Specifications

Multi Slave Product Re£erence Manual
Appendix B
PROM SELECTION JUMPER
BLOCKS
1 0 0 2
PROM
TYPE JUMPER
3 0
0
4
---------
------
5 0 0
6
2716
(2K)
3-5,
4-6
7 0 0
8
2732
(4K)
5-7,
4-6
2764
(8K)
1-3, 5-7
TYPICAL
JUMPER
27128
(16K)
1-3,
6-8,
5-7
BLOCK
27256
(32K)
1-2,
6-8, 5-7
5-100 BUS VECTORED INTERRUPT
JUMPERS
MULTI SLAVE JUMPER BLOCK
S-100
BUS
-----------
------------
---------
Multi
Sleve CPU
0
1
0
0
2
INTO*
(pin
4)
"
II ..
3
0 0
4
INTi*
(pin
5)
Multi Slave
CPU
1 5 0 0 6
INT2*
(pin
6)
"
II
7
0 0
B
INT3*
(pin
7)
Multi Slave CPU
2
9
0 0 10
INT4*
(pin
8)
, .
11
0 0 12
INT5*
(pin
9)
No Connection 13
0
0
14
INT6*
(pin 10)
15 0
0
16
INT7*
(pin 11)
BASE ADDRESS SELECTIOM
(7)(6)(5)(4)
1 3
5 7
0 0
0
0
HSB
LSB
0 0
0
0
I I I I
2 4
6 8
Example:
Multi Slave Jumper Options
Address selection uses LOW TRUE LOGIC
(no Jumper=l, Jumpered=O) and repre-
sents the £our most signi£icant bits
o£ the base address.
BASE ADDRESS
JUMPERS
------------
-------
70H
1-2
BOH
3-4,
5-6,
7-8
90H
3-4, 5-6
AOH
3-4,
7-8
BOH
3-4
COH 5-6, 7-8
DOH
5-6
Page B-1