ChipFind - документация

Электронный компонент: 1564ИЕ7

Скачать:  PDF   ZIP























1564
6,1564
7
1569
6,1569
7
-
1597
6,1597
7
238.16-1
-
4-
1569, 1597
54
192, 54
193
. National Sem. Corp.,
-
-
-
-
1
D2
2-
2
Q2
2-
3
Q1
1-
4
-1
5
+1
6
Q4
3-
7
Q8
4-
8
OV
9
D8
4-
10
D4
3-
11
Sn
D
12
CR
13
BR
14
R
.0
15
D1
1-
16
U
CC
+1
-1
Sn R
1
1
0
1
1
0
0
0
1
.0
X
-
-
,
-
-
,
U
CC
2,0
6,0
0,5
7,0
,
U
I
0
U
CC
1,5
U
CC
+1,5
,
U
0
0
U
CC
0,5
U
CC
+0,5
5
.
BR
D2
R
Sn
D1
D4
D8
+1
-1
Q1
Q2
Q8
Q4
CR
6
0
7
8
9
1
2
0
1
0
9 8 7
7
BR
D2
R
Sn
D1
D4
D8
+1
-1
Q1
Q2
Q8
Q4
CR
0
14 13
13
14 15
1
0
2
1 0 15
-1
+1

R
BR
Q1
Q2
Q4
Q8
3
1
Sn
15
10
9
2
7
6
R
1
0
(
6
)
,
2
(
7
)
11
D1
D2
D4
D8
14
4
5
13
12
6,
7













































-
,
,
-
-
-
-
-
-
-
(
),
,
,
-
-
-
-
-
-
(
),
U
0Lmax
-
U
0Hmin
-
,
,
:
,
,
:
U
CC
=3,0*
;U
IL
=0,45*
;U
IH
=2,25*
;I
0
=20
0,1
- 60 3 U
CC
=3,0*
;U
IL
=0,45*
;U
IH
=2,25*
;I
0
=20
U
CC
- 60 3
U
CC
=2,0**
;U
IL
=0,3**
;U
IH
=1,5**
;I
0
=20
85 3 U
CC
=2,0
; U
IL
=0,3
; U
IH
=1,5
; I
0
=20
- 0,1
85 3
U
CC
=4,5
; U
IL
=0,9
;U
IH
=3,15
;I
0
=20
U
CC
=4,5
; U
IL
=0,9
; U
IH
=3,15
;I
0
=20
U
CC
=6,0
; U
IL
=1,2
;U
IH
=4,2
; I
0
=20
U
CC
=6,0
; U
IL
=1,2
; U
IH
=4,2
; I
0
=20
U
CC
=4,5
; U
IL
=0,9
;U
IH
=3,15
; I
0
=4,0
0,26 25 10 U
CC
=4,5
; U
IL
=0,9
; U
IH
=3,15
I
0
=4,0
3,98
25 10
0,40 - 60 3
3,70
- 60 3
85 3
85 3
U
CC
=6,0
; U
IL
=1,2
; U
IH
=4,2
; I
0
=5,2
0,26 25 10 U
CC
=6,0
; U
IL
=1,2
; U
IH
=4,2
I
0
=5,2
5,48
25 10
0,40 - 60 3
5,20
- 60 3
85 3
85 3
,
I
IL
-
0,1 25 10
,
,
I
CC
-
4,0 25 10
,
U
CC
=6,0
; U
IL
=0; U
IH
= U
CC
I
IH
1,0
- 60 3
U
CC
=6,0
; U
IL
=0; U
IH
= U
CC
80,0 - 60 3
85 3
85 3
-
,
,
I
CC0
-
20,0** 25 10
+1
U
CC
=6,0
; U
IL
=0; U
IH
= U
CC
-1
Q1, Q2,Q4,Q8,
,
275,0 25 10
-
:
U
CC
=3,0*
; C
L
=50
t
PHL
413,0 - 60 3
+1
130,0 25 10
85 3
CR,
,
: U
CC
=3,0*
; C
L
=50
t
PHL
195,0 - 60 3
U
CC
=4,5
; C
L
=50
55,0 25 10
85 3
83,0 - 60 3
U
CC
=4,5
; C
L
=50
26,0 25 10
85 3
39,0
- 60 3
U
CC
=6,0
; C
L
=50
47,0 25 10
85 3
71,0 - 60 3
U
CC
=6,0
; C
L
=50
22,0 25 10
85 3
33,0
- 60 3
U
CC
=3,0*
; C
L
=50
t
PLH
215,0 25 10
85 3
323,0 - 60 3
U
CC
=3,0*
; C
L
=50
t
PLH
140,0 25 10
85 3
210,0 - 60 3
U
CC
=4,5
; C
L
=50
43,0 25 10
85 3
65,0 - 60 3
U
CC
=4,5
; C
L
=50
28,0 25 10
85 3
42,0
- 60 3
U
CC
=6,0
; C
L
=50
37,0 25 10
85 3
55,0 - 60 3
U
CC
=6,0
; C
L
=50
24,0 25 10
85 3
36,0** - 60 3
t
PHL
-
(35,0)* 85 3
-1
,
t
PHL
-
BR,
R
Q1, Q2,
U
CC
=3,0*
; C
L
=50
130,0 25 10 Q4, Q8,
,
: U
CC
=3,0*
; C
L
=50
265,0 25 10
195,0 - 60 3
398,0 - 60 3
85 3
85 3
U
CC
=4,5
; C
L
=50
26,0 25 10
U
CC
=4,5
; C
L
=50
53,0 25 10
39,0 - 60 3
80,0 - 60 3
85 3
85 3
U
CC
=6,0
; C
L
=50
22,0 25 10
U
CC
=6,0
; C
L
=50
45,0 25 10
33,0 - 60 3
68,0 - 60 3
85 3
85 3
,
-
-
f
Cmax
-
Sn
Q1,
+1,
Q2, Q4, Q8,
U
CC
=3,0*
; C
L
=50
t
PHL
290,0 25 10
,
:
U
CC
=3,0*
; C
L
=50
3,0
25 10
435,0 - 60 3
2,0
- 60 3
85 3
85 3
U
CC
=4,5
; C
L
=50
58,0 25 10
U
CC
=4,5
; C
L
=50
18,0
25 10
87,0 - 60 3
12,0
- 60 3
85 3
85 3
U
CC
=6,0
; C
L
=50
49,0 25 10
U
CC
=6,0
; C
L
=50
20,0
25 10
74,0 - 60 3
13,0
- 60 3
85 3
85 3
U
CC
=3,0*
; C
L
=50
t
PLH
230,0 25 10
-
f
Cmax
-
345,0 - 60 3
-1,
4,0
25 10
85 3
,
:
U
CC
=3,0*
; C
L
=50
2,0
- 60 3
U
CC
=4,5
; C
L
=50
46,0 25 10
85 3
69,0 - 60 3
U
CC
=4,5
; C
L
=50
20,0
25 10
85 3
11,0
- 60 3
U
CC
=6,0
; C
L
=50
39,0 25 10
85 3
59,0 - 60 3
U
CC
=6,0
; C
L
=50
23,0
25 10
85 3
12,0
- 60 3
,
C
I
-
10 25 10
85 3
-
*
1569
1597,
**
-
1564.