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Page Title:
Table 3. Group A inspection for all device type 06 |
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|  TABLE III. Group A inspection for all device type 06 .
Subgroup
Symbol
Test
See figure 10
Relays
Measurement
Equation
Limits
Notes
Unit
no.
Test conditions
Applied test voltages
energized
sense lines
(volts) (Hi Lo pin potential)
1-2
4-5 6-11
7-2
8-2
Pins
Value
Units
Min
Max
IL
VIN
(volts)
(mA)
1
4.25
-5
15
0
---
-0.425
---
None
9-11
V
1.19
1.29
V
1
E1
VOUT1 = E1
VOUT1
2
4.25
-5000
15
-4.995
---
-0.425
---
"
"
"
"
"
"
E2
VOUT2 = E2
VOUT2
3
36.25
-5
42.5
0
---
-3.625
---
"
"
"
"
"
"
TA =
VOUT3
E3
VOUT3 = E3
+25C
4
36.25
-0.150
42.5
-0.145
---
-3.625
---
"
"
"
"
"
"
E4
VOUT4 = E4
VOUT4
5
6.25
-7000
15
-6.995
---
-0.625
---
"
"
"
"
"
E5
VOUT5 = E5
VOUT5
6
---
---
---
---
---
---
---
"
"
---
"
See figure 10
-4
4
mV
VRLINE = E1 E3
VRLINE
waveforms
7
6.25
-5
15
0
---
-0.625
---
"
"
"
---
See
---
---
"
E6
VRLOAD1
8
6.25
-5000
15
-4.995
---
-0.625
---
"
"
"
figure 10
-3.8
3.8
"
E7
VRLOAD1 = E6 E7
VRLOAD1
9
---
---
---
---
---
---
---
"
"
---
"
waveforms
-3.8
3.8
"
VRLOAD2 = E3 E4
VRLOAD2
10
11.25
-1000
25
-0.995
---
-1.125
---
"
"
"
See figure 10
-2
2
"
E8
VRTH = E8
VRTH
waveforms
t = 20.5 ms
A
11
4.25
-5
15
0
---
-0.425
---
K2
12-13
mV
-100
-15
E9
IADJ = E9 / 2000
IADJ
12
36.25
-5
42.5
0
---
-3.625
---
"
"
"
-100
-15
"
E10
IADJ = E10 / 2000
IADJ
13
---
---
---
---
---
---
---
"
"
---
"
-5
5
"
ĆIADJ = (E9 E10) / 2000
ĆIADJ
(LINE)
(LINE)
14
6.25
-5
15
0
---
-0.625
---
"
"
"
ĆIADJ
E11
-5
5
"
(LOAD)
ĆIADJ = (E11 E12) / 2000
15
6.25
-5000
15
-4.995
---
-0.625
---
"
"
"
(LOAD)
ĆIADJ
E12
(LOAD)
16
4.25
---
15
---
---
-0.425
0
K4,K5
10-5
V
t = 0.1 ms
-16.0
-7.0
A
E13
IOS1 = 4E13
IOS1
17
4.25
---
15
---
---
-0.425
0
K4,K5
10-5
"
t = 0.5 ms
-16.0
-7.0
A
E14
IOS2 = 4E14
IOS2
18
4.25
---
15
---
---
-0.425
0
K4,K5
10-5
"
t = 5.0 ms
-15.0
-5.0
A
E15
IOS3 = 4E15
IOS3
19
4.25
---
15
---
---
-0.425
15
K4,K5
9-11
"
1.19
1.29
V
E16
VOUT6 = E16
VOUT6
(RECOV)
(RECOV)
20
35
---
42.5
---
---
-3.5
0
K5
10-5
"
See
-3.00
-0.20
A
E17
IOS4 = 4E17
IOS4
21
35
---
42.5
---
---
-3.5
15
K5
9-11
"
figure 10
1.19
1.29
V
E18
VOUT7 = E18
VOUT7
(RECOV)
(RECOV)
waveforms
22
4.25
---
15
0
1.4
-0.425
---
K3
12-13
"
-3.0
-0.05
mA
E19
IQ1 = E19 / 2000
IQ1
23
14.25
---
25
0
1.4
-1.425
---
K3
12-13
"
-3.0
-0.05
"
E20
IQ2 = E20 / 2000
IQ2
24
36.25
---
42.5
0
1.4
-3.625
---
K3
12-13
"
-5.0
-0.2
"
E21
IQ3 = E21 / 2000
IQ3
25
4.25
-5000
15
0
---
-0.425
---
K4
9-11
"
See figure 10
1.19
1.29
V
E22
VSTART = E22
VSTART
waveforms
26
4.25
-5
15
0
---
-0.425
---
None
9-11
V
1.19
1.29
V
2
E23
VOUT1 = E23
VOUT1
27
4.25
-5000
15
-4.995
---
-0.425
---
"
"
"
"
"
"
E24
VOUT2 = E24
VOUT2
28
36.25
-5
42.5
0
---
-3.625
---
"
"
"
"
"
"
TA =
VOUT3
E25
VOUT3 = E25
+125C
29
36.25
-0.150
42.5
-0.145
---
-3.625
---
"
"
"
"
"
"
E26
VOUT4 = E26
VOUT4
30
6.25
-7000
15
-6.995
---
-0.625
---
"
"
"
"
"
"
E27
VOUT5 = E27
VOUT5
31
---
---
---
---
---
---
---
"
"
"
See figure 10
-20
20
mV
E28
VRLINE = E23 E25
VRLINE1
waveforms
32
6.25
-5
15
0
---
-0.625
---
"
"
"
---
See
---
---
"
E29
VRLOAD1
33
6.25
-5000
15
-4.995
---
-0.625
---
"
"
"
figure 10
-8
8
"
E30
VRLOAD1 = E29 E30
VRLOAD1
34
---
---
---
---
---
---
---
"
"
---
"
waveforms
-8
8
"
VRLOAD2 = E25 E26
VRLOAD2
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