19
INM 7700 Rev 12
Model No .
V
Ω
mA
28
300
93
28
300
93
28
-
M
28
164
171
28
-
/-
10
50
200
15
100
150
M
15
50
291
/-
22
150
147
28
300
93
MTL7728–
28
300
93
MTL7728ac
28
300
93
M
28
234
119
M
28
164
170
MTL774X
10
-
19
MTL7755ac
3
10
300*
3
10
300*
MTL7756ac
3
10
300*
3
10
300*
3
10
300*
/–
7.5
10
750
7.5
10
750
MTL7760ac
10
50
200
10
50
200
MTL7761ac
9
90
100
9
90
100
MTL7761Pac
9
350
26
9
350
26
/-/ac
12
1000
12
12
1000
12
MTL7765ac
15
100
150
15
100
150
MTL7766ac
12
150
80
12
150
80
MTL7766Pac
12
75
157
12
75
157
15
100
150
15
100
150
MTL7778ac
28
600
47
28
600
47
28
300
93
28
300
93
/–
28
300
93
28
-
M
28
234
119
28
-
28
300
93
10
50
200
M
28
300
93
10
50
200
28
300
93†
28
-
28
-
26
300
87
20
390
51
MTL7796–
26
300
87
20
390
51
Model No .
1
2
BASEEFA Group IIC
4
(W)
C
(µF)
L 3
(mH)
L/R
(µH/Ω)
MTL7706
+
a
0.083
3.05 (4.2)
56
0.65
MTL7707
+
a1/a2/b 0.083
3.05 (4.2)
56
0.65
MTL7710
+/-
a
3
0.91
74
0.50
MTL7715
+
a
0.58
1.45
66
0.56
MTL7715P
+
a
0.580
0.33
28
1.09
MTL7722
+/-
a
0.165
1.45
45
0.81
MTL7728
+/-/ac
a
0.083
3.05 (4.2)
56
0.65
MTL7728P
+
a
0.083
1.82 (2.51)
44
0.83
MTL774X
b3
2.86
96
742
—
MTL7755
ac
a1/a2
100
0.46
145
0.225
b
100
0.13
69
0.45
c
40
0.41
73
0.45
MTL7756
ac
a1/a2/a3 100
0.46
145
0.225
b1
100
0.13
69
0.45
b2
100
0.06
44
0.675
c1
40
0.41
73
0.45
c2
40
0.23
61
0.60
MTL7758
+/-
a1/a2
11.1
0.07
26
1.40
b
11.1
0.02
10
2.8
MTL7760
ac
a1/a2
3
0.91
74
0.5
b
3
0.20
27
1.00
MTL7761
ac
a1/a2
4.9
3.72
163
0.225
b
4.9
0.91
62
0.45
c
0.31
3.72
81
0.45
MTL7761P
ac
a1/a2
4.9
56
613
0.058
b
4.9
14
236
0.115
c
0.31
56
306
0.115
MTL7764
+/-
a1/a2
1.41
240
1000 0.036
b
1.41
61
360
0.072
MTL7764
ac
a1/a2
1.41
240
1000 0.036
b
1.41
61
360
0.072
c
0.125
240
500
0.072
MTL7765
ac
a1/a2
0.580
1.45
66
0.56
b
0.580
0.32
22
1.125
MTL7766
ac
a1/a2
1.41
5.8
151
0.24
b
1.41
1.47
58
0.48
c
0.125
5.8
75
0.48
MTL7766P
ac
a1
1.41
1.47
78
0.471
b
1.41
0.34
29
0.942
c
0.125
1.15
39
0.942
MTL7767
+
a1/a2
0.58
1.45
66
0.56
b
0.58
0.32
22
1.125
MTL7778
ac
a1/a2
0.083
16
107
0.33
b
0.083
3.05 (4.2)
42
0.33
MTL7779
+
a1/a2
0.083
3.05 (4.2)
56
0.65
b
5
MTL7787
+/-
a1
0.083
3.05 (4.2)
56
0.65
a2
0.083
—
—
—
b
0.083
3.05 (4.2)
56
0.65
MTL7787P
+
a1
0.083
1.82 (2.51)
44
0.835
a2
0.083
—
—
—
b
0.083
1.82 (2.51)
44
0.835
MTL7788
+
a1
0.083
3.05 (4.2)
56
0.65
a2
3.0
0.91
74
0.5
b
0.083
0.33
25
0.92
MTL7788R
+
a1
0.083
3.05 (4.2)
56
0.65
a2
3.0
0.91
74
0.5
b
0.083
0.33
25
0.92
MTL7789
+
c
0.083
16
106
0.33
MTL7796
+/-
a1
0.1
4.91
64
0.56
a2
0.22
13
136
0.26
b
0.1
1.94
34
0.81
Model No .
1
2
BASEEFA Group IIB
4
(W)
C
(µF)
L 3
(mH)
L/R
(µH/Ω)
MTL7707P
+
a1
0.65
5.34
125
1.20
b
0.65
5.34
125
1.20
MTL7729P
+
a1
0.65
5.65
127
1.19
Table C - Maximum cable parameters - IIB gas group
Table A - Safety descriptions
Table B - Maximum cable parameters - IIC gas group
Notes
(numbers related to numbers in tables B and C)
1
Polarity
ac indicates a non-polarised, star-connected, barrier
configuration.
2 Circuit configurations
a Single channel barrier.
a1 First channel of a dual/triple channel barrier.
a2 Second channel of a dual/triple channel barrier.
a3 Third channel of a dual/triple channel barrier.
b Both channels of a dual channel barrier connected in
parallel, with respect to earth.
b1 Two channels of a triple channel barrier connected in
parallel, with respect to earth.
b2 Three channels of a triple channel barrier connected in
parallel, with respect to earth.
b3 Both channels of each switch input connected together.
c Both channels of a dual channel barrier interconnected
with no earth return or, either pair of channels of a
4-channel barrier interconnected, with no earth return.
c1 Two channels of a triple channel barrier interconnected,
with no earth return.
c2 Three channels of a triple channel barrier
interconnected, with no earth
return. This assumes two of the
channels are in parallel.
3 When the external circuit contains
no lumped inductance greater than
10μH, the cable inductance may be
increased to the values within
parenthesis.
4 Matched Power.
5 Not Permitted.
* Ta = 65°C † Terminals 3 and 7 connected together
APPENDIX B:
