Program Sequence
[ P R O G R A M ]
P R O G
N O .
=
1
P R O G
C H A I N
N O . =
0
R U N
C O U N T
=
0
C L E A R
S E Q .
=
N O
[ S E Q U E N C E ]
S E Q
N O . = 1
S E Q .
T Y P E = A U T O
V O L T A G E = 1 0
( V )
V
S . R .
= 1
( V / m S )
C U R R E N T = 2 0
( A )
I
S . R .
= 1
( A / m S )
T T L
O U T = 1
< B I N A R Y = 0 0 0 0 0 0 0 1 >
T I M E
= 5
( S )
[ S E Q U E N C E ]
S E Q
N O . = 2
S E Q .
T Y P E = M A N U A L
V O L T A G E = 3 0
( V )
V
S . R .
= 1 0
( V / m S )
C U R R E N T = 1 5
( A )
I
S . R .
= 0 . 1 ( A / m S )
T T L
O U T = 2
< B I N A R Y = 0 0 0 0 0 1 0 0 >
T I M E
= 1 0
( S )
↓
↓
↓
[ S E Q U E N C E ]
S E Q
N O . = 9
S E Q .
T Y P E = A U T O
V O L T A G E = 0
( V )
V
S . R .
= 1 . 0 ( V / m S )
C U R R E N T = 0
( A )
I
S . R .
= 1 . 0 ( A / m S )
T T L
O U T = 0
< B I N A R Y = 0 0 0 0 0 0 0 0 >
T I M E
= 0 . 1 ( S )
[ S E Q U E N C E ]
S E Q
N O . = 10
S E Q .
T Y P E = A U T O
V O L T A G E = 0
( V )
V
S . R .
= 1 . 0 ( V / m S )
C U R R E N T = 0
( A )
I
S . R .
= 1 . 0 ( A / m S )
T T L
O U T = 0
< B I N A R Y = 0 0 0 0 0 0 0 0 >
T I M E
= 0 . 1 ( S )
Figure 4-11
A5: Execution step:
(1) SEQ#1:
(1) Since SEQ TYPE = AUTO is set for SEQ#1, it begins to execute the settings
in SEQ#1.
(2) The actual current Slew_rate is 0.05(A/mS) that is smaller than the setting
(1A/mS); therefore SEQ#1 is in CV Mode during voltage raise.
(3) When the current reaches the set 10V, it remains 5 sec.
(4) Skip to SEQ#2.
(2) SEQ#2:
(1) Since SEQ TYPE = AUTO is set for SEQ#2, it begins to execute the settings
in SEQ#2.
(2) The actual current Slew_rate is 0.05(A/mS) that is smaller than the setting
(0.1A/mS); therefore, SEQ#2 is in CV Mode during voltage raise.
4-11