clock controlled unipolar stepping motor driver tb67s149ftg (device modeling report)
TRANSCRIPT
Siam Bee Technologies Co.,Ltd.http://www.marutsu.co.jp/pc/i/593537/
Clock Controlled Unipolar Stepping Motor DriverTB67S149FTG (Device Modeling Report)
LTspice Version
1Copyright (C) Siam Bee Technologies 2016
TB67S149FTG (Equivalent Circuit)
2Copyright (C) Siam Bee Technologies 2016
M O
R G N D A
R G N D B
R g n d
P re_ F a b
U O P RP O R _ TB 6 7S
V M _ IN P O R
P O R 5C C
V M P o r
V C C P o r5
S e l_ F s t
P re_ F b
P re_ F b b
0
Ref
AR
efA
B
P o r5
S e l_ H s t _ a
A
S e l_ 1 _ 8S e l_ 1 _ 1 6
S e l_ H s t
P re _ F aP re _ F a b
S e l_ Q s t
S e l_ F s t
S e l_ 1 _ 3 2
C om 0
S e l_ H s t _ b
R is o _ V c o mV C O M
A B
U P n P CP n A C
R E S E T
C L K
C W C C WE N A B L E
D is a b le
S e l_ F s t
S e l_ Q s tS e l_ 1 _8
S e l_ 1 _ 1 6S e l_ 1 _ 3 2
S e l_ H s t
P W M _B BP W M _ B
P W M _ AP W M _A B
M O
S e l_ H s t _ aS e l_ H s t _ b
A R E FA B R E FB R E FB B R E F
P re _ F b bP re _ F b
C om 0
IN+IN-
OUT+OUT-
E S N _A BL IM I T( I (A B ), 1 u , 5 )G N D
Rsn
_ab
00
R 2
U O U T 2D R V _O U T_ TB 6 7 S
V G 1
C O M
O U T1
G N D
O U T2
S TB
V G 2
C 2
U O U T 01D R V _O U T_ TB 6 7 S
V G 1
C O M
O U T1
G N D
O U T2
S TB
V G 2
S t b y
U rs t _ D e t2A N D _ TB 6 7 S
P o r5
A L M
E R R
R s n _a b
Te m p _ I n
R s n _ a
C t r l_ R s t
U s t b yS TB Y _ TB 6 7S
S TB Y
D M 0D M 2D M 3
R S T_ D E T
V R E F
IN+IN-
OUT+OUT-
E S N _ AL I M I T(I (A ) , 1 u , 5 )
P re_ F a
Rsn
_a
0
S e l_ H s t
P o r
0
S e l_ Q s t
D M O D E 0
D M O D E 2D M O D E 1D M O D E 0
S e l_ 1 _ 8
U P R E 1D R V _ P R E _ TB 67 S
G 1
G 2
V S U B
IN 2
IN 1
O F F 1
O F F 2
BR
K
O S C M
P o r
U R S _ BR S C O M P _TB 6 7 S
C t r l_ O U T1
C t r l_ O U T2
VR
EF
1
O S C _ I NIR T_ I N
RS
N1
RS
N2
P O R 5V
RE
F2
R E F
S e l_ 1 _ 1 6
O U TB +
O U TB -
S e l_ 1 _ 3 2
B
O U TA -
B B
O U TA +
P o r5 G f b b
G f b
IN+IN-
OUT+OUT-
E S N _B BL IM I T( I (B B ), 1 u , 5 )
0
Rsn
_bb
0
S e l_ H s t _ a
D M O D E 1
R 3
U O S C M 1O S C _ TB 6 7 S
V R E G
R O S C M G N DI R T
O S C
C 3
IN+IN-
OUT+OUT-
E S N _ BL I M I T(I (B ) , 1 u , 5 ) R
sn_b
00
R 4
C 4
D M O D E 2
R 1
S e l_ H s t _ b
Ref
BB
Ref
B
U R S _ AR S C O M P _TB 6 7 S
C t r l_ O U T1
C t r l_ O U T2
VR
EF
1
O S C _ I NIR T_ I N
RS
N1
RS
N2
P O R 5
VR
EF
2
R E F
C 1U TS D _ I S DE R R _ D E T_ TB 6 7 S
A L M
Te m p_ I n
E R R
I lim _ AI lim _ A B
P O R 5
C t r l_ R s t
I lim _ BI lim _ B B
R ef A
G f a
G f a b
C t r l_ R s t
R e f A BR ef B
R E S E T
C L K
C W / C C WE N A B L E
R e f B B
U B R KB R K _ TB 6 7 S
B R KE x tB rk
U M D _ L O G I CD M O D E _TB 6 7 S
S e l_ 1 _ 8S e l_ 1_ 16
D m 0D m 1D m 2
S e l_ 1_ 32
S e l_ F s tS e l_ H s tS e l_ Q s t
S e l_ H s t_ aS e l_ H s t_ b
U P R E 2D R V _ P R E _ TB 67 S
G 1
G 2
V S U B
IN 2
IN 1
O F F 1
O F F 2 BR
K
R s n _b bR s n _ b
B R A K E
Pin Configuration
UPnPC Block (Equivalent Circuit)
3Copyright (C) Siam Bee Technologies 2016
U P n P CP n A C
R E S E T
C L K
C W C C WE N A B L E
D is a b le
S e l_ F s t
S e l_ Q s tS e l_ 1 _ 8
S e l_ 1 _ 1 6S e l_ 1 _ 3 2
S e l_ H s t
P W M _ B BP W M _ B
P W M _ AP W M _ A B
M O
S e l_ H s t _ aS e l_ H s t _ b
A R E FA B R E FB R E FB B R E F
C M O1 00 pF
I n AB 5
0
R S TC LK 0
C W 0
M O
U Q ST PQ S T_ T B6 7 S
Q s t _R e f _A BQ s t _R e f _ A
Q s t _R e f _ BQ s t _R e f _B B
M O _Q s tR S T
Q s _ AQ s _ A BQ s _ BQ s _ B B
C LK 0
C W 0
C W 0
M O _ 1_ 3 2
M O _Q s t
U 32 S T P3 2S T _TB 67 S
M O _1 _ 3 2R S T
3 2_ A3 2_ A B3 2_ B3 2_ B B
C LK 0
32 _ R e f _AC W 0
32 _ R e f _B3 2_ R ef _ AB
3 2_ R ef _ BB
I n BB 2
R S TC LK 0
M O _1 _ 16
I n B 2I n AB 2
I n A 2
S el_H s t
S el_F s t
U M O _O U TS E L _ M O _T B 67 S
S EL _ F ST
S EL _ H S T
S EL _ Q S T
S EL _ 1_ 8
S EL _ 1_ 1 6
S EL _ 1_ 3 2
M O _F S T
M O _H S T
M O _Q S T
M O _1 _ 8
M O _1 _ 16
M O _1 _ 32
MO
S el_Q s t
Se l_ 1 _3 2
R ST
Se l_ 1 _1 6
S el_1 _ 8
M _M OM N E A M _ TB 6 7 S
U EX1 00 6EX_ O R _T B 6 7S
A
BO
D I_ TB 6 7SD MO
0M O _ H s t
M O _1 _ 32
M O _F s t
U O R _ M O2O R _ TB 6 7S
M O _ 1 _8
M O _ Q s t
I n AB 4I n A 4
I n BB 4I n B 4
H s t _ B _ R ef _B
C I N T _C LK0 . 1 pFI C = 0
0
U 10 01 3D F F _ TB 6 7S
C LK
D
R
S
B
0
C re f 41 nF
1 6_ R ef _ A B1 6_ R ef _ A
1 6_ R ef _ B B1 6_ R ef _ B
U 10 00 9D F F _ TB 6 7S
C LK
D
R
S
B
H s t _ B _ R ef _B BI n BB 6 00
IN+IN-
OUT+OUT-
ER E F A B1LI M I T (V (R _ A B 5 , 0)+V (R _ A B 6, 0 )+ V (R _ A B7 , 0) , 0 , 1 )
8 _R e f _ A
8 _R e f _ B B8 _R e f _ B8 _R e f _ A B
R S T
U R EF 5SE L _ R EF _ TB 6 7 S
IN AIN A BIN BIN B B
SEL
R EF AR E F A B
R EF BR E F B B
S e l_ 1 _1 6
R _B 6R _A B 6R _A 6
R _B B 6
U E X10 01E X_ O R _ TB 6 7S
A
BO
00
IN+IN-
OUT+OUT-
ER E F B B1LI M I T (V (R _ B B 5 , 0)+V (R _ B B 6, 0 )+ V (R _ B B7 , 0) , 0 , 1 )
0
IN+IN-
OUT+OUT-
ER E F A BLI M IT (V (% I N +, % IN - )+ V (R S T , 0 ), 0 , 1)
0
U R EF 4SE L _ R EF _ TB 6 7 S
IN AIN A BIN BIN B B
SEL
R EF AR E F A B
R EF BR E F B B
S e l_ 1 _8
R _A 5
R _B B 5R _B 5R _A B 5
BR E F
U 10 00 4D F F _ TB 6 7S
C LK
D
R
S
B0
IN+IN-
OUT+OUT-
ER E F BLI M IT (V (% I N +, % IN - )+ V (R S T , 0 ), 0 , 1)
0
U EX1 00 7EX_ O R _T B 6 7S
A
BO
U I N 2I N _ TB 6 7 S
I O
U I N 1I N _ TB 6 7 S
I O
IN+IN-
OUT+OUT-
ER E F B BLI M IT (V (% I N +, % IN - )+ V (R S T , 0 ), 0 , 1)
00
U R EF 1S EL _ R EF _ T B6 7 S
IN AIN A BIN BIN B B
SE
L
R E F AR EF A B
R E F BR EF B B
0
IN+IN-
OUT+OUT-
ES U M 4LI M I T(V (% I N +)+V (% I N -) , 0 , 1 )
Se l_ H s t _ a
U S EL _ 1_ 8S EL _ M O D E _ T B6 7 S
SEL
O U T _ AO U T _ A B
O U T _ BO U T _ B B
IN _ A
IN _ AB
IN _ B
IN _ BB
U E X10 00E X_ O R _ TB 6 7S
A
BO
Se l_ F s t
0
IN+IN-
OUT+OUT-
ER E F B 0LI M I T (V (R _ B 1, 0 )+ V( R _B 2 , 0 )+ V(R _B 3 , 0 )+V (R _ B 4, 0 ), 0 , 1 )
0
Q s t _ R e f _ B
Q s t _ R e f _ A
Q s t _ R e f _ B B
Q s t _ R e f _ A B
U E X10 02E X_O R _ TB 6 7S
A
BO
R S T
U 10 00 5D F F _ TB 6 7S
C LK
D
R
S
B
0
IN+IN-
OUT+OUT-
ES U M 1LI M I T(V (% I N +)+V (% I N -) , 0 , 1 )
R _B 7R _A B 7
U R EF 6SE L _ R EF _ TB 6 7 S
IN AIN A BIN BIN B B
SEL
R EF AR E F A B
R EF BR E F B B
S e l_ 1 _3 2
R _A 7
R _B B 7
U E X10 08E X_ O R _ TB 6 7S
A
BO
00
U I N V _ C L KI N V _ TB 6 7S
IN+IN-
OUT+OUT-
ER E F B B0LI M I T (V (R _ B B 1 , 0)+V (R _ B B 2, 0 )+ V (R _ B B3 , 0)+ V(R _B B 4, 0 ), 0 , 1)
H s t _ A _ R ef _A B
AB R E F
U R EF 3S EL _ R EF _ T B6 7 S
IN AIN A BIN BIN B B
SEL
R E F AR EF A B
R E F BR EF B B
0
C I N T _R S T0 . 1 pFI C = 5
U S EL _ 1_ 3 2S EL _ M O D E _ T B6 7 S
SE
L
O U T _ AO U T _ A B
O U T _ BO U T _ B B
IN _ A
IN _ AB
IN _ B
IN _ BB
U R EF 2S EL _ R EF _ T B6 7 S
IN AIN A BIN BIN B B
SE
L
R E F AR EF A B
R E F BR EF B B
S el_Q s t
R _A B 3
R S T
U 3_ B B 12 O R _ T B6 7 S
0
IN+IN-
OUT+OUT-
ES U M 2LI M I T(V (% I N +)+V (% I N -) , 0 , 1 )
IN+IN-
OUT+OUT-
ER E F A B0LI M I T (V (R _ A B 1 , 0)+V (R _ A B 2, 0 )+ V (R _ A B3 , 0)+ V(R _A B 4, 0 ), 0 , 1)
00
U E X10 03E X_O R _ TB 6 7S
A
BO
H s t _ A _ R ef _B
U 10 0 10D F F _ TB 6 7 S
C LK
D
R
S
B
R _A B 2
BB R E F
U 10 0 06D F F _ TB 6 7 S
C LK
D
R
S
B
U 10 0 00D F F _ TB 6 7 S
C LK
D
R
S
B
S el_Q s t
I n BB 1I n B 1
I n A 1 R _A B 1I n AB 1
R _A 1
R _B B 1R _B 1
M O _F s tC LK 0R S T
S el_F s t U R EF 0S EL _ R EF _ T B6 7 S
IN AIN A BIN BIN B B
SE
L
R E F AR EF A B
R E F BR EF B B
U F STPF S T_ TB 6 7S
F R _ A
M O _ F s t
F s _ A
F s _ B
R S TC LK 0
F s _ A B
F s _ B B
F R _A BF R _ B
F R _B B
F s t _ R e f _ A BF s t _ R e f _ A
F s t _ R e f _ B BF s t _ R e f _ B
In BB 2In B2
In A2
U E X10 09E X_ O R _ TB 6 7S
A
BO
U H ST PH S T_ T B6 7 S
H s t _A _ R ef _ A
H s t _A _ R ef _ BH s t _A _ R ef _ AB
H s t _A _ R ef _ BB
H s a _ AH s a _ A BH s a _ BH s a _ B B
M O _H s tR S TC LK 0
H s t _B _ R ef _ A
H s t _B _ R ef _ BBH s t _B _ R ef _ B
H s t _B _ R ef _ AB
H s a _A
H 1
R S T
0
3 2_ A
R ST
0
R ST
3 2_ B B
8 _B 3 2_ A B
3 2_ B
0
Se l_ 1 _8
1/32 step (H, H, H)
8 _B
Half step (a) (L, H, L)Half step (b) (H, L, L)
H 0
0
R S T
H s a _A B
H s 0 _ A
H s a _B
H s a _B B
I n A 6
0
R _B 2
C LK 0
R ST
8 _A
R ST
0
R ST
8 _B B
H s a_ B 8 _A B
8 _B
0
S el_1 _ 16
H s t _ A _ R ef _B B
1/8 step (H, L, H)
H s a_ B
S el_1 _ 32
U 10 0 01D F F _ TB 6 7 S
C LK
D
R
S
B
S el_1 _ 8
In AB 4
In BB 4In B4
In A4
S e l_ H s t
H s 0 _ A B
S el_H s t _ a
R _B 3
S el_1 _ 32
In A B1
R E SE T
C LK
Se l_ H s t _ b0
0
IN+IN-
OUT+OUT-
ER E F B 1LI M I T (V (R _ B 5, 0 )+ V( R _B 6 , 0 )+ V(R _B 7 , 0 ) , 0 , 1)
In A B2
U E X10 04E X_ O R _ TB 6 7S
A
BO
U EN AI N _ TB 6 7 S
I O
R _A B 4
1 6_ A
0
R _A 4
R _B B 4R _B 4
R _B B 2
1 6_ B B
R S T
R S T
Q s _ B
In A B3
1 6_ B
1 6_ A B
0
U 10 0 11D F F _ TB 6 7 S
C LK
D
R
S
B
Q s _ B
1/16 step (H, H, L)
0
R S T
F s _ A
R S T
C LK 0
0
C W C C W
IN+IN-
OUT+OUT-
ER E F ALI M IT (V (% I N +, % IN - )+ V (R S T , 0 ), 0 , 1)
C LK 0
F s _ B B
F s _ A B
N 0
N 1 F s _ B
0
U I N 3I N _ TB 6 7 S
I O
Q s _ A
R S T
0
R S T
Q s _ B B
U 10 0 07D F F _ TB 6 7 S
C LK
D
R
S
B
F s _ B
Q s _ BQ s _ B
Q s _ A B
In A B4
0
EN A B L E
R _B B 3
0
C re f 11 nF
M O _H s t
F s _ B
Full step (L, L, L) - StandbyFull step (L, L, H)
U S t g_ O u t2A N D _ TB 6 7 S
S el_H s t
O N O F F
PW M_ B B
U PW M _ O U TSE L _M O D E _ TB 6 7S
SEL
O U T _AO U T _A B
O U T _BO U T _B B
IN _ A
IN _ AB
IN _ B
IN _ BB
O N O F F
PW M_ B
PW M_ A BPW M_ A
S e l_ F s t
U SE L _1 _ 16S E L _M O D E _ TB 6 7S
SE
L
O U T_ AO U T_ A B
O U T_ BO U T_ B B
IN _ A
IN _ A B
IN _ B
IN _ B B
S e l_ Q s t
Quarter step (L, H, H)
Q 0
S el_1 _ 16
Q 1
U EX1 01 0EX_ O R _T B 6 7S
A
BO
AR E F
In A B5
In A 2D is ab le
In A B6
In A 3
In A 5In A 4
In AB 3
In BB 3In B3
U SE L _F s tS E L _M O D E _ TB 6 7S
SEL
O U T_ AO U T_ A B
O U T_ BO U T_ B B
IN _ A
IN _ A B
IN _ B
IN _ B B
In A3
In A 6
U 1_ A3O R _ TB 6 7 S
In B1
In A1
In BB 1
In AB 1
3 2_ R ef _ B3 2_ R ef _ A B3 2_ R ef _ A
3 2_ R ef _ B B
U 2_ A3O R _ TB 6 7 S
In B 1
R S T
U 10 00 2D F F _ TB 6 7S
C LK
D
R
S
B
H s 0 _ B
H s 0 _ A
C LK 0
In B 2
I n AB 6
00
IN+IN-
OUT+OUT-
ER E F A 1LI M I T (V (R _ A 5, 0 )+ V( R _A 6 , 0 )+ V(R _A 7 , 0 ) , 0 , 1)
C LK 0
R _A 2
U 3_ A2 O R _ T B6 7 S
In B 3
U 1_ B3O R _ TB 6 7 S
U 2_ B3O R _ TB 6 7 S
H s 0 _ B
U 3_ B2 O R _ T B6 7 S
U E X10 05E X_ O R _ TB 6 7S
A
BO
0
C LK 0
R ST
H s 0 _ B B
In B 4
U 1_ B B3O R _ TB 6 7 S
U 2_ B B3O R _ TB 6 7 S
U 3_ B B2 O R _ T B6 7 S
C W 0
In B 5
0
In A 1
In B 6
In AB 5
U 10 01 2D F F _ TB 6 7S
C LK
D
R
S
B
In BB 5In B5
In A5
In B B2In B B1
In B B3
In A B6
In B B6In B 6
In A 6
U 1_ A B3O R _ TB 6 7 S
U 2_ A B3O R _ TB 6 7 S
U 3_ A B2 O R _ T B6 7 S
H s t _ B _ R ef _A
In B B4
In B B6In B B5
In AB 2U 10 00 8D F F _ TB 6 7S
C LK
D
R
S
B
U SE L _Q s tS E L _M O D E _ TB 6 7S
SE
L
O U T_ AO U T_ A B
O U T_ BO U T_ B B
IN _ A
IN _ A B
IN _ B
IN _ B B
0
IN+IN-
OUT+OUT-
ES U M 3LI M I T(V (% I N +)+V (% I N -) , 0 , 1 )
U EX1 01 1EX_ O R _T B 6 7S
A
BO
C re f 21 nF
0
R _A 3
U 3_ A B 12 O R _ T B6 7 S
S el_H s t _ b
I n B 6
U 10 00 3D F F _ TB 6 7S
C LK
D
R
S
B
H s t _ A _ R ef _A
0
IN+IN-
OUT+OUT-
ER E F A 0LI M I T (V (R _ A 1, 0 )+ V( R _A 2 , 0 )+ V(R _A 3 , 0 )+V (R _ A 4, 0 ), 0 , 1 )
0
H s t _ B _ R ef _A B
U S E L _H s tS E L _M O D E _ TB 6 7 S
SEL
O U T _ AO U T _ A B
O U T _ BO U T _ B B
I N _ A
I N _ AB
I N _ B
I N _ BB
R S T
I n AB 3I n A 3
I n BB 3I n B 3
C re f 31 nF
U 16 S T P1 6S T _TB 67 S
16 _ R e f _A
1 6_ R ef _ BB16 _ R e f _B
1 6_ R ef _ AB
M O _1 _ 1 6
1 6_ A
R S T
1 6_ A B1 6_ B1 6_ B B
C LK 0
C W 0
C LK 0 M O _ 1_ 1 6
C W 0
0
U 8S TP8 S T_ TB 6 7S
8_ R ef _ A8 _R e f _ A B
8_ R ef _ B8 _R e f _ B B
M O _ 1 _8
8 _A8 _A B8 _B8 _B B
R S TC LK 0
C W 0R S T
C LK 0 M O _ 1_ 8
I n A 5
I n BB 5I n B 5
C W 0
UPnPC-UFSTP Block (Equivalent Circuit)
4Copyright (C) Siam Bee Technologies 2016
00
F R _ B
IN+IN-
OUT+OUT-
E F R 4L I M I T(V (F s _ B B , 0 ), 0 , 1 )
00
F R _ B B
IN+IN-
OUT+OUT-
E F R 1L I M I T(V (F s _ A , 0 ) , 0 , 1 )
0
Full step (L, L, H)
0
U 1 01 3 9D F F _ TB 6 7 S
CLK
D
R
S
B
R S T
0
C L K 0
F s B 0
U 1 01 3 8D F F _ TB 6 7 S
CLK
DR
S
B
0
R S T
F s A 0
C L K 0
F R _ A
F s B 0
F s _ B
U E X1 0 1 2E X_ O R _ TB 6 7 S
A
B
O
U M O _ 1 0 02A N D _ TB 6 7S
M O _ F s t
F s _ A
F s _ B
C L K 0R S T
U 1 01 4 0D F F _ TB 6 7 S
CLK
D
R
S
B
R S T
0
C L K 0
U 1 01 4 1D F F _ TB 6 7 S
CLK
D
R
SQ
QB
0
R S T
F s A B 0
C L K 0
F s _ B B
F s _ A BIN+IN-
OUT+OUT-
E F R 2L I M I T(V (F s _ A B , 0 ), 0 , 1 )
00
F R _ A B
F s B B 0
IN+IN-
OUT+OUT-
E F R 3L I M I T(V (F s _ B , 0 ) , 0 , 1 )
U F S TPF S T_ TB 6 7 S
F R _ A
M O _ F s t
F s _ A
F s _ B
R S TC L K 0
F s _ A B
F s _ B B
F R _ A BF R _ B
F R _ B B
UPnPC-UHSTP Block (Equivalent Circuit)
5Copyright (C) Siam Bee Technologies 2016
R S TC LK 0
U 1 0 01 6D F F _ TB 67 S
C LK
D
R
S
Q
Q B
0
C 32 . 5 nF
U 1 0 02 2D F F _ TB 67 S
C LK
D
R
S
QQ B
0
C 42 . 5 nF
U 10 0 1 7D F F _ TB 6 7S
C L K
D
R
S
Q
Q B
U 10 0 2 3D F F _ TB 6 7S
C L K
D
R
S
Q
Q B
U 1 0 01 8D F F _ TB 6 7S
C L K
D
R
S
Q
Q B
U 1 0 02 4D F F _ TB 6 7S
C L K
D
R
S
Q
Q B
H s a _B 2
0
R S T
C L K 0
U 1 0 01 9D F F _ TB 67 S
C LK
D
R
S
Q
Q B
U 10 0 1 4D F F _ TB 6 7S
C L K
D
R
S
Q
Q B
0
R S T
H s a _A 2
C L K 0
U 1 0 02 5D F F _ TB 67 S
C LK
D
R
S
Q
Q B
0
H s a _B B 2
0
R S T
C 12 . 5 nF
C L K 0
U 10 0 2 0D F F _ TB 6 7S
C L K
D
R
S
Q
Q B
0 0
IN+IN-
OUT+OUT-
E A _H s t _ BL I M I T (V (% IN + )+V (% I N -) , 0 , 1 )
H s t_ A _ R e f _A
H s t_ A _ R e f _B
U A _ H s t_ A2A N D _ TB 67 S
H s a_ A 0
0
R S T U B _ H s t_ A B 42A N D _ TB 67 S
0
R S T
U B _ H s t_ A 42A N D _ TB 67 S
H s t _A _ R e f _AC LK 0
H s t_ A _ R e f _A B
U A _ H s t_ A B2A N D _ TB 67 S
0 0
IN+IN-
OUT+OUT-
E B _ H s t 10 0AL I M I T(V (% I N + , % I N -) , 0 , 0 . 2 9 )
0
H s a_ A B 0
R S T
0
H s t _B _ R e f _ AIN+IN-
OUT+OUT-
E B _ H s t _S u m _ AL I M I T(V (% I N + )+V (% I N -) , 0 , 1 )
C LK 0
0
0
0
0
IN+IN-
OUT+OUT-
E A _H s t _ A BL I M I T (V (% IN + )+V (% I N -) , 0 , 1 )
C 51n F
0
IN+IN-
OUT+OUT-
E B _ H s t 71 AL I M I T(V (% I N + , % I N -) , 0 , 0 . 7 1 )
R S T
H s a _A B 1
0
H s a _A 1
C LK 0
U 1 0 01 5D F F _ TB 6 7S
C L K
D
R
S
Q
Q B
Half step (b) (H, L, L)
-+
+-
E B _ H A
0
00
U B _ H s t_ B 42A N D _ TB 67 S
IN+IN-
OUT+OUT-
E A _H s t _ AL I M I T (V (% IN + )+V (% I N -) , 0 , 1 )
H s t_ A _ R e f _B B
C LK 0
0
U A _ H s t_ B2A N D _ TB 67 S
IN+IN-
OUT+OUT-
E B _ H s t 10 0B BL I M I T(V (% I N + , % I N -) , 0 , 0 . 2 9 )
H s t _B _ R e f _ B B
H s a _B 1
00
0
H s a_ B 0
R S T
IN+IN-
OUT+OUT-
E B _ H s t _S u m _ B BL I M I T(V (% I N + )+V (% I N -) , 0 , 1 )
H s a _A 1
R S T
0
C 81n F
0
C LK 0
IN+IN-
OUT+OUT-
E B _ H s t 71 B BL I M I T(V (% I N + , % I N -) , 0 , 0 . 7 1 )
C LK 0
0
0
0
Half step (a) (L, H, L)
0
0
U B _ H s t_ B B 42A N D _ TB 67 S
IN+IN-
OUT+OUT-
E A _H s t _ B BL I M I T (V (% IN + )+V (% I N -) , 0 , 1 )
0
0
H s t_ A _ R e f _B B
H s t _A _ R e f _B
R S T
IN+IN-
OUT+OUT-
E B _ H s t 10 0BL I M I T(V (% I N + , % I N -) , 0 , 0 . 2 9 )
C LK 0
U A _ H s t_ B B2A N D _ TB 67 S
H s t _B _ R e f _ B
0
IN+IN-
OUT+OUT-
E B _ H s t _S u m _ BL I M I T(V (% I N + )+V (% I N -) , 0 , 1 )
H s a _B B 1
0
0
H s a_ B B 0
R S T
C 71n F
C LK 0
0
IN+IN-
OUT+OUT-
E B _ H s t 71 BL I M I T(V (% I N + , % I N -) , 0 , 0 . 7 1 )
U 1 0 02 1D F F _ TB 6 7S
C L K
D
R
S
Q
Q B 0
H s t_ A _ R e f _A B
0
C 22 . 5 nF 00
IN+IN-
OUT+OUT-
E B _ H s t 10 0A BL I M I T(V (% I N + , % I N -) , 0 , 0 . 2 9 )
R S T
H s a _A B 2
H s a _ A B 1
C L K 0
H s t _B _ R e f _ A B
H s a _ A B 2
0
-+
+-
E B _ H A B
0
IN+IN-
OUT+OUT-
E B _ H s t _S u m _ A BL I M I T(V (% I N + )+V (% I N -) , 0 , 1 )
0
C 61n F
0
IN+IN-
OUT+OUT-
E B _ H s t 71 A BL I M I T(V (% I N + , % I N -) , 0 , 0 . 7 1 )
H s a _A 2
0
H s a _ B B 1
H s a_A
H s a _ B B 2
0
-+
+-
E B _ H B B
H s a _B 2H s a _B 1
-+
+-
E B _ H B
0
0H s a _ A
H s a_ A B
H s a_ A B
H s a_B
H s a_ B B
H s a_ B B
H s a _ B
H s a _B
H s a _B 0
U E X1 0 1 3E X_O R _TB 6 7S
A
BO
U M O _ 1 0 12A N D _ TB 6 7S
M O _ H s t
U H S TPH S T_ TB 6 7 S
H s t _ A _ R e f _ A
H s t _ A _ R e f _ BH s t _ A _ R e f _ A B
H s t _ A _ R e f _ B B
H s a _ AH s a _ A BH s a _ BH s a _ B B
M O _ H s tR S TC L K 0
H s t _ B _ R e f _ A
H s t _ B _ R e f _ B BH s t _ B _ R e f _ B
H s t _ B _ R e f _ A B
UPnPC-UQSTP Block (Equivalent Circuit)
6Copyright (C) Siam Bee Technologies 2016
U Q S TPQ S T_ TB 6 7 S
Q s t _ R e f _ A BQ s t _ R e f _ A
Q s t _ R e f _ BQ s t _ R e f _ B B
M O _ Q s tR S T
Q s _ AQ s _ A BQ s _ BQ s _ B B
C L K 0
C W 0
C W 0
U 1 0 0 33D F F _ TB 6 7SC
LKD
R
S
B
0
IN+IN-
OUT+OUT-
E S U M 10 2LI M IT(V (% I N + )+V ( % IN -) , 0 , 1 )
U _ Q s t1 0 62 A N D _ TB 6 7S
U 1 0 0 28D F F _ TB 67 SC
LKD
R
S
B
U 1 0 03 9D F F _ TB 6 7SC
LKD
R
S
B
0
U _Q s t 1 072 A N D _ TB 6 7 S
C 1 011n F
0
Q s t A _R is e1
C 1 051n F
00
IN+IN-
OUT+OUT-
E _ Q s t1 0 2L IM I T(V (% IN + , % IN -), 0 , 0 . 3 3 )
Q A B 1
Q A 1
U _ Q s t 1 0 82 A N D _ TB 67 S
R 1 0 1 1k
R 1 0 0 1k
0
U 1 0 03 4D F F _ TB 67 SC
LKD
R
S
B
C 1 031n F
0
C 1 021n F
U _Q s t 1 092 A N D _ TB 6 7 S
00
IN+IN-
OUT+OUT-
E A _ Q s t 1 0 4IF ( V (C W 0 , 0) >80 0 m , V ( Q B B 1 , 0) , V (Q B 1 , 0) )
Q A B 2
0
IN+IN-
OUT+OUT-
E S U M1 0 0V (Q s t A _ R is e 0) +V (Q s t A _R is e1 )+V (Q s tA _ R ise 2 )
0
0
0
C 1 041n F
Q A B 2
R S T
C L K 0
Q A B 0
0
U 1 0 0 29D F F _ TB 6 7SC
LKD
R
S
B
R S T
Q s t A _R is e0
C LK 0
0
R S T
Q A B 1
C L K 0
U 1 0 0 40D F F _ TB 67 SC
LKD
R
S
B
U _Q s t 1 102 A N D _ TB 6 7 S
0
Q B B 2
R S T
Q B B 0
C L K 0
0
C LK 0
R S T R S T
0
Q B B 1
C L K 0
R 1 0 3 1k
U _Q s t 1 112 A N D _ TB 6 7 S
U 1 0 03 5D F F _ TB 6 7SC
LKD
R
S
B
Q s t A _F a ll2
00
IN+IN-
OUT+OUT-
E _ Q s t1 0 7L IM I T(V (% IN + , % IN -), 0 , 0 . 3 3 )
Q s t A _F a ll1
Q s t A _F a ll3
0 0
IN+IN-
OUT+OUT-
E _ Q s t1 0 9L IM I T(V (% IN + , % IN -), 0 , 0 . 3 8 )
00
0 0
IN+IN-
OUT+OUT-
E A _ Q s t 1 0 6IF ( V (C W 0 , 0) >80 0 m , V ( Q B B 2 , 0) , V (Q B 2 , 0) )
IN+IN-
OUT+OUT-
E _ Q s t1 0 5L IM I T(V (% IN + , % IN -), 0 , 0 . 2 9 )
Q s t B _ R is e1
Quarter step (L, H, H)
00
U _Q s t 1 122 A N D _ TB 6 7 S
IN+IN-
OUT+OUT-
E _ Q s t1 1 5L IM IT(V (% I N +, % I N -), 0 , 0 .3 3 )
U 1 0 03 0D F F _ TB 67 SC
LKD
R
S
B0
0
U 1 0 0 41D F F _ TB 6 7SC
LKD
R
S
B
IN+IN-
OUT+OUT-
E B _ Q s t1 1 6I F (V (C W 0 , 0 )>8 00 m , V( Q A 1 , 0 ), V (Q A B 1, 0 ) )
Q s _ A
0
0
Q s _B B
Q s _ B
Q s t B _ R is e0
0
IN+IN-
OUT+OUT-
E S U M1 0 7V ( Q s t B _ R is e 0 )+ V (Q s t B _ R is e 1)+V (Q s t B _R is e 2 )
IN+IN-
OUT+OUT-
E A _ Q s t 1 0 8IF ( V (C W 0 , 0) >80 0 m , V ( Q B B 3 , 0) , V (Q B 3 , 0) )
Q s tB _F a ll2
0
U _ Q s t 1 0 02 A N D _ TB 67 S
00
0
R S T
Q s tB _F a ll1
Q A B 3
IN+IN-
OUT+OUT-
E _ Q s t1 1 9L IM IT(V (% I N +, % I N -), 0 , 0 .3 3 )
C LK 0
0
Q s tB _F a ll3
Q B B 3
U _Q s t 1 132 A N D _ TB 6 7 S
0 0
U 1 0 0 36D F F _ TB 67 SC
LKD
R
S
B
IN+IN-
OUT+OUT-
E _ Q s t2 0 1L IM IT(V (% I N +, % I N -), 0 , 0 .3 8 )
C LK 0
R S T
0
0
R S T
0
0
Q A 3
C LK 0
0
IN+IN-
OUT+OUT-
E B _ Q s t1 1 8I F (V (C W 0 , 0 )>8 00 m , V( Q A 2 , 0 ), V (Q A B 2, 0 ) )
0
R S T
Q B 3
IN+IN-
OUT+OUT-
E _ Q s t1 1 7L IM IT(V (% I N +, % I N -), 0 , 0 .2 9 )
C LK 0
0
0
IN+IN-
OUT+OUT-
E A _ Q s t1 0 0
I F (V (C W 0 , 0 )>8 0 0 m , V (Q s _ B B , 0 ), V (Q s _ B , 0 ) )
0
IN+IN-
OUT+OUT-
E B _ Q s t1 2 0I F (V (C W 0 , 0 )>8 00 m , V( Q A 3 , 0 ), V (Q A B 3, 0 ) )
00
U _Q s t 1 142 A N D _ TB 6 7 S
Q s _B
IN+IN-
OUT+OUT-
E B _ Q s t1 1 2
IF (V (C W 0 , 0) >8 0 0 m , V (Q s_ A , 0 ), V (Q s _ A B, 0 ) )0
U 1 0 03 1D F F _ TB 6 7SC
LKD
R
S
B
00
IN+IN-
OUT+OUT-
E S U M1 0 8V ( Q s t B _ F a ll1 )+V (Q s t B _ F a ll2 )+V ( Q s tB _ F a ll3 )
IN+IN-
OUT+OUT-
E S U M1 0 1V (Q s t A _ F al l1)+V (Q s t A _ F al l2 )+V ( Q s tA _F a ll3 )
00
Q s t B _ R is e2
U _ Q s t1 1 52 A N D _ TB 6 7S
0 0
U _Q s t 1 012 A N D _ TB 6 7 S
IN+IN-
OUT+OUT-
E _ Q s t1 2 0L IM IT(V (% I N +, % I N -), 0 , 0 .2 9 )
U 1 0 02 6D F F _ TB 67 SC
LKD
R
S
B
0 0
IN+IN-
OUT+OUT-
E _ Q s t1 2 1L IM IT(V (% I N +, % I N -), 0 , 0 .3 8 )
U 1 0 0 37D F F _ TB 6 7SC
LKD
R
S
B
Q s t A _R is e2
0
00
IN+IN-
OUT+OUT-
E B _ Q s t2 0 2I F (V (C W 0 , 0 )>8 00 m , V( Q s _ A B , 0) , V (Q s _ A , 0 ))
IN+IN-
OUT+OUT-
E _ Q s t1 0 3L IM I T(V (% IN + , % IN -), 0 , 0 . 2 9 )
0
Q B 0
Q s _ B
Q A 2
0
Q s t _R ef _ B
R 10 5 1 k
IN+IN-
OUT+OUT-
E S U M 10 5LI M IT(V (% I N + )+V ( % IN -) , 0 , 1 )
Q s t B B _ R is e 1
00
Q s t A B _R is e1
00
IN+IN-
OUT+OUT-
E _ Q s t1 2 2L IM IT(V (% I N +, % I N -), 0 , 0 .3 3 )
IN+IN-
OUT+OUT-
E _ Q s t1 0 1L IM I T(V (% IN + , % IN -), 0 , 0 . 3 8 )
0
0
0
0
U _Q s t 1 022 A N D _ TB 6 7 S
Q s _ A
IN+IN-
OUT+OUT-
E B B _ Q s t 11 7I F (V (C W 0 , 0 )>8 00 m , V( Q A B 1 , 0 ) , V ( Q A 1, 0 ) )
Q s _A B
IN+IN-
OUT+OUT-
E _ Q s t1 1 3L IM I T(V (% IN + , % IN -), 0 , 0 . 3 3 )
0
IN+IN-
OUT+OUT-
E S U M1 0 9V ( Q s t B B _ R is e 0 )+V (Q s t B B _R is e 1)+V (Q s tB B _ R is e 2 )
Q s tB B _ F a ll2
Q s t B B _ R is e 0
00
IN+IN-
OUT+OUT-
E A B _Q s t 1 1 5IF ( V (C W 0 , 0) >80 0 m , V ( Q B 1 , 0) , V (Q B B 1 , 0) )
0
00
0
Q s tB B _ F a ll1
IN+IN-
OUT+OUT-
E _ Q s t1 2 3L IM IT(V (% I N +, % I N -), 0 , 0 .3 3 )
IN+IN-
OUT+OUT-
E S U M1 0 3V (Q s t A B _ R is e 0)+V (Q s t AB _ R is e1 )+V (Q s tA B _ R is e 2 )
Q s t A B _R is e0
0
Q s tB B _ F a ll3
Q s tA B _ F a ll2
0 0
0 0
IN+IN-
OUT+OUT-
E _ Q s t2 0 2L IM IT(V (% I N +, % I N -), 0 , 0 .3 8 )
IN+IN-
OUT+OUT-
E _ Q s t1 1 8L IM I T(V (% IN + , % IN -), 0 , 0 . 3 3 )
Q s tA B _ F a ll1
0
Q s tA B _ F a ll3
0
0
0
0
0
IN+IN-
OUT+OUT-
E B B _ Q s t 11 9I F (V (C W 0 , 0 )>8 00 m , V( Q A B 2 , 0 ) , V ( Q A 2, 0 ) )
IN+IN-
OUT+OUT-
E _ Q s t2 0 0L IM I T(V (% IN + , % IN -), 0 , 0 . 3 8 )
IN+IN-
OUT+OUT-
E _ Q s t1 2 4L IM IT(V (% I N +, % I N -), 0 , 0 .2 9 )
0
0
0
0
0
0
IN+IN-
OUT+OUT-
E B B _ Q s t 12 1I F (V (C W 0 , 0 )>8 00 m , V( Q A B 3 , 0 ) , V ( Q A 3, 0 ) )
0
IN+IN-
OUT+OUT-
E A B _Q s t 1 1 7IF ( V (C W 0 , 0) >80 0 m , V ( Q B 2 , 0) , V (Q B B 2 , 0) )
Q s _ B B
IN+IN-
OUT+OUT-
E B B _ Q s t1 1 3
IF (V (C W 0 , 0) >8 0 0 m , V (Q s_ A B , 0 ), V (Q s _ A, 0 ) )
IN+IN-
OUT+OUT-
E _ Q s t1 1 6L IM I T(V (% IN + , % IN -), 0 , 0 . 2 9 )
0
0
IN+IN-
OUT+OUT-
E S U M1 1 0V ( Q s t B B _ F al l1 )+V (Q s tB B _ F a ll2 )+V ( Q s tB B _ F a ll3 )
Q s t B B _ R is e 2
0
0
0
0
0
IN+IN-
OUT+OUT-
E _ Q s t1 2 5L IM IT(V (% I N +, % I N -), 0 , 0 .2 9 )
U 1 0 0 32D F F _ TB 67 SC
LKD
R
S
B
0 0
IN+IN-
OUT+OUT-
E A B _Q s t 1 1 9IF ( V (C W 0 , 0) >80 0 m , V ( Q B 3 , 0) , V (Q B B 3 , 0) )
IN+IN-
OUT+OUT-
E _ Q s t1 2 6L IM IT(V (% I N +, % I N -), 0 , 0 .3 8 )
0
IN+IN-
OUT+OUT-
E B B _ Q s t 20 3I F (V (C W 0 , 0 )>8 00 m , V( Q s _ A , 0) , V (Q s _ A B , 0 ))
0
Q BB 0
Q s _ B B
Q s _ A B
0
Q s t _R ef _ B B
R 10 6 1 k
Q BB 1
0
C 1 0 91 nF
IN+IN-
OUT+OUT-
E A B _ Q s t 1 1 1
I F (V (C W 0 , 0 )>8 0 0 m , V (Q s _ B , 0 ), V (Q s _B B , 0 ) )0
U _ Q s t 12 42 A N D _ TB 6 7S
0
C 1 1 01 n F
U _ Q s t 1 2 52A N D _TB 6 7 S
00
Q BB 2
C 1 1 11 n F
IN+IN-
OUT+OUT-
E S U M1 0 4V (Q s t A B _ F a l l1 )+ V (Q s t A B _ F al l2 )+V ( Q s tA B _ F al l3 )
U _ Q s t 1 2 62A N D _TB 6 7 S
R 10 7 1 k0
Q s t A B _R is e2
U _ Q s t 1 2 72A N D _TB 6 7 S
U _ Q s t 1 2 82A N D _TB 6 7 S
0 0
U _ Q s t 1 2 92A N D _TB 6 7 S
U _ Q s t 1 3 02A N D _TB 6 7 S
U _Q s t 1 032 A N D _ TB 6 7 S
U _ Q s t 13 12 A N D _ TB 6 7 S
0
IN+IN-
OUT+OUT-
E _ Q s t1 1 4L IM I T(V (% IN + , % IN -), 0 , 0 . 2 9 )
IN+IN-
OUT+OUT-
E S U M1 1 1LI M I T(V (% I N + )+V ( % IN -) , 0 , 1 )
Q B 1
0
C 1 0 61 nF
0
U _ Q s t 11 62 A N D _ TB 6 7S
0
0
IN+IN-
OUT+OUT-
E _ Q s t1 1 2L IM I T(V (% IN + , % IN -), 0 , 0 . 3 8 )
C 1 0 71 n F
U _ Q s t 1 1 72A N D _TB 6 7 S
Q B 2
0
C 1 0 81 n F
U _ Q s t 1 1 82A N D _TB 6 7 S
R 10 4 1 k
0
U _ Q s t 1 1 92A N D _TB 6 7 S
IN+IN-
OUT+OUT-
E A B _Q s t 2 0 1IF ( V (C W 0 , 0) >80 0 m , V ( Q s _B B , 0 ) , V (Q s _ B , 0 ))
0
U _ Q s t 1 2 02A N D _TB 6 7 S
U _ Q s t 1 2 12A N D _TB 6 7 S
Q s _ A B
Q A B 0
Q s t_ R e f _ A B
U _ Q s t 1 2 22A N D _TB 6 7 S
U _ Q s t 12 32 A N D _ TB 6 7 S
0
IN+IN-
OUT+OUT-
E S U M1 0 6LI M I T(V (% I N + )+V ( % IN -) , 0 , 1 )
0
R S T
Q A 2
C L K 0
Q A 0
0
R S T
C LK 0
0
R S T
Q A 1
C L K 0
R 1 0 2 1k
U _Q s t 1 042 A N D _ TB 6 7 S
U 1 0 02 7D F F _ TB 6 7SC
LKD
R
S
B
0
U 1 0 03 8D F F _ TB 67 SC
LKD
R
S
B
IN+IN-
OUT+OUT-
E A _ Q s t 1 1 0IF ( V (C W 0 , 0) >80 0 m , V ( Q s _B , 0 ) , V (Q s _ B B , 0 ))
0
Q s _ A
0
Q B 2
R S T
Q B 0
C L K 0
0
R S T
0
C LK 0
0
R S T
C 1 001n F
Q B 1
C L K 0
Q A 0
R S T
U _Q s t 1 052 A N D _ TB 6 7 S
Q s t_ R e f _ A
Q s _ B
Q B 0
U E X1 01 4E X_ O R _ TB 6 7 S
A
BO
U MO _ 1 022A N D _TB 6 7 S
M O _ Q s t
C L K 0
UPnPC-U8STP Block (Equivalent Circuit)
7Copyright (C) Siam Bee Technologies 2016
U 8 S TP8 S T_ TB 6 7 S
8 _ R e f _ A8 _ R e f _ A B
8 _ R e f _ B8 _ R e f _ B B
M O _ 1 _ 8
8 _ A8 _ A B8 _ B8 _ B B
R S TC L K 0
C W 0
IN+IN-
OUT+OUT-
E8 1 5 8L I M I T(V (% I N +, % I N -), 0, 0. 18 )
8 B B_ R is e 1
IN+IN-
OUT+OUT-
E BB _8 1 3 5I F (V (C W 0, 0) >8 0 0 m , V(8 AB 6, 0) , V (8 A 6 , 0 ))
U 81 3 42 AN D _ TB6 7 S
8 _ R e f _ B
U 8 1 3 52 A N D _ TB 6 7S
8 _ B
0
U 81 0 12 A N D _ TB 6 7 S
IN+IN-
OUT+OUT-
E B_ 8 1 1 8
I F (V (C W 0 , 0 )>8 00 m , V (8 A 0, 0 ), V (8 A B 0 , 0))
8 B _ R is e 2
0
00
00
8B2
IN+IN-
OUT+OUT-
E 8 1 3 0L I M I T (V (% I N +, % I N - ), 0, 0 .2 )8B0
R S T
IN+IN-
OUT+OUT-
E 8 1 3 1L I M I T (V (% I N +, % I N - ), 0, 0 .0 2)
8 B_ F a ll7
U 8 1 3 62 A N D _ TB 6 7 S
U 8 1 3 72 A N D _ TB 6 7 S
0 0
IN+IN-
OUT+OUT-
E8 1 3 2L I M I T(V (% I N +, % I N -), 0, 0. 2)
00
8 B _ R is e 6 IN+IN-
OUT+OUT-
E B_ 8 1 1 9I F (V (C W 0, 0) >8 0 0 m , V(8 A7 , 0 ), V (8 A B 7 , 0 ))
U 81 3 82 AN D _ TB6 7 S
0
8BB 6
0
0
8B6
IN+IN-
OUT+OUT-
E SU M 1 26L I M I T (V (% I N + )+ V( % I N -), 0 , 1)
C L K 0
R S T
U 8 1 3 92 A N D _ TB 6 7 S
8 B _ R is e 7
U 81 4 02 AN D _ TB6 7 S
8 B B 7
00
8B7
R S T
U 8 1 4 12 A N D _ TB 6 7 S
U 8 14 22 AN D _ TB6 7 S
C LK 0
U 81 4 32 AN D _ TB6 7 S
0
U 1 0 0 6 0D F F _TB 67 SC
LKD
R
S
B
0
8 B_ F a ll2
IN+IN-
OUT+OUT-
E B_ 8 1 2 0I F (V (C W 0, 0) >8 0 0 m , V(8 A1 , 0 ), V (8 A B 1 , 0 ))
00
8 B_ F a ll1
8 B_ F a ll3
IN+IN-
OUT+OUT-
E8 1 3 3L I M I T(V (% I N +, % I N -), 0, 0. 09 )
U 1 0 04 9D F F _ TB 6 7 SC
LKD
R
S
B
00
IN+IN-
OUT+OUT-
E8 1 3 4L I M I T(V (% I N +, % I N -), 0, 0. 12 )
0
00
0
IN+IN-
OUT+OUT-
E B_ 8 1 2 1I F (V (C W 0, 0) >8 0 0 m , V(8 A2 , 0 ), V (8 A B 2 , 0 ))
IN+IN-
OUT+OUT-
E8 1 3 5L I M I T(V (% I N +, % I N -), 0, 0. 06 )
00
U 1 00 7 1D F F _ TB 6 7 SC
LKD
R
S
B
IN+IN-
OUT+OUT-
E B_ 8 1 2 2I F (V (C W 0, 0) >8 0 0 m , V(8 A3 , 0 ), V (8 A B 3 , 0 ))
00
8 _ B
IN+IN-
OUT+OUT-
E B_ 8 1 2 3I F (V (C W 0, 0) >8 0 0 m , V(8 AB 0, 0) , V (8 A 0 , 0 ))
0
U 81 4 42 AN D _ TB6 7 S
8 B _ R is e 3
U 81 4 52 AN D _ TB6 7 S
IN+IN-
OUT+OUT-
E 8 1 3 6L I M I T (V (% I N +, % I N - ), 0, 0 .1 8)
00
0
0
8B3
IN+IN-
OUT+OUT-
E SU M 12 7L I M I T(V (% I N +)+V (% I N -), 0, 1 )
U 8 1 1 42 AN D _ TB6 7 S
8 A_ F a ll6
C 1 241 n F
R 1 1 6 1 k
0
R 1 1 7 1 k
0
0
00
C 1 2 51n F
IN+IN-
OUT+OUT-
E 8 1 1 3L I MI T( V (% I N +, % I N -), 0 , 0. 1 8 )
IN+IN-
OUT+OUT-
E SU M 1 28V ( 8B_ F all1 )+V (8 B _ F a ll 2 )+V (8 B _F a ll3 )+V (8 B _ F a l l4 )
0
00
0
0
IN+IN-
OUT+OUT-
E SU M 1 29V ( 8B_ F all5 )+V (8 B _ F a ll 6 )+V (8 B _F a ll7 )
U 81 0 22 A N D _ TB 6 7 S
0
C 1 261 n F
IN+IN-
OUT+OUT-
E A_ 8 1 0 7I F (V ( C W 0 , 0 )>8 0 0 m , V(8 BB 6 , 0), V (8 B 6 , 0 ))
U 81 4 62 AN D _ TB6 7 S
0
C 1 271 n F
R 1 1 8 1 k
8 A B 7
R 1 1 9 1 k
IN+IN-
OUT+OUT-
E SU M 13 0L I M I T(V (% I N +)+V (% I N -), 0, 1 )
IN+IN-
OUT+OUT-
E 81 0 6L I M I T( V (% I N +, % I N -), 0, 0. 06 )
00
C 1 2 81n F0
0
IN+IN-
OUT+OUT-
E SU M 1 31V ( 8B_ R is e0 )+V (8 B _R is e1 )+V (8 B _ R is e 2 )+V (8 B _ R is e 3 )
C LK 0
R S T
00
IN+IN-
OUT+OUT-
E SU M 1 32V ( 8B_ R is e4 )+V (8 B _R is e5 )+V (8 B _ R is e 6 )+V (8 B _ R is e 7 )
U 1 00 5 5D F F _ TB 6 7 SC
LKD
R
S
B
C 1 291 n F
0
8 B _ R is e 4
IN+IN-
OUT+OUT-
E 8 1 3 7L I M I T (V (% I N +, % I N - ), 0, 0 .1 8)
U 8 1 002 A N D _TB 6 7 S
8 _ A
0
8 _ R ef _ A
8 B_ F a ll4
8B4
0
0
U 1 0 06 6D F F _ TB 6 7 SC
LKD
R
S
B
IN+IN-
OUT+OUT-
E 8 1 3 8L I M I T (V (% I N +, % I N - ), 0, 0 .1 5)
U 8 1 4 72 A N D _ TB 6 7 S
8 _ A B
00
IN+IN-
OUT+OUT-
E A_ 8 1 0 0
IF (V (C W 0, 0 )>8 0 0 m , V(8 B B 0 , 0 ), V (8 B 0 , 0 ))
0
IN+IN-
OUT+OUT-
E8 1 3 9L I M I T(V (% I N +, % I N -), 0, 0. 15 )
U 81 1 72 A N D _ TB 6 7 S
0
IN+IN-
OUT+OUT-
E B_ 8 1 2 4I F (V (C W 0, 0) >8 0 0 m , V(8 A4 , 0 ), V (8 A B 4 , 0 ))
0
8 B_ F a ll5
U 8 1 182 A N D _TB 6 7 S
IN+IN-
OUT+OUT-
E 8 1 4 0L I M I T (V (% I N +, % I N - ), 0, 0 .1 2)
U 8 1 4 82 A N D _ TB 6 7 S
00
IN+IN-
OUT+OUT-
E8 1 4 1L I M I T(V (% I N +, % I N -), 0, 0. 18 )
8 _ A B
0
8 _ R ef _ AB
00
IN+IN-
OUT+OUT-
E B_ 8 1 2 5I F (V (C W 0, 0) >8 0 0 m , V(8 A5 , 0 ), V (8 A B 5 , 0 ))
IN+IN-
OUT+OUT-
E 8 1 4 2L I M I T (V (% I N +, % I N - ), 0, 0 .0 9)
U 1 0 0 4 4D F F _TB 67 SC
LKD
R
S
B
U 8 1 4 92 A N D _ TB 6 7 S
U 81 5 02 AN D _ TB6 7 S
8 B_ F a ll6
IN+IN-
OUT+OUT-
E AB _ 8 10 9
IF (V (C W 0, 0 )>8 0 0 m , V(8 B 0 , 0), V (8 B B 0 , 0 ))
00
0
8 A B _ R is e 2
IN+IN-
OUT+OUT-
E8 1 4 3L I M I T(V (% I N +, % I N -), 0, 0. 18 )
0
0
8 A _ R is e 1
IN+IN-
OUT+OUT-
E B_ 8 1 2 6I F (V (C W 0, 0) >8 0 0 m , V(8 A6 , 0 ), V (8 A B 6 , 0 ))
0 0
8 B _ R is e 5
8 B _ R is e 1
IN+IN-
OUT+OUT-
E 8 1 4 4L I M I T (V (% I N +, % I N - ), 0, 0 .0 6)
0
8 A B 2
00
0
8B1
0
0
0
IN+IN-
OUT+OUT-
E 81 1 5L I M I T( V (% I N +, % I N -), 0, 0. 2)
8B5
0
0
8 B _ R is e 0
U 81 5 12 AN D _ TB6 7 S
8 _ R e f _ BB
8 A _ R is e 2
U 8 1 5 22 A N D _ TB 6 7S
8 A _ R is e 5
IN+IN-
OUT+OUT-
E 81 1 6L I M I T( V (% I N +, % I N -), 0, 0. 02 )
8 _ B B
0
IN+IN-
OUT+OUT-
E BB _8 1 2 7
I F (V (C W 0 , 0 )>8 00 m , V (8 A B0 , 0 ), V (8 A 0 , 0))
8 B B_ R is e 2
8 A B 0
0
U 8 1 1 92 AN D _ TB6 7 S
00
0
8 B B2
00
0
8 A 1
0
8 AB _ F a l l7
U 8 1 2 02 AN D _ TB6 7 S
0
0 0
IN+IN-
OUT+OUT-
E 8 1 1 7L I MI T( V (% I N +, % I N -), 0 , 0. 2 )
8 A 5
0
8 A 2
00
0
IN+IN-
OUT+OUT-
E AB _ 8 1 1 0I F (V ( C W 0 , 0 )>8 0 0 m , V(8 B7 , 0 ), V (8 B B 7 , 0 ))
U 81 2 12 A N D _ TB 6 7 S
8 A B _ R is e 6
0
IN+IN-
OUT+OUT-
E 81 0 0L I M I T( V (% I N +, % I N -), 0, 0. 2)
0
8 A B 6
0
IN+IN-
OUT+OUT-
E SU M 1 1 9L I M I T(V (% I N +)+V (% I N -), 0 , 1 )
U 8 1 2 22 AN D _ TB6 7 S
IN+IN-
OUT+OUT-
E 81 0 7L I M I T( V (% I N +, % I N -), 0, 0. 02 )
U 81 2 32 A N D _ TB 6 7 S
8 A _ R is e 0
8 A B _ R is e 7
0
8 A B 7
0
U 8 1 2 52 AN D _ TB6 7 S
U 81 242 A N D _ TB 6 7 S
U 81 2 62 A N D _ TB 6 7 S
00
IN+IN-
OUT+OUT-
E AB _ 8 1 1 1I F (V ( C W 0 , 0 )>8 0 0 m , V(8 B1 , 0 ), V (8 B B 1 , 0 ))
8 AB _ F a l l2
0 0
8 AB _ F a l l1
8 A 0
IN+IN-
OUT+OUT-
E 8 1 1 8L I MI T( V (% I N +, % I N -), 0 , 0. 0 9 )
8 AB _ F a l l3
00
IN+IN-
OUT+OUT-
E 8 1 1 9L I MI T( V (% I N +, % I N -), 0 , 0. 1 2 )
0
0
0
0
IN+IN-
OUT+OUT-
E AB _ 8 1 1 2I F (V ( C W 0 , 0 )>8 0 0 m , V(8 B2 , 0 ), V (8 B B 2 , 0 ))
IN+IN-
OUT+OUT-
E 8 1 2 0L I MI T( V (% I N +, % I N -), 0 , 0. 0 6 )
00
IN+IN-
OUT+OUT-
E AB _ 8 1 1 3I F (V ( C W 0 , 0 )>8 0 0 m , V(8 B3 , 0 ), V (8 B B 3 , 0 ))
00
IN+IN-
OUT+OUT-
E AB _ 8 1 1 4I F (V ( C W 0 , 0 )>8 0 0 m , V(8 BB 0 , 0), V (8 B 0 , 0 ))
8 _ A B
U 81 2 72 A N D _ TB 6 7 S
U 81 2 82 A N D _ TB 6 7 S
8 A B _ R is e 3
IN+IN-
OUT+OUT-
E 81 2 1L I M I T( V (% I N +, % I N -), 0, 0. 18 )
00
8 A B 3
0
0
IN+IN-
OUT+OUT-
E SU M 1 2 0L I M I T (V (% I N + )+ V (% I N - ), 0 , 1 )
C 1 1 81 nF
U 8 1 0 92 AN D _ TB6 7 S
R 1 1 2 1 k
R 1 1 3 1 k
0
8 A_ F a ll7
00
U 8 1 1 52 AN D _ TB6 7 S
C 1 1 91n F
00
IN+IN-
OUT+OUT-
E SU M 1 2 1V (8AB _ F a ll1 )+V (8 A B _F all2 )+ V(8 A B _ F a ll 3)+V (8A B_ F a ll4 )
00
IN+IN-
OUT+OUT-
E 8 1 1 4L I MI T( V (% I N +, % I N -), 0 , 0. 2 )
0
0
IN+IN-
OUT+OUT-
E SU M 1 2 2V (8AB _ F a ll5 )+V (8 A B _F all6 )+ V(8 A B _ F a ll 7)
0
IN+IN-
OUT+OUT-
E A_ 8 1 0 8I F (V ( C W 0 , 0 )>8 0 0 m , V(8 BB 7 , 0), V (8 B 7 , 0 ))
C 1 2 01 nF
0
U 81 0 32 A N D _ TB 6 7 S
U 81 2 92 A N D _ TB 6 7 S
0
C 1 2 11 nF
IN+IN-
OUT+OUT-
E SU M 1 2 3L I M I T (V (% I N + )+ V (% I N - ), 0 , 1 )
R 1 1 4 1 k
R 1 1 5 1 k
00
C 1 2 21n F0
8B6
IN+IN-
OUT+OUT-
E SU M 1 2 4V (8AB _ R is e0 )+V (8 AB _ R is e 1 )+ V(8 AB _ R is e 2 )+ V(8 A B _ R is e 3 )
0
0
R S T
0
C L K 0
IN+IN-
OUT+OUT-
E SU M 1 2 5V (8AB _ R is e4 )+V (8 AB _ R is e 5 )+ V(8 AB _ R is e 6 )+ V(8 A B _ R is e 7 )
0
C 1 2 31 nF
8 B5
IN+IN-
OUT+OUT-
E 81 2 2L I M I T( V (% I N +, % I N -), 0, 0. 18 )
8 A B _ R is e 4
0
0
R S T
0
8 A B 4
C L K 0
0
8 AB _ F a l l4
R S T
IN+IN-
OUT+OUT-
E 81 2 3L I M I T( V (% I N +, % I N -), 0, 0. 15 )
8 B 4
U 8 1 3 02 AN D _ TB6 7 S
00
C L K 0
IN+IN-
OUT+OUT-
E 8 1 2 4L I MI T( V (% I N +, % I N -), 0 , 0. 1 5 )
U 10 0 6 1D F F _ TB 6 7 SC
LKD
R
S
B
8 A _ R is e 6
00
0
U 1 0 05 0D F F _ TB 6 7 SC
LKD
R
S
B
IN+IN-
OUT+OUT-
E AB _ 8 1 1 5I F (V ( C W 0 , 0 )>8 0 0 m , V(8 B4 , 0 ), V (8 B B 4 , 0 ))
0
IN+IN-
OUT+OUT-
E 81 2 5L I M I T( V (% I N +, % I N -), 0, 0. 12 )
8 AB _ F a l l5
U 8 1 3 12 AN D _ TB6 7 S
0 0
8 A 6
IN+IN-
OUT+OUT-
E 8 1 2 6L I MI T( V (% I N +, % I N -), 0 , 0. 1 8 )
00
IN+IN-
OUT+OUT-
E AB _ 8 1 1 6I F (V ( C W 0 , 0 )>8 0 0 m , V(8 B5 , 0 ), V (8 B B 5 , 0 ))
0
U 1 0 0 7 2D F F _ TB 6 7SC
LKD
R
S
B
IN+IN-
OUT+OUT-
E 81 2 7L I M I T( V (% I N +, % I N -), 0, 0. 09 )
U 8 1 3 32 AN D _ TB6 7 S
U 81 3 22 A N D _ TB 6 7 S
8 AB _ F a l l6
0 0
C W 0
IN+IN-
OUT+OUT-
E 8 1 2 8L I MI T( V (% I N +, % I N -), 0 , 0. 1 8 )
00
IN+IN-
OUT+OUT-
E AB _ 8 1 1 7I F (V ( C W 0 , 0 )>8 0 0 m , V(8 B6 , 0 ), V (8 B B 6 , 0 ))
8 A B _ R is e 1
IN+IN-
OUT+OUT-
E 81 2 9L I M I T( V (% I N +, % I N -), 0, 0. 06 )
8 A B _ R is e 5
0 0
0
8 A B 1
8 A B _ R is e 0
8 A B 5
0
0
IN+IN-
OUT+OUT-
E SU M 1 1 8L I M I T(V (% I N +)+V (% I N -), 0 , 1 )
U 8 1 1 02 AN D _ TB6 7 S
U 81 0 42 A N D _ TB 6 7 S
U 1 0 0 5 6D F F _ TB 6 7SC
LKD
R
S
B
U 1 0 0 6 7D F F _ TB 6 7SC
LKD
R
S
B
U 10 0 4 5D F F _ TB 6 7 SC
LKD
R
S
B
0
8 B 7
R S T
C LK 0
8 A _ R is e 7
00
8 A 7
U 81 162 A N D _ TB 6 7 S
8 _B
8 A 7
R S T
0
C LK 0
U 8 1 1 12 AN D _ TB6 7 S
U 81 0 52 A N D _ TB 6 7 S
00
IN+IN-
OUT+OUT-
E A_ 8 1 0 1I F (V ( C W 0 , 0 )>8 0 0 m , V(8 BB 1 , 0), V (8 B 1 , 0 ))
8 A_ F a ll2
0 0
IN+IN-
OUT+OUT-
E 8 1 0 9L I MI T( V (% I N +, % I N -), 0 , 0. 0 9 )
U 1 0 0 6 2D F F _ TB 67 SC
LKD
R
S
B
8 A_ F a ll1
U 1 0 0 5 1D F F _ TB 6 7SC
LKD
R
S
B
8 A_ F a ll3
0 0
IN+IN-
OUT+OUT-
E 8 1 1 0L I MI T( V (% I N +, % I N -), 0 , 0. 1 2 )
0
0
0 0
0
U 1 0 07 3D F F _ TB 6 7 SC
LKD
R
S
B
IN+IN-
OUT+OUT-
E A_ 8 1 0 2I F (V ( C W 0 , 0 )>8 0 0 m , V(8 BB 2 , 0), V (8 B 2 , 0 ))
IN+IN-
OUT+OUT-
E 8 1 0 8L I MI T( V (% I N +, % I N -), 0 , 0. 0 6 )
00
IN+IN-
OUT+OUT-
E A_ 8 1 0 3I F (V ( C W 0 , 0 )>8 0 0 m , V(8 BB 3 , 0), V (8 B 3 , 0 ))
0
IN+IN-
OUT+OUT-
E A_ 8 1 0 4I F (V ( C W 0 , 0 )>8 0 0 m , V(8 B0 , 0 ), V (8 B B 0 , 0 ))
0
8 _ A
U 81 0 62 A N D _ TB 6 7 S
U 1 0 05 7D F F _ TB 6 7 SC
LKD
R
S
B
U 1 0 0 6 8D F F _TB 67 SC
LKD
R
S
B
U 1 0 0 4 6D F F _ TB 67 SC
LKD
R
S
B
0
8 AB 5
R S T
C L K 0
0
R S T
8 _A
8 A B 4
C L K 0
8AB 6
R S T
0
C L K 0
U 81 0 72 A N D _ TB 6 7 S
U 1 00 6 3D F F _ TB 6 7 SC
LKD
R
S
B
U 1 0 0 5 2D F F _TB 67 SC
LKD
R
S
B
IN+IN-
OUT+OUT-
E 81 0 1L I M I T( V (% I N +, % I N -), 0, 0. 18 )
8 A _ R is e 3
0 0
8 A 3
0
0
IN+IN-
OUT+OUT-
E SU M 1 1 5L I M I T (V (% I N + )+ V (% I N - ), 0 , 1 )
C 1 1 51 nF
R 1 1 1 1 k
R 1 1 0 1 k
00
C 1 1 61n F0
IN+IN-
OUT+OUT-
E SU M 1 16V (8 A_ F al l1) +V (8 A _ F a ll 2 )+V (8 A _ F a ll3) +V (8A _ F a ll4 )
00
0
IN+IN-
OUT+OUT-
E SU M 1 17V (8 A_ F al l5) +V (8 A _ F a ll 6 )+V (8 A _ F a ll7)
C 1 1 71 nF
0
U 81 0 82 A N D _ TB 6 7 S
0
IN+IN-
OUT+OUT-
E SU M 1 1 2L I M I T (V (% I N + )+ V (% I N - ), 0 , 1 )
C 1 1 21 nF
R 1 0 8 1 k
U 1 0 05 8D F F _ TB 6 7 SC
LKD
R
S
B
R 1 0 9 1 k
0
C 1 1 31n F0
IN+IN-
OUT+OUT-
E SU M 1 13V (8 A_ R is e 0 )+V (8 A _ R is e 1 )+V (8 A _ R is e 2 )+V (8 A _ R is e 3 )
U 1 00 4 7D F F _ TB 6 7 SC
LKD
R
S
B
8 B 0
U E X1 0 1 5E X_ O R _ TB 67 S
A
B
O8 _B
0
U M O _ 1 0 32 A N D _TB 6 7 S
U 10 0 6 9D F F _ TB 6 7 SC
LKD
R
S
B
00
IN+IN-
OUT+OUT-
E SU M 1 14V (8 A_ R is e 4 )+V (8 A _ R is e 5 )+V (8 A _ R is e 6 )+V (8 A _ R is e 7 )
0
C 1 1 41 nF
IN+IN-
OUT+OUT-
E 81 0 2L I M I T( V (% I N +, % I N -), 0, 0. 18 )
8 _ B B
8 B B0IN+IN-
OUT+OUT-
E 8 1 4 5L I M I T (V (% I N +, % I N - ), 0, 0 .2 )
8 BB _ F a l l7
IN+IN-
OUT+OUT-
E 8 1 4 6L I M I T (V (% I N +, % I N - ), 0, 0 .0 2)
U 8 1 5 32 A N D _ TB 6 7 S
U 8 1 5 42 A N D _ TB 6 7 S
MO _ 1_ 8
0 00
IN+IN-
OUT+OUT-
E8 1 4 7L I M I T(V (% I N +, % I N -), 0, 0. 2)
0
IN+IN-
OUT+OUT-
E BB _8 1 2 8I F (V (C W 0, 0) >8 0 0 m , V(8 AB 7, 0) , V (8 A 7 , 0 ))
8 B B_ R is e 6
U 81 5 52 AN D _ TB6 7 S
00
8 B B6
0
IN+IN-
OUT+OUT-
E SU M 1 33L I M I T (V (% I N + )+ V( % I N -), 0 , 1)
U 8 1 5 62 A N D _ TB 6 7 S
8 B B_ R is e 7
U 81 5 72 AN D _ TB6 7 S
00
8 B B7
U 8 1 5 82 A N D _ TB 6 7 S
8 A _ R is e 4
U 8 15 92 AN D _ TB6 7 S
0 0
U 81 6 02 AN D _ TB6 7 S
8 A 4
U 10 0 5 3D F F _ TB 6 7 SC
LKD
R
S
B
0
8 BB _ F a l l2
0
IN+IN-
OUT+OUT-
E BB _8 1 2 9I F (V (C W 0, 0) >8 0 0 m , V(8 AB 1, 0) , V (8 A 1 , 0 ))
U 1 0 0 6 4D F F _ TB 6 7SC
LKD
R
S
B
U 1 0 04 2D F F _ TB 6 7 SC
LKD
R
S
B
0
8 BB _ F a l l1
IN+IN-
OUT+OUT-
E 81 0 3L I M I T( V (% I N +, % I N -), 0, 0. 15 )
0
8 BB _ F a l l3
8 A_ F a ll4
IN+IN-
OUT+OUT-
E8 1 4 8L I M I T(V (% I N +, % I N -), 0, 0. 09 )
U 8 1 1 22 AN D _ TB6 7 S
0
0
0
0
IN+IN-
OUT+OUT-
E8 1 4 9L I M I T(V (% I N +, % I N -), 0, 0. 12 )
IN+IN-
OUT+OUT-
E 8 1 1 1L I MI T( V (% I N +, % I N -), 0 , 0. 1 5 )
0
0
0
0
0
C L K 0
0
IN+IN-
OUT+OUT-
E BB _8 1 3 0I F (V (C W 0, 0) >8 0 0 m , V(8 AB 2, 0) , V (8 A 2 , 0 ))
IN+IN-
OUT+OUT-
E A_ 8 1 0 5I F (V ( C W 0 , 0 )>8 0 0 m , V(8 BB 4 , 0), V (8 B 4 , 0 ))
0
R S T
8 AB 2
IN+IN-
OUT+OUT-
E8 1 5 0L I M I T(V (% I N +, % I N -), 0, 0. 06 )
8 A B 0
C LK 0
00
0
C L K 0
R S T R S T
00
0
IN+IN-
OUT+OUT-
E BB _8 1 3 1I F (V (C W 0, 0) >8 0 0 m , V(8 AB 3, 0) , V (8 A 3 , 0 ))
8AB 1
8 _B B
C L K 0
IN+IN-
OUT+OUT-
E BB _8 1 3 2I F (V (C W 0, 0) >8 0 0 m , V(8 A0 , 0 ), V (8 A B 0 , 0 ))
0
8 BB 2
U 81 6 12 AN D _ TB6 7 S
R S T
8 B B_ R is e 3
8 B B 0
U 81 6 22 AN D _ TB6 7 S
C LK 0
0
R S T
C L K 0
0
IN+IN-
OUT+OUT-
E 8 1 5 1L I M I T (V (% I N +, % I N - ), 0, 0 .1 8)
R S T
8BB 1
C L K 0
00
1/8 step (H, L, H)
0
0
8 B B3
0
8 A B 3
R S T
IN+IN-
OUT+OUT-
E SU M 13 4L I M I T(V (% I N +)+V (% I N -), 0, 1 )
U 1 0 0 5 9D F F _ TB 6 7SC
LKD
R
S
B
R 1 2 0 1 k
C 1 301 n F
C L K 0
8 B B 3
R 1 2 1 1 k
0
C L K 0
R S T
00
U 1 0 0 4 8D F F _ TB 6 7SC
LKD
R
S
B
8 B B_ R is e 5
0
0
8 A 3
C 1 3 11n F
R S T
IN+IN-
OUT+OUT-
E 8 1 5 9L I M I T (V (% I N +, % I N - ), 0, 0 .0 6)
C L K 0
U 1 0 0 7 0D F F _ TB 67 SC
LKD
R
S
B
0
IN+IN-
OUT+OUT-
E SU M 1 35V ( 8BB _ F al l1 )+V (8 B B _ F all2 )+ V(8 B B _ F a ll3 )+V ( 8B B_F a ll4 )
8 B 3
0
C L K 0
R S T
00
0
0
R S T
0
0
8 A2
C LK 0
8 B B_ R is e 0
8 B B1
0
8 A 0
8 B B5
0
IN+IN-
OUT+OUT-
E 81 0 4L I M I T( V (% I N +, % I N -), 0, 0. 12 )
IN+IN-
OUT+OUT-
E SU M 1 36V ( 8BB _ F al l5 )+V (8 B B _ F all6 )+ V(8 B B _ F a ll7 )
R S T
C L K 0
0
0
0
C 1 321 n F
R S T
U 81 6 32 AN D _ TB6 7 S
8A1
C L K 0
C 1 331 n F
8 B2
R 1 2 2 1 k
0
R S T
8 B 0
R 1 2 3 1 k
0
C LK 0
IN+IN-
OUT+OUT-
E SU M 13 7L I M I T(V (% I N +)+V (% I N -), 0, 1 )
R S T
C L K 0
0
0
R S T
00
8B1
C 1 3 41n F
C L K 0
0
8 B B 4
R S T
0
IN+IN-
OUT+OUT-
E SU M 1 38V ( 8BB _ R is e0 ) +V (8 BB _ R is e 1 )+ V(8 BB _ R is e 2 )+ V(8 B B _ R is e 3 )
C L K 0
8 BB 5
0
C L K 0
R S T
IN+IN-
OUT+OUT-
E SU M 1 39V ( 8BB _ R is e4 ) +V (8 BB _ R is e 5 )+ V(8 BB _ R is e 6 )+ V(8 B B _ R is e 7 )
U 8 1 1 32 AN D _ TB6 7 S
C 1 351 n F
8 A_ F a ll5
0
8 B B_ R is e 4
IN+IN-
OUT+OUT-
E 8 1 5 2L I M I T (V (% I N +, % I N - ), 0, 0 .1 8)
0
IN+IN-
OUT+OUT-
E 8 1 1 2L I MI T( V (% I N +, % I N -), 0 , 0. 1 8 )
0
8 BB _ F a l l4
8 B B4
0
00
IN+IN-
OUT+OUT-
E A_ 8 1 0 6I F (V ( C W 0 , 0 )>8 0 0 m , V(8 BB 5 , 0), V (8 B 5 , 0 ))
IN+IN-
OUT+OUT-
E 8 1 5 3L I M I T (V (% I N +, % I N - ), 0, 0 .1 5)
8A6
U 8 1 6 42 A N D _ TB 6 7 S
0
C L K 0
R S T
00
0
R S T
0
8 A5
C L K 0
0
R S T
0
IN+IN-
OUT+OUT-
E8 1 5 4L I M I T(V (% I N +, % I N -), 0, 0. 15 )
8 A 4
C L K 0
8 BB _ F a l l5
IN+IN-
OUT+OUT-
E BB _8 1 3 3I F (V (C W 0, 0) >8 0 0 m , V(8 AB 4, 0) , V (8 A 4 , 0 ))
U 1 0 0 5 4D F F _ TB 67 SC
LKD
R
S
B
IN+IN-
OUT+OUT-
E 8 1 5 5L I M I T (V (% I N +, % I N - ), 0, 0 .1 2)
U 1 0 06 5D F F _ TB 6 7 SC
LKD
R
S
B
U 8 1 6 52 A N D _ TB 6 7 S
U 1 0 0 4 3D F F _ TB 6 7SC
LKD
R
S
B
0 0
IN+IN-
OUT+OUT-
E 81 0 5L I M I T( V (% I N +, % I N -), 0, 0. 09 )
IN+IN-
OUT+OUT-
E8 1 5 6L I M I T(V (% I N +, % I N -), 0, 0. 18 )
00
IN+IN-
OUT+OUT-
E 8 1 5 7L I M I T (V (% I N +, % I N - ), 0, 0 .0 9)
U 8 1 6 62 A N D _ TB 6 7 S
IN+IN-
OUT+OUT-
E BB _8 1 3 4I F (V (C W 0, 0) >8 0 0 m , V(8 AB 5, 0) , V (8 A 5 , 0 ))
8 BB _ F a l l6
U 81 6 72 AN D _ TB6 7 S
0 0
00
UPnPC-U16STP Block (Equivalent Circuit)
8Copyright (C) Siam Bee Technologies 2016
U 1 6 S TP1 6 S T_ TB 6 7 S
1 6 _ R e f _ A
1 6 _ R e f _ B B1 6 _ R e f _ B
1 6 _ R e f _ A B
M O _ 1 _ 1 6
1 6 _ A
R S T
1 6 _ A B1 6 _ B1 6 _ B B
C L K 0
C W 0
IN+IN-
OUT+OUT-
E _ 1 6 1 28I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 B1 0 , 0 ), V (1 6 BB 1 0 , 0) )
0
IN+IN-
OUT+OUT-
E 16 1 5 6L IM IT (V (% IN + , % IN -) , 0 , 0. 0 4 )
IN+IN-
OUT+OUT-
E _ 1 6 1 29I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 B1 1 , 0 ), V (1 6 BB 1 1 , 0) )
0
0
IN+IN-
OUT+OUT-
E_ 1 6 1 3 8IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 A 8, 0 ), V ( 1 6 A B8 , 0) )
0
1 6 AB _ R is e 3
IN+IN-
OUT+OUT-
E 16 1 5 7L IM IT (V (% IN + , % IN -) , 0 , 0. 0 9 )
IN+IN-
OUT+OUT-
E1 6 1 2 2LI MI T( V (% IN + , % I N -), 0 , 0 .0 9 )
C W 0
16 BB_ R is e4
IN+IN-
OUT+OUT-
E _ 1 6 1 30I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 B3 , 0 ) , V (1 6 BB 3 , 0 ))
U 1 6 1 5 52 A N D _ TB 6 7 S
U 1 6 2 1 42 AN D _ TB 6 7 S
U 16 15 62A N D _T B 67 S
IN+IN-
OUT+OUT-
E1 62 14L IM IT(V ( %I N +, % IN - ), 0 , 0 .1 )
0
0
00
IN+IN-
OUT+OUT-
E1 62 22L IM IT(V ( %I N +, % IN - ), 0 , 0 .0 9)
1 6 A_ F a ll1 5
00
1 6 AB _ F a ll1 4
IN+IN-
OUT+OUT-
E SU M 1 8 5L IM IT (V (% IN + )+V (% IN - ), 0, 1 )
IN+IN-
OUT+OUT-
E1 62 23L IM IT(V ( %I N +, % IN - ), 0 , 0 .0 9)
0
00
C 17 21n F
IN+IN-
OUT+OUT-
E1 62 24L IM IT(V ( %I N +, % IN - ), 0 , 0 .0 9)
1 6 AB _ F a ll9
0
0
0
0
0
0
1 6 AB _ F a ll1 0
1 6 AB _ F a ll8
U 16 11 72A N D _T B 67 S
1 6 A1 3
0
0
0
U 1 6 1 7 22 AN D _ TB 6 7 S
0
R 1 4 8 1 k
0
0
1 6 AB _ F a ll1 1
0
0
U 10 0 8 8D FF _ TB 6 7S
C LK
D
RS
B
0
0
0
R 1 4 9 1 k
0
U 1 6 1 7 32 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
E1 62 25L IM IT(V ( %I N +, % IN - ), 0 , 0 .0 8)
1 6 AB _ F a ll1 2
0
C 1 7 31 n F
0
1 6 AB _ F a ll1 3
0
U 1 6 1 7 42 AN D _ TB 6 7 S
0
U 1 6 21 52A N D _ TB 67 S
0
00
IN+IN-
OUT+OUT-
ES U M 1 8 6V(1 6B B _ Fa ll9 )+ V(1 6B B _F a ll1 0 ) +V (1 6 BB_ F a ll1 1 )+ V( 1 6 B B _F a ll1 2 )
IN+IN-
OUT+OUT-
E1 62 26L IM IT(V ( %I N +, % IN - ), 0 , 0 .1 )
U 1 6 1 7 52 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
E1 62 27L IM IT(V ( %I N +, % IN - ), 0 , 0 .0 7)
IN+IN-
OUT+OUT-
E1 62 28L IM IT(V ( %I N +, % IN - ), 0 , 0 .0 9)
IN+IN-
OUT+OUT-
E_ 1 6 1 3 9IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 A 9, 0 ), V ( 1 6 A B9 , 0) )
IN+IN-
OUT+OUT-
E1 62 29L IM IT(V ( %I N +, % IN - ), 0 , 0 .0 4)
1 6 _R e f _ BB
0
U 1 6 1 5 72 A N D _ TB 6 7 S
0
M O _ 1 _ 16
IN+IN-
OUT+OUT-
ES U M 1 8 7V(1 6B B _ Fa ll1 3 )+V( 16 B B_ F al l1 4 )+ V (1 6B B _F a ll1 5 )
U 16 15 82A N D _T B 67 S
U 16 15 92A N D _T B 67 S
IN+IN-
OUT+OUT-
E_ 1 6 1 4 0IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 A 10 , 0) , V (1 6 AB 1 0 , 0 ))
16 B_ R is e 3
U 16 16 02A N D _T B 67 S
IN+IN-
OUT+OUT-
ESU M 1 8 8L IM IT (V (% IN + )+V (% IN - ), 0, 1 )
IN+IN-
OUT+OUT-
E_ 1 6 1 4 1IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 A 11 , 0) , V (1 6 AB 1 1 , 0 ))
IN+IN-
OUT+OUT-
E _ 1 6 1 31I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 B4 , 0 ) , V (1 6 BB 4 , 0 ))
0
0
16 BB 1 2
0
0
0
U 1 6 1 6 12 A N D _ TB 6 7 S
IN+IN-
OUT+OUT-
E_ 1 6 1 4 2IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 A 3, 0 ), V ( 1 6 A B3 , 0) )
1 6 AB _ R is e 1 3
C 17 41n F
0
IN+IN-
OUT+OUT-
ESU M 1 8 9L IM IT (V (% IN + )+V (% IN - ), 0, 1 )
IN+IN-
OUT+OUT-
E1 6 1 2 3LI MI T( V (% IN + , % I N -), 0 , 0 .0 2 )
00
IN+IN-
OUT+OUT-
E 16 1 3 4L IM IT (V (% IN + , % IN -) , 0 , 0. 0 9 )
1 6 AB _ R is e 9IN+IN-
OUT+OUT-
E1 6 1 2 4LI MI T( V (% IN + , % I N -), 0 , 0 .0 6 )
U 1 6 17 62A N D _ TB 67 S
C 17 51n F
00
1 6 B_ F al l1 4
R 1 5 0 1 k
IN+IN-
OUT+OUT-
E1 6 1 2 5LI MI T( V (% IN + , % I N -), 0 , 0 .0 2 )
U 1 6 1 7 72 AN D _ TB 6 7 S
1 6 AB _ R is e 1 4
IN+IN-
OUT+OUT-
E SU M 1 9 0L IM IT (V (% IN + )+V (% IN - ), 0, 1 )
00
IN+IN-
OUT+OUT-
E1 6 23 3LI MI T( V( % IN + , % I N -), 0 , 0 .0 9 )
IN+IN-
OUT+OUT-
E1 6 1 2 6LI MI T( V (% IN + , % I N -), 0 , 0 .0 6 )
0
0
0
IN+IN-
OUT+OUT-
E1 6 23 4LI MI T( V( % IN + , % I N -), 0 , 0 .0 9 )
U 16 11 92A N D _T B 67 S
R 1 5 1 1 k
IN+IN-
OUT+OUT-
E1 6 1 2 7LI MI T( V (% IN + , % I N -), 0 , 0 .0 5 )
00
1 6 AB _ R is e 1 0
IN+IN-
OUT+OUT-
E1 6 23 5LI MI T( V( % IN + , % I N -), 0 , 0 .0 9 )
1 6 AB _ R is e 8
16 AB 4
1 6 B_ F al l9
16 BB 1
0
U 1 0 0 7 7D F F _ TB6 7 S
C LK
D
RS
B
0
C 1 7 61 n F
IN+IN-
OUT+OUT-
E1 6 25 6LI MI T( V( % IN + , % I N -), 0 , 0 .0 4 )
1 6 AB _ R is e 1 1
0
1 6 B_ F al l8
0
1 6 B_ F al l1 0
IN+IN-
OUT+OUT-
E1 6 1 2 8LI MI T( V (% IN + , % I N -), 0 , 0 .0 4 )
IN+IN-
OUT+OUT-
ES U M 1 9 1V(1 6B B _ Fa ll1 )+ V(1 6B B _F a ll2 )+ V (1 6 B B _F a ll3 )+ V( 16 B B_ F a ll 4)
00
00
1 6 AB _ R is e 1 2IN+IN-
OUT+OUT-
E1 6 1 2 9LI MI T( V (% IN + , % I N -), 0 , 0 .0 4 )
0
0
0
00
U 1 6 1 0 12 A N D _ TB 6 7 S
0
1 6 B_ F al l1 1
0
IN+IN-
OUT+OUT-
ES U M 1 9 2V(1 6B B _ Fa ll5 )+ V(1 6B B _F a ll6 )+ V (1 6 B B _F a ll7 )+ V( 16 B B_ F a ll 8)
IN+IN-
OUT+OUT-
E1 6 1 3 0LI MI T( V (% IN + , % I N -), 0 , 0 .0 9 )
1 6 AB _ R is e 4
U 16 16 22A N D _T B 67 S
16 BB 5
00
C 17 71n F
16 BB 4
16 BB 6
16 BB 7
0
U 10 1 1 6D FF _ TB 6 7 S
C LK
D
RS
B
0
R 1 5 2 1 k
IN+IN-
OUT+OUT-
E1 6 23 6LI MI T( V( % IN + , % I N -), 0 , 0 .0 8 )
U 1 0 1 2 7D F F _ T B6 7 S
C L K
D
RS
B
1 6 B_ F al l1 2
U 1 0 1 05D F F _ TB6 7S
C LK
D
RS
B
0
IN+IN-
OUT+OUT-
E SU M 1 9 3L IM IT (V (% IN + )+V (% IN - ), 0, 1 )
0 0
1 6 B_ F al l1 3
0
C 17 81n F
IN+IN-
OUT+OUT-
E1 6 1 0 6LI MI T( V (% IN + , % I N -), 0 , 0 .0 9 )16 A5
0
1 6 A_ R ise 5
IN+IN-
OUT+OUT-
E _ 1 6 1 14I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 BB 1 5 , 0 ), V( 1 6 B 1 5 , 0) )
00
00
1 6 A B 7
R 1 5 3 1 k
0
0
IN+IN-
OUT+OUT-
E1 6 23 7LI MI T( V( % IN + , % I N -), 0 , 0 .1 )
0
0
C 1 7 91 n F
R ST
0
C L K 0
IN+IN-
OUT+OUT-
E1 6 23 8LI MI T( V( % IN + , % I N -), 0 , 0 .0 7 )
1 6 B6
0
U 10 1 14D F F _ T B6 7S
C LK
D
RS
B
C L K 0
R S T
IN+IN-
OUT+OUT-
ES U M 1 9 4V(1 6B B _ R is e 0) +V ( 16 BB _ R is e1 )+V( 16 B B_ R is e2 )+V (1 6 B B_ R is e 3)
U 1 0 0 7 4D F F _ TB 6 7 S
C LK
D
RS
B
16 _B B
0
U 1 00 94D F F _ T B6 7S
C LK
D
RS
B
00
1 6 B 5
IN+IN-
OUT+OUT-
E1 6 23 9LI MI T( V( % IN + , % I N -), 0 , 0 .0 9 )
U 1 6 1 7 92 AN D _ TB 6 7 S
R ST
0
C LK 0
0
U 1 0 1 2 5D F F _ TB6 7 S
C LK
D
RS
B
R S T
1 6 B4
IN+IN-
OUT+OUT-
E1 6 24 0LI MI T( V( % IN + , % I N -), 0 , 0 .0 4 )
C L K 0
00
1 6 B 7
IN+IN-
OUT+OUT-
ES U M 1 9 5V(1 6B B _ R is e 4) +V ( 16 BB _ R is e5 )+V( 16 B B_ R is e6 )+V (1 6 B B_ R is e 7)
R ST
1 6 A 7
C L K 0
0
0
0
U 1 6 17 82A N D _ TB 67 S
C L K 0
R ST
0
1 6 A B5
U 1 6 1 8 02 AN D _ TB 6 7 S
0 0
R ST
1 6 AB 4
C 18 01n F
C LK 0
U 1 6 1 8 12 AN D _ TB 6 7 S
R S T
1 6 AB 6
C L K 0
0
R S T
0
IN+IN-
OUT+OUT-
E_ 1 6 1 4 3IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 A 4, 0 ), V ( 1 6 A B4 , 0) )
C L K 0
IN+IN-
OUT+OUT-
ES U M 19 6LI MI T (V (% IN + )+V( % IN -) , 0 , 1 )
U 1 6 1 0 72 A N D _ TB 6 7 S
16 B_ R is e 13
1 6 AB 2
0
0
R ST
0
0
1 6 AB 0
0
U 10 10 3D F F _ TB6 7S
C L K
D
RS
B
C LK 0
0
R ST
0
C L K0
U 1 6 18 22A N D _ TB 67 S
U 10 0 8 3D F F _ TB6 7 S
C LK
D
RS
B
R 1 5 4 1 k
1 6 AB 1
R ST
0
IN+IN-
OUT+OUT-
E 16 1 3 5L IM IT (V (% IN + , % IN -) , 0 , 0. 0 2 )
1 6 BB 2
C LK 0
IN+IN-
OUT+OUT-
E SU M 1 9 7L IM IT (V (% IN + )+V (% IN - ), 0, 1 )
1 6 BB 0
0
16 B_ R is e 9
R ST
0
0
C LK 0
0
R 1 5 5 1 k
0
C 18 11n F
C L K0
R ST
IN+IN-
OUT+OUT-
E1 62 04L IM IT(V ( %I N +, % IN - ), 0 , 0 .0 5)
0
0
1 6 BB 1
16 BB 3
R ST
IN+IN-
OUT+OUT-
E 16 1 3 6L IM IT (V (% IN + , % IN -) , 0 , 0. 0 6 )
C LK 0
16 B_ R is e 14
1 6 AB 3
00
IN+IN-
OUT+OUT-
ES U M 1 9 8V(1 6B B _ R is e 8) +V ( 16 BB _ R is e9 )+V( 16 B B_ R is e1 0 )+ V(1 6 B B_ R is e1 1)
R ST
0
C L K 0
1 6 BB 3
C 1 8 21 n F
0
U 10 1 3 6D FF _ TB 6 7S
C LK
D
RS
B
R ST
1 6 A3
C L K 0
1 6 AB 1 2
R ST
0
0
C L K 0
1 6 B3
IN+IN-
OUT+OUT-
E 16 1 3 7L IM IT (V (% IN + , % IN -) , 0 , 0. 0 2 )
0
R ST
C L K 0
0
U 1 6 2 162 AN D _ TB 6 7S
16 AB 8
1 6 A2
R ST
0
1 6 A0
1 6 AB 1 4
C LK 0
00
IN+IN-
OUT+OUT-
ES U M 1 9 9V(1 6B B _ R is e 12 )+V (1 6B B _R i se 13 )+V (1 6 BB _ R is e 14 )
R ST
0
1 6 A1
IN+IN-
OUT+OUT-
E_ 1 6 1 6 0IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 A B5 , 0) , V ( 16 A5 , 0) )
C L K0
0
IN+IN-
OUT+OUT-
E 16 1 3 8L IM IT (V (% IN + , % IN -) , 0 , 0. 0 6 )
R ST
C LK 0
16 B_ R is e 10
1 6 BB _ F a ll1 5
0
1 6 B2
R ST
0
0
C 18 31n F
1 6 B0
U 1 6 21 72A N D _ TB 67 S
C LK 0
0
C L K0
R ST
IN+IN-
OUT+OUT-
E1 6 25 7LI MI T( V( % IN + , % I N -), 0 , 0 .1 )
1 6 B1
IN+IN-
OUT+OUT-
E 16 1 3 9L IM IT (V (% IN + , % IN -) , 0 , 0. 0 5 )
R ST
0
C LK 0
16 B_ R is e 8
1 6 BB 4
C L K 0
R S T
0 0
16 B_ R is e 11
1 6 B B5
R ST
0
1 6 A6
U 1 0 0 9 2D F F_ T B6 7 S
C L K
D
RS
B
C LK 0
R S T
0
U 1 6 2 1 82 AN D _ TB 6 7 S
C L K 0
1 6 A 5
0
0
0
00
U 1 6 21 92A N D _ TB 67 S
R ST
C LK 0
0
R S T
0
16 B_ R is e 12
IN+IN-
OUT+OUT-
E1 6 1 0 2LI MI T( V (% IN + , % I N -), 0 , 0 .1 )
0
0
1 6 A4
IN+IN-
OUT+OUT-
E 16 1 4 0L IM IT (V (% IN + , % IN -) , 0 , 0. 0 4 )
C L K 0
16 A1
16 BB_ R is e5
1 6 A_ R ise 1
0
1 6 BB 6
R S T
0
IN+IN-
OUT+OUT-
E _ 1 6 1 05I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 BB 6 , 0 ), V (1 6 B 6 , 0 ))
IN+IN-
OUT+OUT-
E 16 1 4 1L IM IT (V (% IN + , % IN -) , 0 , 0. 0 4 )
1 6 B B 7
IN+IN-
OUT+OUT-
E 16 1 5 8L IM IT (V (% IN + , % IN -) , 0 , 0. 0 9 )
C L K 0
R ST
0
0
16 B_ R is e 4
C L K 0
0
IN+IN-
OUT+OUT-
E 16 1 4 2L IM IT (V (% IN + , % IN -) , 0 , 0. 0 9 )
U 1 0 1 2 2D F F _ TB 6 7 S
C LK
D
RS
B
IN+IN-
OUT+OUT-
E1 62 07L IM IT(V ( %I N +, % IN - ), 0 , 0 .0 9)
U 1 0 1 1 1D F F _ T B6 7 S
C L K
D
RS
B
U 1 6 1 8 32 AN D _ TB 6 7 S
U 1 6 1 1 32 A N D _ TB 6 7 S
IN+IN-
OUT+OUT-
E1 62 08L IM IT(V ( %I N +, % IN - ), 0 , 0 .0 9)
U 1 0 1 3 3D F F _ TB6 7 S
C LK
D
RS
B
U 1 6 22 02A N D _ TB 67 S
IN+IN-
OUT+OUT-
E_ 1 6 1 6 1IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 A B1 5 , 0 ), V (1 6A 1 5 , 0 ))
U 10 1 0 0D FF _ TB 6 7 S
C LK
D
RS
B
1 6 A_ F a ll1 4
1 6 A1 4
0
0
R ST
0
0
1 6 BB 1 4
C L K 0
IN+IN-
OUT+OUT-
E1 62 09L IM IT(V ( %I N +, % IN - ), 0 , 0 .0 9)
16 BB1 5
R ST
C L K 0
0
0
C L K 0
R ST
0
0
IN+IN-
OUT+OUT-
E SU M 1 7 0L IM IT (V (% IN + )+V (% IN - ), 0, 1 )
16 AB1 5
0
IN+IN-
OUT+OUT-
E1 6 25 8LI MI T( V( % IN + , % I N -), 0 , 0 .0 5 )
0
C L K 0
R ST
1 6 A_ F a ll9
16 BB_ R is e1
1 6 B1 4
R ST
0
0
C 16 01n F
16 B1 5
C L K 0
0
IN+IN-
OUT+OUT-
E 16 1 5 9L IM IT (V (% IN + , % IN -) , 0 , 0. 1 )
1 6 A_ F a ll8
U 1 0 0 89D F F _ TB6 7S
C LK
D
RS
B
1 6 A_ F a ll1 0
00
0
16 A1 5
R 1 4 0 1 k
R ST
U 1 6 22 12A N D _ TB 67 S
C L K 0
0
C L K 0
R ST
1 6 AB 1 4
0
0
C L K 0
R ST
0
R 1 4 1 1 k
16 AB 1
IN+IN-
OUT+OUT-
E_ 1 6 1 6 2IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 A B6 , 0) , V ( 16 A6 , 0) )
U 1 00 78D F F _ T B6 7S
C LK
D
RS
B
U 16 12 02A N D _T B 67 S
0
0
0
U 1 6 1 0 22 A N D _ TB 6 7 S
00
1 6 A1 4
U 1 6 2 2 22 AN D _ TB 6 7 S
U 1 0 1 1 7D F F _ TB6 7 S
C LK
D
RS
B
1 6 A_ F a ll1 1
0
U 1 6 22 42A N D _ TB 67 S
U 1 0 1 0 6D F F _ TB 6 7 S
C LK
D
RS
B
U 1 6 22 32A N D _ TB 67 S
U 10 1 2 8D FF _ TB 6 7 S
C LK
D
RS
B
IN+IN-
OUT+OUT-
E1 62 10L IM IT(V ( %I N +, % IN - ), 0 , 0 .0 8)
U 1 0 0 7 5D F F _ TB6 7 S
C L K
D
RS
BC 1 6 11 n F
U 1 0 0 9 5D F F _ T B6 7 S
C L K
D
RS
B
0
IN+IN-
OUT+OUT-
E1 6 25 9LI MI T( V( % IN + , % I N -), 0 , 0 .0 6 )
1/16 step (H, H, L)
16 BB 1 3
IN+IN-
OUT+OUT-
ES U M 1 7 1V(1 6B _ F all9 )+V (1 6 B_ F all1 0 )+ V(1 6B _ Fa ll1 1 )+V( 1 6 B _F al l1 2 )
U 1 6 1 0 82 A N D _ TB 6 7 S
1 6 A_ F a ll1 2
U 10 0 8 4D FF _ TB 6 7 S
C LK
D
RS
B
0
1 6 _R e f _ B
IN+IN-
OUT+OUT-
E1 62 05L IM IT(V ( %I N +, % IN - ), 0 , 0 .0 6)
0
0
16 BB 9
0
U 1 6 18 42A N D _ TB 67 S
16 AB 5
0 0
1 6 A_ F a ll1 3
16 A6
0
16 BB_ R is e6
IN+IN-
OUT+OUT-
E1 6 1 0 7LI MI T( V (% IN + , % I N -), 0 , 0 .0 7 )
0
IN+IN-
OUT+OUT-
ES U M 1 7 2V(1 6B _ F all1 3 )+V (1 6B _F a ll1 4 )+V ( 16 B _F al l1 5)
1 6 A_ R ise 6 IN+IN-
OUT+OUT-
E _ 1 6 1 06I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 BB 7 , 0 ), V (1 6 B 7 , 0 ))
IN+IN-
OUT+OUT-
E 16 1 6 0L IM IT (V (% IN + , % IN -) , 0 , 0. 0 7 )
1 6 AB 1 0
16 AB 9
U 16 0 0 12 AN D _ TB 6 7 S
00
1 6 _A
0
IN+IN-
OUT+OUT-
E_ 1 6 1 6 3IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 A B7 , 0) , V ( 16 A7 , 0) )
IN+IN-
OUT+OUT-
ESU M 1 7 3L IM IT (V (% IN + )+V (% IN - ), 0, 1 )
IN+IN-
OUT+OUT-
E_ 1 6 0 0 1
I F( V (C W 0, 0 )> 80 0 m , V (1 6 _ BB , 0 ), V (1 6 _ B , 0 ))0
U 10 1 1 2D FF _ TB 6 7 S
C LK
D
RS
B
IN+IN-
OUT+OUT-
E1 62 11L IM IT(V ( %I N +, % IN - ), 0 , 0 .1 )
C 16 21n F
U 1 6 1 1 42 A N D _ TB 6 7 S
0
0
0
IN+IN-
OUT+OUT-
E1 62 12L IM IT(V ( %I N +, % IN - ), 0 , 0 .0 7)
U 1 0 1 2 3D F F _ TB6 7 S
C L K
D
RS
B
IN+IN-
OUT+OUT-
E1 62 13L IM IT(V ( %I N +, % IN - ), 0 , 0 .0 9)
IN+IN-
OUT+OUT-
ESU M 1 7 4L IM IT (V (% IN + )+V (% IN - ), 0, 1 )
00
U 1 6 1 0 52 A N D _ TB 6 7 S
IN+IN-
OUT+OUT-
E1 6 1 0 1LI MI T( V (% IN + , % I N -), 0 , 0 .1 )16 A0
C 16 31n F
1 6 A_ F a ll7
R 1 4 2 1 k
0 0
IN+IN-
OUT+OUT-
E SU M 1 7 5L IM IT (V (% IN + )+V (% IN - ), 0, 1 )
U 1 00 81D F F _ T B6 7 S
C LK
D
RS
B
00
U 10 1 3 4D FF _ TB 6 7S
C LK
D
RS
B
R 1 4 3 1 k
U 1 0 1 0 1D F F _ TB6 7 S
C LK
D
RS
B
0
00
16 _B
IN+IN-
OUT+OUT-
E1 62 02L IM IT(V ( %I N +, % IN - ), 0 , 0 .0 4)
00
IN+IN-
OUT+OUT-
E1 6 24 1LI MI T( V( % IN + , % I N -), 0 , 0 .0 4 )
1 6 A_ F a ll2
C 1 6 41 n F
IN+IN-
OUT+OUT-
E _ 1 6 1 00I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 BB 1 , 0 ), V (1 6 B 1 , 0 ))
0
00
IN+IN-
OUT+OUT-
ES U M 1 7 6V(1 6B _ F all1 )+V (1 6 B_ F all2 ) +V (1 6 B_ F al l3) +V (1 6 B_ F a ll4)
U 1 0 0 9 0D F F _ TB 6 7 S
C LK
D
RS
B
0
0
1 6 A_ F a ll1
IN+IN-
OUT+OUT-
ES U M 1 7 7V(1 6B _ F all5 )+V (1 6 B_ F all6 ) +V (1 6 B_ F al l7) +V (1 6 B_ F a ll8)
0
1 6 A_ F a ll3
0
0
C 16 51n F
0
R 1 4 4 1 k
00
0
IN+IN-
OUT+OUT-
E SU M 1 7 8L IM IT (V (% IN + )+V (% IN - ), 0, 1 )
0
IN+IN-
OUT+OUT-
E1 62 00L IM IT(V ( %I N +, % IN - ), 0 , 0 .0 2)
16 AB 3
0
16 BB 1 1
C 16 61n F
0
0
R 1 4 5 1 k
00
1 6 A1 2
16 BB 2
0
C 1 6 71 n F0
0
IN+IN-
OUT+OUT-
ES U M 1 7 9V(1 6B _ R is e0 )+V( 16 B _R is e 1) +V (1 6 B_ R is e 2 )+ V (16 B_ R is e 3 )
IN+IN-
OUT+OUT-
E1 6 1 0 3LI MI T( V (% IN + , % I N -), 0 , 0 .0 9 )
0
16 A2
0
0
IN+IN-
OUT+OUT-
E _ 1 6 1 16I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 _ B , 0 ) , V (1 6 _ BB , 0 ))
IN+IN-
OUT+OUT-
ES U M 1 8 0V(1 6B _ R is e4 )+V( 16 B _R is e 5) +V (1 6 B_ R is e 6 )+ V (16 B_ R is e 7 )
1 6 A_ R ise 2
1 6_ A
0
0
U 1 0 0 7 9D F F _ T B6 7 S
C L K
D
RS
B
1 6 B 3
C 16 81n F
U 1 6 1 0 32 A N D _ TB 6 7 S
IN+IN-
OUT+OUT-
ES U M 18 1LI MI T (V (% IN + )+V( % IN -) , 0 , 1 )
U 16 12 12A N D _T B 67 S
U 16 12 22A N D _T B 67 S
0
00
R 1 4 6 1 k
U 16 12 32A N D _T B 67 S
U 16 12 42A N D _T B 67 S
U 16 12 92A N D _T B 67 S
1 6 A_ F a ll4
IN+IN-
OUT+OUT-
E SU M 1 8 2L IM IT (V (% IN + )+V (% IN - ), 0, 1 )
0
00
C 16 91n F
0
00
U 16 13 12A N D _T B 67 S
1 6 A_ F a ll5
0
R 1 4 7 1 k
0
0
C 1 7 01 n F
0
U 16 13 22A N D _T B 67 S
0
U 10 1 1 8D FF _ TB 6 7S
C LK
D
RS
B
IN+IN-
OUT+OUT-
ES U M 1 8 3V(1 6B _ R is e8 )+V( 16 B _R is e 9) +V (1 6 B_ R is e 1 0 ) +V (1 6 B_ R is e 1 1 )
0
1 6 A_ F a ll6
U 1 6 1 852 AN D _ TB 6 7S
0 0
IN+IN-
OUT+OUT-
ES U M 1 8 4V(1 6B _ R is e1 2) +V(1 6 B_ R is e1 3) + V( 1 6 B _R is e 1 4 )
U 1 0 1 0 7D F F _ TB6 7 S
C L K
D
RS
B
0
IN+IN-
OUT+OUT-
E_ 1 6 1 4 4IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 A 5, 0 ), V ( 1 6 A B5 , 0) )
U 1 01 29D F F _ T B6 7 S
C LK
D
RS
B
1 6 B_ F al l1 5
C 17 11n F
U 1 6 18 62A N D _ TB 67 S
00
IN+IN-
OUT+OUT-
E1 6 24 2LI MI T( V( % IN + , % I N -), 0 , 0 .1 )
1 6 A_ R ise 0
U 10 1 2 0D FF _ TB 6 7S
C LK
D
RS
B
U 1 0 0 7 6D F F_ T B6 7 S
C L K
D
RS
B
IN+IN-
OUT+OUT-
E _ 1 6 1 01I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 BB 2 , 0 ), V (1 6 B 2 , 0 ))
00
U 1 6 1 8 72 AN D _ TB 6 7 S
U 10 0 9 6D FF _ TB 6 7 S
C LK
D
RS
B
U 1 0 1 0 9D F F _ TB6 7 S
C LK
D
RS
B
U 1 6 1 0 92 A N D _ TB 6 7 S
U 1 0 0 8 5D F F _ TB6 7 S
C LK
D
RS
B
U 1 6 18 82A N D _ TB 67 S
IN+IN-
OUT+OUT-
E1 62 06L IM IT(V ( %I N +, % IN - ), 0 , 0 .0 6)
IN+IN-
OUT+OUT-
E _ 1 6 1 03I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 BB 4 , 0 ), V (1 6 B 4 , 0 ))
16 AB 2
16 B_ R is e 5
1 6 AB 1 1
0
U 1 6 1 1 52 A N D _ TB 6 7 S
0
IN+IN-
OUT+OUT-
E 16 1 4 3L IM IT (V (% IN + , % IN -) , 0 , 0. 0 9 )
U 1 01 13D F F _ T B6 7 S
C LK
D
RS
B
0
U 1 0 1 2 4D F F_ T B6 7 S
C L K
D
RS
B
0
U 10 1 3 1D F F _ TB6 7 S
C LK
D
RS
B
U 10 1 0 2D FF _ TB 6 7S
C LK
D
RS
B
IN+IN-
OUT+OUT-
E_ 1 6 1 4 5IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 A 15 , 0) , V (1 6 AB 1 5 , 0 ))
U 10 13 5D F F _ TB6 7S
C L K
D
RS
B
U 1 6 18 92A N D _ TB 67 S
0
16 BB 1 4
0
16 B_ R is e 1
IN+IN-
OUT+OUT-
E1 6 24 3LI MI T( V( % IN + , % I N -), 0 , 0 .0 5 )
U 1 6 0 0 42 A N D _ TB6 7 S
0
16 _ BB
1 6 A1 1
0
IN+IN-
OUT+OUT-
E 16 1 4 4L IM IT (V (% IN + , % IN -) , 0 , 0. 1 )
0
IN+IN-
OUT+OUT-
E_ 1 6 0 0 4
IF (V (C W 0 , 0 ) >8 00 m , V( 1 6 _ AB, 0 ), V ( 16 _ A , 0) )
0
U 1 6 1 1 12 A N D _ TB 6 7 S
U 1 6 19 42A N D _ TB 67 S
IN+IN-
OUT+OUT-
E_ 1 6 1 4 6IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 A 6, 0 ), V ( 1 6 A B6 , 0) )
0
U 1 6 19 02A N D _ TB 67 S
0
1 6 BB _ F a ll7
IN+IN-
OUT+OUT-
E 16 1 4 6L IM IT (V (% IN + , % IN -) , 0 , 0. 1 )
U 10 0 98D F F _ T B6 7S
C LK
D
RS
B
U 1 6 1 9 12 AN D _ TB 6 7 S
16 BB 0
0
IN+IN-
OUT+OUT-
E1 6 1 0 9LI MI T( V (% IN + , % I N -), 0 , 0 .0 2 )
0
1 6 A_ R ise 1 3
U 1 6 19 22A N D _ TB 67 S
0
0
0
1 6 BB _ F a ll2
0
0
0
U 1 6 19 32A N D _ TB 67 S
16 A9
00
IN+IN-
OUT+OUT-
E1 6 24 4LI MI T( V( % IN + , % I N -), 0 , 0 .0 6 )
IN+IN-
OUT+OUT-
E1 6 1 0 8LI MI T( V (% IN + , % I N -), 0 , 0 .0 8 )
IN+IN-
OUT+OUT-
E1 6 1 1 0LI MI T( V (% IN + , % I N -), 0 , 0 .0 6 )
U 1 0 0 9 1D F F _ TB6 7 S
C L K
D
RS
B
1 6 A_ R ise 9
16 B_ R is e 6
1 6 BB _ F a ll1
16 A7
00
0
0
1 6 A_ R ise 7
0
1 6 BB _ F a ll3
IN+IN-
OUT+OUT-
E 16 1 4 5L IM IT (V (% IN + , % IN -) , 0 , 0. 0 7 )
IN+IN-
OUT+OUT-
E_ 1 6 1 4 8IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 A B1 , 0) , V ( 16 A1 , 0) )
1 6 B 4
16 B 12
IN+IN-
OUT+OUT-
E_ 1 6 1 4 7IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 A 7, 0 ), V ( 1 6 A B7 , 0) )
0
IN+IN-
OUT+OUT-
E1 6 1 1 1LI MI T( V (% IN + , % I N -), 0 , 0 .0 2 )
0 0
1 6 A_ R ise 1 4
1 6 B 5
1 6 B 7
0
1 6 B 1
1 6 B 6
0
0 0
0
1 6 B 8
16 B 13
IN+IN-
OUT+OUT-
E1 6 24 5LI MI T( V( % IN + , % I N -), 0 , 0 .0 2 )
1 6 B 9
16 B 11
16 B 10
0
00
1 6 B 2
16 A8
00
IN+IN-
OUT+OUT-
E1 6 1 1 2LI MI T( V (% IN + , % I N -), 0 , 0 .0 6 )
00
0
IN+IN-
OUT+OUT-
E 16 1 4 7L IM IT (V (% IN + , % IN -) , 0 , 0. 0 9 )
0
IN+IN-
OUT+OUT-
E_ 1 6 1 4 9IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 _ A, 0 ), V ( 1 6 _ AB , 0) )
IN+IN-
OUT+OUT-
E1 6 1 1 3LI MI T( V (% IN + , % I N -), 0 , 0 .0 5 )1 6 A1 0
16 BB_ R is e2
1 6 _ B B
1 6 A_ R ise 1 0
U 1 6 19 52A N D _ TB 67 S
U 10 08 7D F F _ TB6 7S
C L K
D
RS
B
U 1 6 1 9 62 AN D _ TB 6 7 S
1 6 A_ R ise 8
U 1 6 1 9 82 AN D _ TB 6 7 S
0
U 1 6 1 9 72 AN D _ TB 6 7 S
0
IN+IN-
OUT+OUT-
ES U M 15 5LIM I T( V( % IN + )+V( % IN -) , 0 , 1 )
U 1 6 1 9 92 AN D _ TB 6 7 S
1 6 BB _ F a ll4
0
C 1 4 81 n F
0
0
R 13 2 1k
1 6 BB _ F a ll5
0
00
0
R 13 3 1k
0
0
1 6 A_ R ise 1 1
0
0
0
1 6 BB _ F a ll6
IN+IN-
OUT+OUT-
E1 6 1 1 5LI MI T( V (% IN + , % I N -), 0 , 0 .0 4 )
0
U 10 0 8 0D FF _ TB 6 7 S
C LK
D
RS
B
00
C 14 91 n F
U 1 6 1 0 42 A N D _ TB 6 7 S
0
IN+IN-
OUT+OUT-
E1 6 1 1 6LI MI T( V (% IN + , % I N -), 0 , 0 .0 4 )
0
0
IN+IN-
OUT+OUT-
E1 62 01L IM IT(V ( %I N +, % IN - ), 0 , 0 .0 2)
IN+IN-
OUT+OUT-
ESU M 1 56V(1 6A B _F a ll9 )+ V( 1 6 A B_ F a ll10 )+V (1 6 A B_ F a ll1 1) +V(1 6 AB _ F a ll 12 )
1 6 A_ R ise 1 2
0
0
U 1 6 1 1 62 A N D _ TB 6 7 S
0
16 BB_ R is e0
IN+IN-
OUT+OUT-
ESU M 1 57V(1 6A B _F a ll1 3 ) +V (1 6 AB_ F a ll1 4 )+ V(1 6 A B_ F a ll15 )
0
1 6 _ R e f _A B
IN+IN-
OUT+OUT-
E_ 1 6 1 5 0IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 A B2 , 0) , V ( 16 A2 , 0) )
0
U 1 6 20 02A N D _ TB 67 S
00
IN+IN-
OUT+OUT-
ES U M 1 5 8LI MI T( V (% IN + )+V( % IN -) , 0 , 1 )
IN+IN-
OUT+OUT-
E _ 1 6 1 08I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 BB 1 3 , 0 ), V( 1 6 B 1 3 , 0) )
C 1 5 01 n F
IN+IN-
OUT+OUT-
E _ 1 6 1 07I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 BB 1 2 , 0 ), V( 1 6 B 1 2 , 0) )
IN+IN-
OUT+OUT-
E _ 1 6 1 09I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 BB 1 4 , 0 ), V( 1 6 B 1 4 , 0) )
0
0
IN+IN-
OUT+OUT-
E1 6 1 0 5LI MI T( V (% IN + , % I N -), 0 , 0 .0 9 )
IN+IN-
OUT+OUT-
E1 6 24 6LI MI T( V( % IN + , % I N -), 0 , 0 .0 6 )
16 A4
0
IN+IN-
OUT+OUT-
ES U M 1 5 9LI MI T( V (% IN + )+V( % IN -) , 0 , 1 )
16 AB 6
0
1 6 A_ R ise 4
U 1 6 20 12A N D _ TB 67 S
C 1 5 11 n F
R 13 4 1k
IN+IN-
OUT+OUT-
ES U M 16 0LIM I T( V( % IN + )+V( % IN -) , 0 , 1 )
16 BB_ R is e7
0
0
R 13 5 1k
00
0
U 1 6 20 22A N D _ TB 67 S
00
U 16 11 82A N D _T B 67 S
IN+IN-
OUT+OUT-
E _ 1 6 1 10I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 BB 8 , 0 ), V (1 6 B 8 , 0 ))
IN+IN-
OUT+OUT-
E1 62 15L IM IT(V ( %I N +, % IN - ), 0 , 0 .0 4)
1 6 AB 9
IN+IN-
OUT+OUT-
E 16 1 4 8L IM IT (V (% IN + , % IN -) , 0 , 0. 0 8 )
0C 15 21 n F
16 AB 7
0
U 16 0 0 22 AN D _ TB 6 7 S
00
IN+IN-
OUT+OUT-
ESU M 1 61V(1 6A B _F a ll1 )+ V( 1 6 A B_ F a ll2) +V(1 6 AB _ F a ll 3) +V (1 6A B _ F a ll4 )
1 6 BB 9
IN+IN-
OUT+OUT-
E_ 1 6 1 5 1IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 A B1 2 , 0 ), V (1 6A 1 2 , 0 ))
00
IN+IN-
OUT+OUT-
E1 6 24 7LI MI T( V( % IN + , % I N -), 0 , 0 .0 2 )
R ST
0
0
1 6 _A B
C L K 0
IN+IN-
OUT+OUT-
ESU M 1 62V(1 6A B _F a ll5 )+ V( 1 6 A B_ F a ll6) +V(1 6 AB _ F a ll 7) +V (1 6A B _ F a ll8 )
00
1 6 A9
C 1 5 31 n F
IN+IN-
OUT+OUT-
E_ 1 6 1 5 2IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 A B1 3 , 0 ), V (1 6A 1 3 , 0 ))
0
0
0
0
0
R 13 6 1k
R ST
IN+IN-
OUT+OUT-
E_ 1 6 0 0 2
I F( V (C W 0, 0 )> 80 0 m , V (1 6 _ B , 0 ), V (1 6 _B B , 0 ))
00
IN+IN-
OUT+OUT-
ES U M 16 3LIM I T( V( % IN + )+V( % IN -) , 0 , 1 )
0
0
C 1 5 41 n F
R ST
C L K 0
0
R 13 7 1k
IN+IN-
OUT+OUT-
E_ 1 6 1 5 3IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 A B1 4 , 0 ), V (1 6A 1 4 , 0 ))
IN+IN-
OUT+OUT-
ES U M 15 0LIM I T( V( % IN + )+V( % IN -) , 0 , 1 )
U 1 6 1 4 22 A N D _ TB 6 7 S
0
C 15 51 n F
00
C 1 4 51 n F
00
1 6 B9
IN+IN-
OUT+OUT-
ESU M 1 64V(1 6A B _R is e 0)+ V (1 6 AB _ R is e 1 )+V ( 16 AB_ R is e 2 )+V( 16 A B_ R is e 3 )
0
U 16 12 52A N D _T B 67 S
0
0
0
0
0
C L K 0
0
0
IN+IN-
OUT+OUT-
ESU M 1 65V(1 6A B _R is e 4)+ V (1 6 AB _ R is e 5 )+V ( 16 AB_ R is e 6 )+V( 16 A B_ R is e 7 )
R 13 0 1k
0
0
0
IN+IN-
OUT+OUT-
E_ 1 6 1 5 4IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 A B8 , 0) , V ( 16 A8 , 0) )
0
C 1 5 61 n F
U 16 12 62A N D _T B 67 S
R ST
0
C L K 0
IN+IN-
OUT+OUT-
E1 6 1 1 9LI MI T( V (% IN + , % I N -), 0 , 0 .1 )
IN+IN-
OUT+OUT-
ES U M1 6 6L IM I T(V ( % IN +) +V (% I N -), 0 , 1 )
U 16 12 72A N D _T B 67 S
R 13 1 1k
0
1 6 A 8
IN+IN-
OUT+OUT-
E _ 1 6 1 11I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 BB 9 , 0 ), V (1 6 B 9 , 0 ))
0
R 13 8 1k
U 16 12 82A N D _T B 67 S
1 6 AB _ F a ll7
0
00
R ST
0
IN+IN-
OUT+OUT-
ES U M 16 7LIM I T( V( % IN + )+V( % IN -) , 0 , 1 )
16 AB 0
C L K0
0
IN+IN-
OUT+OUT-
E _ 1 6 1 12I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 BB 1 0 , 0 ), V( 1 6 B 1 0 , 0) )
1 6 B 8
C 1 5 71 n F
0R 13 9 1k
0
0
0
0
0
IN+IN-
OUT+OUT-
E _ 1 6 1 13I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 BB 1 1 , 0 ), V( 1 6 B 1 1 , 0) )
R ST
0
0
C 15 81 n F
1 6 AB 1 3
C 14 61 n F
0
0
IN+IN-
OUT+OUT-
ESU M 1 68V(1 6A B _R is e 8)+ V (1 6 AB _ R is e 9 )+V ( 16 AB_ R is e 1 0) +V (1 6 AB _ R is e 1 1)
1 6B B 10
0
00
0
U 10 1 1 5D F F _ TB6 7 S
C LK
D
RS
B
C L K0
00
0
16 B 14
U 1 6 1 3 42A N D _ TB 67 S
IN+IN-
OUT+OUT-
ESU M 1 51V(1 6A _ Fa ll9 )+ V (1 6A _ F a ll1 0 )+ V( 1 6 A _ F a ll1 1 ) +V (1 6 A_ F all 12 )
U 1 6 2 0 32 AN D _ TB 6 7 S
1 6 BB 1 1
IN+IN-
OUT+OUT-
ESU M 1 69V(1 6A B _R is e 12 )+V( 1 6 A B _R is e 1 3 )+V( 16 AB_ R is e1 4)
U 1 6 0 0 32 A N D _ TB6 7 S
0
U 1 01 26D F F _ T B6 7S
C LK
D
RS
B
0
0
0
0
0
16 _ B
C L K 0
R ST
IN+IN-
OUT+OUT-
E _ 1 6 1 15I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 B5 , 0 ) , V (1 6 BB 5 , 0 ))
U 1 6 2 0 42 AN D _ TB 6 7 S
C 1 5 91 n F
1 6 A1 2
U 1 6 1 3 02 A N D _ TB 6 7 S U 1 6 2 0 5
2 AN D _ TB 6 7 S
0
1 6 AB _ F a ll2
R ST
0
1 6 AB _ F a ll1 5
IN+IN-
OUT+OUT-
E_ 1 6 0 0 3
IF (V (C W 0 , 0 ) >8 00 m , V( 1 6 _ A , 0 ), V ( 1 6 _ AB, 0) )
IN+IN-
OUT+OUT-
E1 62 16L IM IT(V ( %I N +, % IN - ), 0 , 0 .1 )
U 1 6 1 0 62 A N D _ TB 6 7 S
0
IN+IN-
OUT+OUT-
E_ 1 6 1 5 5IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 A B9 , 0) , V ( 16 A9 , 0) )
IN+IN-
OUT+OUT-
ESU M 1 52V(1 6A _ Fa ll1 3 )+V ( 16 A _F a ll1 4 ) +V (1 6 A_ F all1 5 )
0
U 1 6 16 32A N D _ TB 67 S
0
U 10 1 0 4D FF _ TB 6 7S
C LK
D
RS
B
0
1 6 _ R e f _A
U 16 13 52A N D _T B 67 S
C L K 0
00
0
R ST
U 1 6 1 3 62 A N D _ TB 6 7 S
U 1 6 2 0 62 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
E _ 1 6 1 20I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 B1 , 0 ) , V (1 6 BB 1 , 0 ))
C 1 4 71 n F
IN+IN-
OUT+OUT-
E_ 1 6 1 5 6IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 A B1 0 , 0 ), V (1 6A 1 0 , 0 ))
16 AB 1 3
1 6 A1 1
1 6 AB _ F a ll1
IN+IN-
OUT+OUT-
E 16 1 3 1L IM IT (V (% IN + , % IN -) , 0 , 0. 1 )
00
0
0
U M O _ 10 42A N D _ TB 67 S
C L K 0
0
0
16 _ B
16 B 0
R ST
0
1 6 B_ F al l7
IN+IN-
OUT+OUT-
ES U M 1 5 3LI MI T( V (% IN + )+V( % IN -) , 0 , 1 )
U EX1 0 16EX_O R _ T B6 7 S
A
BO
C L K 0
0
IN+IN-
OUT+OUT-
E1 6 1 1 4LI MI T( V (% IN + , % I N -), 0 , 0 .0 9 )
1 6 B 0
0
1 6 B1 2
16 BB_ R is e3
1 6 AB _ F a ll3
0
0
0
0
0
1 6 AB _ R is e 5
C L K 0
R ST
00
1 6 B1 1
1 6A 1 0
U 10 11 9D F F _ TB6 7S
C L K
D
RS
B
C L K 0
R ST
IN+IN-
OUT+OUT-
E _ 1 6 1 17I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 B1 5 , 0 ), V (1 6 BB 1 5 , 0) )
0
IN+IN-
OUT+OUT-
E_ 1 6 1 5 7IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 A B1 1 , 0 ), V (1 6A 1 1 , 0 ))
0
0
R ST
0
16 A3
0 0
0
IN+IN-
OUT+OUT-
ES U M 1 4 0LI MI T( V (% IN + )+V( % IN -) , 0 , 1 )
00
IN+IN-
OUT+OUT-
E_ 1 6 1 5 8IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 A B3 , 0) , V ( 16 A3 , 0) )
R ST
1 6B 1 0
1 6 BB 1 2
IN+IN-
OUT+OUT-
E1 6 1 0 4LI MI T( V (% IN + , % I N -), 0 , 0 .0 9 )
C L K 0
R ST
1 6 A_ R ise 3
U 1 6 1 3 72 A N D _ TB 6 7 S
C L K 0
0
R ST
0
U 1 6 20 72A N D _ TB 67 S
C 1 3 61 n F
0 0
U 10 0 82D F F _ T B6 7S
C LK
D
RS
B
C L K 0
0
IN+IN-
OUT+OUT-
E 16 1 4 9L IM IT (V (% IN + , % IN -) , 0 , 0. 0 9 )
U 1 0 1 37D F F _ TB6 7S
C LK
D
RS
B
16 BB 1 3
U 1 0 1 0 8D F F_ T B6 7 S
C L K
D
RS
B
0
IN+IN-
OUT+OUT-
E1 62 17L IM IT(V ( %I N +, % IN - ), 0 , 0 .0 5)
0
0
C L K 0
16 _A B
16 B1 3
1 6 B_ F al l2
IN+IN-
OUT+OUT-
ES U M 14 1LIM I T( V( % IN + )+V( % IN -) , 0 , 1 )
00
U 1 6 2 0 82 AN D _ TB 6 7 S
R 12 5 1k
R ST
0
1 6 BB _ F a ll1 4
IN+IN-
OUT+OUT-
E1 6 1 1 7LI MI T( V (% IN + , % I N -), 0 , 0 .1 )
0
16 A1 3
C L K 0
R ST
0
1 6 B_ F al l1
R 12 4 1k
0
1 6 AB _ R is e 1
IN+IN-
OUT+OUT-
E1 6 24 8LI MI T( V( % IN + , % I N -), 0 , 0 .0 9 )
C L K 0
1 6 AB 1 1
IN+IN-
OUT+OUT-
E1 62 19L IM IT(V ( %I N +, % IN - ), 0 , 0 .0 2)
0
U 10 1 30D F F _ T B6 7S
C LK
D
RS
B
C L K 0
R ST
U 1 6 1 3 82 A N D _ TB 6 7 S
IN+IN-
OUT+OUT-
E_ 1 6 1 3 2IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 A 1, 0 ), V ( 1 6 A B1 , 0) )
0
IN+IN-
OUT+OUT-
E _ 1 6 1 18I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 B6 , 0 ) , V (1 6 BB 6 , 0 ))
0
IN+IN-
OUT+OUT-
E1 62 03L IM IT(V ( %I N +, % IN - ), 0 , 0 .0 4)
0
1 6 B_ F al l3
R ST
0
0
U 16 13 92A N D _T B 67 S
00
IN+IN-
OUT+OUT-
E1 6 24 9LI MI T( V( % IN + , % I N -), 0 , 0 .0 9 )
00
0
1 6A B 10
1 6 BB _ F a ll9
C 13 71 n F
R ST
C L K 0
0
U 1 6 1 4 02 A N D _ TB 6 7 S
0
IN+IN-
OUT+OUT-
E1 6 25 0LI MI T( V( % IN + , % I N -), 0 , 0 .0 9 )
0
IN+IN-
OUT+OUT-
ESU M 1 42V(1 6A _ Fa ll1 )+ V (1 6A _ F a ll2 )+V (1 6 A _ F a ll3 )+V (1 6 A _ F a ll 4)
U 1 0 0 9 3D F F _ TB6 7 S
C LK
D
RS
B
IN+IN-
OUT+OUT-
E _ 1 6 1 02I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 BB 3 , 0 ), V (1 6 B 3 , 0 ))
00
1 6 AB 1 2
1 6 BB _ F a ll8
C L K 0
0
0
U 1 6 1 4 12 A N D _ TB 6 7 S
IN+IN-
OUT+OUT-
E1 6 1 2 0LI MI T( V (% IN + , % I N -), 0 , 0 .0 9 )
0
0
0
IN+IN-
OUT+OUT-
ESU M 1 43V(1 6A _ Fa ll5 )+ V (1 6A _ F a ll6 )+V (1 6 A _ F a ll7 )+V (1 6 A _ F a ll 8)
R ST
0
1 6 BB _ F a ll1 0
C L K 0
IN+IN-
OUT+OUT-
E _ 1 6 1 21I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 _ B B, 0 ), V (1 6 _ B , 0 ))
IN+IN-
OUT+OUT-
E1 62 18L IM IT(V ( %I N +, % IN - ), 0 , 0 .0 6)
0
0
0
0
1 6 A B8
1 6 AB _ R is e 2
1 6 _ AB
0
0
C 1 3 81 n F
00
0
IN+IN-
OUT+OUT-
E1 6 23 0LI MI T( V( % IN + , % I N -), 0 , 0 .0 2 )
0
0
1 6 B B8
U 1 6 1 4 32 A N D _ TB 6 7 S
C L K0
R ST
1 6 BB _ F a ll1 1
IN+IN-
OUT+OUT-
E1 6 1 1 8LI MI T( V (% IN + , % I N -), 0 , 0 .0 7 )
R 12 6 1k
U 16 14 52A N D _T B 67 S
0
0
1 6 AB _ R is e 6
R ST
0
0
IN+IN-
OUT+OUT-
ES U M 14 4LIM I T( V( % IN + )+V( % IN -) , 0 , 1 )
C L K0
IN+IN-
OUT+OUT-
E _ 1 6 1 19I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 B7 , 0 ) , V (1 6 BB 7 , 0 ))
0
0
U 16 14 42A N D _T B 67 S
0
1 6 BB _ F a ll1 2
U 16 14 62A N D _T B 67 S
0
0
C 1 3 91 n F
0
U 1 00 97D F F _ T B6 7 S
C LK
D
RS
B
0
U 16 14 72A N D _T B 67 S
IN+IN-
OUT+OUT-
E1 6 25 1LI MI T( V( % IN + , % I N -), 0 , 0 .0 8 )
R 12 7 1k
1 6 BB _ F a ll1 3
0
1 6 AB _ F a ll4
IN+IN-
OUT+OUT-
E 16 1 3 2L IM IT (V (% IN + , % IN -) , 0 , 0. 0 9 )
0C 14 01 n F
16 B_ R is e 2
0
0
00
IN+IN-
OUT+OUT-
E_ 1 6 1 3 3IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 _ AB , 0) , V ( 16 _A , 0) )
IN+IN-
OUT+OUT-
ESU M 1 45V(1 6A _ R is e 0 ) +V ( 16 A_ R is e 1 )+V (1 6A _ R ise 2) +V ( 16 A_ R is e3 )
0
0
16 _B
0
0
1 6 AB _ F a ll5
U 1 6 16 42A N D _ TB 67 S
00
00
U 1 6 1 6 62 AN D _ TB 6 7 S
0
IN+IN-
OUT+OUT-
E1 6 25 2LI MI T( V( % IN + , % I N -), 0 , 0 .1 )
0
U 1 6 1 1 02 A N D _ TB 6 7 S
IN+IN-
OUT+OUT-
ESU M 1 46V(1 6A _ R is e 4 ) +V ( 16 A_ R is e 5 )+V (1 6A _ R ise 6) +V ( 16 A_ R is e7 )
U 1 6 1 6 52 AN D _ TB 6 7 S
0
IN+IN-
OUT+OUT-
E1 6 25 4LI MI T( V( % IN + , % I N -), 0 , 0 .0 9 )
0
IN+IN-
OUT+OUT-
E1 6 25 3LI MI T( V( % IN + , % I N -), 0 , 0 .0 7 )
1 6 AB _ F a ll6
0
0
U 1 6 1 6 72 AN D _ TB 6 7 S
C 1 4 11 n F
IN+IN-
OUT+OUT-
E1 6 25 5LI MI T( V( % IN + , % I N -), 0 , 0 .0 4 )
0 0
1 6 B_ F al l4
U 1 6 2 0 92 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
ES U M1 5 4L IM I T(V ( % IN +) +V (% I N -), 0 , 1 )
U 1 6 1 6 82 AN D _ TB 6 7 S
0
00
U 1 6 2 1 12 AN D _ TB 6 7 S
0
1 6 AB _ R is e 0
U 1 6 21 02A N D _ TB 67 S
R 12 8 1k
00
U 1 6 2 1 22 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
ES U M 14 7LIM I T( V( % IN + )+V( % IN -) , 0 , 1 )
IN+IN-
OUT+OUT-
E _ 1 6 1 22I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 B2 , 0 ) , V (1 6 BB 2 , 0 ))
1 6 B_ F al l5
00
0
C 1 4 21 n F
16 BB 1 0
U 1 6 1 4 82 A N D _ TB 6 7 S
00
16 BB 8
00
IN+IN-
OUT+OUT-
E1 62 20L IM IT(V ( %I N +, % IN - ), 0 , 0 .0 6)
IN+IN-
OUT+OUT-
E_ 1 6 1 5 9IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 A B4 , 0) , V ( 16 A4 , 0) )
16 BB_ R is e1 3
U 1 6 1 4 92 A N D _ TB 6 7 S
R 12 9 1k
0
1 6 B_ F al l6
U 1 6 21 32A N D _ TB 67 S
0
C 14 31 n F0
0
00
16 BB_ R is e9
IN+IN-
OUT+OUT-
ESU M 1 48V(1 6A _ R is e 8 ) +V ( 16 A_ R is e 9 )+V (1 6A _ R ise 10 )+V (1 6A _ R ise 1 1 )
0
00
0
R ST
1 6 AB _ R is e 7
IN+IN-
OUT+OUT-
E 16 1 5 0L IM IT (V (% IN + , % IN -) , 0 , 0. 0 2 )
0
IN+IN-
OUT+OUT-
E1 6 1 2 1LI MI T( V (% IN + , % I N -), 0 , 0 .0 8 )
U 1 6 1 5 02 A N D _ TB 6 7 S
0
0
0
16 _A
IN+IN-
OUT+OUT-
E 16 1 5 1L IM IT (V (% IN + , % IN -) , 0 , 0. 0 6 )
IN+IN-
OUT+OUT-
ESU M 1 49V(1 6A _ R is e 1 2 )+ V(1 6A _ R is e 1 3) +V (1 6A _ R ise 1 4 )
U 1 6 1 3 32A N D _ TB 67 S
16 B_ R is e 0
00
0
IN+IN-
OUT+OUT-
E1 62 21L IM IT(V ( %I N +, % IN - ), 0 , 0 .0 2)
16 BB_ R is e1 4
C 1 4 41 n F
IN+IN-
OUT+OUT-
E_ 1 6 1 3 4IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 A 2, 0 ), V ( 1 6 A B2 , 0) )
IN+IN-
OUT+OUT-
E _ 1 6 1 24I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 B1 2 , 0 ), V (1 6 BB 1 2 , 0) )
U 10 0 8 6D FF _ TB 6 7S
C LK
D
RS
B
IN+IN-
OUT+OUT-
E _ 1 6 1 23I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 B1 3 , 0 ), V (1 6 BB 1 3 , 0) )
IN+IN-
OUT+OUT-
E _ 1 6 1 25I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 B1 4 , 0 ), V (1 6 BB 1 4 , 0) )
IN+IN-
OUT+OUT-
E 16 1 5 2L IM IT (V (% IN + , % IN -) , 0 , 0. 0 2 )
0
IN+IN-
OUT+OUT-
E1 6 23 1LI MI T( V( % IN + , % I N -), 0 , 0 .0 6 )
U 1 6 16 92A N D _ TB 67 S
0
IN+IN-
OUT+OUT-
E _ 1 6 1 04I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 BB 5 , 0 ), V (1 6 B 5 , 0 ))
0
0
0
0
IN+IN-
OUT+OUT-
E _ 1 6 1 26I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 B8 , 0 ) , V (1 6 BB 8 , 0 ))
U 1 6 17 02A N D _ TB 67 S
U 1 0 1 21D F F _ TB6 7S
C LK
D
RS
B
0
16 B_ R is e 7
0
C L K0
0
0
U 1 01 10D F F _ T B6 7S
C LK
D
RS
B
U 1 6 17 12A N D _ TB 67 S
IN+IN-
OUT+OUT-
E 16 1 5 3L IM IT (V (% IN + , % IN -) , 0 , 0. 0 6 )
00
16 BB_ R is e1 0
0
IN+IN-
OUT+OUT-
E 16 1 3 3L IM IT (V (% IN + , % IN -) , 0 , 0. 0 8 )
0
0
16 BB_ R is e8
IN+IN-
OUT+OUT-
E1 6 23 2LI MI T( V( % IN + , % I N -), 0 , 0 .0 2 )
0
IN+IN-
OUT+OUT-
E 16 1 5 4L IM IT (V (% IN + , % IN -) , 0 , 0. 0 5 )
00
U 10 1 3 2D FF _ TB 6 7 S
C LK
D
RS
B
16 BB_ R is e1 1
IN+IN-
OUT+OUT-
E_ 1 6 1 3 5IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 A 12 , 0) , V (1 6 AB 1 2 , 0 ))
U 16 15 12A N D _T B 67 S
00
00
IN+IN-
OUT+OUT-
E_ 1 6 1 3 6IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 A 13 , 0) , V (1 6 AB 1 3 , 0 ))
U 1 6 1 1 22 A N D _ TB 6 7 S
U 16 15 32A N D _T B 67 S
0
IN+IN-
OUT+OUT-
E 16 1 5 5L IM IT (V (% IN + , % IN -) , 0 , 0. 0 4 )
U 16 15 22A N D _T B 67 S
IN+IN-
OUT+OUT-
E_ 1 6 1 3 7IF (V (C W 0 , 0 )> 8 0 0 m , V ( 1 6 A 14 , 0) , V (1 6 AB 1 4 , 0 ))
IN+IN-
OUT+OUT-
E _ 1 6 1 27I F ( V (C W 0, 0 )>8 0 0 m , V (1 6 B9 , 0 ) , V (1 6 BB 9 , 0 ))
16 BB_ R is e1 2
U 16 15 42A N D _T B 67 S
U 10 0 9 9D F F _ TB6 7 S
C LK
D
RS
B
0
0
0
0
0
UPnPC-U32STP Block (Equivalent Circuit)
9Copyright (C) Siam Bee Technologies 2016
U 3 2 S TP3 2 S T_ TB 6 7 S
M O _ 1 _ 3 2R S T
3 2 _ A3 2 _ A B3 2 _ B3 2 _ B B
C L K 0
3 2 _ R e f _ AC W 0
3 2 _ R e f _ B3 2 _ R e f _ A B
3 2 _ R e f _ B B
IN+IN-
OUT+OUT-
E 1 6 2 9 0L IM I T( V( % IN +, % IN -), 0 , 0 . 0 5 )
0
0
IN+IN-
OUT+OUT-
E 1 6 1 5 5L IM I T( V( % IN +, % IN -) , 0 , 0. 0 2 )
IN+IN-
OUT+OUT-
E 1 6 1 3 4L IM I T( V( % IN +, % IN -) , 0 , 0. 0 5 )
3 2B 3
3 2A 7
AB _ F7
C1 9 11 nF
IN+IN-
OUT+OUT-
E_ 1 6 1 5 1IF (V (CW 0 , 0 )> 8 0 0m , V (3 2 B 2 9 , 0 ) , V (3 2 BB 2 9 , 0 ))
R S T
0
0
0
0
U3 2 0 162 AN D _ TB 6 7 S
CL K 0
0
U3 2 1 8 52 AN D _ TB 6 7 S
3 2A B 0
R1 2 6 1 k
U3 2 0 7 52 AN D _ TB6 7 S
U 3 2 2 222 AN D _ TB 6 7 S
U 1 0 1 60D F F _ TB 67 S
C L K
D
R
S
B
U3 2 0 062 AN D _ TB 6 7 S
U1 0 2 17DF F _ T B6 7 S
CL K
D
R
S
B
0
0
IN+IN-
OUT+OUT-
E SU M 2 0 8L IM I T(V (% I N +) + V( % IN - ), 0, 1 )
0
00
U 3 2 1 0 22 AN D_ TB6 7 S
CL K 0
0
0 U3 2 2 2 52 AN D _ TB6 7 S
IN+IN-
OUT+OUT-
ES U M 1 4 4L IM I T( V( % I N +) + V(% IN - ), 0, 1 )
0
3 2A B 5
C2 0 41 nF
R1 4 0 1 k
0
BB _ F2 6
A B _ R 2 4
IN+IN-
OUT+OUT-
E1 6 2 8 9L IM I T( V( % I N +, % I N -) , 0 , 0. 0 4 )
0
0
0
0
C 1 5 61n F
IN+IN-
OUT+OUT-
E 1 6 1 5 6L IM I T( V( % IN +, % IN -) , 0 , 0. 0 2 )
3 2 _ BB
IN+IN-
OUT+OUT-
E1 6 1 0 3L I MI T( V( % I N +, % I N -), 0 , 0 . 0 5 )
U 1 0 1 7 6D F F _TB 67 S
C L K
D
R
S
B
3 2B B 5
IN+IN-
OUT+OUT-
E1 6 2 6 9L IM I T( V( % I N +, % I N -) , 0 , 0. 0 1 )
B_ F 1 5
3 2A B 9
00
0
B_ F 2
00
0
0
R1 5 8 1 k
C 1 3 91n F
0
U 3 2 1 0 32 AN D_ TB6 7 S
U1 0 2 46DF F_ T B 67 S
CL K
D
R
S
B
U1 0 2 18DF F _ T B6 7 S
CL K
D
R
S
B
A B _ R 2 2
0
0
U3 2 2 2 62 AN D _ TB6 7 S
R1 6 9 1 k
0
U3 2 2 4 02 AN D _ TB6 7 S
R1 4 1 1 k
0
R1 3 7 1 k
0
R1 5 9 1 k
0
0
IN+IN-
OUT+OUT-
E S U M 2 4 5L IM I T(V (% I N +) + V(% IN - ), 0, 1 )
IN+IN-
OUT+OUT-
E_ 3 2 0 0 7
I F (V (C W 0 , 0 )>8 0 0 m , V( 3 2 _A B , 0 ), V (3 2 _A , 0) )R1 2 7 1 k
R S T
0
3 2B B 9
IN+IN-
OUT+OUT-
E _ 3 2 0 0 2I F (V (C W 0 , 0 )>8 0 0m , V (3 2 _ B, 0 ), V (3 2 _ B B, 0 ))
A B _ R 2 5
IN+IN-
OUT+OUT-
E_ 1 6 1 5 2IF (V (CW 0 , 0 )> 8 0 0m , V (3 2 B 2 8 , 0 ) , V (3 2 BB 2 8 , 0 ))
0
0
A _ R 2
IN+IN-
OUT+OUT-
E 1 6 2 9 1L IM I T( V( % IN +, % IN -), 0 , 0 . 0 5 )
3 2_ A
0
IN+IN-
OUT+OUT-
E_ 1 6 16 2I F( V( C W 0 , 0 ) >8 0 0 m , V( 3 2 A2 , 0) , V (3 2 A B2 , 0) )
IN+IN-
OUT+OUT-
E_ 1 6 1 4 0IF (V (CW 0 , 0 )> 8 0 0m , V (3 2 B 1 0 , 0 ) , V (3 2 BB 1 0 , 0 ))
U1 0 2 19DF F _ T B6 7 S
CL K
D
R
S
B
IN+IN-
OUT+OUT-
E 1 6 3 2 8L IM I T( V( % IN +, % IN -) , 0 , 0. 02 )
U3 2 1 8 62 AN D _ TB 6 7 S
BB _ F2 7
B_ F 1
0
0
0
0
0
C 1 4 01 nF
C L K 0
R S T
00
0
U 3 2 1 0 42 AN D_ TB6 7 S
C L K0
0
0
IN+IN-
OUT+OUT-
ES UM 16 5V(A _ R1 6 )+ V (A _ R1 7 )+V( A_ R 1 8) +V ( A_ R1 9 )
U3 2 2 2 72 AN D _ TB6 7 S
IN+IN-
OUT+OUT-
ES U M2 2 3V( B _ R 16 )+V (B _ R1 7 )+V (B _R 1 8) +V( B_ R1 9 )
IN+IN-
OUT+OUT-
E 1 6 3 2 9L IM I T( V( % IN +, % IN -) , 0 , 0. 02 )
3 2A 5
IN+IN-
OUT+OUT-
ES UM 14 5V(A _ R0 ) +V (A _ R1 )+V (A _R 2 )+V (A _ R 3)
IN+IN-
OUT+OUT-
E 1 6 3 0 7L IM I T( V( % IN +, % IN -), 0 , 0 . 0 3 )
0
0
3 2A 9
3 2A 1 9
0
BB _ R 2 3
B_ F 3
IN+IN-
OUT+OUT-
E_ 1 6 1 4 1IF (V (CW 0 , 0 )> 8 0 0m , V (3 2 B 1 1 , 0 ) , V (3 2 BB 1 1 , 0 ))
0
0
BB _ R 2 1
IN+IN-
OUT+OUT-
E 1 6 1 5 7L IM I T( V( % IN +, % IN -) , 0 , 0. 0 2 )
IN+IN-
OUT+OUT-
E 1 6 2 4 0L IM I T( V( % IN +, % IN -), 0 , 0. 0 1 )
0
0
B_ R5
3 2A 2 0
0
0
0
U1 0 2 20DF F _TB 67 S
CL K
D
R
S
B
R S T
3 2A 1 6
U1 0 2 47DF F_ T B 67 S
CL K
D
R
S
B
IN+IN-
OUT+OUT-
E_ 1 6 1 5 3IF (V (CW 0 , 0 )> 8 0 0m , V (3 2 B 3 0 , 0 ) , V (3 2 BB 3 0 , 0 ))
0
0
0
AB _ F2
3 2A B 27
IN+IN-
OUT+OUT-
E1 6 2 7 3L IM I T( V( % I N +, % I N -) , 0 , 0. 0 1 )
U3 2 2 2 82 AN D _ TB6 7 S
0
0
0
R S T
0
0
0
0
0
3 2A 1 7
3 2A 2 1
0
0
0
3 2A 1 8
00
3 2B B 27
IN+IN-
OUT+OUT-
E1 6 1 9 0L IM I T( V( % I N +, % I N -) , 0 , 0. 0 4 )
C L K 0
0
0
U 3 2 1 0 52 AN D_ TB6 7 S
C2 2 41 nF
C L K0
0
0
IN+IN-
OUT+OUT-
E 1 6 1 5 8L IM I T( V( % IN +, % IN -) , 0 , 0. 0 1 )
3 2B 5
C 1 4 81n F
IN+IN-
OUT+OUT-
E_ 1 6 1 4 2IF (V (CW 0 , 0 )> 8 0 0m , V (3 2 B 1 2 , 0 ) , V (3 2 BB 1 2 , 0 ))
IN+IN-
OUT+OUT-
E 1 6 3 0 8L IM I T( V( % IN +, % IN -), 0 , 0 . 0 2 )
0
BB _ F2 1
3 2B 9
0
A B _ R 2 6
C 1 9 21 nF
0
U1 0 2 48DF F_ T B 67 S
CL K
D
R
S
B
IN+IN-
OUT+OUT-
ES UM 16 6V(A _ R2 0 )+ V (A _ R2 1 )+V( A_ R 2 2) +V ( A_ R2 3 )
0
0
IN+IN-
OUT+OUT-
E 1 6 3 0 9L IM I T( V( % IN +, % IN -), 0 , 0 . 0 3 )
IN+IN-
OUT+OUT-
ES UM 14 6V(A _ R4 ) +V (A _ R5 )+V (A _R 6 )+V (A _ R 7)
C1 6 31 nF
0
0
IN+IN-
OUT+OUT-
E_ 1 6 18 9I F( V( C W 0 , 0 ) >8 0 0 m , V( 3 2 A1 6 , 0 ), V (3 2 AB 1 6, 0 ))
C L K 0
R S T
0
0
0
U3 2 2 2 92 AN D _ TB6 7 S
0
0
00
IN+IN-
OUT+OUT-
E 1 6 2 9 2L IM I T( V( % IN +, % IN -), 0 , 0 . 0 5 )
RST
R S T
IN+IN-
OUT+OUT-
E 1 6 3 3 0L IM I T( V( % IN +, % IN -) , 0 , 0. 02 )
U 3 2 1 0 62 AN D_ TB6 7 S
IN+IN-
OUT+OUT-
E_ 1 6 1 3 3IF (V (CW 0 , 0 )> 8 0 0m , V (3 2 B 2 , 0) , V(3 2 B B2 , 0 ))
R1 3 2 1 k
IN+IN-
OUT+OUT-
ES UM 1 7 3V(A B _F 9 )+ V (A B _ F 10 ) +V(A B _ F1 1 )+V (A B_ F 1 2)
0
0
0
A B _ R 1 8
3 2A 2 7
C 1 5 81n F
U3 2 2 3 02 AN D _ TB6 7 S
0
0
AB _ F1
R1 3 3 1 k
0
0
A_ F 4
IN+IN-
OUT+OUT-
ES U M2 0 9V( B _ F 1 )+ V( B_ F 2 )+V( B_ F 3 )+V (B_ F 4)
C L K0
0
0
CL K 0
0
0
0
0
0
0
0
R S T R S T
0
00
0
0
0
C L K 0
0
BB _ R 2 4
IN+IN-
OUT+OUT-
E 1 6 2 9 3L IM I T( V( % IN +, % IN -), 0 , 0 . 0 4 )
IN+IN-
OUT+OUT-
E 1 6 1 9 4L IM I T( V( % IN +, % IN -) , 0 , 0. 05 )
0
0
0
R1 7 6 1 k
3 2A 2 8
AB _ F3
IN+IN-
OUT+OUT-
E_ 1 6 1 5 4IF (V (CW 0 , 0 )> 8 0 0m , V (3 2 B 2 4 , 0 ) , V (3 2 BB 2 4 , 0 ))
IN+IN-
OUT+OUT-
E 1 6 1 5 9L IM I T( V( % IN +, % IN -) , 0 , 0. 0 3 )
BB _ F7
R1 7 7 1 k
RST
C L K0
IN+IN-
OUT+OUT-
E1 6 2 7 0L IM I T( V( % I N +, % I N -) , 0 , 0. 0 1 )
IN+IN-
OUT+OUT-
ES U M2 2 4V( B _ R 20 )+V (B _ R2 1 )+V (B _R 2 2) +V( B_ R2 3 )
IN+IN-
OUT+OUT-
E_ 1 6 17 2I F( V( C W 0 , 0 ) >8 0 0 m , V( 3 2 A4 , 0) , V (3 2 A B4 , 0) )
IN+IN-
OUT+OUT-
ES UM 1 7 4V(A B _F 1 3 )+V (AB _ F1 4 ) +V (A B _F 1 5 )+V( A B_ F 16 )
3 2A 2 9
0
3 2B 2 7
IN+IN-
OUT+OUT-
E_ 1 6 1 5 5IF (V (CW 0 , 0 )> 8 0 0m , V (3 2 B 2 5 , 0 ) , V (3 2 BB 2 5 , 0 ))
0
0
IN+IN-
OUT+OUT-
E 1 6 3 3 1L IM I T( V( % IN +, % IN -) , 0 , 0. 02 )
R1 3 8 1 k
0
C 1 4 11n F
3 2B B 0
CL K 0
U3 2 0 8 62 AN D _ TB6 7 S
IN+IN-
OUT+OUT-
E_ 1 6 2 1 5I F (V (C W 0 , 0 )> 8 00 m , V( 3 2 A B 1 0, 0 ), V (3 2A 1 0 , 0 ))
C 1 6 41 n F
U 1 0 1 7 7D F F _TB 67 S
C L K
D
R
S
B
0
AB _ F2 9
A_ F 5
IN+IN-
OUT+OUT-
E 1 6 2 9 4L IM I T( V( % IN +, % IN -), 0 , 0 . 0 5 )
0
0
3 2_ R ef _ BIN+IN-
OUT+OUT-
ES UM 1 54L I MI T( V( % I N +)+ V (% I N-) , 0 , 1 )
U 1 0 1 61D F F _ TB 67 S
C L K
D
R
S
B
0
0
U 1 0 2 5 2D F F _TB 67 S
CL K
D
R
S
B
0
00
3 2A B 20
0
0
IN+IN-
OUT+OUT-
ES UM 15 6V(A _ F 25 )+V (A _ F 26 )+V (A _ F2 7 )+V (A _F 2 8 )
0
0
0
0
U3 2 0 172 AN D _ TB 6 7 S
RST
0
BB _ R 2 2
U 3 2 1 0 72 AN D_ TB6 7 S
0
0
IN+IN-
OUT+OUT-
ES U M1 7 5L I M I T(V (% IN +) +V (% I N - ), 0, 1 )
CL K 0
0
0
0
3 2B B 20
C2 0 51 nF
3 2B 8
0
0
U 3 2 1 0 82 AN D_ TB6 7 S
IN+IN-
OUT+OUT-
E 1 6 2 4 5L IM I T( V( % IN +, % IN -), 0 , 0. 0 5 )
0
U 1 0 1 7 8D F F _TB 67 S
C L K
D
R
S
B
0
IN+IN-
OUT+OUT-
E_ 1 6 2 1 6I F (V (C W 0 , 0 )> 8 00 m , V( 3 2 A B 1 1, 0 ), V (3 2A 1 1 , 0 ))
U 1 0 1 62D F F _ TB 67 S
C L K
D
R
S
B
BB _ R 2 5
0
0
0
C 1 5 91n F
3 2B 9
0
0
0
U3 2 0 182 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
ES UM 15 7V(A _ F 29 )+V (A _ F 30 )
RST
0
0
CL K 0
0
0
R S T
0
0
0
3 2B 5
0
0
0
0
0
R1 2 8 1 k
0
0
0
0
U 1 0 1 7 9D F F _TB 67 S
C L K
D
R
S
B
IN+IN-
OUT+OUT-
ES U M2 1 0V( B _ F 5 )+ V( B_ F 6 )+V( B_ F 7 )+V (B_ F 8)
0
0
R1 3 9 1 k
U3 2 0 8 72 AN D _ TB6 7 S
3 2A 2 0
CL K 0
0
0
IN+IN-
OUT+OUT-
E_ 1 6 2 1 7I F (V (C W 0 , 0 )> 8 00 m , V( 3 2 A B 1 2, 0 ), V (3 2A 1 2 , 0 ))
U1 0 2 21DF F _TB 67 S
CL K
D
R
S
B
0
0
C2 2 51 nF
IN+IN-
OUT+OUT-
E _ 1 6 1 1 5I F (V (C W 0 , 0 )>8 0 0m , V (3 2 BB 3 1 , 0 ), V (3 2 B3 1 , 0) )
0
0
3 2B 6
U3 2 0 192 AN D _ TB 6 7 S
C 1 5 01n F
IN+IN-
OUT+OUT-
ES U M1 7 6L I M I T(V (% IN +) +V (% I N - ), 0, 1 )
0
IN+IN-
OUT+OUT-
E 1 6 2 4 1L IM I T( V( % IN +, % IN -), 0 , 0. 0 1 )
A_ F 6
IN+IN-
OUT+OUT-
E_ 1 6 1 5 6IF (V (CW 0 , 0 )> 8 0 0m , V (3 2 B 2 6 , 0 ) , V (3 2 BB 2 6 , 0 ))
R1 7 0 1 k
R S T
0
0
BB _ F1 6
0
0
0
3 2B 2 0
C 1 5 11n F
U3 2 1 3 52 AN D _ TB 6 7 S
CL K 0
A _ R 28
IN+IN-
OUT+OUT-
E 1 6 3 1 0L IM I T( V( % IN +, % IN -), 0 , 0 . 0 1 )
U 1 0 1 63D F F _ TB 67 S
C L K
D
R
S
B
IN+IN-
OUT+OUT-
E S U M2 4 6V (B B_ F 9) +V( BB _ F 1 0 )+V (BB _ F 11 ) +V (B B _ F1 2 )
3 2B 7
0
U3 2 0 202 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
E 1 6 3 3 2L IM I T( V( % IN +, % IN -) , 0 , 0. 02 )
IN+IN-
OUT+OUT-
E 1 6 1 4 5L IM I T( V( % IN +, % IN -) , 0 , 0. 0 5 )
U1 0 2 22DF F _TB 67 S
CL K
D
R
S
B
IN+IN-
OUT+OUT-
ES U M 1 4 7L IM I T( V( % I N +) + V(% IN - ), 0, 1 )
A B _ R 3
IN+IN-
OUT+OUT-
E 1 6 2 9 5L IM I T( V( % IN +, % IN -), 0 , 0 . 0 3 )
0
U3 2 0 8 82 AN D _ TB6 7 S
R S T
0
0
BB _ F2
IN+IN-
OUT+OUT-
E_ 1 6 1 5 7IF (V (CW 0 , 0 )> 8 0 0m , V (3 2 B 2 7 , 0 ) , V (3 2 BB 2 7 , 0 ))
IN+IN-
OUT+OUT-
ES UM 16 8V(A _ R2 4 )+ V (A _ R2 5 )+V( A_ R 2 6) +V ( A_ R2 7 )
0
0
0
0
0
CL K 0
0
0
IN+IN-
OUT+OUT-
E _ 1 6 1 1 6I F (V (C W 0 , 0 )>8 0 0m , V (3 2 BB 2 2 , 0 ), V (3 2 B2 2 , 0) )
U3 2 1 2 72 AN D _ TB 6 7 S
C 1 6 51 n F
3 2A B 8
R1 3 4 1 k
3 2A B 9
U3 2 1 5 32 AN D _ TB 6 7 S
00
0
R S T
0
0
0
U1 0 2 23DF F _TB 67 S
CL K
D
R
S
B
IN+IN-
OUT+OUT-
E _ 1 6 1 1 7I F (V (C W 0 , 0 )>8 0 0m , V (3 2 BB 2 3 , 0 ), V (3 2 B2 3 , 0) )
R1 3 5 1 k
3 2 AB 1 5
U3 2 0 212 AN D _ TB 6 7 S
C 1 4 21n F
IN+IN-
OUT+OUT-
E SU M 1 7 7L IM I T(V (% IN +) + V( % IN - ), 0, 1 )
IN+IN-
OUT+OUT-
E 1 6 3 3 3L IM I T( V( % IN +, % IN -) , 0 , 0. 01 )
00
U 3 2 1 0 92 AN D_ TB6 7 S
IN+IN-
OUT+OUT-
E_ 1 6 2 0 8I F (V (C W 0 , 0 )> 8 00 m , V( 3 2 A B 2 , 0 ), V (3 2 A2 , 0) )
CL K 0
0
U 1 0 1 96D F F_ TB 67 S
CL K
D
R
S
B
IN+IN-
OUT+OUT-
E S U M2 4 7V (B B_ F 13 ) +V(B B _F 1 4 )+V( B B _ F1 5 )+V (B B _F 1 6 )
C1 9 31 nF
0
BB _ F1
U3 2 0 8 92 AN D _ TB6 7 S
3 2A B 5
0
0 0
A _ R 0
3 2A B 6
0
0
BB _ F1 7
3 2A B 14
R1 4 2 1 k
U 1 0 2 24D F F _ TB 67 S
C L K
D
R
S
B
U3 2 0 222 AN D _ TB 6 7 S
U 1 0 2 5 3D F F _TB 67 S
CL K
D
R
S
B
IN+IN-
OUT+OUT-
ES UM 16 9V(A _ R2 8 )+ V (A _ R2 9 )
0
BB _ R 2 6
R1 2 9 1 k
32 A B 28
C2 2 61 nF
IN+IN-
OUT+OUT-
E_ 1 6 1 5 8IF (V (CW 0 , 0 )> 8 0 0m , V (3 2 B 1 9 , 0 ) , V (3 2 BB 1 9 , 0 ))
IN+IN-
OUT+OUT-
E1 6 1 3 0L I MI T( V( % I N +, % I N -), 0 , 0 . 0 1 )
R1 4 3 1 k
0
IN+IN-
OUT+OUT-
E _ 1 6 1 1 8I F (V (C W 0 , 0 )>8 0 0m , V (3 2 BB 1 7 , 0 ), V (3 2 B1 7 , 0) )
U3 2 0 322 AN D _ TB 6 7 S
C2 0 61 nF
U3 2 1 3 62 AN D _ TB 6 7 S
0
IN+IN-
OUT+OUT-
E1 6 1 6 4L IM I T( V( % I N +, % I N -) , 0 , 0. 0 5 )
IN+IN-
OUT+OUT-
E _ 1 6 1 0 1I F (V (C W 0 , 0 )>8 0 0m , V (3 2 BB 3 , 0 ) , V (3 2 B 3 , 0 ))
BB _ F3
3 2A B 7
0
U3 2 1 5 42 AN D _ TB 6 7 S
0
IN+IN-
OUT+OUT-
E _ 1 6 1 1 9I F (V (C W 0 , 0 )>8 0 0m , V (3 2 BB 1 8 , 0 ), V (3 2 B1 8 , 0) )
U 1 0 2 5 4D F F _TB 67 S
CL K
D
R
S
B
0
3 2B B 28
U3 2 1 3 72 AN D _ TB 6 7 S
0
0
0
0
0
0
IN+IN-
OUT+OUT-
E1 6 2 28L IM I T(V ( % I N+, % I N -), 0 , 0 . 0 4 )
U MO _ 3 20 0 12 AN D_ TB6 7 S
0
0
U3 2 0 332 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
ES U M2 4 8L I MI T( V (% I N +) +V(% I N- ), 0, 1 )
U3 2 0 232 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
E 1 6 2 4 4L IM I T( V( % IN +, % IN -), 0 , 0. 0 1 )
U3 2 0 6 82 AN D _ TB6 7 S
3 2B B 14
U 3 2 1 1 02 AN D_ TB6 7 S
0
0
0
0
C 1 6 11n F
U 1 0 2 5 5D F F _TB 67 S
CL K
D
R
S
B
0
0
BB _ R 1 8
IN+IN-
OUT+OUT-
E_ 3 2 00 6I F( V( C W 0 , 0 ) >8 0 0 m , V( 3 2 _A B , 0 ), V ( 3 2 _A , 0) )
3 2 B 0
0
0
C 1 4 31 nF
U3 2 0 242 AN D _ TB 6 7 S
3 2_ B
0
0
3 2A 2 8
U 3 2 1 1 12 AN D_ TB6 7 S
IN+IN-
OUT+OUT-
E1 6 1 3 1L I MI T( V( % I N +, % I N -), 0 , 0 . 0 1 )
0
0
U3 2 0 9 02 AN D _ TB6 7 S
IN+IN-
OUT+OUT-
ES U M 1 7 0L I M I T( V ( % IN +) +V (% I N -) , 0, 1 )
R S T
IN+IN-
OUT+OUT-
E _ 1 6 1 2 0I F (V (C W 0 , 0 )>8 0 0m , V (3 2 BB 2 0 , 0 ), V (3 2 B2 0 , 0) )
R1 7 1 1 k
R1 6 0 1 k
IN+IN-
OUT+OUT-
E1 6 2 06L IM I T(V ( % I N+, % I N -), 0 , 0 . 0 2 )
0
C L K 0
0
0
B_ R2
A _ R 29
C1 6 61 nF
U E X10 1 7EX_ OR _ TB 6 7 S
A
BO
0
0
IN+IN-
OUT+OUT-
E _ 1 6 1 0 3I F (V (C W 0 , 0 )>8 0 0m , V (3 2 BB 5 , 0 ) , V (3 2 B 5 , 0 ))
IN+IN-
OUT+OUT-
E SU M 2 1 1L IM I T(V (% I N +) + V( % IN - ), 0, 1 )
0
0
IN+IN-
OUT+OUT-
E 1 6 1 3 5L IM I T( V( % IN +, % IN -) , 0 , 0. 0 5 )
RS T
0
IN+IN-
OUT+OUT-
ES UM 16 0V(A _ F 17 )+V (A _ F 18 )+V (A _ F1 9 )+V (A _F 2 0 )
U 1 0 2 56D F F _ TB 67 S
C L K
D
R
S
B
IN+IN-
OUT+OUT-
E_ 1 6 1 5 9IF (V (CW 0 , 0 )> 8 0 0m , V (3 2 B 2 1 , 0 ) , V (3 2 BB 2 1 , 0 ))
0
0
IN+IN-
OUT+OUT-
E _ 1 6 1 2 1I F (V (C W 0 , 0 )>8 0 0m , V (3 2 BB 2 9 , 0 ), V (3 2 B2 9 , 0) )
IN+IN-
OUT+OUT-
ES UM 1 7 8V(A B _F 1 )+ V (A B _ F 2) + V( AB _ F3 ) +V (A B_ F 4 )
0
0
0
0
0
3 2A B 21
IN+IN-
OUT+OUT-
E_ 1 6 17 4I F( V( C W 0 , 0 ) >8 0 0 m , V( 3 2 A3 1 , 0 ), V (3 2 AB 3 1, 0 ))
U3 2 0 252 AN D _ TB 6 7 S
3 2 _ B
C L K 0
U3 2 0 502 AN D _ TB 6 7 S
U3 2 0 462 AN D _ TB 6 7 S
3 2B 2 8
IN+IN-
OUT+OUT-
ES U M2 4 9L I MI T( V (% I N +) +V(% I N- ), 0, 1 )
0
0
IN+IN-
OUT+OUT-
E 1 6 3 3 4L IM I T( V( % IN +, % IN -) , 0 , 0. 03 )
R S T
3 2B B 21
U 3 2 1 1 22 AN D_ TB6 7 S
IN+IN-
OUT+OUT-
E_ 3 2 0 0 4IF (V (CW 0 , 0 )> 8 0 0m , V (3 2 _B B , 0 ) , V (3 2 _B , 0 ))
U3 2 0 9 12 AN D _ TB6 7 S
0
A B _ R 2
IN+IN-
OUT+OUT-
E _ 1 6 1 2 2I F (V (C W 0 , 0 )>8 0 0m , V (3 2 BB 2 8 , 0 ), V (3 2 B2 8 , 0) )
C L K 0
0
3 2A 1 4
U3 2 1 5 52 AN D _ TB 6 7 S
0
BB _ F1 8
A _ R 19
IN+IN-
OUT+OUT-
E 1 6 3 1 9L IM I T( V( % IN +, % IN -) , 0 , 0. 05 )
0
0
U3 2 0 512 AN D _ TB 6 7 S
3 2 B2 0
3 2 B1 9
0
0
IN+IN-
OUT+OUT-
E_ 1 6 1 4 3IF (V (CW 0 , 0 )> 8 0 0m , V (3 2 B 4 , 0) , V(3 2 B B4 , 0 ))
3 2A B 19
3 2_ A B
C1 9 41 nF
IN+IN-
OUT+OUT-
ES UM 14 8V(A _ R8 ) +V (A _ R9 )+V (A _R 1 0 )+V ( A_ R 1 1 )
IN+IN-
OUT+OUT-
E 1 6 3 1 1L IM I T( V( % IN +, % IN -), 0 , 0 . 0 1 )
0
BB _ R 3
U3 2 2 4 12 AN D _ TB6 7 S
R S T
0
0
0
IN+IN-
OUT+OUT-
E1 6 2 14L IM I T(V ( % I N+, % I N -), 0 , 0 . 0 4 )
BB _ F2 9IN+IN-
OUT+OUT-
E _ 1 6 1 2 3I F (V (C W 0 , 0 )>8 0 0m , V (3 2 BB 3 0 , 0 ), V (3 2 B3 0 , 0) )
0
0
0
0
A_ F 1 5
U 3 2 1 1 32 AN D_ TB6 7 S
C L K 0
0
0
C2 2 71 nF
3 2 B1 6
RS T
R S T
0
3 2A 2 1
3 2 B2 1
3 2A B 20
0
0
A _ R 13
IN+IN-
OUT+OUT-
E 1 6 2 4 6L IM I T( V( % IN +, % IN -), 0 , 0. 0 4 )
IN+IN-
OUT+OUT-
E S U M 2 5 0L IM I T(V (% I N +) + V(% IN - ), 0, 1 )
U3 2 1 5 62 AN D _ TB 6 7 S
R1 6 1 1 k
U3 2 0 522 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
E1 6 1 1 4L I MI T( V( % I N +, % I N -), 0 , 0 . 0 3 )
IN+IN-
OUT+OUT-
ES UM 1 7 9V(A B _F 5 )+ V (A B _ F 6) + V( AB _ F7 ) +V (A B_ F 8 )
U3 2 0 472 AN D _ TB 6 7 S
R S T
C L K 0
0
R S T
3 2A B 21
3 2A B 16
0U3 2 0 532 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
E1 6 1 0 9L I MI T( V( % I N +, % I N -), 0 , 0 . 0 3 )
0
0
0
U 3 2 1 1 42 AN D_ TB6 7 S
3 2 B1 7
C L K 0
3 2A B 17
C L K 0
IN+IN-
OUT+OUT-
E _ 1 6 1 2 4I F (V (C W 0 , 0 )>8 0 0m , V (3 2 BB 2 4 , 0 ), V (3 2 B2 4 , 0) )
3 2 B1 83 2A B 18
0
IN+IN-
OUT+OUT-
ES UM 16 1V(A _ F 21 )+V (A _ F 22 )+V (A _ F2 3 )+V (A _F 2 4 )
R1 7 8 1 k
IN+IN-
OUT+OUT-
ES U M2 2 5V( B _ R 24 )+V (B _ R2 5 )+V (B _R 2 6) +V( B_ R2 7 )
3 2B 2 1
C 1 9 51 nF
3 2B 1 4
AB _ F4
C L K 0
0
M O _ 1_ 3 2
IN+IN-
OUT+OUT-
E _ 1 6 1 2 5I F (V (C W 0 , 0 )>8 0 0m , V (3 2 BB 2 5 , 0 ), V (3 2 B2 5 , 0) )
U3 2 0 7 62 AN D _ TB6 7 S
3 2B B 8
B_ F 4
IN+IN-
OUT+OUT-
E_ 1 6 17 5I F( V( C W 0 , 0 ) >8 0 0 m , V( 3 2 A2 2 , 0 ), V (3 2 AB 2 2, 0 ))
0
00
BB _ F1 9
R1 7 9 1 k
00
U 1 0 2 25D F F _ TB 67 S
C L K
D
R
S
B
IN+IN-
OUT+OUT-
ES U M2 1 2V( B _ R 0) +V ( B_ R1 )+V (B _ R 2 )+V (B _ R 3 )
C 1 5 31n F
C1 8 21n F
IN+IN-
OUT+OUT-
ES UM 14 9V(A _ R1 2 )+ V (A _ R1 3 )+V( A_ R 1 4) +V ( A_ R1 5 )
0
0
U3 2 0 542 AN D _ TB 6 7 S
C L K 0
R S T
IN+IN-
OUT+OUT-
E 1 6 3 3 5L IM I T( V( % IN +, % IN -), 0 , 0 . 0 5 )
C 1 6 71 n F
0
0
3 2B B 9
0
A _ R 15
U3 2 0 042 AN D _ TB 6 7 S
U3 2 0 552 AN D _ TB 6 7 S
0
0
0
00
3 2_ R ef _ A B
U 3 2 1 1 52 AN D_ TB6 7 S
RS T
0
0
0
0
0
U3 2 0 072 AN D _ TB 6 7 S
3 2B B 5
0
IN+IN-
OUT+OUT-
E _ 1 6 1 2 6I F (V (C W 0 , 0 )>8 0 0m , V (3 2 BB 2 6 , 0 ), V (3 2 B2 6 , 0) )
C L K 0
IN+IN-
OUT+OUT-
E 1 6 1 6 0L IM I T( V( % IN +, % IN -) , 0 , 0. 0 3 )
U 1 0 1 88D F F _ TB 67 S
C L K
D
R
S
B
3 2B B 6
0
0
U 1 0 2 26D F F _ TB 67 S
C L K
D
R
S
B
IN+IN-
OUT+OUT-
E1 6 1 1 7L I MI T( V( % I N +, % I N -), 0 , 0 . 0 4 )
3 2A B 12
IN+IN-
OUT+OUT-
E _ 1 6 1 2 7I F (V (C W 0 , 0 )>8 0 0m , V (3 2 BB 2 7 , 0 ), V (3 2 B2 7 , 0) )
U3 2 2 4 22 AN D _ TB6 7 S
0
0
IN+IN-
OUT+OUT-
E_ 1 6 17 6I F( V( C W 0 , 0 ) >8 0 0 m , V( 3 2 A2 3 , 0 ), V (3 2 AB 2 3, 0 ))
R S T
0
U3 2 0 7 72 AN D _ TB6 7 S
0
U3 2 0 562 AN D _ TB 6 7 S
0
0
0
0
0
0
3 2B B 12
AB _ F5
U 3 2 1 1 62 AN D_ TB6 7 S
RS T
C L K 0
3 2B B 7
U3 2 1 5 72 AN D _ TB 6 7 S
U 1 0 1 4 8D F F _TB 6 7S
C L K
D
R
S
B
IN+IN-
OUT+OUT-
E 1 6 3 2 0L IM I T( V( % IN +, % IN -), 0 , 0 . 0 1 )
0
0
0
U 1 0 2 27D F F _ TB 67 S
C L K
D
R
S
B
3 2A B 1
0
IN+IN-
OUT+OUT-
E _ 1 6 1 2 8I F (V (C W 0 , 0 )>8 0 0m , V (3 2 BB 1 9 , 0 ), V (3 2 B1 9 , 0) )
IN+IN-
OUT+OUT-
E 1 6 2 4 7L IM I T( V( % IN +, % IN -), 0 , 0. 0 4 )
U3 2 0 7 82 AN D _ TB6 7 S
3 2 AB 2
U 1 0 2 57D F F _ TB 67 S
C L K
D
R
S
B
BB _ F2 0
A B _ R 1 7
U 3 2 1 1 72 AN D_ TB6 7 S
U3 2 2 2 32 AN D _ TB6 7 S
0
0
IN+IN-
OUT+OUT-
E1 6 1 0 8L I MI T( V( % I N +, % I N -), 0 , 0 . 0 4 )
C L K 0
0
U3 2 0 572 AN D _ TB 6 7 S
C 1 4 41n F
R S T
0
C1 9 61 nF
IN+IN-
OUT+OUT-
E1 6 1 1 0L I MI T( V( % I N +, % I N -), 0 , 0 . 0 4 )
0
0
B_ F 5
U3 2 1 5 82 AN D _ TB 6 7 S
0
0
C2 2 81 nF
U3 2 0 582 AN D _ TB 6 7 S
U 1 0 1 97D F F_ TB 67 S
CL K
D
R
SQ
QB
0
0
A _ R 9
3 2A 1 2
IN+IN-
OUT+OUT-
E _ 1 6 1 2 9I F (V (C W 0 , 0 )>8 0 0m , V (3 2 BB 2 1 , 0 ), V (3 2 B2 1 , 0) )
U3 2 2 4 32 AN D _ TB6 7 S
IN+IN-
OUT+OUT-
E 1 6 1 9 5L IM I T( V( % IN +, % IN -) , 0 , 0. 05 )
C L K 0
0
IN+IN-
OUT+OUT-
E _ 1 6 1 0 4I F (V (C W 0 , 0 )>8 0 0m , V (3 2 BB 6 , 0 ) , V (3 2 B 6 , 0 ))
R1 4 4 1 k
IN+IN-
OUT+OUT-
ES U M2 2 6V( B _ R 28 )+V (B _ R2 9 )
IN+IN-
OUT+OUT-
ES U M2 1 3V( B _ R 4) +V ( B_ R5 )+V (B _ R 6 )+V (B _ R 7 )
U 1 0 2 58D F F _ TB 67 S
C L K
D
R
S
B
U3 2 0 9 22 AN D _ TB6 7 S
U 1 0 2 2 8D F F _TB 6 7 S
CL K
D
R
S
B
U 3 2 1 1 82 AN D_ TB6 7 S
0
3 2B B 2
A _ R 7
0
3 2A B 29
R1 6 2 1 k
IN+IN-
OUT+OUT-
E S U M2 5 1V (B B_ F 1) +V( BB _ F 2 )+ V (B B _ F 3 )+ V( BB _ F4 )
0
0
U 3 2 1 1 92 AN D_ TB6 7 S
U3 2 0 352 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
E SU M 1 8 0L IM I T(V (% IN +) + V( % IN - ), 0, 1 )
0
0
3 2 BB 2 9
U3 2 0 592 AN D _ TB 6 7 S
R S T
0
A _ R 5
0
0
IN+IN-
OUT+OUT-
E_ 1 6 17 7I F( V( C W 0 , 0 ) >8 0 0 m , V( 3 2 A1 7 , 0 ), V (3 2 AB 1 7, 0 ))
U3 2 2 4 42 AN D _ TB6 7 S
R S T
0
IN+IN-
OUT+OUT-
E 1 6 2 4 8L IM I T( V( % IN +, % IN -), 0 , 0. 0 5 )
3 2B 1 2
U 3 2 1 2 02 AN D_ TB6 7 S
IN+IN-
OUT+OUT-
E1 6 1 0 6L I MI T( V( % I N +, % I N -), 0 , 0 . 0 4 )
00
R1 6 3 1 k
IN+IN-
OUT+OUT-
E_ 3 2 0 0 8I F (V (C W 0 , 0 )> 8 00 m , V( 3 2 _A , 0) , V (3 2 _ AB , 0) )
C L K 0
AB _ F2 8
A _ R 20
U 1 0 2 59D F F _ TB 67 S
C L K
D
R
S
B
AB _ F6
U3 2 0 602 AN D _ TB 6 7 S
0
BB _ R 2
C 1 6 81 n F
C L K0
0
0
U 1 0 1 98D F F_ TB 67 S
CL KD
R
S
B
0
0
IN+IN-
OUT+OUT-
E_ 1 6 2 1 8I F (V (C W 0 , 0 )> 8 00 m , V( 3 2 A B 4 , 0 ), V (3 2 A4 , 0) )
0
0
U3 2 0 612 AN D _ TB 6 7 S
3 2_ B B
R S T
0
0
IN+IN-
OUT+OUT-
E1 6 1 1 8L I MI T( V( % I N +, % I N -), 0 , 0 . 0 3 )
0
0
3 2_ R ef _ A
IN+IN-
OUT+OUT-
E1 6 1 1 1L I MI T( V( % I N +, % I N -), 0 , 0 . 0 4 )
IN+IN-
OUT+OUT-
E_ 1 6 17 8I F( V( C W 0 , 0 ) >8 0 0 m , V( 3 2 A1 8 , 0 ), V (3 2 AB 1 8, 0 ))
0
0
3 2 A2
IN+IN-
OUT+OUT-
E _ 1 6 1 1 4I F (V (C W 0 , 0 )>8 0 0m , V (3 2 BB 1 6 , 0 ), V (3 2 B1 6 , 0) )
A _ R 14
U 3 2 1 2 12 AN D_ TB6 7 S
0
C1 5 41 n F
R S T
0
3 2A 2 9
R1 4 5 1 k
0
0
U 3 2 1 2 22 AN D_ TB6 7 S
U 1 0 2 6 0D F F _TB 6 7 S
C L K
D
R
S
B
3 2B B 19
0
3 2B B 20
00
U3 2 0 622 AN D _ TB 6 7 S
R S T
U3 2 2 4 52 AN D _ TB6 7 S
RS T
IN+IN-
OUT+OUT-
ES UM 2 3 3L I MI T(V ( % I N+ )+V (% I N-) , 0 , 1 )
0
0
0
0
U 1 0 1 99D F F_ TB 67 S
CL K
D
R
S
B
C L K 0
3 2B B 16
C L K 0
0
3 2A B 22
U3 2 0 632 AN D _ TB 6 7 S
3 2B B 21
U3 2 0 9 32 AN D _ TB6 7 S
IN+IN-
OUT+OUT-
E1 6 2 8 7L IM I T( V( % I N +, % I N -) , 0 , 0. 0 4 )
0
C L K 0
R S T
0
0
C1 6 91 nF
3 2 B2 8
0
0
B_ F 6
IN+IN-
OUT+OUT-
E 1 6 2 9 6L IM I T( V( % IN +, % IN -), 0 , 0 . 0 4 )
3 2B B 17
R S T
0
0
IN+IN-
OUT+OUT-
E S U M2 5 2V (B B_ F 5) +V( BB _ F 6 )+ V (B B _ F 7 )+ V( BB _ F8 )
3 2 B2 9
C L K0
3 2B B 18
U3 2 1 5 92 AN D _ TB 6 7 S
3 2 B2
3 2 BB 2 2
IN+IN-
OUT+OUT-
E SU M 1 9 6L IM I T(V (% IN +) + V( % IN - ), 0, 1 )
3 2 B2 9
U 1 0 1 6 4D F F _TB 6 7 S
C L K
D
R
S
B
3 2B 1 5
0
0
U3 2 2 4 62 AN D _ TB6 7 S
0
0
0
BB _ F4
R ST
3 2 AB 6
IN+IN-
OUT+OUT-
E 1 6 2 4 9L IM I T( V( % IN +, % IN -), 0 , 0. 0 5 )
U 1 0 1 89D F F _ TB 67 S
C L K
D
R
S
BU1 0 1 80DF F _ T B6 7 S
CL K
D
R
S
B
0
AB _ F2 3
A B _ R 0
IN+IN-
OUT+OUT-
E 1 6 2 9 7L IM I T( V( % IN +, % IN -), 0 , 0 . 0 4 )
0
IN+IN-
OUT+OUT-
ES UM 1 8 1V(A B _R 0 )+V (AB _ R 1 )+V (A B_ R 2 )+V ( AB _ R3 )
C1 9 71 nF
C L K 0
00
0
U3 2 2 3 12 AN D _ TB6 7 S
R S T
C2 0 71 nF
U3 2 0 362 AN D _ TB 6 7 S
3 2_ R ef _ B B
32 A B 10
IN+IN-
OUT+OUT-
ES U M 2 1 4L IM I T( V (% I N +) + V(% IN - ), 0, 1 )
00
0
3 2 BB 6
IN+IN-
OUT+OUT-
E1 6 2 04L IM I T(V ( % I N+, % I N -), 0 , 0 . 0 2 )
C L K0
3 2 A2 2
U3 2 1 6 02 AN D _ TB 6 7 S
0
0
0
C L K 0
AB _ F2 2
IN+IN-
OUT+OUT-
ES U M1 9 7L I M I T(V (% IN +) +V (% I N - ), 0, 1 )
IN+IN-
OUT+OUT-
E1 6 1 1 2L I MI T( V( % I N +, % I N -), 0 , 0 . 0 5 )
0
0
32 B B 10
R S T
0
0
0
U 1 0 1 90D F F _ TB 67 S
C L K
D
R
S
B
R ST
0
0
IN+IN-
OUT+OUT-
E1 6 1 1 9L I MI T( V( % I N +, % I N -), 0 , 0 . 0 3 )
0
IN+IN-
OUT+OUT-
ES U M2 1 5V( B _ F 2 5 )+V( B_ F 26 ) + V(B _ F 2 7 )+V (B _ F2 8 )
IN+IN-
OUT+OUT-
E 1 6 3 3 6L IM I T( V( % IN +, % IN -), 0 , 0 . 0 4 )
C2 2 91 nF
IN+IN-
OUT+OUT-
E_ 1 6 1 3 4IF (V (CW 0 , 0 )> 8 0 0m , V (3 2 B 3 , 0) , V(3 2 B B3 , 0 ))
0
A _ R 16
U 1 0 2 2 9D F F _TB 6 7 S
C L K
D
R
S
B
0
0
AB _ F2 4
C L K 0
0
0
0
3 2 A B 1 7
R1 7 2 1 k
R ST
0
0
C L K0
3 2 A6
0
0
0
0
U3 2 2 3 22 AN D _ TB6 7 S
0
0
0
B_ R0
C1 8 31 nF
RS T
0
0
3 2 B2 2
IN+IN-
OUT+OUT-
E_ 1 6 17 9I F( V( C W 0 , 0 ) >8 0 0 m , V( 3 2 A2 0 , 0 ), V (3 2 AB 2 0, 0 ))
C L K 0
0
U 1 0 1 4 9D F F _TB 6 7S
C L K
D
R
S
B
C 1 7 01 n F
0
0
U 1 0 1 91D F F _ TB 67 S
C L K
D
R
S
B
R ST
BB _ F5
IN+IN-
OUT+OUT-
E SU M 1 9 8L IM I T(V (% IN +) + V( % IN - ), 0, 1 )
R S T
U3 2 2 3 32 AN D _ TB6 7 S
IN+IN-
OUT+OUT-
ES UM 1 7 1L I MI T(V (% I N +)+ V (% I N-) , 0 , 1 )
0
0
IN+IN-
OUT+OUT-
E_ 1 6 18 0I F( V( C W 0 , 0 ) >8 0 0 m , V( 3 2 A2 9 , 0 ), V (3 2 AB 2 9, 0 ))
IN+IN-
OUT+OUT-
E 1 6 3 3 7L IM I T( V( % IN +, % IN -) , 0 , 0. 03 )
R ST
0
0
IN+IN-
OUT+OUT-
E1 6 1 1 3L I MI T( V( % I N +, % I N -), 0 , 0 . 0 5 )
C L K 0
0
3 2 B6
32 A 1 0
0
A _ R 1IN+IN-
OUT+OUT-
E_ 1 6 16 3I F( V( C W 0 , 0 ) >8 0 0 m , V( 3 2 A3 , 0) , V (3 2 A B3 , 0) )
0
0
0
A _ R 10
R1 8 0 1 k
C2 1 41 nF
CL K 0
0
A _ R 27
IN+IN-
OUT+OUT-
E1 6 1 0 2L I MI T( V( % I N +, % I N -), 0 , 0 . 0 5 )
0
BB _ R 1 7
IN+IN-
OUT+OUT-
ES U M2 1 6V( B _ F 2 9 )+V( B_ F 30 )
IN+IN-
OUT+OUT-
ES UM 1 8 2V(A B _R 4 )+V (AB _ R 5 )+V (A B_ R 6 )+V ( AB _ R7 )
0
0
0
IN+IN-
OUT+OUT-
E 1 6 3 3 8L IM I T( V( % IN +, % IN -), 0 , 0 . 0 4 )
C L K 0
RS T
0
0
0
R1 4 6 1 k
R ST
C L K 0
0
U 1 0 1 5 0D F F _TB 6 7S
C L K
D
R
S
B
U3 2 1 6 12 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
E S U M 2 5 3L IM I T(V (% I N +) + V(% IN - ), 0, 1 )
C L K 0
0
IN+IN-
OUT+OUT-
E 1 6 2 4 2L IM I T( V( % IN +, % IN -), 0 , 0. 0 2 )
R1 7 3 1 k
A _ R 8
R1 6 4 1 k
IN+IN-
OUT+OUT-
E1 6 1 2 0L I MI T( V( % I N +, % I N -), 0 , 0 . 0 1 )
3 2 B B 1 7
C1 8 41 nF
C L K 0
R ST
AB _ F2 5
0
U 1 0 1 5 1D F F _TB 6 7S
C L K
D
R
S
B
IN+IN-
OUT+OUT-
E _ 1 6 1 0 5I F (V (C W 0 , 0 )>8 0 0m , V (3 2 BB 7 , 0 ) , V (3 2 B 7 , 0 ))
R ST
0
0
R1 4 7 1 k
U3 2 1 6 22 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
ES U M1 9 9L I M I T(V (% IN +) +V (% I N - ), 0, 1 )
IN+IN-
OUT+OUT-
ES UM 2 0 2L I MI T(V ( % I N+ )+ V (% I N-) , 0 , 1 )
0
32 B 1 0
U3 2 2 4 72 AN D _ TB6 7 S
C2 3 01 nF
0
C L K 0
R S T
CL K 0
0
U 1 0 2 6 1D F F _TB 6 7 S
C L K
D
R
S
B
C L K 0
IN+IN-
OUT+OUT-
E1 6 2 7 1L IM I T( V( % I N +, % I N -) , 0 , 0. 0 2 )
IN+IN-
OUT+OUT-
E_ 1 6 1 3 5IF (V (CW 0 , 0 )> 8 0 0m , V (3 2 B 5 , 0) , V(3 2 B B5 , 0 ))
0
A _ R 11
U 1 0 1 6 5D F F _TB 6 7 S
C L K
D
R
S
B
IN+IN-
OUT+OUT-
E 1 6 2 5 0L IM I T( V( % IN +, % IN -), 0 , 0. 0 5 )
0
0
0
0
0
IN+IN-
OUT+OUT-
E 1 6 3 3 9L IM I T( V( % IN +, % IN -), 0 , 0 . 0 5 )
0
00
R S T
RS T
0
0
0
C1 9 81 nF
R1 8 1 1 k
3 2A 4
0
BB _ F2 8
IN+IN-
OUT+OUT-
E S U M2 3 4V (B B_ R 16 )+V (B B_ R 17 ) +V(B B _R 1 8) +V(B B _ R 1 9 )
IN+IN-
OUT+OUT-
E_ 1 6 18 1I F( V( C W 0 , 0 ) >8 0 0 m , V( 3 2 A2 8 , 0 ), V (3 2 AB 2 8, 0 ))
0
U 1 0 2 6 2D F F _TB 6 7 S
C L K
D
R
S
B
AB _ F2 6
IN+IN-
OUT+OUT-
E1 6 2 07L IM I T(V ( % I N+, % I N -), 0 , 0 . 0 3 )
C1 9 91 nF
0
0
0
IN+IN-
OUT+OUT-
E SU M 2 0 0L IM I T(V (% IN +) + V( % IN - ), 0, 1 )
IN+IN-
OUT+OUT-
E_ 1 6 16 4I F( V( C W 0 , 0 ) >8 0 0 m , V( 3 2 A5 , 0) , V (3 2 A B5 , 0) )
3 2A B 28
BB _ F6
IN+IN-
OUT+OUT-
E1 6 1 1 5L I MI T( V( % I N +, % I N -), 0 , 0 . 0 4 )
0
0
B_ R2 8
C L K 0
0
0
A B _ R 1 3
U3 2 0 372 AN D _ TB 6 7 S
0
0
0
U 1 0 1 6 6D F F _TB 6 7 S
C L K
D
R
S
B
U3 2 2 4 82 AN D _ TB6 7 S
3 2A 1 4
3 2A 1 3
CL K 0
0
U 1 0 2 6 3D F F _TB 6 7 S
C L K
D
R
S
B
U 1 0 2 3 0D F F _TB 6 7 S
CL K
D
R
S
B
C2 3 11 nF
0
0
0
BB _ F2 3
U3 2 1 6 32 AN D _ TB 6 7 S
3 2A B 29
3 2A 1 0
0
0
0
0
0
00
B_ R1 3
IN+IN-
OUT+OUT-
E S U M2 5 4V (B B_ R 0)+V (B B _R 1 )+V ( BB _ R2 )+V (B B_ R 3)
CL K 0
RS T
U 1 0 1 6 7D F F _TB 6 7 S
C L K
D
R
S
B
IN+IN-
OUT+OUT-
E1 6 1 2 1L I MI T( V( % I N +, % I N -), 0 , 0 . 0 2 )
3 2A 1 5
IN+IN-
OUT+OUT-
E 1 6 2 5 1L IM I T( V( % IN +, % IN -), 0 , 0. 0 5 )
C 1 7 11 n F
IN+IN-
OUT+OUT-
E_ 1 6 18 2I F( V( C W 0 , 0 ) >8 0 0 m , V( 3 2 A3 0 , 0 ), V (3 2 AB 3 0, 0 ))
IN+IN-
OUT+OUT-
E SU M 2 1 7L IM I T(V (% I N +) + V( % IN - ), 0, 1 )
IN+IN-
OUT+OUT-
E1 6 2 08L IM I T(V ( % I N+, % I N -), 0 , 0 . 0 3 )
0
IN+IN-
OUT+OUT-
E 1 6 3 4 0L IM I T( V( % IN +, % IN -), 0 , 0 . 0 5 )
0
0
U1 0 2 64DF F_ T B 67 S
CL K
D
R
S
B
IN+IN-
OUT+OUT-
E 1 6 1 3 6L IM I T( V( % IN +, % IN -) , 0 , 0. 0 3 )
0
IN+IN-
OUT+OUT-
E1 6 1 6 5L IM I T( V( % I N +, % I N -) , 0 , 0. 0 3 )
IN+IN-
OUT+OUT-
E SU M 2 0 1L IM I T(V (% IN +) + V( % IN - ), 0, 1 )
A_ F 1 4
IN+IN-
OUT+OUT-
ES U M 1 8 3L I MI T( V( % I N +) +V(% I N- ), 0, 1 )
0
AB _ F2 7
0
0
IN+IN-
OUT+OUT-
E1 6 1 1 6L I MI T( V( % I N +, % I N -), 0 , 0 . 0 4 )
0
0
0
3 2 A1 7
32 A B 23
C1 8 51 nF
IN+IN-
OUT+OUT-
E1 6 1 2 2L I MI T( V( % I N +, % I N -), 0 , 0 . 0 2 )
0
A _ R 23
R1 6 5 1 k3 2A 1 2
3 2A 1 1
0
U1 0 1 81DF F _ T B6 7 S
CL K
D
R
S
B
IN+IN-
OUT+OUT-
E S U M2 3 5V (B B_ R 20 )+V (B B_ R 21 ) +V(B B _R 2 2) +V(B B _ R 2 3 )
0
0
BB _ F2 2
IN+IN-
OUT+OUT-
E1 6 2 01L IM I T(V ( % I N+, % I N -), 0 , 0 . 0 1 )
U3 2 1 6 42 AN D _ TB 6 7 S
A _ R 21
0
BB _ F2 4
R1 6 6 1 k
IN+IN-
OUT+OUT-
ES UM 1 8 4V(A B _F 2 5 )+V (AB _ F2 6 ) +V (A B _F 2 7 )+V( A B_ F 28 )
0
00
C1 8 61 nF
0
0
0
0
A _ R 12
3 2B B 23
R S T
0
0
IN+IN-
OUT+OUT-
E1 6 2 09L IM I T(V ( % I N+, % I N -), 0 , 0 . 0 3 )
0
0
U3 2 1 6 52 AN D _ TB 6 7 S
0
0
0
C2 0 01 nF
C2 3 21 nF
IN+IN-
OUT+OUT-
E 1 6 2 5 2L IM I T( V( % IN +, % IN -), 0 , 0. 0 5 )
0
0
0
BB _ R 0
U3 2 1 2 82 AN D _ TB 6 7 S
0
0
0
0
0
3 2A B 2
RS T
0
U1 0 1 82DF F _ T B6 7 S
CL K
D
R
S
B
C2 1 51 nF
0
C1 8 71n F
CL K 0
0
0
AB _ F2 1
U 1 0 2 3 1D F F _TB 6 7 S
CL K
D
R
S
B
0
0
R1 6 7 1 k
IN+IN-
OUT+OUT-
E 1 6 2 5 3L IM I T( V( % IN +, % IN -), 0 , 0. 0 4 )
IN+IN-
OUT+OUT-
E S U M2 5 5V (B B_ R 4)+V (B B _R 5 )+V ( BB _ R6 )+V (B B_ R 7)
3 2A 2 3
0
0
A_ F 9
R1 8 2 1 k0
IN+IN-
OUT+OUT-
E1 6 1 7 5L IM I T( V( % I N +, % I N -) , 0 , 0. 0 1 )
0
IN+IN-
OUT+OUT-
E_ 1 6 18 3I F( V( C W 0 , 0 ) >8 0 0 m , V( 3 2 A2 4 , 0 ), V (3 2 AB 2 4, 0 ))
IN+IN-
OUT+OUT-
E 1 6 2 5 9L IM I T( V( % IN +, % IN -), 0 , 0. 0 5 )
IN+IN-
OUT+OUT-
E1 6 1 6 6L IM I T( V( % I N +, % I N -) , 0 , 0. 0 4 )
IN+IN-
OUT+OUT-
E _ 1 6 1 0 8I F (V (C W 0 , 0 )>8 0 0m , V (3 2 BB 1 4 , 0 ), V (3 2 B1 4 , 0) )
U3 2 0 6 92 AN D _ TB6 7 S
AB _ F3 0
RS T
0
BB _ F2 5
0
0
IN+IN-
OUT+OUT-
E1 6 1 6 7L IM I T( V( % I N +, % I N -) , 0 , 0. 0 4 )
IN+IN-
OUT+OUT-
ES UM 1 8 5V(A B _F 2 9 )+V (AB _ F3 0 )
U3 2 1 3 82 AN D _ TB 6 7 S
C L K 0
U1 0 1 83DF F _ T B6 7 S
CL K
D
R
S
B
CL K 0
R1 7 4 1 k
IN+IN-
OUT+OUT-
E 1 6 2 5 4L IM I T( V( % IN +, % IN -), 0 , 0. 0 5 )
R1 8 3 1 k
B_ R9
IN+IN-
OUT+OUT-
E _ 1 6 1 0 7I F (V (C W 0 , 0 )>8 0 0m , V (3 2 BB 1 3 , 0 ), V (3 2 B1 3 , 0) )
IN+IN-
OUT+OUT-
E_ 1 6 2 0 9I F (V (C W 0 , 0 )> 8 00 m , V( 3 2 A B 3 , 0 ), V (3 2 A3 , 0) )
0
3 2 B 1 7
0
0
B_ R7
3 2B 2 3
A_ F 8
0
A_ F 1 0
0
0
0
0
IN+IN-
OUT+OUT-
E _ 1 6 1 0 9I F (V (C W 0 , 0 )>8 0 0m , V (3 2 BB 1 5 , 0 ), V (3 2 B1 5 , 0) )
0
0
0
IN+IN-
OUT+OUT-
E_ 1 6 18 4I F( V( C W 0 , 0 ) >8 0 0 m , V( 3 2 A2 5 , 0 ), V (3 2 AB 2 5, 0 ))
R1 4 8 1 k
00
IN+IN-
OUT+OUT-
E1 6 1 2 4L I MI T( V( % I N +, % I N -), 0 , 0 . 0 2 )
IN+IN-
OUT+OUT-
E 1 6 1 3 7L IM I T( V( % IN +, % IN -) , 0 , 0. 0 4 )
0
0
U3 2 1 3 92 AN D _ TB 6 7 S
0
0
00
RS TR S T
0
0
0
U3 2 1 6 62 AN D _ TB 6 7 S
U 3 2 1 8 72 AN D_ TB6 7 S
3 2A 2 5
0
0
0
0
U 3 2 1 2 32 AN D_ TB6 7 S
IN+IN-
OUT+OUT-
E1 6 1 6 8L IM I T( V( % I N +, % I N -) , 0 , 0. 0 4 )
3 2A 2 6
CL K 0
U 1 0 2 3 2D F F _TB 6 7 S
CL K
D
R
S
B
3 2A 2 2
B_ R1 4
IN+IN-
OUT+OUT-
E 1 6 2 5 5L IM I T( V( % IN +, % IN -), 0 , 0. 0 3 )
IN+IN-
OUT+OUT-
E1 6 1 0 5L I MI T( V( % I N +, % I N -), 0 , 0 . 0 5 )
0
U3 2 1 2 42 AN D _ TB6 7 S
IN+IN-
OUT+OUT-
ES UM 2 4 4L I MI T(V ( % I N+ )+V (% I N-) , 0 , 1 )
IN+IN-
OUT+OUT-
E1 6 1 2 5L I MI T( V( % I N +, % I N -), 0 , 0 . 0 2 )
IN+IN-
OUT+OUT-
E 1 6 1 3 8L IM I T( V( % IN +, % IN -) , 0 , 0. 0 4 )
C 2 0 11 nF
0
A _ R 24
C2 1 61 nF
RS T
0
AB _ F1 6
A B _ R 9
U 3 2 1 8 82 AN D_ TB6 7 S
3 2A 2 3
3 2A 2 7
0
3 2_ A
C 1 7 21 n F
0
IN+IN-
OUT+OUT-
E1 6 1 7 6L IM I T( V( % I N +, % I N -) , 0 , 0. 0 1 )
U3 2 1 6 72 AN D _ TB 6 7 S
0
0
0
IN+IN-
OUT+OUT-
E 1 6 3 1 2L IM I T( V( % IN +, % IN -), 0 , 0 . 0 2 )
3 2A 2 4
CL K 0
0
0
A _ R 22
3 2B B 28
0
B_ R2 9
A _ R 4
A B _ R 7
3 2B B 29
0
0
0
0
R1 7 5 1 k
C L K 0
AB _ F1 7
U1 0 2 65DF F_ T B 67 S
CL K
D
R
S
B
0
0
0
0
00
A _ R 25
C 1 7 31 n F
IN+IN-
OUT+OUT-
ES U M2 1 8V( B _ F 1 7 )+V( B_ F 18 ) + V(B _ F 1 9 )+V (B _ F2 0 )
IN+IN-
OUT+OUT-
E_ 1 6 18 5I F( V( C W 0 , 0 ) >8 0 0 m , V( 3 2 A2 6 , 0 ), V (3 2 AB 2 6, 0 ))
00
0
0
A B _ R 2 8
IN+IN-
OUT+OUT-
E1 6 1 6 9L IM I T( V( % I N +, % I N -) , 0 , 0. 0 5 )
IN+IN-
OUT+OUT-
E_ 1 6 2 1 0I F (V (C W 0 , 0 )> 8 00 m , V( 3 2 A B 5 , 0 ), V (3 2 A5 , 0) )
3 2A 1
3 2 BB 1 5
IN+IN-
OUT+OUT-
E_ 1 6 1 9 0I F (V (C W 0 , 0 )> 8 00 m , V( 3 2 A B 3 1, 0 ), V (3 2A 3 1 , 0 ))
C2 3 31 nF
U3 2 0 262 AN D _ TB 6 7 S
R S T
00
C L K 0
0
0
0
IN+IN-
OUT+OUT-
E S U M 2 5 6L IM I T( V( % I N +) + V(% IN -), 0, 1 )
IN+IN-
OUT+OUT-
E_ 1 6 18 6I F( V( C W 0 , 0 ) >8 0 0 m , V( 3 2 A2 7 , 0 ), V (3 2 AB 2 7, 0 ))
U3 2 0 272 AN D _ TB 6 7 S
U1 0 1 52DF F_ T B 67 S
CL K
D
R
S
B
0
U 3 2 1 8 92 AN D_ TB6 7 S
U1 0 2 66DF F_ T B 67 S
CL K
D
R
S
B
0
3 2A B 3
IN+IN-
OUT+OUT-
E 1 6 1 3 9L IM I T( V( % IN +, % IN -) , 0 , 0. 0 4 )
0
U3 2 1 4 02 AN D _ TB 6 7 S
0
A B _ R 1 4
IN+IN-
OUT+OUT-
E SU M 1 8 6L IM I T(V (% IN +) + V( % IN - ), 0, 1 )
00
B_ R1 9
BB _ R 1 3
U3 2 1 6 82 AN D _ TB 6 7 S
0
0
B_ R1 0
U3 2 0 282 AN D _ TB 6 7 S
0
U 1 0 2 3 3D F F _TB 6 7 S
C L K
D
R
S
B
IN+IN-
OUT+OUT-
E1 6 1 2 6L I MI T( V( % I N +, % I N -), 0 , 0 . 0 2 )
IN+IN-
OUT+OUT-
E S U M2 5 7V (B B_ F 25 ) +V(B B _F 2 6 )+V( B B _ F2 7 )+V (B B _F 2 8 )
0
U3 2 0 292 AN D _ TB 6 7 S
3 2B B 3
0
U 3 2 1 9 02 AN D_ TB6 7 S
U1 0 2 67DF F_ T B 67 S
CL K
D
R
S
B
0
IN+IN-
OUT+OUT-
E 1 6 1 9 6L IM I T( V( % IN +, % IN -) , 0 , 0. 03 )
0
IN+IN-
OUT+OUT-
ES U M2 1 9V( B _ R 8) +V ( B_ R9 )+V (B _ R 1 0 )+V ( B _R 1 1)
IN+IN-
OUT+OUT-
E1 6 1 7 0L IM I T( V( % I N +, % I N -) , 0 , 0. 0 5 )
0
0
A_ F 1 1
R1 4 9 1 k
0
IN+IN-
OUT+OUT-
E S U M2 3 6V (B B_ R 24 )+V (B B_ R 25 ) +V(B B _R 2 6) +V(B B _ R 2 7 )
0
0
U3 2 0 302 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
E _ 1 6 1 1 0I F (V (C W 0 , 0 )>8 0 0m , V (3 2 BB 9 , 0 ) , V (3 2 B 9 , 0 ))
U 1 0 2 3 4D F F _TB 6 7 S
C L K
D
R
S
B
R S T
IN+IN-
OUT+OUT-
E1 6 1 2 7L I MI T( V( % I N +, % I N -), 0 , 0 . 0 1 )
0
IN+IN-
OUT+OUT-
E_ 1 6 18 7I F( V( C W 0 , 0 ) >8 0 0 m , V( 3 2 A1 9 , 0 ), V (3 2 AB 1 9, 0 ))
0
0
0
A _ R 26
IN+IN-
OUT+OUT-
E_ 1 6 1 9 1I F (V (C W 0 , 0 )> 8 00 m , V( 3 2 A B 2 2, 0 ), V (3 2A 2 2 , 0 ))
AB _ F1 8
0
0
0
R1 5 0 1 k
CL K 0
0
0
IN+IN-
OUT+OUT-
E1 6 1 7 7L IM I T( V( % I N +, % I N -) , 0 , 0. 0 3 )
U3 2 1 6 92 AN D _ TB 6 7 S
3 2A 3
U3 2 1 4 12 AN D _ TB 6 7 S
C 1 7 41 n F
IN+IN-
OUT+OUT-
E S U M2 5 8V (B B_ F 29 ) +V(B B _F 3 0 )
IN+IN-
OUT+OUT-
E1 6 2 10L IM I T(V ( % I N+, % I N -), 0 , 0 . 0 2 )
B_ R8
IN+IN-
OUT+OUT-
E_ 1 6 1 9 2I F (V (C W 0 , 0 )> 8 00 m , V( 3 2 A B 2 3, 0 ), V (3 2A 2 3 , 0 ))
0
0
0
0
U 1 0 2 3 5D F F _TB 6 7 S
C L K
D
R
S
B
00
U 3 2 1 9 12 AN D_ TB6 7 S
U 1 0 2 00D FF _ TB6 7 S
C L K
D
R
S
B
0
0
3 2A B 1 5
A_ F 1 2
U 3 2 1 9 22 AN D_ TB6 7 S
R1 8 4 1 k
0
0
R1 5 1 1 k
0
0
IN+IN-
OUT+OUT-
E 1 6 1 4 0L IM I T( V( % IN +, % IN -) , 0 , 0. 0 5 )
IN+IN-
OUT+OUT-
ES U M2 2 0V( B _ F 2 1 )+V( B_ F 22 ) + V(B _ F 2 3 )+V (B _ F2 4 )
0
0
U3 2 1 7 02 AN D _ TB 6 7 S
U3 2 0 342 AN D _ TB 6 7 S
R S T
00
0
0
0
0
IN+IN-
OUT+OUT-
E 1 6 1 4 6L IM I T( V( % IN +, % IN -) , 0 , 0. 0 1 )
U3 2 2 2 42 AN D _ TB6 7 S
0
0
B_ R1 1
IN+IN-
OUT+OUT-
E S U M2 3 7V (B B_ R 28 )+V (B B_ R 29 )
CL K 0
3 2B 3
0
0
3 2 BB 1 5
IN+IN-
OUT+OUT-
E_ 1 6 18 8I F( V( C W 0 , 0 ) >8 0 0 m , V( 3 2 A2 1 , 0 ), V (3 2 AB 2 1, 0 ))
C2 0 21 nF
0
A _ R 18
IN+IN-
OUT+OUT-
ES U M2 2 1V( B _ R 12 )+V (B _ R1 3 )+V (B _R 1 4) +V( B_ R1 5 )
U3 2 0 7 92 AN D _ TB6 7 S
U 1 0 2 36D F F_ TB 67 S
CL K
D
R
S
B
0
0
0
IN+IN-
OUT+OUT-
ES U M 1 5 5L IM I T( V( % I N +) + V(% IN - ), 0, 1 )
0
0
3 2 AB 3 0
IN+IN-
OUT+OUT-
E_ 1 6 1 9 3I F (V (C W 0 , 0 )> 8 00 m , V( 3 2 A B 1 7, 0 ), V (3 2A 1 7 , 0 ))
IN+IN-
OUT+OUT-
E1 6 1 2 8L I MI T( V( % I N +, % I N -), 0 , 0 . 0 3 )
C2 3 41 nF
0
0
0
0
B_ R1 5
U3 2 1 7 12 AN D _ TB 6 7 S
0
0
AB _ F1 9
IN+IN-
OUT+OUT-
E1 6 1 7 8L IM I T( V( % I N +, % I N -) , 0 , 0. 0 4 )
C2 3 51 nF
R S T
0
IN+IN-
OUT+OUT-
E_ 1 6 1 9 4I F (V (C W 0 , 0 )> 8 00 m , V( 3 2 A B 1 8, 0 ), V (3 2A 1 8 , 0 ))
R S T
0
BB _ R 2 8
A B _ R 1 0
U3 2 0 382 AN D _ TB 6 7 S
00
IN+IN-
OUT+OUT-
E 1 6 1 4 1L IM I T( V( % IN +, % IN -) , 0 , 0. 0 5 )
0
U3 2 0 082 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
E 1 6 1 9 7L IM I T( V( % IN +, % IN -) , 0 , 0. 04 )
A_ F 2 9
CL K 0
3 2B B 30
IN+IN-
OUT+OUT-
E 1 6 2 9 8L IM I T( V( % IN +, % IN -), 0 , 0 . 0 4 )
C L K 0
0
IN+IN-
OUT+OUT-
E S U M1 6 3L IM IT (V (% IN +)+V (% I N -) , 0 , 1 )
IN+IN-
OUT+OUT-
E1 6 1 7 1L IM I T( V( % I N +, % I N -) , 0 , 0. 0 4 )
U3 2 0 092 AN D _ TB 6 7 S
U3 2 0 8 02 AN D _ TB6 7 S
U3 2 1 7 22 AN D _ TB 6 7 S
0
IN+IN-
OUT+OUT-
E1 6 2 15L IM I T(V ( % I N+, % I N -), 0 , 0 . 0 5 )
0
U 3 2 1 9 32 AN D_ TB6 7 S
IN+IN-
OUT+OUT-
E1 6 2 05L IM I T(V ( % I N+, % I N -), 0 , 0 . 0 2 )
3 2A 1 5
IN+IN-
OUT+OUT-
E S U M 2 5 9L IM I T(V (% I N +) + V(% IN - ), 0, 1 )
0
0
IN+IN-
OUT+OUT-
ES U M 1 5 0L IM I T( V( % I N +) + V(% IN - ), 0, 1 ) IN+
IN-OUT+OUT-
E 1 6 1 9 8L IM I T( V( % IN +, % IN -) , 0 , 0. 04 )
0
0
C2 1 71 nF
0
0
C2 0 31 nF
R S T
0
BB _ R 9
A B _ R 8
U 3 2 1 9 42 AN D_ TB6 7 S
U3 2 0 392 AN D _ TB 6 7 S
0
0
U3 2 0 102 AN D _ TB 6 7 S
RS T
IN+IN-
OUT+OUT-
E_ 1 6 17 3I F( V( C W 0 , 0 ) >8 0 0 m , V( 3 2 A6 , 0) , V (3 2 A B6 , 0) )
0
0
0
0
0
0
BB _ R 7
C 1 4 91 nF
C1 7 51 nF
R S T
CL K 0
0
U3 2 1 4 22 AN D _ TB 6 7 S
3 2 B1 4
3 2 B1 3
C L K 0
0
U3 2 0 112 AN D _ TB 6 7 S
U3 2 1 7 32 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
ES U M 1 6 4L IM I T( V( % I N +) + V(% IN - ), 0, 1 )
C L K 0
3 2A 3 0
C 1 4 51n F
3 2 B1 5
3 2 B1 0
B_ R2 0
A_ F 1 3R1 8 5 1 k
IN+IN-
OUT+OUT-
E_ 1 6 1 9 5I F (V (C W 0 , 0 )> 8 00 m , V( 3 2 A B 2 0, 0 ), V (3 2A 2 0 , 0 ))
U3 2 0 402 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
E 1 6 1 4 7L IM I T( V( % IN +, % IN -) , 0 , 0. 0 1 )
0
0
IN+IN-
OUT+OUT-
E_ 1 6 1 9 6I F (V (C W 0 , 0 )> 8 00 m , V( 3 2 A B 2 9, 0 ), V (3 2A 2 9 , 0 ))
U1 0 1 53DF F_ T B 67 S
CL K
D
R
S
B
0
U3 2 0 052 AN D _ TB 6 7 S
0
IN+IN-
OUT+OUT-
E1 6 1 7 9L IM I T( V( % I N +, % I N -) , 0 , 0. 0 3 )
C2 0 81n F
0
3 2 B1 5
U3 2 0 122 AN D _ TB 6 7 S
0
AB _ F2 0
A B _ R 1 1
0
0
0
U 3 2 1 9 52 AN D_ TB6 7 S
U3 2 0 412 AN D _ TB 6 7 S
0
0
IN+IN-
OUT+OUT-
E1 6 2 6 0L IM I T( V( % I N +, % I N -) , 0 , 0. 0 2 )
RS T
R1 8 6 1 k
U3 2 1 7 42 AN D _ TB 6 7 S
U 3 2 1 9 62 AN D_ TB6 7 S
R S T
0
A B _ R 2 9
3 2 B1 1
IN+IN-
OUT+OUT-
E1 6 1 7 2L IM I T( V( % I N +, % I N -) , 0 , 0. 0 4 )
C L K 0
0
0
0
3 2_ A B
U3 2 0 132 AN D _ TB 6 7 S
C 1 5 71 nF
IN+IN-
OUT+OUT-
E 1 6 1 9 9L IM I T( V( % IN +, % IN -) , 0 , 0. 04 )
C2 3 61 nF
0
0
3 2B 3 0
IN+IN-
OUT+OUT-
E_ 1 6 1 9 7I F (V (C W 0 , 0 )> 8 00 m , V( 3 2 A B 2 8, 0 ), V (3 2A 2 8 , 0 ))
C L K 0
0
0
IN+IN-
OUT+OUT-
E1 6 2 7 9L IM I T( V( % I N +, % I N -) , 0 , 0. 0 5 )
3 2 B1 2
0
BB _ R 1 4
U 3 2 1 9 72 AN D_ TB6 7 S
U3 2 0 422 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
E1 6 1 0 7L I MI T( V( % I N +, % I N -), 0 , 0 . 0 5 )
U3 2 2 1 92 AN D _ TB6 7 S
0
0
U3 2 1 4 32 AN D _ TB 6 7 S
3 2B B 16
IN+IN-
OUT+OUT-
ES UM 1 8 7V(A B _F 1 7 )+V (AB _ F1 8 ) +V (A B _F 1 9 )+V( A B_ F 20 )
U3 2 1 7 52 AN D _ TB 6 7 S
U1 0 1 54DF F_ T B 67 S
CL K
D
R
S
B
0
0
B_ R1
A _ R 6
IN+IN-
OUT+OUT-
E S U M1 5 8L IM IT (V (% IN +)+V (% I N -) , 0 , 1 )
0
0
0
0
B_ F 2 6
R1 3 0 1 k
R S T
RS T
0
0
0
0
IN+IN-
OUT+OUT-
E 1 6 2 3 1L IM I T( V( % IN +, % IN -), 0 , 0. 0 2 )
3 2B 1
0
IN+IN-
OUT+OUT-
E_ 1 6 1 9 8I F (V (C W 0 , 0 )> 8 00 m , V( 3 2 A B 3 0, 0 ), V (3 2A 3 0 , 0 ))
IN+IN-
OUT+OUT-
E1 6 2 7 2L IM I T( V( % I N +, % I N -) , 0 , 0. 0 1 )
IN+IN-
OUT+OUT-
E 1 6 1 4 2L IM I T( V( % IN +, % IN -) , 0 , 0. 0 4 )
0U3 2 0 432 AN D _ TB 6 7 S
R1 8 7 1 k
IN+IN-
OUT+OUT-
E 1 6 3 0 0L IM I T( V( % IN +, % IN -), 0 , 0 . 0 4 )
IN+IN-
OUT+OUT-
E1 6 1 8 0L IM I T( V( % I N +, % I N -) , 0 , 0. 0 3 )
IN+IN-
OUT+OUT-
E1 6 1 6 1L IM I T( V( % I N +, % I N -) , 0 , 0. 0 5 )
0
B_ R1 6
C L K 0
0
0
B_ R1 2
BB _ F1 5
U 3 2 1 9 82 AN D_ TB6 7 S
IN+IN-
OUT+OUT-
E 1 6 3 2 1L IM I T( V( % IN +, % IN -) , 0 , 0. 01 )
C L K 0
3 2A B 13
0
0
IN+IN-
OUT+OUT-
E _ 1 6 1 0 6I F (V (C W 0 , 0 )>8 0 0m , V (3 2 BB 8 , 0 ) , V (3 2 B 8 , 0 ))
U1 0 1 55DF F_ T B 67 S
CL K
D
R
S
B
U3 2 0 8 12 AN D _ TB6 7 S
U3 2 1 7 62 AN D _ TB 6 7 S
U 1 0 2 07D F F _ TB 67 S
C L K
D
R
S
B
IN+IN-
OUT+OUT-
E_ 1 6 16 0I F( V( C W 0 , 0 ) >8 0 0 m , V( 3 2 A7 , 0) , V (3 2 A B7 , 0) )
U 3 2 1 9 92 AN D_ TB6 7 S
IN+IN-
OUT+OUT-
E1 6 2 16L IM I T(V ( % I N+, % I N -), 0 , 0 . 0 4 )
0
3 2B 4
RS T
0
0
0
0
A B _ R 1 9
R1 3 1 1 k
3 2A B 10
3 2A B 14
0
0
0
A B _ R 1
IN+IN-
OUT+OUT-
ES U M 1 5 9L IM I T( V( % I N +) + V(% IN - ), 0, 1 )
RS T
0
00
0
C W 0
U 1 0 2 01D FF _ TB6 7 S
C L K
D
R
S
B
U3 2 2 3 42 AN D _ TB6 7 S
3 2A B 15
CL K 0
0
B_ R2 7
IN+IN-
OUT+OUT-
E1 6 2 8 0L IM I T( V( % I N +, % I N -) , 0 , 0. 0 5 )
0
0
U3 2 1 7 72 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
E_ 1 6 1 9 9I F (V (C W 0 , 0 )> 8 00 m , V( 3 2 A B 2 4, 0 ), V (3 2A 2 4 , 0 ))
0
0
IN+IN-
OUT+OUT-
E 1 6 1 4 3L IM I T( V( % IN +, % IN -) , 0 , 0. 0 4 )
IN+IN-
OUT+OUT-
E1 6 2 6 1L IM I T( V( % I N +, % I N -) , 0 , 0. 0 3 )
0
0
0
U 1 0 1 72D F F _ TB 67 S
C L K
D
R
S
B
IN+IN-
OUT+OUT-
E1 6 1 8 1L IM I T( V( % I N +, % I N -) , 0 , 0. 0 1 )
3 2A 1 5
0
B_ F 1 4
U 1 0 2 3 7D F F _TB 6 7S
C L K
D
R
S
B
0
0
IN+IN-
OUT+OUT-
E_ 1 6 2 0 0I F (V (C W 0 , 0 )> 8 00 m , V( 3 2 A B 2 5, 0 ), V (3 2A 2 5 , 0 ))
IN+IN-
OUT+OUT-
E_ 1 6 16 5I F( V( C W 0 , 0 ) >8 0 0 m , V( 3 2 A1 4 , 0 ), V (3 2 AB 1 4, 0 ))
U3 2 2 2 02 AN D _ TB6 7 S
IN+IN-
OUT+OUT-
E1 6 1 2 9L I MI T( V( % I N +, % I N -), 0 , 0 . 0 3 )
IN+IN-
OUT+OUT-
ES UM 1 8 8V(A B _R 8 )+V (AB _ R 9 )+V (A B_ R 1 0) + V(A B _R 1 1)
IN+IN-
OUT+OUT-
E 1 6 3 1 3L IM I T( V( % IN +, % IN -) , 0 , 0. 05 )
0
IN+IN-
OUT+OUT-
E 1 6 1 3 2L IM I T( V( % IN +, % IN -) , 0 , 0. 0 5 )
0
0
U 3 2 0 012A ND _T B 6 7 S
U 3 2 2 0 02 AN D_ TB6 7 S
IN+IN-
OUT+OUT-
E1 6 2 17L IM I T(V ( % I N+, % I N -), 0 , 0 . 0 4 )
B_ F 2 7
IN+IN-
OUT+OUT-
E _ 1 6 1 1 1I F (V (C W 0 , 0 )>8 0 0m , V (3 2 BB 1 0 , 0 ), V (3 2 B1 0 , 0) )
A _ R 17
3 2A B 18
IN+IN-
OUT+OUT-
E1 6 2 6 2L IM I T( V( % I N +, % I N -) , 0 , 0. 0 3 )
0
0
IN+IN-
OUT+OUT-
ES UM 1 9 1L I MI T(V (% I N +)+ V (% I N-) , 0 , 1 )
U 1 0 2 08D F F _ TB 67 S
C L K
D
R
S
B
3 2A B 11
0
0
U 1 0 2 02D FF _ TB6 7 S
C L K
D
R
S
B
U3 2 1 7 82 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
ES U M 1 6 7L IM I T( V( % I N +) + V(% IN - ), 0, 1 )
0
3 2 AB 8
U3 2 2 3 52 AN D _ TB6 7 S
U 3 2 2 0 12 AN D_ TB6 7 S
0
0
IN+IN-
OUT+OUT-
E_ 1 6 16 6I F( V( C W 0 , 0 ) >8 0 0 m , V( 3 2 A1 3 , 0 ), V (3 2 AB 1 3, 0 ))
C L K 0
0
0
0
C 1 5 21 nF
U3 2 0 442 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
E 1 6 1 4 8L IM I T( V( % IN +, % IN -) , 0 , 0. 0 3 )
3 2A B 12
3 2_ A
0
U3 2 1 7 92 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
E_ 1 6 1 3 1IF (V (CW 0 , 0 )> 8 0 0m , V (3 2 B 7 , 0) , V(3 2 B B7 , 0 ))
00
IN+IN-
OUT+OUT-
E_ 1 6 2 0 1I F (V (C W 0 , 0 )> 8 00 m , V( 3 2 A B 2 6, 0 ), V (3 2A 2 6 , 0 ))
IN+IN-
OUT+OUT-
E1 6 2 18L IM I T(V ( % I N+, % I N -), 0 , 0 . 0 5 )
BB _ R 1 0
3 2 BB 8
IN+IN-
OUT+OUT-
E 1 6 2 5 6L IM I T( V( % IN +, % IN -), 0 , 0. 0 4 )
IN+IN-
OUT+OUT-
E1 6 2 6 3L IM I T( V( % I N +, % I N -) , 0 , 0. 0 3 )
U3 2 1 4 42 AN D _ TB 6 7 S
3 2A 1 6
C2 3 71 nF
IN+IN-
OUT+OUT-
E 1 6 2 4 3L IM I T( V( % IN +, % IN -), 0 , 0. 0 1 )
0
A_ F 2 8
0
00
B_ F 9
A B _ R 1 2
U 1 0 2 45D FF _ TB6 7 S
C L K
D
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U 1 0 2 03D FF _ TB6 7 S
C L K
D
R
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0
0
U3 2 0 8 22 AN D _ TB6 7 S
IN+IN-
OUT+OUT-
E _ 3 2 00 1
I F (V (C W 0 , 0 )>8 0 0m , V (3 2 _B B , 0 ) , V (3 2 _ B , 0 ))
0
BB _ R 5
U 1 0 2 38D F F_ TB 67 S
CL K
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R
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3 2 B2 5
RS T
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IN+IN-
OUT+OUT-
E_ 1 6 2 0 2I F (V (C W 0 , 0 )> 8 00 m , V( 3 2 A B 2 7, 0 ), V (3 2A 2 7 , 0 ))
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OUT+OUT-
E 1 6 2 5 7L IM I T( V( % IN +, % IN -), 0 , 0. 0 4 )
RS T
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U3 2 1 8 02 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
E 1 6 2 3 2L IM I T( V( % IN +, % IN -), 0 , 0. 0 3 )
IN+IN-
OUT+OUT-
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IN+IN-
OUT+OUT-
E1 6 1 8 2L IM I T( V( % I N +, % I N -) , 0 , 0. 0 2 )
IN+IN-
OUT+OUT-
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IN+IN-
OUT+OUT-
E 1 6 3 2 2L IM I T( V( % IN +, % IN -) , 0 , 0. 01 )
IN+IN-
OUT+OUT-
E 1 6 3 1 4L IM I T( V( % IN +, % IN -) , 0 , 0. 05 )
U 3 2 2 0 22 AN D_ TB6 7 S
CL K 0
3 2 BB 1 8
B_ F 2 1
IN+IN-
OUT+OUT-
E1 6 2 8 1L IM I T( V( % I N +, % I N -) , 0 , 0. 0 5 )
3 2 B2 6
3 2B B 3 1
3 2 B2 2
B_ F 8
3 2 A8
C 1 6 01 nF
IN+IN-
OUT+OUT-
E1 6 2 19L IM I T(V ( % I N+, % I N -), 0 , 0 . 0 5 )
0
0
3 2_ B
AB _ F1 4
CL K 0
0
0
A_ F 2 3
B_ F 1 0
U3 2 1 8 12 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
E1 6 1 8 3L IM I T( V( % I N +, % I N -) , 0 , 0. 0 2 )
RS T
0
0
BB _ R 2 9
IN+IN-
OUT+OUT-
E 1 6 2 3 3L IM I T( V( % IN +, % IN -), 0 , 0. 0 3 )
0
0
0
B_ R2 1
B_ R2 3
IN+IN-
OUT+OUT-
ES UM 1 8 9V(A B _F 2 1 )+V (AB _ F2 2 ) +V (A B _F 2 3 )+V( A B_ F 24 )
R S T
0
0
IN+IN-
OUT+OUT-
E 1 6 1 9 1L IM I T( V( % IN +, % IN -) , 0 , 0. 04 )
0
0
0
IN+IN-
OUT+OUT-
E1 6 1 7 3L IM I T( V( % I N +, % I N -) , 0 , 0. 0 5 )
IN+IN-
OUT+OUT-
E_ 1 6 2 0 3I F (V (C W 0 , 0 )> 8 00 m , V( 3 2 A B 1 9, 0 ), V (3 2A 1 9 , 0 ))
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BB _ R 8
3 2B 1 6
0
0
A_ F 2 2
IN+IN-
OUT+OUT-
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R S T
RS T
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U 3 2 2 0 32 AN D_ TB6 7 S
R1 5 2 1 k
IN+IN-
OUT+OUT-
E_ 1 6 1 3 6IF (V (CW 0 , 0 )> 8 0 0m , V (3 2 B 1 4 , 0 ) , V (3 2 BB 1 4 , 0 ))
IN+IN-
OUT+OUT-
E1 6 2 8 2L IM I T( V( % I N +, % I N -) , 0 , 0. 0 4 )
0
3 2A 3 1
A_ F 2 4
IN+IN-
OUT+OUT-
E S U M2 6 0V (B B_ F 17 ) +V(B B _F 1 8 )+V( B B _ F1 9 )+V (B B _F 2 0 )
IN+IN-
OUT+OUT-
E1 6 2 11L IM I T(V ( % I N+, % I N -), 0 , 0 . 0 3 )
0
CL K 0
00
IN+IN-
OUT+OUT-
E 1 6 2 3 4L IM I T( V( % IN +, % IN -), 0 , 0. 0 3 )
3 2 B2 3
3 2 B2 7
0
00
0
IN+IN-
OUT+OUT-
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R S T
0
00
IN+IN-
OUT+OUT-
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U 3 2 2 0 42 AN D_ TB6 7 S
C 1 4 61 nF
3 2 B8
C 1 7 61 n F
3 2 B2 4
0
B_ R4
BB _ R 1 1
0 0
0
IN+IN-
OUT+OUT-
E_ 1 6 1 3 7IF (V (CW 0 , 0 )> 8 0 0m , V (3 2 B 1 3 , 0 ) , V (3 2 BB 1 3 , 0 ))
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0
0
0
IN+IN-
OUT+OUT-
ES UM 1 9 0V(A B _R 1 2 )+V( A B _ R 1 3 )+V (AB _ R1 4 )+V (A B_ R 1 5 )
U 1 0 2 39D F F_ TB 67 S
CL K
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R
S
B
RS T
CL K 0
IN+IN-
OUT+OUT-
E_ 1 6 2 0 4I F (V (C W 0 , 0 )> 8 00 m , V( 3 2 A B 2 1, 0 ), V (3 2A 2 1 , 0 ))
IN+IN-
OUT+OUT-
ES UM 15 1V(A _ F 9) +V ( A_ F 1 0) +V (A _ F 11 ) +V (A _ F1 2 )
0
IN+IN-
OUT+OUT-
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0
3 2B 3 1
C1 5 51 n F
C 1 7 81 n F
0
A B _ R 1 5
AB _ F9
IN+IN-
OUT+OUT-
E1 6 1 8 4L IM I T( V( % I N +, % I N -) , 0 , 0. 0 2 )
00
0
0
0
U3 2 2 3 62 AN D _ TB6 7 S
0
0
0
0
U1 0 1 84DF F _TB 67 S
CL K
D
R
S
B
CL K 0
RS T
0
0
U 3 2 2 0 52 AN D_ TB6 7 S
A_ F 2 5
B_ F 1 1
IN+IN-
OUT+OUT-
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0
0
BB _ R 1 9
R1 5 3 1 k
0
0
0
0
3 2A B 11
IN+IN-
OUT+OUT-
E 1 6 1 4 9L IM I T( V( % IN +, % IN -) , 0 , 0. 0 4 )
R S T
0
0
3 2 A1 8
IN+IN-
OUT+OUT-
E1 6 2 20L IM I T(V ( % I N+, % I N -), 0 , 0 . 0 5 )
U1 0 2 09DF F_ T B 67 S
CL K
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R
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C L K 0
3 2A B 25
0
U 3 2 2 0 62 AN D_ TB6 7 S
0
IN+IN-
OUT+OUT-
E_ 1 6 16 8I F( V( C W 0 , 0 ) >8 0 0 m , V( 3 2 A9 , 0) , V (3 2 A B9 , 0) )
IN+IN-
OUT+OUT-
E1 6 2 6 4L IM I T( V( % I N +, % I N -) , 0 , 0. 0 2 )
IN+IN-
OUT+OUT-
E1 6 2 12L IM I T(V ( % I N+, % I N -), 0 , 0 . 0 2 )
0
B_ R2 4
AB _ F8
IN+IN-
OUT+OUT-
E S U M 2 28L IM I T( V( % IN +)+V (% I N -) , 0 , 1 )
R S T
0
0
0
C L K 0
CL K 0
0
0
IN+IN-
OUT+OUT-
E1 6 1 8 5L IM I T( V( % I N +, % I N -) , 0 , 0. 0 2 )
IN+IN-
OUT+OUT-
E 1 6 3 0 1L IM I T( V( % IN +, % IN -), 0 , 0 . 0 2 )
0
0
A_ F 2 6
IN+IN-
OUT+OUT-
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3 2A B 26
R S T
AB _ F1 0
U 1 0 2 49D FF _ TB6 7 S
C L K
D
R
S
B
3 2A B 22
0
0
B_ F 1 2 IN+IN-
OUT+OUT-
E 1 6 3 1 5L IM I T( V( % IN +, % IN -) , 0 , 0. 04 )
0
00
U 3 2 2 0 72 AN D_ TB6 7 S
CL K 0
RS T
0
0
3 2B B 11
IN+IN-
OUT+OUT-
ES UM 1 9 2V(A B _R 1 6 )+V( A B _ R 1 7 )+V (AB _ R1 8 )+V (A B_ R 1 9 )
0
0
0
0
0
0
0
0C2 1 81 n F
IN+IN-
OUT+OUT-
ES UM 15 2V(A _ F 13 )+V (A _ F 14 )+V (A _ F1 5 )+V (A _F 1 6 )
0
B_ R2 2
C 1 7 71 n F
IN+IN-
OUT+OUT-
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U1 0 2 10DF F_ T B 67 S
CL K
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R
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0
0
U 3 2 2 0 82 AN D_ TB6 7 S
0
0
U1 0 1 40DF F_ T B 67 S
CL K
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R
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RST
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0
0
0
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3 2B B 13
0
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3 2A B 0
U 1 0 2 50D FF _ TB6 7 S
C L K
D
R
S
B
IN+IN-
OUT+OUT-
E 1 6 3 2 3L IM I T( V( % IN +, % IN -) , 0 , 0. 03 )
C 2 0 91 nF
0
0IN+IN-
OUT+OUT-
E 1 6 1 4 4L IM I T( V( % IN +, % IN -) , 0 , 0. 0 5 )
0
B_ F 1 6
IN+IN-
OUT+OUT-
E1 6 2 21L IM I T(V ( % I N+, % I N -), 0 , 0 . 0 5 )
IN+IN-
OUT+OUT-
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0
0
BB _ R 1
C 1 4 71n F
U 1 0 2 40D F F_ TB 67 S
CL K
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R
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U 3 2 2 0 92 AN D_ TB6 7 S
0
A_ F 2 7
U 1 0 1 9 2D F F _TB 6 7 S
CL K
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R
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IN+IN-
OUT+OUT-
E1 6 2 8 4L IM I T( V( % I N +, % I N -) , 0 , 0. 0 3 )
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0
0
U 1 0 1 73D F F _ TB 67 S
C L K
D
R
S
B
3 2 AB 1 3
U 1 0 2 51D FF _ TB6 7 S
C L K
D
R
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C L K0
CL K 0
0
0
3 2B B 10
3 2A B 27
0
0
U 3 2 2 1 02 AN D_ TB6 7 S
IN+IN-
OUT+OUT-
E1 6 2 6 5L IM I T( V( % I N +, % I N -) , 0 , 0. 0 2 )
3 2B B 15
0
0
0
U3 2 2 3 72 AN D _ TB6 7 S
IN+IN-
OUT+OUT-
E SU M 2 2 9L IM I T(V (% I N +) + V( % IN - ), 0, 1 )
U1 0 2 11DF F_ T B 67 S
CL K
D
R
S
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0
00
IN+IN-
OUT+OUT-
E1 6 1 8 6L IM I T( V( % I N +, % I N -) , 0 , 0. 0 2 )
3 2A 1 1
U3 2 0 8 32 AN D _ TB6 7 S
0
0
0
3 2 B1 8
IN+IN-
OUT+OUT-
E 1 6 1 9 2L IM I T( V( % IN +, % IN -) , 0 , 0. 05 )
U 3 2 2 1 12 AN D_ TB6 7 S
3 2 BB 1 33 2B B 0
3 2A B 23
00
0
A B _ R 2 0
U 3 2 2 1 22 AN D_ TB6 7 S
IN+IN-
OUT+OUT-
ES UM 1 9 3V(A B _R 2 0 )+V( A B _ R 2 1 )+V (AB _ R2 2 )+V (A B_ R 2 3 )
3 2B B 11
0
0
0
A B _ R 4
IN+IN-
OUT+OUT-
E1 6 1 8 7L IM I T( V( % I N +, % I N -) , 0 , 0. 0 1 )
0
B_ R2 6
U 1 0 1 74D F F _ TB 67 S
C L K
D
R
S
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U 1 0 1 5 6D F F _TB 67 S
CL K
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R
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RST
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0
0
U1 0 1 68DF F_ T B 67 S
CL K
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R
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3 2A B 24
R S T
IN+IN-
OUT+OUT-
E1 6 2 22L IM I T(V ( % I N+, % I N -), 0 , 0 . 0 5 )
IN+IN-
OUT+OUT-
E S U M1 5 3L IM IT (V (% IN +)+V (% I N -) , 0 , 1 )
IN+IN-
OUT+OUT-
E 1 6 3 1 6L IM I T( V( % IN +, % IN -) , 0 , 0. 04 )
0
3 2A B 7
B_ F 1 7
IN+IN-
OUT+OUT-
E 1 6 1 5 0L IM I T( V( % IN +, % IN -) , 0 , 0. 0 3 )
RS T
0
U3 2 1 2 92 AN D _ TB 6 7 S
0
IN+IN-
OUT+OUT-
E_ 1 6 2 0 6I F (V (C W 0 , 0 )> 8 00 m , V( 3 2 A B 7 , 0 ), V (3 2 A7 , 0) )
U 3 2 2 1 32 AN D_ TB6 7 S
0
0
3 2A B 4
AB _ F1 1
C L K0
CL K 0
0
0
B_ F 1 3
R S T
3 2B B 12
3 2B B 4
CL K 0
B_ R1 8
IN+IN-
OUT+OUT-
E S U M2 6 2V (B B_ F 21 ) +V(B B _F 2 2 )+V( B B _ F2 3 )+V (B B _F 2 4 )
IN+IN-
OUT+OUT-
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3 2B B 73 2B B 4
U 1 0 2 1 2D F F _TB 67 S
C L K
D
R
S
B
0
0
3 2 A1 3
3 2B 1 1
U 3 2 2 1 42 AN D_ TB6 7 S
IN+IN-
OUT+OUT-
E1 6 2 23L IM I T(V ( % I N+, % I N -), 0 , 0 . 0 4 )
A_ F 7
U 1 0 1 75D F F _ TB 67 S
C L K
D
R
S
B
RS T
00
0
C 1 7 91 n F
3 2A 0
0
0
0
IN+IN-
OUT+OUT-
E1 6 1 8 8L IM I T( V( % I N +, % I N -) , 0 , 0. 0 3 )
C 2 1 01 nF
C L K 0
0
3 2A B 25
U 3 2 2 1 52 AN D_ TB6 7 S
U3 2 1 3 02 AN D _ TB 6 7 S
U3 2 1 2 52 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
E 1 6 3 1 7L IM I T( V( % IN +, % IN -), 0 , 0 . 0 1 )
0
0
A_ F 2 1
CL K 0
0
IN+IN-
OUT+OUT-
E 1 6 2 3 5L IM I T( V( % IN +, % IN -), 0 , 0. 0 2 )
U3 2 1 4 52 AN D _ TB 6 7 S
R S T
0
0
BB _ R 1 2
IN+IN-
OUT+OUT-
E 1 6 3 0 2L IM I T( V( % IN +, % IN -), 0 , 0 . 0 3 )
IN+IN-
OUT+OUT-
E1 6 2 24L IM I T(V ( % I N+, % I N -), 0 , 0 . 0 5 )
0
0
0
3 2A 7
R S T
RST
B_ F 2 9
B_ R6
3 2A 0
IN+IN-
OUT+OUT-
E SU M 2 0 3L IM I T(V (% I N +) + V( % IN - ), 0, 1 )
C L K0
0
0
0
0
RS T R S T
0
3 2B B 25
IN+IN-
OUT+OUT-
E S U M 2 3 8L IM I T(V (% I N +) + V(% IN - ), 0, 1 )
C2 3 81 nF
0
0
CL K 0
0
0
0
0
3 2 B1 3
BB _ F1 4
CL K 0
C L K 0
RS T
0
3 2A 4
IN+IN-
OUT+OUT-
E S U M 2 30L IM I T( V( % IN +)+V (% I N -) , 0 , 1 )
U 3 2 0 312 AN D_ TB6 7 S
CL K 0
IN+IN-
OUT+OUT-
E1 6 2 7 4L IM I T( V( % I N +, % I N -) , 0 , 0. 0 5 )
IN+IN-
OUT+OUT-
E1 6 1 6 2L IM I T( V( % I N +, % I N -) , 0 , 0. 0 5 )
AB _ F1 2
IN+IN-
OUT+OUT-
E S U M1 4 0L IM IT (V (% IN +)+V (% I N -) , 0 , 1 )
0
0
0
3 2B 7
0
0
0
0
0
IN+IN-
OUT+OUT-
E S U M2 6 3V (B B_ R 12 )+V (B B_ R 13 ) +V(B B _R 1 4) +V(B B _ R 1 5 )
R S T
RST
CL K 0
0
0
0
R1 5 4 1 k
IN+IN-
OUT+OUT-
E 1 6 3 0 3L IM I T( V( % IN +, % IN -), 0 , 0 . 0 3 )
RS T
BB _ R 1 5
U 1 0 2 4 1D F F _TB 6 7S
C L K
D
R
S
B
IN+IN-
OUT+OUT-
ES U M2 3 9L I MI T( V (% I N +) +V(% I N- ), 0, 1 )
U3 2 1 3 12 AN D _ TB 6 7 S
0
U3 2 1 4 62 AN D _ TB 6 7 S
U 1 0 1 4 4D F F _TB 6 7 S
C L K
D
R
S
B
IN+IN-
OUT+OUT-
E_ 1 6 1 3 9IF (V (CW 0 , 0 )> 8 0 0m , V (3 2 B 9 , 0) , V(3 2 B B9 , 0 ))
0
U3 2 0 8 42 AN D _ TB6 7 S
R S T
0
0
0
CL K 0
0
00
3 2 AB 1
3 2A 2 5
3 2A 2
CL K 0
R S T
CL K 0
0
0
3 2B 4
IN+IN-
OUT+OUT-
E_ 1 6 2 1 1I F (V (C W 0 , 0 )> 8 00 m , V( 3 2 A B 1 4, 0 ), V (3 2A 1 4 , 0 ))
0
0
IN+IN-
OUT+OUT-
E_ 1 6 16 1I F( V( C W 0 , 0 ) >8 0 0 m , V( 3 2 A8 , 0) , V (3 2 A B8 , 0) )
CL K 0
RS T
0
0
C2 1 91 nF
RS T
0
0
U3 2 1 3 22 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
E1 6 1 0 4L I MI T( V( % I N +, % I N -), 0 , 0 . 0 5 )
C L K0
0
3 2B 0
U3 2 1 4 72 AN D _ TB 6 7 S
0
B_ F 1 8
IN+IN-
OUT+OUT-
E 1 6 3 2 4L IM I T( V( % IN +, % IN -) , 0 , 0. 04 )
U1 0 1 85DF F _TB 67 S
CL K
D
R
S
B
CL K 0
R S T
CL K 0
0
U1 0 1 69DF F_ T B 67 S
CL K
D
R
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A _ R 3
U 1 0 2 4 2D F F _TB 6 7S
C L K
D
R
S
B
IN+IN-
OUT+OUT-
E 1 6 3 0 4L IM I T( V( % IN +, % IN -), 0 , 0 . 0 3 )
IN+IN-
OUT+OUT-
E1 6 2 25L IM I T(V ( % I N+, % I N -), 0 , 0 . 0 3 )
IN+IN-
OUT+OUT-
E S U M 2 4 0L IM I T(V (% I N +) + V(% IN - ), 0, 1 )
0
A_ F 1 6
IN+IN-
OUT+OUT-
E SU M 2 3 1L IM I T(V (% I N +) + V( % IN - ), 0, 1 )
C L K 0
0
00
BB _ F9
U3 2 1 4 82 AN D _ TB 6 7 S
C1 8 81 nF
IN+IN-
OUT+OUT-
E 1 6 1 5 1L IM I T( V( % IN +, % IN -) , 0 , 0. 0 3 )
0
0
R S T
3 2 BB 1
IN+IN-
OUT+OUT-
E 1 6 2 3 6L IM I T( V( % IN +, % IN -), 0 , 0. 0 2 )
R S T
0
A B _ R 1 6
CL K 0
0
IN+IN-
OUT+OUT-
E_ 1 6 2 1 2I F (V (C W 0 , 0 )> 8 00 m , V( 3 2 A B 1 3, 0 ), V (3 2A 1 3 , 0 ))
U 3 2 0 9 42 AN D_ TB6 7 S
0
0
00
3 2B 2 5
C L K 0
R S T
0
U1 0 1 70DF F_ T B 67 S
CL K
D
R
S
B
C 1 3 61n F
0
0
3 2_ B B
0
0
0
0
U3 2 1 3 32 AN D _ TB 6 7 S
C2 2 01 nF
3 2B B 25
C L K0
0
0
U 1 0 2 4 3D F F _TB 6 7S
C L K
D
R
S
B
U3 2 1 4 92 AN D _ TB 6 7 S
R S T
0
A_ F 1 7
AB _ F1 3
0
BB _ F8
C 1 8 01 n F
IN+IN-
OUT+OUT-
ES U M 1 4 1L IM I T( V( % I N +) + V(% IN - ), 0, 1 )
0
0
U1 0 1 71DF F_ T B 67 S
CL K
D
R
S
B
U 1 0 1 5 7D F F _TB 67 S
CL K
D
R
S
B
U 3 2 1 262 A N D _ T B6 7 S
RS T
0
0
U1 0 1 86DF F _TB 67 S
CL K
D
R
S
B
IN+IN-
OUT+OUT-
ES U M2 4 1L I MI T( V (% I N +) +V(% I N- ), 0, 1 )
0
0
BB _ F1 0
IN+IN-
OUT+OUT-
E1 6 2 02L IM I T(V ( % I N+, % I N -), 0 , 0 . 0 1 )
U 3 2 0 9 52 AN D_ TB6 7 S
C L K 0
0
0
0
U3 2 1 5 02 AN D _ TB 6 7 S
R S T
CL K 0
U3 2 1 3 42 AN D _ TB 6 7 S
U 1 0 1 9 3D F F _TB 6 7 S
CL K
D
R
S
B
IN+IN-
OUT+OUT-
E_ 1 6 2 1 3I F (V (C W 0 , 0 )> 8 00 m , V( 3 2 A B 1 5, 0 ), V (3 2A 1 5 , 0 ))
0
B_ F 1 9
0
0
0
IN+IN-
OUT+OUT-
E1 6 2 30L IM I T(V ( % I N+, % I N -), 0 , 0 . 0 5 )
3 2B B 26
0
0
0
0
0
3 2B B 22
C L K0
0
0
0
A_ F 3 0
IN+IN-
OUT+OUT-
E SU M 2 3 2L IM I T(V (% I N +) + V( % IN - ), 0, 1 )
U3 2 0 6 62 AN D _ TB6 7 S
U 1 0 1 5 8D F F _TB 67 S
CL K
D
R
S
B
3 2 _B
0
IN+IN-
OUT+OUT-
E1 6 2 7 5L IM I T( V( % I N +, % I N -) , 0 , 0. 0 4 )
R1 2 5 1 k
A_ F 2
0
0
IN+IN-
OUT+OUT-
E S U M 2 4 2L IM I T(V (% I N +) + V(% IN - ), 0, 1 )
C2 3 91 nF
R S T
0
00
0
0
3 2 A1
C L K0
0
A B _ R 2 7
U1 0 2 44DF F_ T B 67 S
CL K
D
R
S
B
U1 0 1 41DF F_ T B 67 S
CL K
D
R
S
B
R S T
0
0
R1 5 6 1 k
U 1 0 1 9 4D F F _TB 6 7 S
CL K
D
R
S
B
U1 0 1 87DF F _TB 67 S
CL K
D
R
S
B
R1 5 5 1 k
00
IN+IN-
OUT+OUT-
E_ 1 6 2 1 9I F (V (C W 0 , 0 )> 8 00 m , V( 3 2 A B 6 , 0 ), V (3 2 A6 , 0) )
0
0
00
0
3 2 AB 1 9
A B _ R 6
IN+IN-
OUT+OUT-
E1 6 1 8 9L IM I T( V( % I N +, % I N -) , 0 , 0. 0 3 )
U 1 0 1 5 9D F F _TB 67 S
CL K
D
R
S
B
R1 2 4 1 k
0
C L K 0
0
0
R1 5 7 1 k
IN+IN-
OUT+OUT-
E 1 6 3 1 8L IM I T( V( % IN +, % IN -) , 0 , 0. 05 )
IN+IN-
OUT+OUT-
E 1 6 1 3 3L IM I T( V( % IN +, % IN -) , 0 , 0. 0 5 )
IN+IN-
OUT+OUT-
E S U M 2 4 3L IM I T(V (% I N +) + V(% IN - ), 0, 1 )
U3 2 2 3 82 AN D _ TB6 7 S
0
U1 0 1 42DF F_ T B 67 S
CL K
D
R
S
B
IN+IN-
OUT+OUT-
E1 6 2 7 6L IM I T( V( % I N +, % I N -) , 0 , 0. 0 4 )
IN+IN-
OUT+OUT-
E _ 3 2 0 05
I F( V( C W 0 , 0 ) >8 0 0 m , V( 32 _ A , 0 ), V (3 2 _ AB , 0) )
00
0
B_ R1 7A_ F 1 8
IN+IN-
OUT+OUT-
E 1 6 1 5 2L IM I T( V( % IN +, % IN -) , 0 , 0. 0 1 )
U 1 0 2 1 3D F F _TB 67 S
C L K
D
R
S
B
0
IN+IN-
OUT+OUT-
E_ 1 6 1 4 5IF (V (CW 0 , 0 )> 8 0 0m , V (3 2 B 3 1 , 0 ) , V (3 2 BB 3 1 , 0 ))
IN+IN-
OUT+OUT-
E _ 1 6 1 0 0I F (V (C W 0 , 0 )>8 0 0m , V (3 2 BB 2 , 0 ) , V (3 2 B 2 , 0 ))
U 1 0 2 04D F F _ TB 67 S
C L K
D
R
S
B
IN+IN-
OUT+OUT-
E_ 1 6 16 9I F( V( C W 0 , 0 ) >8 0 0 m , V( 3 2 A1 0 , 0 ), V (3 2 AB 1 0, 0 ))
C 2 1 11 nF
0
0
3 2 A B 2 4
BB _ R 2 0
3 2B B 19
0
0
0
B_ F 2 0
C2 2 11 nF
U 3 2 0 9 62 AN D_ TB6 7 S
0
3 2 B1
BB _ F1 1
U3 2 0 4 82 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
E_ 1 6 1 3 2IF (V (CW 0 , 0 )> 8 0 0m , V (3 2 B 8 , 0) , V(3 2 B B8 , 0 ))
0
0
0
U3 2 1 5 12 AN D _ TB 6 7 S
3 2B B 23
3 2B B 27
0
0
0
C 2 1 21 nF
U1 0 1 43DF F_ T B 67 S
CL K
D
R
S
B
R S T
00
U 1 0 1 9 5D F F _TB 6 7 S
CL K
D
R
S
B
3 2A B 3
A_ F 1
U 1 0 2 1 4D F F _TB 67 S
C L K
D
R
S
B
C2 2 21 nF
U 3 2 0 9 72 AN D_ TB6 7 S
0
0
3 2 BB 2 4
BB _ R 4
C L K 0
R S T
0
0
IN+IN-
OUT+OUT-
E1 6 2 7 7L IM I T( V( % I N +, % I N -) , 0 , 0. 0 5 )
IN+IN-
OUT+OUT-
E_ 1 6 17 0I F( V( C W 0 , 0 ) >8 0 0 m , V( 3 2 A1 1 , 0 ), V (3 2 AB 1 1, 0 ))
IN+IN-
OUT+OUT-
E1 6 2 03L IM I T(V ( % I N+, % I N -), 0 , 0 . 0 1 )
3 2B B 24
0
0
A_ F 1 9
IN+IN-
OUT+OUT-
E1 6 2 6 6L IM I T( V( % I N +, % I N -) , 0 , 0. 0 3 )
IN+IN-
OUT+OUT-
E 1 6 3 0 5L IM I T( V( % IN +, % IN -), 0 , 0 . 0 2 )
U3 2 0 4 92 AN D _ TB6 7 S
0
IN+IN-
OUT+OUT-
E 1 6 3 2 5L IM I T( V( % IN +, % IN -) , 0 , 0. 03 )
CL K 0
0
0
B_ F 2 8
U3 2 0 7 02 AN D _ TB6 7 S
IN+IN-
OUT+OUT-
ES UM 1 9 4V(A B _R 2 4 )+V( A B _ R 2 5 )+V (AB _ R2 6 )+V (A B_ R 2 7 )
0
0
1/32 step (H, H, H)
0
0
3 2A 1 9
RS T
0
0
A_ F 3
BB _ F1 2
0
0
0
3 2 A2 4
U 1 0 2 1 5D F F _TB 67 S
C L K
D
R
S
B
0
0
0
IN+IN-
OUT+OUT-
E_ 1 6 17 1I F( V( C W 0 , 0 ) >8 0 0 m , V( 3 2 A1 2 , 0 ), V (3 2 AB 1 2, 0 ))
3 2B B 23 2B 2
0
U 3 2 0 672 A N D_ T B6 7 S
U3 2 1 5 22 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
E_ 1 6 1 4 6IF (V (CW 0 , 0 )> 8 0 0m , V (3 2 B 2 2 , 0 ) , V (3 2 BB 2 2 , 0 ))
R S T
0
0
C L K 0
0
0
IN+IN-
OUT+OUT-
E 1 6 2 2 9L IM I T( V( % IN +, % IN -), 0 , 0. 0 4 )
C 1 3 71 nF
C2 1 31n F
0
0
U3 2 0 8 52 AN D _ TB6 7 S
0
0
0
AB _ F1 5
C 1 8 91 nF
U3 2 0 7 12 AN D _ TB6 7 S
00
CL K 0
0
0
0
0
C2 2 31 n F
3 2A 3
0
0
0
A_ F 2 0
IN+IN-
OUT+OUT-
E1 6 2 6 7L IM I T( V( % I N +, % I N -) , 0 , 0. 0 2 )
IN+IN-
OUT+OUT-
E1 6 2 8 8L IM I T( V( % I N +, % I N -) , 0 , 0. 0 5 )
32 _ A B
0
IN+IN-
OUT+OUT-
ES U M2 0 4V( B _ F 9 )+ V( B_ F 1 0) +V (B _ F 11 ) +V (B _ F1 2 )
U1 0 2 16DF F _ T B6 7 S
CL K
D
R
S
B
RS T
0
U3 2 0 642 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
E_ 1 6 1 4 7IF (V (CW 0 , 0 )> 8 0 0m , V (3 2 B 2 3 , 0 ) , V (3 2 BB 2 3 , 0 ))
U 1 0 1 4 5D F F _TB 6 7 S
C L K
D
R
S
B
B_ F 3 0
3 2 AB 2 6
IN+IN-
OUT+OUT-
E_ 1 6 2 1 4I F (V (C W 0 , 0 )> 8 00 m , V( 3 2 A B 9 , 0 ), V (3 2 A9 , 0) )
IN+IN-
OUT+OUT-
E 1 6 2 9 9L IM I T( V( % IN +, % IN -), 0 , 0 . 0 5 )
0
IN+IN-
OUT+OUT-
E1 6 2 6 8L IM I T( V( % I N +, % I N -) , 0 , 0. 0 3 )
IN+IN-
OUT+OUT-
E SU M 1 7 2L IM I T(V (% IN +) + V( % IN - ), 0, 1 )
U 3 2 0 9 82 AN D_ TB6 7 S
3 2 B2 4
IN+IN-
OUT+OUT-
ES UM 14 2V(A _ F 1) +V ( A_ F 2 )+V( A_ F 3 )+V ( A_ F 4)
0
0
BB _ F3 0
B_ F 2 3
IN+IN-
OUT+OUT-
E 1 6 3 0 6L IM I T( V( % IN +, % IN -), 0 , 0 . 0 2 )
0
0
0
0
0
00
IN+IN-
OUT+OUT-
E1 6 2 7 8L IM I T( V( % I N +, % I N -) , 0 , 0. 0 5 )
U3 2 2 3 92 AN D _ TB6 7 S
IN+IN-
OUT+OUT-
E_ 3 2 0 0 3
IF (V (CW 0 , 0 )> 80 0 m , V( 3 2 _B , 0) , V (3 2 _ BB , 0) )
0
0
0
U3 2 0 032 AN D _ TB 6 7 S
R S T
IN+IN-
OUT+OUT-
E 1 6 1 5 3L IM I T( V( % IN +, % IN -) , 0 , 0. 0 2 )
U 3 2 0 9 92 AN D_ TB6 7 S
0
CL K 0
0
32 B B 26
U3 2 0 6 52 AN D _ TB6 7 S
0
0
CL K 0
IN+IN-
OUT+OUT-
ES U M2 0 5V( B _ F 1 3 )+V( B_ F 14 ) + V(B _ F 1 5 )+V (B _ F1 6 )
IN+IN-
OUT+OUT-
E _ 1 6 1 0 2I F (V (C W 0 , 0 )>8 0 0m , V (3 2 BB 4 , 0 ) , V (3 2 B 4 , 0 ))
0
0
U 1 0 1 4 6D F F _TB 6 7 S
C L K
D
R
S
B
IN+IN-
OUT+OUT-
ES UM 2 2 2L I MI T(V ( % I N+ )+ V (% I N-) , 0 , 1 )
0
0
0
0
RS T
CL K 0
000
0
0
0
U3 2 0 7 22 AN D _ TB6 7 S
IN+IN-
OUT+OUT-
ES UM 1 9 5V(A B _R 2 8 )+V( A B _ R 2 9 )
RS T
C1 9 01 nF
IN+IN-
OUT+OUT-
E1 6 1 6 3L IM I T( V( % I N +, % I N -) , 0 , 0. 0 5 )
B_ F 2 2
3 2B 1 9
32 A 2 6
IN+IN-
OUT+OUT-
E 1 6 3 2 6L IM I T( V( % IN +, % IN -) , 0 , 0. 03 )
0
0
BB _ F1 3
IN+IN-
OUT+OUT-
E_ 1 6 1 4 8IF (V (CW 0 , 0 )> 8 0 0m , V (3 2 B 1 7 , 0 ) , V (3 2 BB 1 7 , 0 ))
0
00
0
U3 2 0 022 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
E 1 6 1 5 4L IM I T( V( % IN +, % IN -) , 0 , 0. 0 2 )
IN+IN-
OUT+OUT-
E 1 6 2 3 7L IM I T( V( % IN +, % IN -), 0 , 0. 0 3 )
0
00
0
0
A B _ R 2 3
IN+IN-
OUT+OUT-
E1 6 2 00L IM I T(V ( % I N+, % I N -), 0 , 0 . 0 1 )
IN+IN-
OUT+OUT-
E1 6 2 8 5L IM I T( V( % I N +, % I N -) , 0 , 0. 0 4 )
IN+IN-
OUT+OUT-
ES U M 1 6 2L I M I T( V ( % IN +) +V (% I N -) , 0, 1 )
0
B_ F 2 4
B_ F 7
A B _ R 2 1
CL K 0
0
0
0
BB _ R 1 6
U3 2 2 2 12 AN D _ TB6 7 S
IN+IN-
OUT+OUT-
E1 6 2 26L IM I T(V ( % I N+, % I N -), 0 , 0 . 0 4 )
CL K 0
0
0
RS T
0
A B _ R 5
IN+IN-
OUT+OUT-
E S U M 2 06L IM I T( V( % IN +)+V (% I N -) , 0 , 1 )
U3 2 0 7 32 AN D _ TB6 7 S
3 2B 0
RS T
0
IN+IN-
OUT+OUT-
E_ 1 6 1 4 9IF (V (CW 0 , 0 )> 8 0 0m , V (3 2 B 1 8 , 0 ) , V (3 2 BB 1 8 , 0 ))
U3 2 1 8 22 AN D _ TB 6 7 S
0
0
U 1 0 1 4 7D F F _TB 6 7 S
C L K
D
R
S
B
IN+IN-
OUT+OUT-
E1 6 2 8 6L IM I T( V( % I N +, % I N -) , 0 , 0. 0 4 )
CL K 0
IN+IN-
OUT+OUT-
E 1 6 2 3 8L IM I T( V( % IN +, % IN -), 0 , 0. 0 2 )
U 3 2 2 1 62 AN D_ TB6 7 S
IN+IN-
OUT+OUT-
E 1 6 2 5 8L IM I T( V( % IN +, % IN -), 0 , 0. 0 4 )
00
0
0
32 B 2 6
U1 0 2 05DF F_ T B 67 S
CL K
D
R
S
B
0
IN+IN-
OUT+OUT-
E1 6 2 27L IM I T(V ( % I N+, % I N -), 0 , 0 . 0 4 )
IN+IN-
OUT+OUT-
ES UM 14 3V(A _ F 5) +V ( A_ F 6 )+V( A_ F 7 )+V ( A_ F 8)
R S T
0
0
0
BB _ R 6
U3 2 1 8 32 AN D _ TB 6 7 S
0
0
0
C 1 6 21 n F
IN+IN-
OUT+OUT-
E 1 6 1 2 3L IM I T( V( % IN +, % IN -) , 0 , 0. 0 4 )
U 3 2 1 0 02 AN D_ TB6 7 S
CL K 0
IN+IN-
OUT+OUT-
E 1 6 2 3 9L IM I T( V( % IN +, % IN -), 0 , 0. 0 3 )
0
U3 2 2 1 72 AN D _ TB6 7 S
C 1 8 11 n F
0
0
U 3 2 1 0 12 AN D_ TB6 7 S
IN+IN-
OUT+OUT-
E 1 6 1 9 3L IM I T( V( % IN +, % IN -) , 0 , 0. 05 )
0
0
0
3 2A B 16
U3 2 0 142 AN D _ TB 6 7 S
CL K 0
0
0
00
IN+IN-
OUT+OUT-
E S U M 2 07L IM I T( V( % IN +)+V (% I N -) , 0 , 1 )
3 2A 9
3 2A 8
RS T
0
0
0
0
BB _ R 2 7
IN+IN-
OUT+OUT-
E_ 1 6 1 3 0IF (V (CW 0 , 0 )> 8 0 0m , V (3 2 B 1 6 , 0 ) , V (3 2 BB 1 6 , 0 ))
IN+IN-
OUT+OUT-
E1 6 1 7 4L IM I T( V( % I N +, % I N -) , 0 , 0. 0 5 )
0
0
0
0
U 3 2 2 1 82 AN D _ TB 6 7 S
IN+IN-
OUT+OUT-
E_ 1 6 1 5 0IF (V (CW 0 , 0 )> 8 0 0m , V (3 2 B 2 0 , 0 ) , V (3 2 BB 2 0 , 0 ))
C 1 3 81n F
R1 6 8 1 k3 2A 5
0
3 2A 6
0
0
U 3 2 1 842 A N D_ T B6 7 S
IN+IN-
OUT+OUT-
E_ 1 6 2 0 7I F (V (C W 0 , 0 )> 8 00 m , V( 3 2 A B 8 , 0 ), V (3 2 A8 , 0) )
0
0
B_ F 2 5
B_ R3
IN+IN-
OUT+OUT-
E 1 6 3 2 7L IM I T( V( % IN +, % IN -) , 0 , 0. 01 )
U3 2 0 7 42 AN D _ TB6 7 S
3 2B B 3
U 1 0 2 06D F F _ TB 67 S
C L K
D
R
S
B
0
R1 3 6 1 k
U3 2 0 152 AN D _ TB 6 7 S
RS T
CL K 0
UMD_LOGIC Block (Equivalent Circuit)
10Copyright (C) Siam Bee Technologies 2016
U M D _ L O G I CD M O D E _ TB 6 7 S
S e l_ 1 _ 8S e l_ 1 _ 1 6
D m 0D m 1D m 2
S e l_ 1 _ 3 2
S e l_ F s tS e l_ H s tS e l_ Q s t
S e l_ H s t _ aS e l_ H s t _ b
S e l_ H s t _ a
S e l_ H s t _ b
U M D _ 1 _8 _ 23A N D _ TB 6 7 S
U M D _ 1 _ 8_ 1I N V _TB 67 S
1/8 step (H, L, H)S e l_ 1 _ 8
U M D _ F S T2N O R _ TB 6 7 S
U M D _ H S T_A 12N O R _ TB 6 7 S
U M D _ H S T_A 22A N D _ TB 6 7 S
U M D _ 1 _1 6 _ 23A N D _ TB 6 7 S
S e l_ 1 _ 161/16 step (H, H, L)
U M D _ H S T_B 12N O R _ TB 6 7 S
U M D _ H S T_B 22A N D _ TB 6 7 S
U M D _ 1 _ 16 _ 1I N V _TB 67 S
D m 0
D m 2D m 1
U M D _ 1 _3 23A N D _ TB 6 7 S
S e l_ 1 _ 321/32 step (H, H, H)
S e l_ H s t
S e l_ F s t
U M D _ H S T2O R _ TB 67 S
Half step (a) (L, H, L)Half step (b) (H, L, L)
Full step (L, L, L) - StandbyFull step (L, L, H)
U M D _ Q S T23A N D _ TB 6 7 S
U M D _ Q S T1I N V _TB 67 S
S e l_ Q s tQuarter step (L, H, H)
URS_A, URS_B Block (Equivalent Circuit)
11Copyright (C) Siam Bee Technologies 2016
U R S _ AR S C O M P _ TB 6 7 S
C t rl_ O U T1
C t rl_ O U T2
VR
EF
1
O S C _ I NI R T_ I N
RS
N1
RS
N2
P O R 5
VR
EF
2R E F
C L K 0 1
C t rl_ O U T1
C t rl_ O U T2
V R E F 1
C L K 0 1
U S E E K _ I N VI N V _ TB 6 7 S U S E E K _ O F F
2 A N D _ TB 6 7 S
R s k _ d ly
0
C s k _ d ly
O S C _ I NI R T_ I N
R S N 1
R S N 2
P O R 5
IN+IN-
OUT+OUT-
E M U X1
00
IN+IN-
OUT+OUT-
E M U X2
00
V R E F 2
R E F
0
D 1D I _TB 6 7S
0
R m e g 1
U R S T_ E R R 1R S F F _ TB 6 7S
R
S
Q
Q B
U R S T_ E R R 2R S F F _ TB 6 7S
R
S
Q
Q B
U A C TR L _R E F 2V R E F _ TB 6 7 S
R E F _ I N
C T R L _ P O NR S G
U O F F TI M E 2TI M E R _ TO F F _ TB 6 7 S
S E N S E _ O F F
L TC H _ TO F F
P O R 5
R TO S C M
U S E E K 12 O R _ TB 6 7 S
U A C TR L _R E F 1V R E F _ TB 6 7 S
R E F _ I N
C T R L _ P O NR S G
U O F F TI M E 1TI M E R _ TO F F _ TB 6 7 S
S E N S E _ O F F
L TC H _ TO F F
P O R 5
R TO S C M
U S E E K 22 O R _ TB 6 7 S
URS_A, URS_B-UACTRL_REF1, 2Block (Equivalent Circuit)
12Copyright (C) Siam Bee Technologies 2016
U A C TR L _ R E F 1V R E F _TB 6 7 S
R E F _ I N
C TR L _ P O NR S G
R 1 C 1
C 2
-+
+-
E R E F
0 0
IN+IN-
OUT+OUT-
E R E F _ M A X
0 0
R E F _ I N
C TR L_ P O N
VREF
R S G
U C O M _ I OC O M P _ TB 6 7 S
R E F
IN OP
URS_A, URS_B-UOFFTIME1, 2Block (Equivalent Circuit)
13Copyright (C) Siam Bee Technologies 2016
U O F F TI M E 1TI M E R _ TO F F _ TB 6 7 S
S E N S E _ O F F
L TC H _ TO F F
P O R 5
R TO S C M
R T
O S C M
U R S T_ L TC HR S F F _ T B 6 7 S
RS
B
U R S T_ TR I GR S F F _ TB 6 7 S
RS
BU I N V _ TR I G _ O F FIN V _ TB 6 7 S U TR I G _ O F F
2 A N D _ TB 6 7 S
R 1
0
C 1
V re f _ C t r l
0
C t
V re f _ C t
0
0
C TIC = 0
S E N S E _ O F F
0
U IN V _ L TC HIN V _ TB 6 7 S U L TC H _ O F F
2 A N D _ TB 6 7 S
R 2
0
C 2
C t r l_ D is
S n _ O n
S n _ O n
IN-OUT+OUT-
IN+G C H G
L TC H _ TO F F
Q N _ T B 6 7 SQ D is
0R b i
U C TR L _ T IM E R3 A N D _ T B 6 7 S
Q N _ TB 6 7 SQ C h g
P O R 5
U C O M _ TI M E RC O M P _ TB 6 7 S
RE
FIN OP
U C O M _ R E FC O M P _ TB 6 7 S
RE
FIN OP
UOSCM1 Block (Equivalent Circuit)
14Copyright (C) Siam Bee Technologies 2016
C _ IR T
IN+IN-
OUT+OUT-
E C TR L _ O U T R _ I R T
0
0
IR T
IN+IN-
OUT+OUT-
E re f _ O s c
00
C lk
D 1D I _TB 6 7 S
D 2D I _TB 6 7 S
O S C
C 1I C = 0
0 +-
G 1
IN+IN-
OUT+OUT-
E 1R 1
C 2
0
IN+IN-
OUT+OUT-
E 2
P k
0
V R E G V R E G 0
R O S C MG N D
IN+IN-
OUT+OUT-
E R E G
PARAMETERS:O N O F F _O S C = 0
V R T
R O S CR is oU P W M _ O U TC O M P _ TB 6 7 S
RE
FIN OP
IN+IN-
OUT+OUT-
E M U LO N O F F _ O S C
00
O N O F F
00
U O S C M 1O S C _ TB 6 7 S
V R E G
R O S C M G N DIR T
O S C
UPRE1, 2 Block (Equivalent Circuit)
15Copyright (C) Siam Bee Technologies 2016
U P R E 1D R V _ P R E _ TB 6 7 S
G 1
G 2
V S U B
IN 2
IN 1
O F F 1
O F F 2
BR
K
Q N _ TB 6 7 SQ 1 P
Q P _ TB 6 7 SQ 2 P
Q N _ TB 6 7 SQ 1 M
Q P _ TB 6 7 SQ 2 M
0
0
G 2
G 1
V S U B
U 12 A N D _ TB 6 7 S
U 22 A N D _ TB 6 7 S
I N 2
I N 1IN+IN-
OUT+OUT-
E 1
0
O F F 1
IN+IN-
OUT+OUT-
E 2
0
00
V S U B
O F F 2
0
B R K
0
C g 1
C g 2
R g 1
R g 2
UOUT1, 2 Block (Equivalent Circuit)
16Copyright (C) Siam Bee Technologies 2016
U O U T0 1D R V _ O U T_ TB 6 7 S
V G 1
C O M
O U T1
G N D
O U T2
S TB
V G 2
U 12A N D _ TB 67 S
S TB
U 22 A N D _ TB 6 7 S
C 2
V G 2
0
R 5 R 6
R 1 R 2
D O _TB 67 SD A P C
D O _ TB 6 7 SD A MC
R 3 R 4
V G 1 R G P R G MC G D MC G D P
C G S M
C O M
C G S P D O _ TB 6 7 SD A P
M A PM N O _ TB 6 7 S
M A MM N O _ TB 6 7 S
D O _ TB 6 7 SD A M
O U T1
G N D
C 1
0
O U T2
UTSD_ISD Block (Equivalent Circuit)
17Copyright (C) Siam Bee Technologies 2016
U TS D _ I S DE R R _ D E T_ TB 6 7 S
A L M
Te m p _ I n
E R R
I lim _ AI lim _ A B
P O R 5
C t rl_ R s t
I lim _ BI lim _ B B
IN+IN-
OUT+OUT-
E t e m p
R s 0
10 0u
U D E T12 O R _ TB 6 7 S
TI S D
C E R R10 0p F
U I N V _ C T R L _ R S TI N V _ TB 6 7 S
0
0
0
U D E T22 O R _ TB 6 7 S
I lim _ B B
I lim _ B
U L IM _ A 1H Y S _ L IM0
C A L M
U L IM _ B 1H Y S _ L IM
0
0
C t rl_ A lm
I lim _ A
P O R 5
C t rl_ R s t
Err detect (TSD/ISD)
Pre TSD
M E R RM N E A M _ TB 6 7S
D I _ TB 67 SD E R R
E R R
0
I l im _ A B
0
C I N T_ S TB YIC = 0
R E D G E
0
C E D G E
U E D G E _ 1_ 25 U S2 A N D _ TB 6 7 S
U I N V _ E D G E 2IN V _ TB 67 S
U L IM _ AH Y S _ L IM0
M TS DM N E A M _ TB 6 7 S
R 11 0 0k
U L IM _ BH Y S _ L IM
M A L MM N E A M _ TB 6 7 S
D I _ TB 67 SD A L M
C t rl_ E rr
0
A L M
0
U H Y S 1H Y S _ TE M P0
U R E T_ S TB YIN V _ TB 67 S
U D E T33 N O R _TB 6 7 S
Te m p_ I n
C 1IC = 0
V no mTN O M
0
R D Y L 1
0
0
C D Y L 1
U D L Y 12 A N D _ TB 6 7 S
PARAMETERS:TN O M = 2 5
U R S T_ E R RR S F F _ TB 6 7 S
RS
B
1) Full step (L, L, H)- Simulation Circuit
18Copyright (C) Siam Bee Technologies 2016
ROSCM= 10kΩVREF= 2VVM= 24V
CLK= 2kHz
L= 1.5mHRs= 1ΩCp=100pFK= 0.9987
MODE= L, L, H
1) Full step (L, L, H) - Simulation Result
19Copyright (C) Siam Bee Technologies 2016
Phase A+
Phase A-
Phase B+
Phase B-
K= 0.9987
Iout(max)=VREF*3/4Ex: 2.0*3/4= 1.5A (100%)
100%
2) Half step (a) (L, H, L)- Simulation Circuit
20Copyright (C) Siam Bee Technologies 2016
ROSCM= 10kΩVREF= 2VVM= 24V
CLK= 2kHz
L= 1.5mHRs= 1ΩCp=100pFK= 0.9987
MODE= L, H, L
2) Half step (a) (L, H, L) - Simulation Result
21Copyright (C) Siam Bee Technologies 2016
Phase A+
Phase A-
Phase B+
Phase B-
K= 0.9987
K= 0.9987
0%
100%
3) Half step (b) (H, L, L)- Simulation Circuit
22Copyright (C) Siam Bee Technologies 2016
ROSCM= 10kΩVREF= 2V VM= 24V
CLK= 2kHz
L= 1.5mHRs= 1ΩCp=100pFK= 0.9987
MODE= H, L, L
3) Half step (b) (H, L, L) - Simulation Result
23Copyright (C) Siam Bee Technologies 2016
Phase A+
Phase A-
Phase B+
Phase B-
K= 0.9987
100%71%
0%
4) Quarter step (L, H, H) - Simulation Circuit
24Copyright (C) Siam Bee Technologies 2016
ROSCM= 10kΩVREF= 2V VM= 24V
CLK= 5kHz
L= 1.5mHRs= 1ΩCp=100pFK= 0.999987
MODE= L, H, H
4) Quarter step (L, H, H) - Simulation Result
25Copyright (C) Siam Bee Technologies 2016
Phase A+
Phase A-
Phase B+
Phase B-
K= 0.999987
100%71%
0%
38%
5) 1/8 step (H, L, H) - Simulation Circuit
26Copyright (C) Siam Bee Technologies 2016
ROSCM= 10kΩVREF= 2V VM= 24V
CLK= 10kHz
L= 1.5mHRs= 1ΩCp=100pFK= 0.999987
MODE= H, L, H
5) 1/8 step (H, L, H) - Simulation Result
27Copyright (C) Siam Bee Technologies 2016
Phase A+
Phase A-
Phase B+
Phase B-
K= 0.999987
6) 1/16 step (H, H, L) - Simulation Circuit
28Copyright (C) Siam Bee Technologies 2016
ROSCM= 10kΩVREF= 4V VM= 24V
CLK= 10kHz
L= 1.5mHRs= 1ΩCp=100pFK= 0.999987
MODE= H, H, L
6) 1/16 step (H, H, L) - Simulation Result
29Copyright (C) Siam Bee Technologies 2016
Phase A+
Phase B+
Phase B-
K= 0.999987RESET
Phase A-
Iout(max)=VREF*3/4Ex: 4.0*3/4= 3.0A (100%)
3.0A (100%)
7) 1/32 step (H, H, H) - Simulation Circuit
30Copyright (C) Siam Bee Technologies 2016
ROSCM= 10kΩVREF= 4V VM= 24V
CLK= 10kHz
L= 1.5mHRs= 1ΩCp=100pFK= 0.999987
MODE= H, H, H
7) 1/32 step (H, H, H) - Simulation Result
31Copyright (C) Siam Bee Technologies 2016
K= 0.999987
Phase A+
Phase B+
Phase B-
Phase A-
8) Fixed off time setting - Simulation Circuit
32Copyright (C) Siam Bee Technologies 2016
ROSCM= 10kΩVREF= 2VVM= 24V
CLK= 2kHz
L= 1.5mHRs= 1ΩCp=100pFK= 0.9987
8) Fixed off time setting - Simulation Result
33Copyright (C) Siam Bee Technologies 2016
Operating waveform of the ROSCM= 10kΩ
tOFF (Fixed)tON
[9.953us]
Phase A+
Phase A-
Phase B+
Phase B-
tOFF (Fixed)tON
[9.953us]
8) Fixed off time setting - ROSCM vs. tOFF
Copyright (C) Siam Bee Technologies 2016 34
ROSCM (kΩ)TOFF (us)
%ErrorMeasurement Simulation
3.9 4.100 4.014 -2.10
4.7 4.900 4.678 -4.53
5.6 5.800 5.574 -3.90
6.8 7.000 6.768 -3.31
8.2 8.300 8.162 -1.66
10 10.000 9.953 -0.47
15 15.000 14.930 -0.467
18 18.000 17.915 -0.472
22 21.000 21.256 1.219
27 26.000 26.577 2.219
39 37.000 38.245 3.365
Comparison table Comparison Graph
0
10
20
30
40
50
0 10 20 30 40
Fixe
d of
f tim
e,to
ff (u
s)
ROSCM (kΩ)
MeasurementSimulation
Simulation Settings
Analysis directives:
Time Domain (Transient) Run to time: 4~15ms Start saving data after: 0s Maximum step size: 250ns(*startup uic)
.Options :
.Options RELTOL=0.01
.Options GMIN=100.00E-9
.Options METHOD=GEAR* Engine Solver: Alternate.Options Topologycheck=0
Libraries:
.LIB tb67s149ftg.lib
35Copyright (C) Siam Bee Technologies 2016