohms and [V_fixture_max]=1.89V$ @# J3 D. v* M! V
has MAX column DC endpoints of 1.53V and 1.89v, but+ b' _( ?9 F8 f. b+ E, K
an equivalent load applied to the model's I-V tables yields
& u0 y% k% F" Y# _, _* F& s different voltages ( 1.53V and 1.89V),( `5 T+ s9 c0 c' z2 z4 p& Z
a difference of 2.48% and 0.34%, respectively.
" D& z: ?0 M, NWARNING - Model lvc150s040baaaaaaaio: The [Falling Waveform]
( y$ K* \9 ?4 M, G J" x" M with [R_fixture]=50 Ohms and [V_fixture]=1.5V
2 P- \! N& W- C& g1 f5 l has TYP column DC endpoints of 1.12V and 1.50v, but
1 Q4 t6 @# A1 B/ M4 y2 h an equivalent load applied to the model's I-V tables yields, G+ h9 q! I- q2 S
different voltages ( 1.12V and 1.50V),
) K+ s' [, u6 v* k0 _& q% D" B) ?# l a difference of 2.13% and 0.00%, respectively.4 l4 f8 l# X: ^/ `5 S
WARNING - Model lvc150s040baaaaaaaio: The [Rising Waveform] 0 L6 s2 f! ~( {$ E5 d' s$ K; ]2 J
with [R_fixture]=50 Ohms and [V_fixture_max]=0V
$ X H) U& ^) U% d has MAX column DC endpoints of 0.00V and 0.32v, but6 o* p; h c5 M2 O& D
an equivalent load applied to the model's I-V tables yields
8 p' i+ Y( K& l# }# N- |2 w; D* ] different voltages ( 0.00V and 0.32V),
; p0 m+ _) d/ j a difference of 0.02% and 2.56%, respectively.
U" p& Y: K& a' uWARNING - Model lvc150s040baaaaaaaou: The [Falling Waveform]
8 H$ I1 y3 q* P& |( X" e with [R_fixture]=50 Ohms and [V_fixture]=1.5V; Z/ L2 e1 p1 X3 Q# J
has TYP column DC endpoints of 1.12V and 1.50v, but* [0 T, _$ \' H' P( P3 i$ @
an equivalent load applied to the model's I-V tables yields
. P( `' X( d" ~9 g* O5 w different voltages ( 1.12V and 1.50V),
4 I) I a9 g) X0 H2 n% J7 o! L a difference of 2.13% and 0.00%, respectively.
8 |$ A1 X6 v' }% gWARNING - Model lvc150s040baaaaaaaou: The [Rising Waveform] 5 W- |# |" i0 X" W( |$ X4 W
with [R_fixture]=50 Ohms and [V_fixture_max]=0V, U. W; C+ e, d( ?2 {# Y0 S
has MAX column DC endpoints of 0.00V and 0.32v, but
0 u5 ], M+ e* ^9 n* D an equivalent load applied to the model's I-V tables yields4 H, \- w1 W6 n" `% ^
different voltages ( 0.00V and 0.32V),
- r; m, ^ M, U5 H8 e a difference of 0.02% and 2.56%, respectively.' d$ r. @8 t2 m7 V; N3 k
WARNING - Model lvc150s040caaaaaaaio: The [Falling Waveform]
8 L+ I# h a8 b7 H7 D) a0 x with [R_fixture]=50 Ohms and [V_fixture]=0V( a3 ?2 o8 s+ ?! l
has TYP column DC endpoints of 0.00V and 0.34v, but
5 F+ U6 w7 ^0 o) \4 H$ x ?0 @9 E3 T an equivalent load applied to the model's I-V tables yields& A$ A/ Z9 G( Z& I1 q" ~ W$ A I
different voltages (-0.00V and 0.33V),9 F% ~3 e3 v' o
a difference of 0.61% and 2.35%, respectively.( ?9 q, ~2 J) B
WARNING - Model lvc150s040caaaaaaaio: The [Falling Waveform]
4 L( N) i! g' S7 C: P with [R_fixture]=50 Ohms and [V_fixture_min]=0V
/ S: o/ v& O& x; b has MIN column DC endpoints of 0.00V and 0.35v, but; e! M' Y: t# L% C- l$ ]
an equivalent load applied to the model's I-V tables yields Q5 W% ~7 N* E2 [3 b
different voltages (-0.00V and 0.34V),2 P5 D$ t2 H& ]6 x) B
a difference of 0.94% and 2.22%, respectively.
5 l7 z5 U- M: v+ aWARNING - Model lvc150s040caaaaaaaio: The [Rising Waveform] ! o5 e; W2 _3 V* Y: ~9 h
with [R_fixture]=50 Ohms and [V_fixture_max]=1.58V' o2 j8 J/ C {1 r; ^5 Y; N
has MAX column DC endpoints of 1.22V and 1.58v, but1 p* r1 T* e7 U2 h
an equivalent load applied to the model's I-V tables yields% v6 M6 G! W4 B- L/ h
different voltages ( 1.21V and 1.58V),
2 S! \3 i6 {) L. s a difference of 2.26% and 0.66%, respectively.
) ]7 U' p, W& MWARNING - Model lvc150s040caaaaaaaio: The [Falling Waveform] ( P% p! M3 {& ~. d# Z
with [R_fixture]=50 Ohms and [V_fixture_max]=0V1 R8 p0 y9 b4 a2 [6 s* y& y
has MAX column DC endpoints of 0.00V and 0.32v, but! R3 S: f* D2 A8 K. N- v/ E
an equivalent load applied to the model's I-V tables yields
3 R. `& K, F: m# l4 j different voltages ( 0.00V and 0.31V),# z: j5 \& S, T$ y' P% s
a difference of 0.10% and 2.37%, respectively.
! K; b8 t' R( v" F4 BWARNING - Model lvc150s040caaaaaaaou: The [Falling Waveform] ; [6 m p+ \& R' o, |1 m$ r
with [R_fixture]=50 Ohms and [V_fixture]=0V
) G. \2 W- {- n) y0 p has TYP column DC endpoints of 0.00V and 0.34v, but) j& ^! n' n2 T" _) g
an equivalent load applied to the model's I-V tables yields/ _- ~& \* g2 \0 d
different voltages (-0.00V and 0.33V),2 o( Q( ` R* f" d8 ~
a difference of 0.61% and 2.35%, respectively.
- s% u3 `* [; {. H zWARNING - Model lvc150s040caaaaaaaou: The [Falling Waveform]
* B3 c1 S. e! c( q; d8 ` with [R_fixture]=50 Ohms and [V_fixture_min]=0V. c: j/ Q6 k d5 K* u7 A, t
has MIN column DC endpoints of 0.00V and 0.35v, but
$ E0 I3 ~4 d; ^" f7 o& R# H" c an equivalent load applied to the model's I-V tables yields+ W4 `0 H- z' d; h' h5 a5 W0 v
different voltages (-0.00V and 0.34V),
3 Z9 w9 R4 W) f a difference of 0.94% and 2.22%, respectively. _7 _( v+ C: q% g
WARNING - Model lvc150s040caaaaaaaou: The [Rising Waveform]
' Q' A: l. f+ M. C$ a with [R_fixture]=50 Ohms and [V_fixture_max]=1.58V
$ W5 v% V' Q5 l# U8 Z* a7 m1 j* a has MAX column DC endpoints of 1.22V and 1.58v, but
3 t+ O) l, {- O an equivalent load applied to the model's I-V tables yields
/ W; s$ W3 n* i0 a: D- u8 Z2 l different voltages ( 1.21V and 1.58V),3 e. |% @' s$ O- U4 f; ?8 c
a difference of 2.26% and 0.66%, respectively.
8 p) a' |# c2 v1 lWARNING - Model lvc150s040caaaaaaaou: The [Falling Waveform] , e6 [* L0 R, i8 T F
with [R_fixture]=50 Ohms and [V_fixture_max]=0V
4 U6 f) m$ }: _4 j has MAX column DC endpoints of 0.00V and 0.32v, but2 e. h( Z0 g) u/ ^
an equivalent load applied to the model's I-V tables yields' S5 M* L% Q& a S9 W( r6 {
different voltages ( 0.00V and 0.31V),( k, u5 |% V2 `# @4 p
a difference of 0.10% and 2.37%, respectively.
$ F6 R/ P0 Y" G1 yWARNING - Model lvc150s040daaaaaaaio: The [Falling Waveform] # X( U/ G- n" j
with [R_fixture]=50 Ohms and [V_fixture]=1.5V
/ L6 ?- M# t! k5 ~# \ has TYP column DC endpoints of 1.12V and 1.50v, but) U8 p) i9 }8 Y1 ]; T& p9 W: x4 K
an equivalent load applied to the model's I-V tables yields2 j/ m* W& n4 o9 }! [3 Q
different voltages ( 1.12V and 1.50V),
' G6 x! t/ [& F& j a difference of 2.13% and 0.00%, respectively.: {2 D! k. X. Y5 K6 p) I' k
WARNING - Model lvc150s040daaaaaaaio: The [Rising Waveform] . q& W( U1 }0 ^; Y- a0 g
with [R_fixture]=50 Ohms and [V_fixture_max]=0V
/ y/ J- m3 i+ G2 n5 [+ C; W5 w has MAX column DC endpoints of 0.00V and 0.32v, but [# O* \* w/ _3 f
an equivalent load applied to the model's I-V tables yields
) d p% x- p' f; l( W: _* M. q different voltages ( 0.00V and 0.32V), u+ U* Q% U7 ~. {$ P( p: e2 Y
a difference of 0.02% and 2.57%, respectively.
' P4 m( P) X' t7 AWARNING - Model lvc150s040daaaaaaaou: The [Falling Waveform] ( J# ~7 Q; \3 ?. H
with [R_fixture]=50 Ohms and [V_fixture]=1.5V3 n" e% g% _, c
has TYP column DC endpoints of 1.12V and 1.50v, but) W! ~3 ?6 K/ S7 k% \, S# K
an equivalent load applied to the model's I-V tables yields3 x& M( E' X+ W% @0 K+ B4 Q" r
different voltages ( 1.12V and 1.50V),2 X4 b6 o/ o: V7 E! v" p% i
a difference of 2.13% and 0.00%, respectively.
/ j c4 [ n8 \' DWARNING - Model lvc150s040daaaaaaaou: The [Rising Waveform]
" y( z9 w# s! C/ ?# b0 w8 B with [R_fixture]=50 Ohms and [V_fixture_max]=0V1 o3 H, i+ E. Z. H! D
has MAX column DC endpoints of 0.00V and 0.32v, but
, \$ I G* Z" w# d# B$ z0 I: U an equivalent load applied to the model's I-V tables yields
0 a$ U6 g9 |4 l7 ~ different voltages ( 0.00V and 0.32V),7 @0 ?# i' ^' D/ U, `% P# ]
a difference of 0.02% and 2.57%, respectively.
. i, c% H; [& c5 U# q" A6 x% L5 \; TWARNING - Model lvc150s040faaaaaaaio: The [Falling Waveform] 7 i' Z8 ~) b1 P4 `# r- f7 s2 F
with [R_fixture]=50 Ohms and [V_fixture]=1.5V; Y$ N+ {+ k# O$ P
has TYP column DC endpoints of 1.12V and 1.50v, but
* P' @7 O* t9 o2 C$ F3 U+ W* c- m& a an equivalent load applied to the model's I-V tables yields
/ V8 }( J) _! `. W2 ^' I# a different voltages ( 1.12V and 1.50V),- G- X0 C# L+ c) s, {
a difference of 2.13% and 0.00%, respectively.
" ~8 @: i0 ]( b7 V3 [WARNING - Model lvc150s040faaaaaaaio: The [Rising Waveform] 4 G F9 ]5 D; Y5 }; X$ c
with [R_fixture]=50 Ohms and [V_fixture_max]=0V: r9 S* y! S5 K+ D
has MAX column DC endpoints of 0.00V and 0.32v, but/ Q" |. y' k; i" I, ]' e
an equivalent load applied to the model's I-V tables yields$ a% P9 Z/ r! t: ?! Q# A( P0 u
different voltages ( 0.00V and 0.32V),/ v* L6 s5 S' q% Y. Z! F
a difference of 0.02% and 2.56%, respectively.$ Z. M6 c' E# f1 |" E, w+ D
WARNING - Model lvc150s040faaaaaaaou: The [Falling Waveform] + f1 H4 H) `6 v* F* N( v# k* q
with [R_fixture]=50 Ohms and [V_fixture]=1.5V
$ v [- ^! J" h has TYP column DC endpoints of 1.12V and 1.50v, but
! _. t& D+ J0 ^1 ^% ^0 J o' _ an equivalent load applied to the model's I-V tables yields
0 S$ K; r+ [& o' b/ X( C different voltages ( 1.12V and 1.50V),
: Q* l' q) j3 v% M* d, x8 q6 v. p a difference of 2.13% and 0.00%, respectively.
) o5 k& M0 w# P6 g' tWARNING - Model lvc150s040faaaaaaaou: The [Rising Waveform]
o* v, D3 T0 x$ R- I with [R_fixture]=50 Ohms and [V_fixture_max]=0V. m) R- L* ]$ y5 N3 H
has MAX column DC endpoints of 0.00V and 0.32v, but
: |& K, F; B3 J6 s an equivalent load applied to the model's I-V tables yields
, \; |% F6 t/ f' w% Y0 ~1 Q different voltages ( 0.00V and 0.32V),
# {% i+ J" N7 i+ | ^* b9 ` a difference of 0.02% and 2.56%, respectively.
4 w* |6 o0 Y/ `, q# KWARNING - Model lvc150s040gaaaaaaaio: The [Falling Waveform] f. e* F8 T" V) s# V, @
with [R_fixture]=50 Ohms and [V_fixture]=0V
! C0 o) \) w, q' Z; r. } has TYP column DC endpoints of 0.00V and 0.34v, but4 T# u4 A9 w' y
an equivalent load applied to the model's I-V tables yields2 {/ [3 s$ ^0 H0 o" b& R
different voltages (-0.00V and 0.33V),' V0 u( H, U! \0 L& t) k, ^9 s
a difference of 0.61% and 2.35%, respectively./ C+ l( R& A, w1 R$ z
WARNING - Model lvc150s040gaaaaaaaio: The [Falling Waveform]
) R- [" m) x l5 Z& M4 N with [R_fixture]=50 Ohms and [V_fixture_min]=0V; {/ e0 Q8 W: n9 T/ [) g2 K
has MIN column DC endpoints of 0.00V and 0.35v, but9 n+ `/ q7 u! k3 L! T" H4 \% g
an equivalent load applied to the model's I-V tables yields) {6 f. E3 m: j& t
different voltages (-0.00V and 0.34V),
( D/ i9 }6 Y! W a difference of 0.94% and 2.22%, respectively.
8 l8 B" X) r, I i7 R7 p2 MWARNING - Model lvc150s040gaaaaaaaio: The [Rising Waveform]
7 p! g9 q5 W0 U with [R_fixture]=50 Ohms and [V_fixture_max]=1.58V
5 O2 I5 ~8 X5 \+ G% ` has MAX column DC endpoints of 1.22V and 1.58v, but$ `% o; m9 ?6 r$ s; _. w, M
an equivalent load applied to the model's I-V tables yields
: U6 n; G: h4 f( s" t0 x different voltages ( 1.21V and 1.58V),6 C7 {9 H! H% j% `, ]6 Z$ v1 \
a difference of 2.26% and 0.66%, respectively.9 K2 y- U& c7 `: l" z0 j
WARNING - Model lvc150s040gaaaaaaaio: The [Falling Waveform] 8 [/ }8 L4 E8 H, K } `, k* O
with [R_fixture]=50 Ohms and [V_fixture_max]=0V
7 ?2 r9 f7 @$ W: m8 P4 W& d has MAX column DC endpoints of 0.00V and 0.32v, but
6 \) {8 c6 D! z) f; M( k an equivalent load applied to the model's I-V tables yields* c! f4 h8 k, w
different voltages ( 0.00V and 0.31V),
0 x! b+ i5 Z. s3 ?/ N2 k1 V3 O% [; g a difference of 0.10% and 2.37%, respectively.
) w% G, S+ N; r1 IWARNING - Model lvc150s040gaaaaaaaou: The [Falling Waveform]
+ @1 L1 W) C' a$ K/ W with [R_fixture]=50 Ohms and [V_fixture]=0V3 K' l) w6 K$ p9 ?; D' s6 m* [8 n8 G- \) L
has TYP column DC endpoints of 0.00V and 0.34v, but3 U: e! K/ d0 T
an equivalent load applied to the model's I-V tables yields4 g; K% D, x: p1 H& w% C% \0 ^8 D, p
different voltages (-0.00V and 0.33V),
- l! |+ L' X2 E a difference of 0.61% and 2.35%, respectively.& R, @" h8 a( u' l
WARNING - Model lvc150s040gaaaaaaaou: The [Falling Waveform]
6 U/ e: L. d E" O with [R_fixture]=50 Ohms and [V_fixture_min]=0V0 M1 u1 j. j; g# g
has MIN column DC endpoints of 0.00V and 0.35v, but
9 \; @- }. S7 n an equivalent load applied to the model's I-V tables yields8 e; c+ ^% Y5 j0 m0 K
different voltages (-0.00V and 0.34V), \0 M4 V: s" r
a difference of 0.94% and 2.22%, respectively.
: g$ J f _+ D1 [. H% J& B$ mWARNING - Model lvc150s040gaaaaaaaou: The [Rising Waveform]
6 T; @0 E7 q+ |2 y2 P8 G with [R_fixture]=50 Ohms and [V_fixture_max]=1.58V
" J, a, V( v, [8 D ] has MAX column DC endpoints of 1.22V and 1.58v, but, ~& D& q* h; u1 f: Z
an equivalent load applied to the model's I-V tables yields7 R; ?1 D. Z3 p! f/ u$ q
different voltages ( 1.21V and 1.58V),
6 @2 l3 u# p; u' u/ V ` a difference of 2.26% and 0.66%, respectively.
8 E4 b% H/ g3 e% s QWARNING - Model lvc150s040gaaaaaaaou: The [Falling Waveform] $ |8 B p# J* @: t
with [R_fixture]=50 Ohms and [V_fixture_max]=0V
4 @8 V1 z- T4 U m9 o! e+ \, v6 X has MAX column DC endpoints of 0.00V and 0.32v, but$ ~$ ]1 M. g0 f8 G& l
an equivalent load applied to the model's I-V tables yields
- q1 I) ~# _! ]. n; s& Z3 G# M7 B different voltages ( 0.00V and 0.31V),
/ [0 U8 x, R) @" i8 g5 J& d a difference of 0.10% and 2.37%, respectively.
5 p. ^$ T$ u% \' j$ P8 `! ~$ wWARNING - Model lvc150s040haaaaaaaio: The [Falling Waveform]
, a% F9 }0 Q, R/ P r9 a: j% _7 Y with [R_fixture]=50 Ohms and [V_fixture]=1.5V8 K) k6 v' L @1 f( e4 q5 L
has TYP column DC endpoints of 1.12V and 1.50v, but! k" \; k# b( S+ {) A
an equivalent load applied to the model's I-V tables yields3 E& ]( j. E$ O( ^* m" N$ S) T
different voltages ( 1.12V and 1.50V),
9 ^: M5 ~& y% V, X2 ]6 ]( ^- B/ l2 ? a difference of 2.13% and 0.00%, respectively.3 J2 D! k" w( A: K w( m7 g9 w
WARNING - Model lvc150s040haaaaaaaio: The [Rising Waveform]
, Y2 g6 d$ b" v8 D; d9 o with [R_fixture]=50 Ohms and [V_fixture_max]=0V4 U* N, ~2 P4 f4 [, y
has MAX column DC endpoints of 0.00V and 0.32v, but
7 o7 N3 ]) y: Y a' C1 b& A! p7 J an equivalent load applied to the model's I-V tables yields
$ h' f- @% S0 X0 j% q different voltages ( 0.00V and 0.32V),
0 C4 R. r' @. m! t; q% k9 C4 D, i a difference of 0.02% and 2.57%, respectively.( B ^+ I0 x" D1 k
WARNING - Model lvc150s040haaaaaaaou: The [Falling Waveform]
2 T! m- |0 a( ~/ S' a with [R_fixture]=50 Ohms and [V_fixture]=1.5V$ X8 ~$ e! `; f6 C3 k
has TYP column DC endpoints of 1.12V and 1.50v, but
1 c1 `: o A4 J: b an equivalent load applied to the model's I-V tables yields- c. U# \+ Z7 {& h7 g! B- m
different voltages ( 1.12V and 1.50V),: x0 @/ c! P7 V4 ?
a difference of 2.13% and 0.00%, respectively.0 l; j8 q* R' e
WARNING - Model lvc150s040haaaaaaaou: The [Rising Waveform]
- d$ L- O8 H) v with [R_fixture]=50 Ohms and [V_fixture_max]=0V
) V; E# e/ ^! x; Y, k. |* k has MAX column DC endpoints of 0.00V and 0.32v, but
- |8 @' G# w: k- K9 J an equivalent load applied to the model's I-V tables yields) n$ R9 i7 G! `% v. B0 A4 a- u
different voltages ( 0.00V and 0.32V)," ]9 ~0 j0 r" H4 a: L- y+ K
a difference of 0.02% and 2.57%, respectively.' [9 R" C5 E8 o' f8 u
WARNING - Model lvc120f020caaaaaaaio: The [Rising Waveform]
/ u: y8 S4 i$ [8 n0 d" M9 m& K) S with [R_fixture]=50 Ohms and [V_fixture_min]=0V
0 o& s0 Y7 m7 J0 o7 ~ has MIN column DC endpoints of 0.00V and 0.41v, but
& H3 A$ L, Q* p6 s: t% {. O an equivalent load applied to the model's I-V tables yields
" Y, t# }" {" K; M" z different voltages (-0.00V and 0.40V),
; V4 o4 B1 d3 |$ I1 e a difference of 0.27% and 2.30%, respectively.) r& s! W! G/ {5 [; N; j& m0 w6 r% Z
WARNING - Model lvc120f020caaaaaaaio: The [Rising Waveform] 1 U! {8 Q, }4 _( `8 s
with [R_fixture]=50 Ohms and [V_fixture_max]=0V8 t9 X/ P* ~5 o( z6 U- n
has MAX column DC endpoints of 0.00V and 0.68v, but& F: C7 t% o) Y& |
an equivalent load applied to the model's I-V tables yields
+ a8 d9 ~# Z, m/ a& O7 R different voltages ( 0.00V and 0.67V),3 Z) W/ y" H/ N2 f( u$ m0 |& C
a difference of 0.06% and 2.27%, respectively.% x4 d5 G* m9 ^! R* p/ k
WARNING - Model lvc120f020caaaaaaaou: The [Rising Waveform]
$ R4 S) H |+ f- z7 U" [ Q: A1 h with [R_fixture]=50 Ohms and [V_fixture_min]=0V$ w! D6 x* R: s" d8 @
has MIN column DC endpoints of 0.00V and 0.41v, but
6 p0 z! ^+ r" T s: u" Z# d an equivalent load applied to the model's I-V tables yields9 b' ~" \' w6 i# ]; b" ^
different voltages (-0.00V and 0.40V),5 v& k- D6 t, O$ I5 K) W3 g+ F
a difference of 0.27% and 2.30%, respectively.) d. W+ b& G' `9 |: r
WARNING - Model lvc120f020caaaaaaaou: The [Rising Waveform] ; |7 |1 x% v) k! E3 `
with [R_fixture]=50 Ohms and [V_fixture_max]=0V) w5 ~* S4 M& P
has MAX column DC endpoints of 0.00V and 0.68v, but" L/ h3 X- O' V# e6 k: [# E1 N
an equivalent load applied to the model's I-V tables yields
/ U% _" t, }0 m- J different voltages ( 0.00V and 0.67V),. n v4 w* Z3 J7 v S, k& l
a difference of 0.06% and 2.27%, respectively.
$ r) e' a' I# tWARNING - Model lvc120f020gaaaaaaaio: The [Rising Waveform]
& W) u, \2 q/ |7 d0 m( I with [R_fixture]=50 Ohms and [V_fixture_min]=0V8 v9 E& F: h9 g! y {
has MIN column DC endpoints of 0.00V and 0.41v, but& ]5 _' j% D, p- a; e( s
an equivalent load applied to the model's I-V tables yields
m2 Q: n$ i( H& \' u# R( T3 b different voltages (-0.00V and 0.40V)," d3 Z+ t* \# ?+ o
a difference of 0.27% and 2.30%, respectively.
+ k- B" q5 b5 X2 `) YWARNING - Model lvc120f020gaaaaaaaio: The [Rising Waveform] - x$ W! D# ~* i
with [R_fixture]=50 Ohms and [V_fixture_max]=0V, I- J7 u! {8 \5 j0 a D7 Y0 Z& ?
has MAX column DC endpoints of 0.00V and 0.68v, but \" S% K# P5 N* O
an equivalent load applied to the model's I-V tables yields
6 ~+ c, R4 N9 v ^* N5 G3 q different voltages ( 0.00V and 0.67V),: G5 y- C2 Z0 E
a difference of 0.06% and 2.27%, respectively." y0 I0 q4 f! W: l, x( Y- K
WARNING - Model lvc120f020gaaaaaaaou: The [Rising Waveform] # M- V* i9 } w, u% T1 u' l0 j
with [R_fixture]=50 Ohms and [V_fixture_min]=0V
' A r& R+ E% j7 B K. y% Z has MIN column DC endpoints of 0.00V and 0.41v, but
0 n( M9 I' M$ H an equivalent load applied to the model's I-V tables yields
) y* i! q' n" Z$ j, R( d/ S* T different voltages (-0.00V and 0.40V),9 p( Q) E2 X$ o! x' d
a difference of 0.27% and 2.30%, respectively.7 S. N2 A( |8 r: q. k$ s# m! l& l
WARNING - Model lvc120f020gaaaaaaaou: The [Rising Waveform] , v$ K; d) L r9 s
with [R_fixture]=50 Ohms and [V_fixture_max]=0V
6 C6 w9 E! h! X1 }# t. W- z0 u' Y has MAX column DC endpoints of 0.00V and 0.68v, but
6 Y' e- o7 ~/ M$ P: o an equivalent load applied to the model's I-V tables yields
, d8 Y1 q ]/ n# v6 w* R different voltages ( 0.00V and 0.67V),) o( ^3 d0 H5 k1 Y% L) J, G5 G
a difference of 0.06% and 2.27%, respectively.
0 L# G8 ^" j% e& A7 t7 ^4 Y0 [. QWARNING - Model lvc120s020aaaaaaaaio: The [Falling Waveform]
* w e- `2 L2 D$ L, R* n with [R_fixture]=50 Ohms and [V_fixture_min]=1.14V
2 a1 M! `0 P7 N- G, B: F. r: d2 m has MIN column DC endpoints of 0.75V and 1.14v, but
8 `; E/ L3 E2 u8 E an equivalent load applied to the model's I-V tables yields$ Z- ~4 K9 c P, F G! Q$ D
different voltages ( 0.74V and 1.14V),3 R% \8 b! ]1 ?
a difference of 2.07% and 0.00%, respectively.
# E; @- `% O0 z8 w$ M2 UWARNING - Model lvc120s020aaaaaaaaou: The [Falling Waveform]
2 K% d) h1 ~( E. O) F with [R_fixture]=50 Ohms and [V_fixture_min]=1.14V
* r n4 D M' c1 i3 O/ u6 N has MIN column DC endpoints of 0.75V and 1.14v, but5 l' E4 }- M- {
an equivalent load applied to the model's I-V tables yields' j+ z) F" B* g' T! e4 l
different voltages ( 0.74V and 1.14V),8 _. k3 V6 _: Q( v5 |
a difference of 2.07% and 0.00%, respectively.; b# o* y0 x3 d7 g8 D! l
WARNING - Model lvc120s020caaaaaaaio: The [Rising Waveform] 7 t- B: c/ } y. M5 P
with [R_fixture]=50 Ohms and [V_fixture_min]=0V
6 y8 b. H( `1 K3 b: S4 C has MIN column DC endpoints of 0.00V and 0.41v, but i4 x4 B2 \- q$ J" U# A) q/ X* G
an equivalent load applied to the model's I-V tables yields
) s! y4 ?* u6 x/ W* c5 C" C9 Z* D different voltages (-0.00V and 0.40V),
8 S0 M. B* n( O9 [7 T0 `7 ` a difference of 0.66% and 2.16%, respectively.& D. J5 k" M0 E, i; r, e
WARNING - Model lvc120s020caaaaaaaio: The [Falling Waveform]
0 M+ j& b B- R. V7 W! C q with [R_fixture]=50 Ohms and [V_fixture_min]=1.14V
" A* F6 E( P) K has MIN column DC endpoints of 0.75V and 1.14v, but
' T4 x, N' _/ P9 F; A* }; _& \ an equivalent load applied to the model's I-V tables yields6 a3 y/ ^: m1 R: _1 I" ]4 l
different voltages ( 0.74V and 1.14V), W% J) b' c3 o
a difference of 2.89% and 0.47%, respectively.
* G" J9 E1 }! `WARNING - Model lvc120s020caaaaaaaio: The [Rising Waveform]
) f5 G& X; y$ p with [R_fixture]=50 Ohms and [V_fixture_max]=1.26V
* f; C9 }% }0 C f4 a8 o has MAX column DC endpoints of 0.91V and 1.26v, but
& i: \$ i) M3 x an equivalent load applied to the model's I-V tables yields
6 o% Q2 V* H4 i" l different voltages ( 0.90V and 1.26V),
$ r2 k8 S. U2 H( t# ]" e# e a difference of 2.23% and 0.43%, respectively.
5 u G( E: W( a5 z0 {: L; f& y3 y. pWARNING - Model lvc120s020caaaaaaaou: The [Rising Waveform]
2 q- I2 v; m6 A, [% f2 b8 m with [R_fixture]=50 Ohms and [V_fixture_min]=0V6 @- P4 w* z2 p# D! W
has MIN column DC endpoints of 0.00V and 0.41v, but
& g! n8 r P: S3 e an equivalent load applied to the model's I-V tables yields
) F' a- |2 @( L( @6 u# r different voltages (-0.00V and 0.40V),1 t4 c; a; V* h$ a( A
a difference of 0.66% and 2.16%, respectively.
# y0 D1 d7 u ]1 y" bWARNING - Model lvc120s020caaaaaaaou: The [Falling Waveform]
' ^7 W2 l7 Q# `$ K A with [R_fixture]=50 Ohms and [V_fixture_min]=1.14V# W! x% E8 b. }! K
has MIN column DC endpoints of 0.75V and 1.14v, but- H+ Z, t4 a; M. k. i
an equivalent load applied to the model's I-V tables yields( i( h9 {& A$ A
different voltages ( 0.74V and 1.14V),: b; H; l/ h! z2 A2 n
a difference of 2.89% and 0.47%, respectively.) v w: L, q/ R* ~) C8 n
WARNING - Model lvc120s020caaaaaaaou: The [Rising Waveform] : O) n: Y3 T- x# J) P/ }$ \( A' z
with [R_fixture]=50 Ohms and [V_fixture_max]=1.26V
& Z& M" i! z- e9 G, C- _- Y has MAX column DC endpoints of 0.91V and 1.26v, but
# s# H0 l" }# Q& x) Y+ B2 I8 v' t% s an equivalent load applied to the model's I-V tables yields- Y' Y6 Q8 ^: E6 H& _
different voltages ( 0.90V and 1.26V),6 w' }8 Y* A4 z/ c
a difference of 2.23% and 0.43%, respectively. Q- T# D' P" v3 J& j- v
WARNING - Model lvc120s020eaaaaaaaio: The [Falling Waveform]
# y, n# N# Q% f) U3 W with [R_fixture]=50 Ohms and [V_fixture_min]=1.14V
/ P! \+ t# E1 D8 L1 F2 O b6 s' y0 b has MIN column DC endpoints of 0.75V and 1.14v, but
' k. n5 ^( U; S+ `" u an equivalent load applied to the model's I-V tables yields
( _) @, C: q6 l! C1 ~ different voltages ( 0.74V and 1.14V),
( }* l: i3 i7 d" ~: ` a difference of 2.07% and 0.00%, respectively.
( H8 m% p' C* D+ t, @$ i6 l! q5 rWARNING - Model lvc120s020eaaaaaaaou: The [Falling Waveform] 2 f3 H: s% S7 o( M" d
with [R_fixture]=50 Ohms and [V_fixture_min]=1.14V" I4 M& z6 o6 j0 i
has MIN column DC endpoints of 0.75V and 1.14v, but& c& V3 `1 J* }1 r( U( C; N+ c
an equivalent load applied to the model's I-V tables yields* c Y% \. z. z) b
different voltages ( 0.74V and 1.14V),. F7 Q% \( ~. p! \. _, f3 M2 L
a difference of 2.07% and 0.00%, respectively.
, C3 Q+ p) o7 p" @$ zWARNING - Model lvc120s020gaaaaaaaio: The [Rising Waveform] . @( j. l! @1 q7 H9 ^% m
with [R_fixture]=50 Ohms and [V_fixture_min]=0V
9 G2 m8 V( A) } has MIN column DC endpoints of 0.00V and 0.41v, but
& P: s% h6 b/ Y2 z5 }6 a an equivalent load applied to the model's I-V tables yields
+ T. c. E9 O7 J- z: l) y% S# {; Y different voltages (-0.00V and 0.40V),8 r7 t2 ^9 [5 ? K( \. D7 i" p
a difference of 0.66% and 2.16%, respectively.
( @- o l$ s% h, _9 bWARNING - Model lvc120s020gaaaaaaaio: The [Falling Waveform] ! _2 r2 ]/ [+ r" N# S+ W1 e
with [R_fixture]=50 Ohms and [V_fixture_min]=1.14V& c. }: i* V: `8 @- Z
has MIN column DC endpoints of 0.75V and 1.14v, but
+ _# r5 c5 A2 w3 e8 s C$ z an equivalent load applied to the model's I-V tables yields
+ Z0 t1 G6 M2 C! }. x different voltages ( 0.74V and 1.14V),
, l- H( H" b0 W a difference of 2.89% and 0.47%, respectively.
6 g. ?* H l( V; h; pWARNING - Model lvc120s020gaaaaaaaio: The [Rising Waveform] 9 o; x2 e" u! H$ E
with [R_fixture]=50 Ohms and [V_fixture_max]=1.26V
, M4 P [/ P+ @: S has MAX column DC endpoints of 0.91V and 1.26v, but
6 A9 d' O F4 a; R3 A an equivalent load applied to the model's I-V tables yields. N- K) y$ d2 d* `) L% Z& a
different voltages ( 0.90V and 1.26V),: s. @. p1 r6 F$ o, c0 m
a difference of 2.23% and 0.43%, respectively.
) {9 f9 {0 d2 lWARNING - Model lvc120s020gaaaaaaaou: The [Rising Waveform]
9 c- U8 O0 g. r! i0 p with [R_fixture]=50 Ohms and [V_fixture_min]=0V
' T i# Z. \7 ~ has MIN column DC endpoints of 0.00V and 0.41v, but
4 i( M: `( \, ~% o3 C+ s8 U/ I3 _ an equivalent load applied to the model's I-V tables yields- ^# n$ B6 D$ E
different voltages (-0.00V and 0.40V),, ^+ w' l3 F' l% w
a difference of 0.66% and 2.16%, respectively.
4 Q0 @! h$ Q# }0 N3 zWARNING - Model lvc120s020gaaaaaaaou: The [Falling Waveform] : E3 q: ~: D( t4 b
with [R_fixture]=50 Ohms and [V_fixture_min]=1.14V. @8 s d1 c! ^
has MIN column DC endpoints of 0.75V and 1.14v, but. v' d& d( o" X" w0 V2 ]# l
an equivalent load applied to the model's I-V tables yields# V2 h A. ]8 q- N2 E- X6 B3 M
different voltages ( 0.74V and 1.14V),
Y$ z% b& o3 t" x: r% t. _ a difference of 2.89% and 0.47%, respectively.$ c- c6 R- C0 S1 ]- l+ n* s
WARNING - Model lvc120s020gaaaaaaaou: The [Rising Waveform]
( u0 }3 X: i/ o with [R_fixture]=50 Ohms and [V_fixture_max]=1.26V
* C* q: S) E7 j- i4 H; Y has MAX column DC endpoints of 0.91V and 1.26v, but7 y" ]2 q( K2 {5 n% `1 K
an equivalent load applied to the model's I-V tables yields) I; H Q5 F+ U2 Y- z
different voltages ( 0.90V and 1.26V),! A# l0 I p) I# d9 m
a difference of 2.23% and 0.43%, respectively.
7 @! j3 A5 ]8 r* _- K# CWARNING - Model lvc120s040haaaaaaaod: The [Rising Waveform]
8 w* v7 j6 P4 N2 Q with [R_fixture]=50 Ohms and [V_fixture]=1.2V
& o, _0 r+ k& h( n5 s has TYP column DC endpoints of 0.83V and 1.20v, but
: P* B, P1 ~" t8 v( g8 y an equivalent load applied to the model's I-V tables yields9 F) ~: {: M9 Q# ?& X
different voltages ( 0.85V and 1.20V),
1 X% T5 N) [/ F# ]9 X5 d a difference of 4.83% and 0.00%, respectively.
$ x) V( v8 Y8 f1 o5 l0 H
( c/ H- S1 G+ W1 K* w) ZErrors : 1
& i1 c$ s3 ^) O2 C g$ SWarnings: 133* K+ z* k4 p p( e; X" K1 w& M
0 r8 ~+ b6 \2 { \$ X% |
File Failed
8 f* Q; }/ @# n$ @* v" y3 _ |
|
/1 
发表于 2013-6-21 09:10
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