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Datasheet: 741X163101F (CTS Corp.)

THICK FILM CHIP RESISTORS ARRAYS

 

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CTS Corp.
R
Series 741, 742, 743, 744, 745, 746
Technical
THICK FILM CHIP
RESISTOR ARRAYS
* High density packaging
* Leadless surface mount construction
* Low cost
* Solder coated nickel barrier pads
* Convex or Concave Termination Options
* Tape & reel packaging
Electrical and Mechanical Specifications
Resistance Tolerance
Special: 2% and 1%
Temperature Coefficient (TCR)
Standard 200ppm/C
Operating Temperature Range
-55C to +125C
CTS CORPORATION
/ Around The World, Your Single Source For Excellence
Series
70C Power
Per Resistor *
Maximum
Operating
Voltage
Resistance
Range Ohms
PCB Area (in)
Per Resistor
Circuit
Type
742
.0037
Isolated
10 - 1M
.063W
50V
743
.0071
Isolated
10 - 1M
.100W
100V
744
.0094
Isolated
10 - 1M
.125W
200V
746
.0013
Bussed
33 - 100K
.031W
25V
* High Density Packaging
Up to 30% less space per resistor than 0603 chip resistors
Up to 75% less space per resistor than 0805 chip resistors
* Placement Efficiency
Networks require fewer placements than discrete components
Larger overall size eases handling compared to discrete components
* Low Profile
Can be used in PCMCIA cards
* Perfect solution for DRAM series termination or Pull up/down signal bias.
* Isolated and bussed circuits
Whichever is greater
Standard: 5% or 0.5 Ohms
Chip Array Product Benefits
745
.0058
Bussed
33 - 470K
.063W
50V
* Note: Total Rated Package Power equals total
number of resistors times rated Power Per Resistor
741
.0015
Isolated
10 - 1M
.063W
25V
8/05/02
Pa rt
Code
#
Pads
#
Res.
C ircuit
L
W
P
T
A
B
C
D
741X043
4
2
Isolated
1.0 0.1
.039 .004
1.0 0.1
.039 .004
0.65 0.10
.026 .004
0.35 0.10
.014 .004
0.33 0.10
.013 .004
0.20 0.10
.008 .004
0.38 Max.
.015 Max.
N /A
741X083
8
4
Isolated
2.0 0.1
.079 .004
0.50 0.1
.020 .004
0.20 0.15
.008 .006
741C083
8
4
Isolated
0.28 0.1
.011 .004
741X163
16
8
Isolated
3.8 0.1
.150 .004
1.6 0.1
.063 .004
0.45 0.10
.020 .004
0.30 0.1
.012 .004
0.30 0.1
.012 .004
0.30 0.1
.012 .004
742C043
4
2
Isolated
1.6 0.2
.063 .008
1.6 0.2
.063 .008
0.8 0.05
.032 .002
0.6 +0.10
-.25
.024+.004
-.010
0.5 0.15
.020 .006
0.3 0.20
.012 .008
0.4 0.15
.016 .006
N /A
742X083
742C083
8
4
Isolated
3.2 0.2
.126 .008
0.3 0.15
.012 .006
742C163
16
8
Isolated
6.4 0.2
.252 .008
0.4 0.15
.016 .006
743C043
4
2
Isolated
2.54 0.20
.100 .008
2.0 0.2
.079 .008
1.27 0.05
.050 .002
0.6 0.1
.024 .004
0.8 0.15
.031 .006
0.4 0.2
.016 .008
0.4 0.15
.016 .006
N /A
743C083
8
4
Isolated
5.08 0.3
.200 .012
744C043
4
2
Isolated
2.54 0.20
.100 .008
3.2 0.2
.126 .008
1.27 0.05
.050 .002
0.6 0.1
.024 .004
0.9 0.15
.035 .006
0.5 0.2
.020 .008
0.5 0.15
.020 .006
N /A
744C083
8
4
Isolated
5.08 0.3
.200 .012
745C101
745C102
10
8
Bussed
6.4 0.2
.252 .008
3.2 0.2
.126 .008
1.27 0.05
.050 .002
0.6 0.1
.024 .004
0.6 0.15
.024 .006
0.35 0.15
.013 .006
0.55 0.15
.022 .006
N /A
745X101
745X102
10
8
Bussed
6.4 0.2
.252 .008
3.2 0.2
.126 .008
1.27 0.05
.050 .002
0.6 0.1
.024 .004
0.9 0.15
.035 .006
0.5 0.2
.020 .008
0.5 0.15
.020 .006
1.1 0.15
.043 .006
746X101
10
8
Bussed
3.3 0.1
.130 .004
1.65 0.15
.065 .006
.64 0.05
.025 .002
0.6 0.1
.024 .004
0.35 0.05
.014 .002
0.4 0.10
.016 .004
0.45 0.10
.018 .004
0.5 0.05
.020 .002
Pa rt
Code
#
Pads
#
Res.
C ircuit
L
W
P
T
A
B
C
D
741X043
4
2
Isolated
1.0 0.1
.039 .004
1.0 0.1
.039 .004
0.65 0.10
.026 .004
0.35 0.10
.014 .004
0.33 0.10
.013 .004
0.20 0.10
.008 .004
0.38 Max.
.015 Max.
N /A
741X083
8
4
Isolated
2.0 0.1
.079 .004
0.50 0.1
.020 .004
0.20 0.15
.008 .006
741C083
8
4
Isolated
0.28 0.1
.011 .004
741X163
16
8
Isolated
3.8 0.1
.150 .004
1.6 0.1
.063 .004
0.45 0.10
.020 .004
0.30 0.1
.012 .004
0.30 0.1
.012 .004
0.30 0.1
.012 .004
742C043
4
2
Isolated
1.6 0.2
.063 .008
1.6 0.2
.063 .008
0.8 0.05
.032 .002
0.6 +0.10
-.25
.024+.004
-.010
0.5 0.15
.020 .006
0.3 0.20
.012 .008
0.4 0.15
.016 .006
N /A
742X083
742C083
8
4
Isolated
3.2 0.2
.126 .008
0.3 0.15
.012 .006
742C163
16
8
Isolated
6.4 0.2
.252 .008
0.4 0.15
.016 .006
743C043
4
2
Isolated
2.54 0.20
.100 .008
2.0 0.2
.079 .008
1.27 0.05
.050 .002
0.6 0.1
.024 .004
0.8 0.15
.031 .006
0.4 0.2
.016 .008
0.4 0.15
.016 .006
N /A
743C083
8
4
Isolated
5.08 0.3
.200 .012
744C043
4
2
Isolated
2.54 0.20
.100 .008
3.2 0.2
.126 .008
1.27 0.05
.050 .002
0.6 0.1
.024 .004
0.9 0.15
.035 .006
0.5 0.2
.020 .008
0.5 0.15
.020 .006
N /A
744C083
8
4
Isolated
5.08 0.3
.200 .012
745C101
745C102
10
8
Bussed
6.4 0.2
.252 .008
3.2 0.2
.126 .008
1.27 0.05
.050 .002
0.6 0.1
.024 .004
0.6 0.15
.024 .006
0.35 0.15
.013 .006
0.55 0.15
.022 .006
N /A
745X101
745X102
10
8
Bussed
6.4 0.2
.252 .008
3.2 0.2
.126 .008
1.27 0.05
.050 .002
0.6 0.1
.024 .004
0.9 0.15
.035 .006
0.5 0.2
.020 .008
0.5 0.15
.020 .006
1.1 0.15
.043 .006
746X101
10
8
Bussed
3.3 0.1
.130 .004
1.65 0.15
.065 .006
.64 0.05
.025 .002
0.6 0.1
.024 .004
0.35 0.05
.014 .002
0.4 0.10
.016 .004
0.45 0.10
.018 .004
0.5 0.05
.020 .002
C ircuit
L
W
P
T
A
B
C
D
741X043
4
2
Isolated
1.0 0.1
.039 .004
1.0 0.1
.039 .004
0.65 0.10
.026 .004
0.35 0.10
.014 .004
0.33 0.10
.013 .004
0.20 0.10
.008 .004
0.38 Max.
.015 Max.
N /A
741X083
8
4
Isolated
2.0 0.1
.079 .004
0.50 0.1
.020 .004
0.20 0.15
.008 .006
741C083
8
4
Isolated
0.28 0.1
.011 .004
741X163
16
8
Isolated
3.8 0.1
.150 .004
1.6 0.1
.063 .004
0.45 0.10
.020 .004
0.30 0.1
.012 .004
0.30 0.1
.012 .004
0.30 0.1
.012 .004
742C043
4
2
Isolated
1.6 0.2
.063 .008
1.6 0.2
.063 .008
0.8 0.05
.032 .002
0.6 +0.10
-.25
.024+.004
-.010
0.5 0.15
.020 .006
0.3 0.20
.012 .008
0.4 0.15
.016 .006
N /A
742X083
742C083
8
4
Isolated
3.2 0.2
.126 .008
0.3 0.15
.012 .006
742C163
16
8
Isolated
6.4 0.2
.252 .008
0.4 0.15
.016 .006
743C043
4
2
Isolated
2.54 0.20
.100 .008
2.0 0.2
.079 .008
1.27 0.05
.050 .002
0.6 0.1
.024 .004
0.8 0.15
.031 .006
0.4 0.2
.016 .008
0.4 0.15
.016 .006
N /A
743C083
8
4
Isolated
5.08 0.3
.200 .012
744C043
4
2
Isolated
2.54 0.20
.100 .008
3.2 0.2
.126 .008
1.27 0.05
.050 .002
0.6 0.1
.024 .004
0.9 0.15
.035 .006
0.5 0.2
.020 .008
0.5 0.15
.020 .006
N /A
744C083
8
4
Isolated
5.08 0.3
.200 .012
745C101
745C102
10
8
Bussed
6.4 0.2
.252 .008
3.2 0.2
.126 .008
1.27 0.05
.050 .002
0.6 0.1
.024 .004
0.6 0.15
.024 .006
0.35 0.15
.013 .006
0.55 0.15
.022 .006
N /A
745X101
745X102
10
8
Bussed
6.4 0.2
.252 .008
3.2 0.2
.126 .008
1.27 0.05
.050 .002
0.6 0.1
.024 .004
0.9 0.15
.035 .006
0.5 0.2
.020 .008
0.5 0.15
.020 .006
1.1 0.15
.043 .006
746X101
10
8
Bussed
3.3 0.1
.130 .004
1.65 0.15
.065 .006
.64 0.05
.025 .002
0.6 0.1
.024 .004
0.35 0.05
.014 .002
0.4 0.10
.016 .004
0.45 0.10
.018 .004
0.5 0.05
.020 .002
W
B
A
T
C
L
P
Termination Area
(all places)
W
L
P
A
B
T
C
D
Package Outlines
Concave Termination -
Type C
Convex Termination -
Type X
A
B
C
D
mm/in.
Recommended Land Patterns
Note: Land Patterns for
Concave and Convex
termination can be the
same.
Dimensions: mm
inch
8/05/02
744C043
2 Resistors
4 Terminations
742C163
8 Resistors
16 Terminations
742C083
4 Resistors
8 Terminations
743C043
2 Resistors
4 Terminations
Concave
Termination
745X101
8 Resistors
10 Terminations
745X102
8 Resistors
10 Terminations
746X101
8 Resistors
10 Terminations
Convex
Termination
Termination Area
Termination Area
Standard Packages & Style Codes
Common Pad
Designator
25 mil pitch (.64mm)
50 mil pitch (1.27mm)
50 mil pitch (1.27mm)
50 mil pitch (1.27mm)
Eight Bussed
Resistors in nearly
the same space as
one 1206 size chip
resistor!
742C043
2 Resistors
4 Terminations
743C083
4 Resistors
8 Terminations
745C101
8 Resistors
10 Terminations
745C102
8 Resistors
10 Terminations
50 mil pitch (1.27mm)
744C083
4 Resistors
8 Terminations
PAD 1 Mark
PAD 1 Mark
(Dot)
(Triangle)
Note: The Marking Concept for Convex and
Concave Series 745 is Different.
741C083
4 Resistors
8 Terminations
742X083
4 Resistors
8 Terminations
741X043
2 Resistors
4 Terminations
741X083
4 Resistors
8 Terminations
741X163
8 Resistors
16 Terminations
8/05/02
Test
Test
Max. Delta R
Max. Delta R
Test Description
Test Description
741
742-746
Thermal Cycle
1.0%
1.0%
5 Cycles -55C to +125C
Short Time Overload
2.5%
1.0%
2 X Rated Working Voltage for 5 Seconds
Moisture Resistance
5.0%
2.0%
240 Hours 10% rated load, -10C to +65, 90% R.H.
High Temperature Exposure
1.0%
1.0%
1000 Hours, no load, +125C
Load Life
5.0%
2.0%
1000 Hours @ 70C, rated load
Resistance to Solder Heat
2.0%
1.0%
10 Seconds @ 260C solder
Resistance to Solvents
Isopropyl alcohol, Freon TMC
Solderability
RMA Flux, 230C, 5 Seconds dip, 95% coverage
Test
Test
Max. Delta R
Max. Delta R
Test Description
Test Description
741
742-746
Thermal Cycle
1.0%
1.0%
5 Cycles -55C to +125C
Short Time Overload
2.5%
1.0%
2 X Rated Working Voltage for 5 Seconds
Moisture Resistance
5.0%
2.0%
240 Hours 10% rated load, -10C to +65, 90% R.H.
High Temperature Exposure
1.0%
1.0%
1000 Hours, no load, +125C
Load Life
5.0%
2.0%
1000 Hours @ 70C, rated load
Resistance to Solder Heat
2.0%
1.0%
10 Seconds @ 260C solder
Resistance to Solvents
Isopropyl alcohol, Freon TMC
Solderability
RMA Flux, 230C, 5 Seconds dip, 95% coverage
Test
Test
Max. Delta R
Max. Delta R
Test Description
Test Description
741
742-746
Thermal Cycle
1.0%
1.0%
5 Cycles -55C to +125C
Short Time Overload
2.5%
1.0%
2 X Rated Working Voltage for 5 Seconds
Moisture Resistance
5.0%
2.0%
240 Hours 10% rated load, -10C to +65, 90% R.H.
High Temperature Exposure
1.0%
1.0%
1000 Hours, no load, +125C
Load Life
5.0%
2.0%
1000 Hours @ 70C, rated load
Resistance to Solder Heat
2.0%
1.0%
10 Seconds @ 260C solder
Resistance to Solvents
Isopropyl alcohol, Freon TMC
Solderability
RMA Flux, 230C, 5 Seconds dip, 95% coverage
Ohms
Ohms
Code
Code
Ohms
Ohms
Code
Code
Ohms
Ohms
Code
Code
Ohms
Ohms
Code
Code
Ohms
Ohms
Code
Code
Ohms
Ohms
Code
Code
0
000
68
680
470
471
3.9K
392
33K
333
270K
274
10
100
75
750
510
511
4.7K
472
39K
393
330K
334
12
120
82
820
560
561
5.1K
512
47K
473
390K
394
15
150
100
101
680
681
5.6K
562
51K
513
470K
474
18
180
110
111
820
821
6.8K
682
56K
563
510K
514
22
220
120
121
1K
102
8.2K
822
68K
683
560K
564
27
270
150
151
1.2K
122
10K
103
82K
823
680K
684
33
330
180
181
1.5K
152
12K
123
100K
104
820K
824
39
390
220
221
1.8K
182
15K
153
120K
124
1M
105
47
470
270
271
2.2K
222
18K
183
150K
154
Series 745
33 to 470KOhm
Series 746
33 to 100KOhm
51
510
330
331
2.7K
272
22K
223
180K
184
56
560
390
391
3.3K
332
27K
273
220K
224
Ohms
Ohms
Code
Code
Ohms
Ohms
Code
Code
Ohms
Ohms
Code
Code
Ohms
Ohms
Code
Code
Ohms
Ohms
Code
Code
Ohms
Ohms
Code
Code
0
000
68
680
470
471
3.9K
392
33K
333
270K
274
10
100
75
750
510
511
4.7K
472
39K
393
330K
334
12
120
82
820
560
561
5.1K
512
47K
473
390K
394
15
150
100
101
680
681
5.6K
562
51K
513
470K
474
18
180
110
111
820
821
6.8K
682
56K
563
510K
514
22
220
120
121
1K
102
8.2K
822
68K
683
560K
564
27
270
150
151
1.2K
122
10K
103
82K
823
680K
684
33
330
180
181
1.5K
152
12K
123
100K
104
820K
824
39
390
220
221
1.8K
182
15K
153
120K
124
1M
105
47
470
270
271
2.2K
222
18K
183
150K
154
Series 745
33 to 470KOhm
Series 746
33 to 100KOhm
51
510
330
331
2.7K
272
22K
223
180K
184
56
560
390
391
3.3K
332
27K
273
220K
224
Style
741X043
741C083
741X083
742C043
741X163
742C083
742X083
742C163
743C043
743C083
744C043
744C083
745C101
745C102
745X101
745X102
746X101
Parts/Reel
10,000
5000
5000
4000
4000
4000
4000
2000
4000
4000
5000
Pitch
2mm
4mm
4mm
4mm
4mm
4mm
4mm
8mm
4mm
4mm
4mm
Carrier Width
8mm
8mm
8mm
12mm
8mm
12mm
8mm
12mm
12mm
12mm
8mm
Material
paper
paper
paper
plastic
plastic
plastic
plastic
plastic
plastic
plastic
paper
Style
741X043
741C083
741X083
742C043
741X163
742C083
742X083
742C163
743C043
743C083
744C043
744C083
745C101
745C102
745X101
745X102
746X101
Parts/Reel
10,000
5000
5000
4000
4000
4000
4000
2000
4000
4000
5000
Pitch
2mm
4mm
4mm
4mm
4mm
4mm
4mm
8mm
4mm
4mm
4mm
Carrier Width
8mm
8mm
8mm
12mm
8mm
12mm
8mm
12mm
12mm
12mm
8mm
Material
paper
paper
paper
plastic
plastic
plastic
plastic
plastic
plastic
plastic
paper
Environmental Performance Specifications
742X083101J
Style Code
Tolerance
3 digit EIA
X for zero ohm jumper
Standard Resistor Values & EIA Code
Part Number Code For Ordering
Tape & Reel Information
Shown Above
Notes:
No dashes or spaces in the part number. (Example) 742X083101J
Marking on the Part Includes Resistor Code Only (741C,742, 743, 744, 745, 746).
No Marking on the Part for 741X Series.
J = 5%
(Standard)
Order From:
Your local CTS REPRESENTATIVE or CTS Corporation, Resistor/Electrocomponents
406 Parr Road, Berne, Indiana 46711 Tel:(260)-589-3111 Fax:(260)-589-3243 http://www.ctscorp.com
Note: 0 Ohm Jumper Resistance<.05 Ohms
Part Code Tolerance = X
Part Marking is "0"
G=2% F=1%
Resistor Code
See Standard
Package Styles
8/05/02
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