Type MG Precision
Precision Chip Resistors
Type CD Low Resistance
High Voltage Resistors
CD Low Resistance Precision Chip Resistors
Type CD Low
Precision High Voltage Resistors
Type CD
MG
Resistance
Precision Chip Resistors
Low Resistance
Precision Chip Resistors
Type
MG
Resistance Precision Chip Resistors
Type CD Low
Precision High Voltage Resistors
Type
Type
Style WB - Wire Bond Version
Type MG Precision High Voltage Resistors
Low
- Wire Bond Version
Style WB
Resistance Chip down to 0.010
Ω
at
to
1% with unique Pedestal
Additional Models
Now with Extended Resistance Range
±
10,000 Megohms and
Terminal Design
Style WB - Wire Bond Version
for Current Sense in
Version
Temperature Coefficient
MG
as 80
and SMT Applications
Voltage
Stability and Precision Tolerances.
Style WB - Wire Bond
Hybrid
ppm/°C, Combined with Excellent Long-Term
Resistors
Type
as tight
Precision High
®
No.
age
MG
Oper. Volt.
Rating
Strength Min.
A
C
St'd with "-15"
Tolerance:
�½1%
740
.250
B
±.012
.200
±.012
Resistance
rating
min.
.063
±.006
.078
Max.
Max.
.500
�½.030
.094
�½.015
.025
�½.002
MG 731
0.010
Ω
Type
0.20
Ω
750
Solderable Pedestal
150°C
1.5
�½
CD2520FC
1,000
1
400
Watts
Min.
10
9.0°C/Watt
N/A
Meg
N/A
MG660 0.6
(6.35
±.30)
(5.08
±.30)
(1.60
±.15
(1.98 min.)
(12.70
�½.76)
(2.39
�½.38)
(.64
�½.05)
Extended
Range
�½1%
.313
�½.020
.094
�½.015
.025
�½.002
Resistance
Range
Tolerance
Dimensions in inches and (millimeters)
0.5
600
200
�½
5 Meg
N/A
750
N/A
Resistance
Max.
Type 1
MG650
Watt-
Overload
Dielect.
(7.95
�½.030
(2.39
�½.015
.025
�½.002
(.64
�½.05)
Model
.750
�½.51)
.094
�½.38)
Continuous
Type 1
0.8
2,000
750
20 Meg
N/A
600
�½
N/A
MG680
age
-15
�½.38)
Rating
No.
A
(.64
�½.05)
Style FC Derating Curve For
Min.
Min.
Application
General
Standard Extended
(19.05
�½.76)
(2.39
B
Standard
�½1%,
Temperature
Tolerance:
�½0.5%, �½0.25%, �½0.1%
.313
�½.030
.109
�½.025
.025
C
�½.002
Oper. Volt.
Type 1
Strength
Resistance
Coefficient:
Max.
Max.
750
200
�½
8 Meg
N/A
N/A
MG655
MG 740
0.5
MG 750
600
(7.95
�½.040
(2.77
�½.015
.025
�½.002
�½.76)
.094
�½.64)
1.000
information:
Solder attachment
.313
�½.020
(2.39
�½.38)
.025
�½.05)
notes:
.094
�½.015
(.64
�½.002
Packaging
"-15" rating
Temperature
4,000
Coefficient:
TC
750 800
�½
to
referenced
N/A
50 Meg
N/A
Type 1
MG710
100
1.0
St'd with
�½1%
Tolerance
Resistance
Range
(25.40
�½1.02)
.094
�½.38)
(.64
600
200
Note
N/A
General Applications
(7.95
�½.030
(2.39
�½.015
for
�½.05)
CD2015FC
information:
Resistance Values:
�½
5 Meg
N/A
750
Type 1
MG650
0.5
1:
The power
.500
�½.51)
(.64
�½.05)
Style
shipped with the bare
Solder attachment
-
notes:
(2.39
rating
Resistor
Packaging
Standard
are
TC Specifications
Type 1
Temperature
1,000
Coefficient:
TC
750 400
�½
to
N/A
referenced
10 Meg
soldering
(12.70
�½.76)
Type
�½.030
.025
�½.002
N/A
MG660 0.6
taken at +150°C.
+25°C,
∆R
Range
chip resistors,
During
attachment notes:
sq. in.
�½.38)
.025
�½.002
Tolerance
FC,
flipup in the pocket,
�½1%, �½0.5%, �½0.25%, �½0.1%
of the
CD
(.64
�½.05)
.400
0.5
based upon
�½.060
.140
�½.025
.025
�½.002
Packaging information:
Standard.
solderable pedestals
CD2015FC
Extended Range
�½1%
ceramic
Standard
±1%
side
with the
Solder
Temperature
1,000
Coefficient:
TC
750 800
general applications is
N/A
referenced to
Type 2
�½
20 Meg
N/A
MG712
80
0.6
MG 780
at +150°C.
.313
�½.030
.109
(300
(.64
Type
∆R
+25°C,
0.5
to 0.20
600
750
200
�½
8 Meg
N/A
MG655
ohm taken ohm, 0
1
to +100 ppm/°C
2
N/A
During soldering
(10.16
the
(2
(3.56
copper)
(.64
�½.002
Packaging information:
Ω
are shipped
Ω
thepedestals
of
area
the
Meg
pad or
temperature
oz.
�½.015
Resistor
Style FC,
flipup in the pocket, with
0.075
with the
to +105�½C,
soldering
trace
notes:
(2.77
�½.64)
.025
�½.05)
Style FC,
flip chip
0.030
ppm/�½C from
with bare
not
ceramic side
and
resistors, are shipped
-15�½C
bare
Standard
0.050
0.8
taken at +150°C. referenced to
N/A
termination
attachment
.750
�½.152)
Type
�½.76)
must
�½.05)
facing down. chip resistors,
MG 750
(7.95
�½.030
profile
�½.76)
.094
CD
mm ) of
0.010
Ω
the solderable
Solder
soldering
(19.05
�½.060
Type
�½.030
Resistor
�½80
20
N/A
MG680
60
∆R
Type 1
Temperature
2,000
Coefficient:
TC
750 600
�½
+25°C,
During
of the
(2.39
�½.38)
.032
�½.05)
.150
CD
St'd
Ω
(.64
St'd
with
wire
.562
�½.76)
profile
Style WB,
"-15"
Coefficient:
are
�½1%
Temperature
0.033
0.015
ceramic side chip the pocket, with
0.10
Ω
shipped with
cause
end
pedestal terminals
�½.76)
must
�½.002
Style FC,
flipup in
rating
Ω
resistors,
+25�½C.
the pedestals
device
facing
with "-15"
bondable are shipped with bare the
0.050
0.6
750
200
connected
the soldering temperature
(3.81
of this
(.81
�½.002
�½
0.010
∆R
0.049 ohm, 0
down.
MG714
ohm to
1,000
ohm, 0
2
to +100 ppm/°C
6.5 Meg
to
20 Meg
the
N/A
the
(14.27
�½1.52)
Maximum chip
�½.05)
Type
.500
�½.030
.094
�½.015
.025
not
referenced
the solderable
to
each
of
resistors,
Type
1,000
750
400
�½
10 Meg
soldering
resistor.
Type
�½.015
must
�½.002
N/A
temperature
(2.39
CD Resistor
MG660
ohm taken at +150°C. +100 ppm/°C
N/A
+25°C,
1.0
to 0.20 ohm, 0
1
toto +200 ppm/°C
rating
pedestals
Ω
During the pedestal terminals of this
.025
�½.05)
ceramic side up
Range
facing up
0.20
Ω
pocket.pedestals
of the
the
Meg
soldering
1.000
�½.040
.094
�½.38)
wire
Extended
in the
�½1%
0.020
Ω
0.040
0.050
0.20
(12.70
(.64
not
down.
4,000
750
800
temperature
to exceed
N/A
Derating
�½.76)
(2.39
�½.030
�½
50
150°C. Use
Type 1
MG710
40
1.0
to 0.049 ohm, 0 to +200 ppm/°C
N/A
cause
device
Style
bondable bondable resistors, solderable
220°C.
(25.40
�½.060
profile
.025
�½.002
facing
WB,
wirein the pocket, with the are shipped with the
0.010 ohm
785
Curve to derate
is
Resistance
(.64
not
.750
�½1.02)
.140
�½.38)
0.025
Ω
Inductance:
0.049 than 0 +100 ppm/°C
Less
Type
TC
of
+25�½C
soldering
The illustration
0.050
facing up are the CD2015
the
cause the
N/A
pedestal
.750
�½1.52)
profile must
�½.05)
facing
WB,
wire shows
�½80
ppm/�½C
in
Specifications
+105�½C,
terminals
�½.76)
.025
�½.002
wire bondable pedestals
Ω
resistors,
from
pocket.
to
chip
device
Style
Range
bondable orientationthe shipped with the
750
400
50 Meg
MG715
ohm to 0.20 ohm, 05 nH+200 ppm/°C
26 Meg
theexceed
N/A
temperature
(3.56
of this
(.64
�½.05)
0.050
1.0
MG
2,000
ohm,
2
toto typical
600
�½
N/A
�½.030
.094
�½.015
0.010
down.
MG 780
to
20 Meg
maximum
(19.05
�½.76)
temperature
.025
�½.002
wire
Extended
tape. The CD2520 the pocket. are ro-
�½
2,000
750
MG680
20
0.8
Type 1
.140
�½.38)
appropriately
20 Meg
FC
220°C.
(19.05
�½.060
version
resistors
Style
bondable pedestals facing up inresistors
ppm/�½C from
for the
.400
Style
- Flip
ambient
(2.39
�½.030
(.64
�½.05)
The illustration bondable orientation
+50
CD2015 the
resistors in the
chips
WB,
Inductance:
1,000
than 0
Less
Type 2
Temperature Coefficient:
are the
Values:
0.6
750
�½
MG712
ohm to 0.049 ohm, 5 nH+200 ppm/°C
N/A
the
ppm/�½C
pedestal
Chip
terminals of this
(.64
�½.05)
device
to exceed 220°C.
(10.16
�½.060
(3.56
�½.030
.025
�½.002
CD2520FC
wire shows
-200
resistors,
to
of shipped with chip
0.010
Life:
1000 hours at to typical
800
and for the
cause the
N/A
Range
Standard Resistance
1.000
�½.152)
.140
�½.76)
resistors
Load
Standard and
temperature
-
ceramic
the adjacent
.025
The
wire bondable pedestals facing up inresistors CD2015 chip
1 of 2
of
tated 90° from tape.
�½80
orientation of
-15�½C
shown in the illustration.
.094
�½.015
Inductance:
4,000
than 5 nH typical
600
�½
based
Style
a bare
Flip
1.000
�½1.52)
version
Less
Type 2
rated power,
�½
70 Meg
have
FC
N/A
limitations
�½.040
(3.56
surface.
�½.05)
Chip
back
�½.76)
(.64
�½.002
resistors in thewhat isThe CD2520
from
pocket.
to
are ro-
750
75 Meg
MG716
0
1.5
The illustration shows
-15�½C to +25�½C.
the chips
+105�½C,
the
ppm/�½C
the
Page
750
50 Meg
N/A
Type
MG710
exceed
N/A
220°C.
(25.40
�½.060
(2.39
�½.030
.032
�½.002
resistors the tape.
CD2520FC
St'd with
.562
Resistance
-
(25.40
�½1.02)
.150
�½.38)
(.64
�½.05)
Load Life:
25
max. chip at nH typical
800
�½
based
to
20 Meg
FC
N/A
ceramic back
�½.76)
resistors
Tolerance
90° in
"-15"
±1%
Standard.
illustration.
upon
1.0
MG
4,000
than 5
1
rated power,
6.5 Meg
have
1.0
1,000
70
Type 2
750
150
MG714
150°C1000 hours temperature,
200
materials.
Style
a bare
Flip Chip
for
(3.81
surface. The
from shows
referenced
resistors chips chip
shown in
TC
of the
Inductance:
810
Less
100
the CD2520
recommended solder
version
.040
�½.002
The illustration what isThe orientation
Specifications
are ro-
min.
flip chip
(.81
�½.05)
solder
tated
Range
Resistance:
the
to +25�½C.
CD2015
dia.
�½1.52)
.240
�½.030
(14.27
�½.050
7”
rating
MG 785
Load Life:
max. chipohm)rated
o
power,
17 Meg
Style
a bare
Flip
.710
�½.060
version
resistors
resistors
Ω
thewhat isThe CD2520
0.075
Ω
Megohms,
at
Insulation
tape. shown in the resistors chips are ro-
10,000
0.010
from
0.030
Ω
.140
�½.030
tated 90° in
illustration.
2,000
750
75 Meg
225
-
M
MG717
150°C1000 hourstemperature,
600
�½
based
.400
�½.002
Chip
have
FC
N/A
is 62Sn /
�½1.27)
(6.10
surface.
�½.05)
upon
1.5
AMBIENT
(178 mm)
∆R ±
0.6
0.0005
Type 2
C
(18.03
�½.060
flip
�½.030
Type 2
�½
20 Meg
N/A
MG712
(0.5% +
1,000
TEMPERATURE,
750
recommended ceramic for
(3.56
�½.76)
(1.02
The
solder back 2Ag.
.025
�½.002
solder
attachment
/ chip
(.64
�½.05)
.750
0.015
0.10
(10.16
�½.152)
.140
�½.76)
Load
(0.5% 1000 hours temperature,
800
�½
based
have a bare ceramic36Pb
(3.56
�½.030
.025
The
tated 90°
Ω
and
0.033
Ω
ppm/�½C
illustration.
rated
mm)
Life:
max.
at
upon 150°C +
2,000
chipohm)rated power,
Standard
what is shown in the
5
Ω
+25�½C to
7” dia.
power
750
400
50 Meg
N/A
26 Meg
recommended solder for
.140
surface.
�½.05)
MG715 1.0
Type 2
�½80
ppm/�½C
from
+105�½C,
from
times
back 2Ag.
.025
�½.002
Overload/Overvoltage:
0.20
Ω
-15�½C to
(178
12mm
Ω
flip
�½.76)
(.64
chip solder
∆R ±
0.0005
(19.05
�½.080
�½80
from
+105�½C,
1.500
�½1.52)
.150
�½.030
7” dia.
Extended
0.020
attachment is
36Pb /
0.473”
St'd with "-15"
0.040
Ω
ppm/�½C to +50
750
High
1K
150 Meg
N/A
MG720
150°C +
6,000
chipohm) 1.5
In
times
Power Applications where
62Sn /
�½2.03)
(3.56
material
�½.05)
.032
Momentary
1,000
Overload:
Note 2:
circuit
version
resistors
-200
Style WB
N/A
Wire
.562
�½.060
(3.81
�½.030
(.64
�½.002
temperature,
200
�½
rated
recommended 62Sn /
�½.060
flip
�½.76)
.025
�½.002
with
Range
voltage not to exceed
ppm/�½C from
max-
upon
2.0
Thermal
Type 2
(178 mm)
∆R ±
1.0
0.0005
Type 2
(38.10
36Pb
.140
�½.76)
750
20 Meg
N/A
6.5 Meg
attachment
-
is
the
Bond
board
2Ag.
MG714
(0.5% max.
Resistance -
referenced
applied
0.050
Ω
Bo
to +25�½C.
1.5 times
0.025
Ω
12mm
solder
�½1.52)
/ chip solder
1.000
(14.27
for
7” dia.
rating
to
750
75 Meg
70 Meg
Style
a
or other)
(25.40
�½1.52)
.240
�½.76)
MG716 1.5
MG 815
seconds,
∆R
benefits (such
rated
0.473”
Momentary
5
4,000
provides high
Overload:
heat
ohm)
resistance
(.81
�½.05)
of
(0.5%
600
�½
as IMS, Alumina,
metallized
Bond version
for
(.64
�½.05)
+
power, for 0.0005
Type 2
1.5
MG 810
12mm
have
WB
N/A
Wire
the
�½.050
.140
�½.030
back surface resistors
(178
∆R ±
(0.5% +
4,000
sinking
±
750
times
�½
0.0005
attachment
-
M
62Sn /
thermal
(3.56
�½.030
.040
�½.002
imum continuous
-15�½C
Bo
+25�½C.
1.000
36Pb / 2Ag.
operating voltage
tolerances
5
mm)
2.0
200
rated
100 Meg
300
Wire Bond version
resistors
Custom
0.473”
51 Meg
Style WB -
is
MG721
.025
�½.002
.750
�½1.27)
(6.10
�½.76)
(1.02
�½.05)
�½.060
Type 2
Ao
resistance values and
Bo
non-standard
for
to
seconds.
Momentary
2,000
Overload:
1.5 times 0.0005
750
MG715
chip resistor is useful to
±
(0.5%
400
�½
maximum
50 Meg
metallized
.710
�½.050
or
(3.56
�½.030
in
.040
�½.002
Type 2
�½80
the
the
26 Meg
soldering
N/A
a substrate surface for
(.64
power
to
of
back
the
power,
1.0
for 5
2,000
seconds,
∆R
establish
+
�½
17 Meg
have a
capability
(25.40
�½1.52)
.240
�½.76)
sink.
�½.05)
Type 1: DC Voltage
ppm/�½C from +25�½C +105�½C,
ohm)
1.5
12mm
a heat
the
can
Insulation Resistance:
quantity applications.
min.
(19.05
chip resistor
10,000 Megohms,
Extended
750
600
225
Wire Bond
MG717
be
Power
manufactured for high
Ao
Momentary
5
The film
Type 2
®
±
(0.5%
measured at
are
center
source
(18.03
�½.080
Preconditioning for
0.473”
power, for
Overload:
1.5 times 0.0005
the
75 Meg
WB
to
M
a substrate
version
forsink.
�½.002
+
-200
Bo
Caddock's
seconds,
∆R
resistance
rated
Style
recommendedback surface resistors
Micronox
of
�½.060
or a heat
.025
Voltage
to +50 ppm/�½C from
2.000
element
�½.76)
application.
10,000
temperature is
1.5 K
films
have a metallized
1.000
�½1.27)
(6.10
and solder
�½.05)
ohm)
.140
�½.030
.025
soldering
of
-
the resistor
�½2.03)
.140
�½.030
(1.02
�½.002
Ko
contact
tape
and
Ao
or
ppm/�½C
Ratings
750
200 Meg
N/A
MG725 2.5
Type 2
The
the
N/A
is
Type
Range
thickness
2:
Caddock Applications Engineering.
Overload/Overvoltage:
+25�½C.
voltage
power
-15�½C
dimension
(.64
(50.80
�½.080
Type 2
-55°C
Voltage Resistors' outstanding
solders
(3.56
�½.76)
600
�½
4,000
750
75 Meg
N/A
a substrate or
(3.56
�½.030
.025
�½.002
MG716 1.5
MG
seconds,
∆R
High
to +150°C
70 Meg
have a metallized back surface for sink.
�½.05)
Please
signifies
DC Voltage
and
V
rms
AC times rated
ratings
Operating
5
Precision
power,
2.0
Temperature:
2
±
750
the
+
K
0.0005
soldering
N/A
1.500
ohm)
to
patents, there are also patents
�½.05)
a
All power ratings and maximum
to
5
heat
(.64
the
pad temperature at the
shown in
(0.5%
solderable pedestal
/
(point X
/
in the
solders
(3.56
�½.76)
circuit
pending.
Ko signifies tape thickness and
operating
Type
for
6,000
(25.40
�½1.52)
.140
�½.76)
Type
1
150
recommended
N/A
MG720
MG 815
Certain products
center of
catalog are covered by
Meg
36Pb 2Ag.
recommended
The
one or more
(38.10
�½.080
.240
�½.030
.040
�½.002
is
this
62Sn
dimension
Ao
1.500
�½2.03)
.240
�½.030
(.64
�½.05)
with applied voltage not to exceed 1.5 times
pre-
Operating
6,000
Resistance
These
Overload/Overvoltage,
on
min.
ohm)
1.5
Temperature:
2
-55°C
temperature
Meg
soldering
750 M
substrate or
(6.10
for
sink.
�½.05)
1,000
250
recommended
�½2.03)
are
heat
MG730 3.0
shown below). Maximum
to +150°C
.040
.710
to
is
are
.512” arbor
�½R
combination of
Note:
Type 2
measurements
77 Meg
the
75
Meg
/
resistor
/
(at
(38.10
center of chip)
continuous
Ko
duty.
tape thickness
ratings
10,000
based
hole
max-
features:
Insulation
Range
and dimension
Resistance:
Megohms,
signifies
layouts
Temperature:
-55°C to
500
�½
chip
the
�½.050
a
�½.030
.040
�½.002
Measurement
performance
750
+150°C
17
of
The
Meg
36Pba 2Ag. solders
(6.10
�½.76)
(1.02
�½.002
All
600
�½
225 M
Type
MG717
62Sn
Operating
2,000
.240
�½.76)
(1.02
�½.05)
1.000
�½.050
(13mm)
(18.03
�½1.27)
imum continuous operating voltage for 5 seconds.
2.0
4,000
750
200
�½
51 Meg
The
Meg
/ 36Pb / 2Ag.solders
(6.10
�½.030
voltage levels
Standard
100
recommended
300 M
MG721
Type 2
is
62Sn
of the application
.
stress
applied during the
times rated
manufacturing
max.
Ko signifies tape thickness and dimension
0.5%
.512” arbor hole
power
�½.05)
(25.40
�½.060
�½1.27)
.315
�½.76)
(1.02
�½.002
Measurement Note:
Type
-55°C to
the temperature
150 Meg 750
should not exceed 150°C through
per
�½
are taken
Temperature:
as
1,000
+150°C
1.000
Overload/Overvoltage:
5
Operating
using KelvinAll
2
measurements
B
40 Meg
Megohms.
M
Single-resistor
±
.125
connections
as 10,000
range
high
200
the
.140
�½.030
.040
�½.002
(13mm)
2.6
4,000
values
MG731
.025
1.500
�½.080
Type 1: DC Voltage
2015
Page
.512” arbor hole
Measurement
connection measurements
N/A
(25.40
�½.080
(8.00
�½.76)
to
�½.05)
1.500
6,000
1
150 Meg
N/A
A
750
MG720
2.0
using
Note:
Type 2
.140
�½.76)
performance
1 of 2
2.000
are taken
continuous
2
locations. per
KK
N/A
as
200 Meg
as
N/A
/ 2Ag.
�½1.52)
process
(1.02
provide for stable resistor
exceed 1.5 times
even
connections
voltages
(.64
�½.05)
(38.10
�½2.03)
(3.56
�½.030
.025
�½.002
(13mm)
recommended Kelvin All
operating
1.5
the
C
62Sn / 36Pb
with 2:
"-15" rating
Size
not
Size 2520
.512”
voltage
St'd with
DC Voltage or V toAC
N/A
750
MG725 2.5
Type
(38.10
Maximum
10,000
±
3.18)
All
this catalog are covered by one or more patents,
(50.80
�½.080
also patents
.040
�½.002
Type applied
Ao
0.189” (4.80mm) 0.271” (6.88mm)
arbor hole
max-
high
�½.76)
(3.56
�½.030
pending.
2.000
are
.240
�½.030
(.64
�½.05)
Measurement
connection measurements
178 Meg
Note:
connections
750
the
Size 2015
Certain products
Kelvin
in
there
�½.050
.240
are taken
10,000
Recommended Circuit Board
�½
51 Meg
100 Meg 300 M
(50.80
�½2.03)
under momentary overload conditions.
rms
Size 2520
(13mm)
5 seconds.
1,000
MG735
3.6
using
shown
Type 2
locations. per
Layout
300 Meg 1,000 M
.040
�½.002
1.000
recommended
4,000
imum continuous operating
Size 2520
max.
voltage for
(6.10
�½.76)
2.0
750
MG721
Extended Range
Size 2015
0.8%
48,000
using
("-15"
Type
ratings).
1.500
�½.080
(6.10
�½.030
(1.02
�½.002
�½1.27)
.240
�½.76)
.040
�½.05)
are taken
volts
connection
2
locations. per the
77 Meg
250 Meg 750 M
For
(25.40
�½2.03)
(6.10
�½.76)
(1.02
�½.05)
assistance
DC
developing
higher than the
�½R
Kelvin
Type
connections
200
�½
Ao
0.189” (4.80mm) 0.271” (6.88mm)
TC matched
recommended
6,000
sense
2
connections):
Resistance
Bo
0.209” (5.31mm) 0.216” (5.49mm)
immediate
Maximum
�½.05)
engineering
1,000
500
�½
MG730 3.0
operating
1:
in
Range
Size
(4.80mm)
Low
(6.88mm)
voltages 60%
Overload/Overvoltage,
values
(current and
INCHES AND (MILLIMETERS)
of standard working
Type
Voltage
2015
0.271”
Ratio
(38.10
�½.060
.040
1.500
�½2.03)
.315
�½.030
(1.02
�½.002
A
Size 2520
Ao
0.189”
.140
DIMENSIONS IN
Overvoltage capabilities of
750
300
�½
64 Meg
Ordering
N/A
M
voltage resistor
�½.030
Size
call or write our Applications Engineering and we will
150%
K
N/A
3.6
1,000
300 Meg 1,500
Type 2
locations.
MG740
.025
2.000
�½.080
(8.00
�½.76)
(1.02
�½.002
C
C
recommended
6,000
high
(38.10
�½1.52)
listed
�½.030
the
�½.05)
Thermal Shock:
(5.31mm) 0.216”
0.5% max.
2.5
1.5
200 Meg
10,000
Physical
MG725
1.500
±
.125
connection
2
Type
Ko
0.087” (2.21mm) 0.066” (1.68mm)
.315
in
.040
�½.05)
table may
Standard
0.209” (4.80mm) 0.271” (6.88mm)
Method
to the
be
Bo
0.209” (5.31mm) 0.216” (5.49mm)
Type 2: DC
specified
Mil-Std-202,
"-15"
107,
Voltage or
by adding
1.000
�½.060
(3.56
sets,
(.64
�½.002
A
A
2.6
1,000
200
C
40 Meg
150 Meg
ratings).
(50.80
�½2.03)
(8.00
�½.030
�½
Type 2
MG731
Bo
(5.49mm)
2015 = 0.200” x 0.150”
of
Cond. C,
voltages
±
for
4,000
D
models and values,
layout.
Ordering
be pleased to offer
�½.76)
Size
best solution
trace
ΔR
0.25%
and
V
rms
AC
resistor product
all
Recommended
B
Kelvin
(except
Information:
(25.40
�½.100
Note:
�½.76)
(1.02
�½.002
current
from
is
Ao
0.189”
on
max.
dimensions:
"-15"
750 M
width
based
.240
the
.040
�½.05)
(38.10 3.18)
1A:
A
3.000
�½1.52)
model
Actual
x 0.200”
(Example: MG750-15).
0.066” (1.68mm)
our high
pocket
Note that overload
voltage
Fig.
D
Physical
number
Ko
0.087” (2.21mm)
Carrier Tape
.240
�½.030
.040
�½.002
2520 = 0.250”
15,000
1,000
1 K
288 Meg
Ordering
M
500 Meg 1,500
MG745 5.0
1.500
�½2.54)
(6.10
�½.76)
(1.02
�½.05)
�½.080
Type 2
St'd
Resistance Range
12mm Carrier
0.216” (5.49mm)
Overload/Overvoltage,
�½R
(76.20
�½.080
magnitude of
x 0.150”
Point of
with "-15" rating
(5.31mm)
Tape (8mm
N/A
Bo
0.209” (2.21mm) 0.066” (1.68mm)
3.0
1,000
500
�½
77 Meg
250 Meg
6,000
750 M
2015
�½.76)
Size
current.
= 0.200”
MG730
Derating Curve:
Tape
0.087”
pitch)
Physical
Ko is
100
connection should
.240
(6.10
�½.030
.040
�½.05)
2.000
Information:
(38.10
�½2.03)
(6.10
�½.76)
(1.02
�½.002
Moisture
and
apply to
dimensions:
Resistance
10,000
D A
Type 2
®
from ±1.0% to ±0.1%. the source of
�½2.03)
Preconditioning for Power
Resistance:
pocket
Ratings
Method 106,
Carrier
300
MG735
3.6
Type 2
do
Ko Tape Carrier Tape
the "-15"
not
2520 = 0.250” 0.150”
2015 0.200”
Caddock'sTolerances
80
1,000 750
�½
films are
Meg 1,000 M
immediate
and
in
�½.030
Size
x 0.200”
ratings
Standard
0.087” (2.21mm)
Mil-Std-202,
TC
resistors.
Micronox resistance
178 Meg
Ordering
capabilities.
.315
overvoltage
For
assistance in
Range
12mm and
Low
(8mm pitch)
Ratio
2.125
Extended
Tape is
Voltage
0.8% max.
B
Information:
of
(50.80
�½.060
engineering
�½.002
ΔR
0.4%
developing
pocket dimensions:
max.
matched
Physical
0.066” (1.68mm)
be
�½.76)
area
0.200”
the
.040
�½.002
shown.
0.5%
.315
�½.030
(1.02
�½.05)
Carrier Tape and
400
�½
128
2,500 M
10,000
MG750 5.0
INCHES
Coefficient,
1,000
Type 2
1.000
�½.060
2520 = 0.250”
.040
D
max.
Temperature
RATED
(MILLIMETERS)
B
Voltage
40 Meg
500 Meg
outstanding
resistor
.315
�½.030
call
ranges
Full reel
Applications Engineering and
ratings
DIMENSIONS
AND
Meg
150 Meg
range,
2.6
4,000
1,000
200
�½
750
X
(53.98
- 0.10
(8.00
= 0.200”
.040
�½.05)
Type 2
60
for
MG731
resistors shown voltage
we will
x
the Type
IN
MG Precision High standard
64
resistance
high voltage
FC
�½1.52)
Resistance
x 0.150”
write
and
quantities:
is 12mmand pocket dimensions:
the table are
Resistors'
X
1,500M
2520
�½.060
(8.00
�½.76)
(1.02
or
All
ratingsfor "-15"
Tape Tape Carrier Tape (8mm
in
1.500
CD
M
-
sets,
(1.02
�½.05)
1%
(25.40
�½1.52)
2015
power
�½.002
our
maximum operating
pitch)
Meg
Information:
3.6
6,000
C
POWER OR
1,000
300 Meg
MG740
Carrier
=
Type 2
Current
with
300
�½
2520 = 0.250”
:
x 0.200”
RATED VOLTAGE, %
40
connection
St'd with "-15"
-100M -
Mil-Std-202,
rating
N/A
Thermal
These
12mm Carrier Tape (8mm pitch)
Method rated
.315
"-15 Min."
�½1.52)
(8.00
�½.76)
.040
�½.05)
to "Standard
Shock:
CD2015 and CD2520
(38.10
�½.060
from
�½.030
(1.02
�½.002
80 ppm/°C
15,000
in performance
B
features:
192 Meg
tolerances as
3.125
�½.080
are
1%
best solution
1000 pieces
our
1,000 hours
are
+125°C
on
107,
combination
resistance
750 Meg 3,750 M
Max."
MG750
Tape is
high voltage
based
Load
quantities:reel for
1%
at
resistor
at
product
Life:
per
duty.
ratings
pre-
7.5
combination
10,000
S =
Type 2
20
1,000 600
�½
178 Meg
300 Meg 1,000 M (79.38
�½1.52)
(8.00
for continuous
Full reel
of
MG780
2.000
0.10
.240
�½.030
.040
�½.002
-
the
be
CD 2520
3.000
�½.100
(6.10
�½.76)
(1.02
�½.05)
pleased
FC -
offer
.240
�½.030
.040
�½.002
Cond. C,
ΔR
0.25% max.
to
from
MG735
3.6
Type 2
connection
�½
Tolerance:
Sense
1,000 750
�½.76)
(1.02
�½.05)
(50.80
- 0.10 - 1%
CD 2520 FC
�½2.03)
Non-Inductive Performance
to
reel
during the
CD2520 without reel
tight
Curve:
Extended
per
Full reel
applied
exceed
be and
0.8% max.
voltage,
of
Range
250 will
rated power.
B
Derating
5.0
±0.1%.
100
2
0
1,000
Quantities
not
in tape
1000 quantities:
15,000
1 K
288 Meg
Type
Meg 1,500 M
500
CD
MG745
as
Type
Model
0.010
Ω
(1.02
�½.002
Tolerance
±1%
�½.76)
and
stress
Number:
above.
levels
piecesless than for CD2015 shipped
manufacturing
voltage
(6.10
�½.030
.040
�½.05)
capabilities.
�½2.54)
Tolerance:
4.000
Single-resistor values
2
as
1,000
as 10,000 Megohms.
CD
M
(76.20
�½.120
.315
�½.030
.040
�½.002
Full reelpieces
Resistance:
option ofCD2520
Method 106,
high
800
125
.315
1000 quantities:reel
per
MG785
8.0
1.500
�½.060
- 1%
and without less than for the be
Caddock.
25
275
of
FC
Mil-Std-202,
Type
3.6
C
20,000
80
have demonstrated
Meg
225
Type
Style:
0.01%
(101.60
�½3.05)
process
Ω
tomodels
Quantities
stable resistor
shipped in tape without
even
MG resistors
Type 2
1,000
75
�½
320
175
1,000 Meg 5,000
M
(38.10
�½.060
(8.00
�½.76)
(1.02
Value:
Moisture
tape leader atCD2015 and
with
Method
reel
stability
CD
S S
6,000
300
�½
64 Meg
300 Meg 1,500
2520
2.125
- 0.10
(8.00
�½.030
(1.02
�½.05)
Type
MG740
±1%
�½.76)
.040
�½.002
Tolerance:
Resistor
�½.05)
Most
are
of
Shock:
Mil-Std-202,
�½R
manufacturedperformance
107,
Thermal
Range
250 will
�½1.52)
.315
0.010 and above.
AMBIENT
Maximum
C
POWER OR
in
Type 2
1,000
load
TEMPERATURE,
°C
high as
M
(53.98
�½.120
(8.00
�½.030
Ω
(1.02
above.
and
for
pieces
max.
materialsbe shipped in tapewith EIA-481-1.
continuous operating
400
�½
128 Meg
as
Type
FC
standard
5.000
�½1.52)
.315
�½.76)
and
provide
Resistance
lessleader250the option
Load Life,
Caddock's
voltages
60
500 Meg
WBA
10,000
MG750 5.0
or
2,500
Quantities of per and for CD2015 and consistent without reel
1000
CD
±1%
0.010
.040
�½.002
Tape
0.4%
tape than at will will be CD2520
dimensions reel
without
of Caddock.
ΔR
which uses
RATED
per 1,000 hours
40
extended
:
Tolerance:
.240
�½.030
.040
�½.05)
Non-Inductive Design
will
C,
conditions.
max.
of
0.5%
tape without reelpart
Cond.
be marked with a label
Type
400 Meg
1,250
Style:
6,250 M
(127.00
�½.100
under momentary overload
tape leader at the
a serpentine resistive
10.0
1 K
life testing of
Meg
RATED
25,000
MG810
Dimensions in inches
2
�½.002
3.000
and without
ΔR
0.25%
1%
containing Caddock logo,
Caddock.
Reels
Standard
48,000
C
VOLTAGE, %
values.
1,000
ratings).
MG750 -100M -
Quantities of less thanmaterialsbe shipped in
max.
250
Resistor
15,000
1,000
1K
500
FC or
1,500 M
MG745 5.0
volts ("-15"
Type
and (millimeters)
288 Meg
Type
Meg
WBA
Value (Ω)
(76.20
�½3.05)
(8.00
�½.76)
Ω
(1.02
above.
2
Style:
CD
±1%
�½.030
(1.02
�½.002
Tape dimensions
1,000
will option consistent with EIA-481-1.
.315
�½.76)
.040
�½.05)
3.125
�½.060
(6.10
0.010 and
�½.05)
�½2.54)
pattern that provides for
Life:
and
60%
hours at
than the
at rated
Load
voltages
materials will be
to
+125°C
quantity.
in
resistance
15,000
20
2
1,000 600
�½
7.5
C
range
Type
Meg
charts
M
Maximum
�½.002
and without tape leader tolerance, packaging date, andEIA-481-1.
operating
dimensions value, at thelabel containing Caddock logo,
106,
MG780
Dimensions in inches and (millimeters)
192 Meg
750
FC or WBA for availability
�½1.52)
(8.00
�½.76)
(1.02
�½.05)
See
3,750
carry
number, resistor and with a
lines
ofconsistent
Method
part
Tape will be
Resistance:
option
will be
Moisture
marked
Mil-Std-202,
current
Reels
with
neighboring higher
Caddock. with
values
6.000
Model
.315
�½.040
.040
.350
�½.030
Resistor Value (Ω)
(79.38
�½.120
Overvoltage capabilities
LTD
LTD.
1
of standard working
Number:
.040
�½.002
St'd
rating
0.8%
15.0
30,000
1,000
10,000
MG815
Dimensions in inches and
of 150%
K
384 Meg
2,000
Style:
charts for
M
(152.40
�½3.05)
listed in the
�½.05)
2
2.125
voltage,
"-15"
value, tolerance,
Tolerance
with
to
part
not
achieving maximum
(0)1883 717988
power.
0
performance
�½
RHOPOINT COMPONENTS
RHOPOINT COMPONENTS
(millimeters)
128
been
500 Meg
WBA
Value (Ω)
4.000
�½.120
opposite
(1.02
�½.002
Reels
be specified by adding
Caddock logo,
the
Tel: +44
"-15"
table
Tape
0.4% max.
materials willpackaging date, andEIA-481-1.
may
will be marked with a label containing
max.
quantity.
See
availability
This exceptional
Type
25 75 125
400
has
Meg
proven through
�½.060
(8.89
�½1.02)
directions,
ΔR
dimensions
to exceed rated
consistent
cancellation
5.0
1,000
Meg 2,500 M
10,000
MG750
Type 2
number, resistor and
thereby
Resistor
.315
�½.76)
.040
be
(8.00
�½.030
(1.02
�½.05)
175
275
voltages for
Hurst
Type 2
1,000 800
�½
225
Meg
1,000
FC or charts for
M
(53.98
8.0
20,000
models
Meg 5,000
MG785
Holland Road
Green,
and values, (except "-15" ratings).
(101.60
�½1.52)
(8.00
�½.76)
(1.02
�½.05)
See
Resistor Value:
(Example:
be
MG750-15).
containing date,
overload
Holland Road,
alluse in
AMBIENT TEMPERATURE,
°C
number,
(0)1883
Extended Range
0.8%
Caddock
part
many
Dimensions
RH8 9AX
and (millimeters)
320
demands the
Value
availability
�½3.05)
model numberover
Reels willresistor value, tolerance, packaging
that
and
at rated
years
Green
inches
equipment that
of
in
Resistor
highest
(Ω)
3.125
�½.060
of
.315
�½.030
.040
�½.002
Resistance
marked with a label
Note
+125°C
logo,
This
Range
Load Life,
�½R
flux fields
the entire
1,000 hours
the
+44
max.
quantity.
length of
Fax:
resistor.
712938
Hurst
with
Load Life:
at
Oxted,
7.5
Surrey,
Tolerances from
e-mail: sales@rhopointcomponents.com
Type 2
1,000
600
�½
192
in shaded
See
MG780
Models
15,000
availability
�½1.52)
(8.00
�½.030
(1.02
�½.002
construction are
Meg
750 Meg 3,750 M
areas.
number, resistor value, tolerance,
.315
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.040
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5.000
Resistance
25,000
low inductance
1,000
±1.0% to ±0.1%.
Meg
charts for
M
(79.38
�½.120
and overvoltage ratingsconstruction is to
packaging date, and quantity.
do
web:
exceed rated
0.5% max.
resistors.
not apply accomplished without
the "-15"
reliability and
1883 717988
LTD
stability,
efficient non-inductive
Standard
to
www.rhopointcomponents.com
Type
9AX
10.0
COMPONENTS
including TWT amplifiers, X-ray
1 K
400 Meg
1,250
6,250
Solderable
web: www.rhopointcomponents.com
Leads
MG810
Oxted, Surrey, RH8
2
RHOPOINT
(0)
Phone:
+44
voltage, not
power.
(127.00
�½3.05)
(8.00
�½.76)
(1.02
�½.05)
4.000
areas.
.315
�½.030
.040
�½.002
Temperature Coefficient,
1,000 800
�½
320 Meg
1,000
electronics.
6.000
�½.120
derating of ranges
Encapsulation:
High Temperature Silicone Conformal.
for "-15" advantages.
systems, geophysical instruments, and medical
Meg
range, of
(101.60
�½.120
Resistance any performance resistors shown in the table are
Holland
8.0
Road,
with
Green,
Hurst
Type
Fax:
Models
20,000
Caddock's Non-Inductive Resistance Pattern are in non-shaded
�½3.05)
(8.00
�½.040
(1.02
�½.002
e-mail: sales@rhopointcomponents.com
5,000 M
MG785
+44 (0) 1883 712938
2
LTD
standard resistance
RHOPOINT COMPONENTS
for
.350
�½.76)
.040
�½.05)
RHOPOINT COMPONENTS LTD.
1,000
St'd with "-15" rating
0.8%
(0)1883 717988
1 K
384 Meg
2,000 Meg 10,000 M
Resistance Range
Load Life,
�½R
MG815 15.0
COMPONENTS LTD
with resistance tolerances as
(152.40
�½3.05)
(8.89
�½1.02)
(1.02
�½.05)
Tel: +44
max.
IL-110.019
RHOPOINT
30,000
9AX
2
Oxted, Road, Hurst
Type
80 ppm/°C
RH8
from "-15 Min." to "Standard Max."
HollandSurrey,
in combination
.315
�½.030
.040
�½.002
Holland Road
25,000
Green,
5.000
�½.120
Fax: +44
max.
(0)1883 712938
© 2002 Caddock Electronics, Inc.
1 K
400 Meg
1,250 Meg 6,250 M
(127.00
�½3.05)
(8.00
�½.76)
(1.02
�½.05)
MG810
as
(0)
Hurst Green,
HollandSurrey, RH8
717988
1,000
Phone:
+44
1883
Type
Extended Range
0.8%
IL107.0802
Office
RHOPOINT
Engineering
2
Applications
COMPONENTS LTD
Sales and
27.1
max.
Corporate
Oxted,
10.0
Standard
web: www.rhopointcomponents.com
0.5%
tight
Road,
Max.
Hurst Green
±0.1%.
9AX
Resistance
Dimensions
Non-Inductive Performance
in inches and (millimeters)
e-mail: sales@rhopointcomponents.com
Oxted,
Models
RH8
low inductance construction are in
Model
Fax:
Surrey,
1883
Hwy.
e-mail: sales@rhopointcomponents.com
HollandSurrey,
with
712938
Road, RH8
717988
17271 North Umpqua
9AX
1717 Chicago Avenue
web:
Phone:
Watt- Continuous
Overload
Dielect.
+44
Oxted,
+44 (0)(0)
Hurst 9AX
have demonstrated
-15
shaded areas.
web: www.rhopointcomponents.com
Type
15.0
resistors
Type
MG
1883
Green,
stability of
10,000 M
6.000
�½.120
.350
�½.040
.040
�½.002
Solderable Leads
www.rhopointcomponents.com
Extended
St'd with "-15" rating
0.8%
Caddock's
Rating
No.
age
B
are manufactured
California 92507-2364
MG815
+44
Oregon 97470-9422
Strength
1 K
384 Meg
Standard
0.01%
(152.40
A
Min.
Phone:
Models
30,000
Caddock's
1,000
+44 1883
1883
Oxted, Surrey, RH8 9AX
2
Tolerance:
Fax:
Caddock
Oper.
712938
Roseburg,
(0) (0)
with
Volt.
717988
Non-Inductive Resistance
2,000 Meg
are in non-shaded areas.
Most
(1.02
C
e-mail:
Riverside,
with
max.
IL107.0802
sales@rhopointcomponents.com
�½.05)
�½3.05)
(8.89
�½1.02)
models
Resistance
web: www.rhopointcomponents.com
Max.
Max.
Min.
Pattern
27.1
©
per
+44 (0) 1883 712938
2002
1,000 hours in
Inc.
Electronics,
extended load life testing of standard
Fax:
High
Non-Inductive Design which uses a serpentine
Conformal.
Phone:
+44
496-0700
e-mail: caddock@caddock.com • web: www.caddock.com
Resistance Range
www.rhopointcomponents.com
Phone: (541)
(0) 1883 717988
Extended
e-mail: sales@rhopointcomponents.com
Range
0.8% max.
Phone: (951) 788-1700
.313
�½.020
.094
�½.015
.025
�½.002
Encapsulation:
web:
Temperature Silicone
resistive
Tolerance
IL107.0802
600
200
�½
5 Meg
N/A
750
N/A
27.1
IL-110.019
MG650
Caddock
range values.
Type
©
resistance
Electronics, Inc.
1
2002
0.5
1883 712938
(2.39
�½.38)
Fax:
+44
496-0408
low inductance construction are in shaded areas.
listed by country
pattern that
(.64
�½.05)
(7.95
�½.51)
see caddock.com/contact/dist.html
e-mail: sales@rhopointcomponents.com
in
For Caddock Distributors
Models with
Fax: (541)
(0)
Electronics, Inc.
provides for neighboring lines to
Fax: (951)
IL107.0802
carry current
27.1
369-1151
© 2002 Caddock
Solderable Leads
Applications Engineering
Standard
�½1%, �½0.5%,
cancellation
This
0.5
Umpqua Hwy.
1
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has been
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directions, thereby achieving
Sales and Corporate Office
exceptional
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performance
200
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750
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8 Meg
N/A
N/A
MG655
Caddock
with Caddock's
27.1
2002
Models
17271 North
Electronics,
Type
1717
•
RH8
IL107.0802
Chicago Avenue
(7.95
�½.76)
©
©
2004 Caddock Electronics, Inc.
High Temperature
�½1%
28_IL110.1004
Conformal.
many years of
97470-9422
use in equipment that demands the highest
.500
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.094
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.025
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length of
•
the resistor. This
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entire
rating
of flux fields over the
with "-15"
Hurst Green Surrey
Silicone
9AX
•
UK
Roseburg, Oregon
Riverside, California 92507-2364
Type
1,000
750
400
�½
10 Meg
N/A
N/A
MG660 0.6
Email
•
reliability
Engineering
1
(12.70
�½.76)
web: www.caddock.com
construction is
Sales and Corporate Office
accomplished
788-1700
e-mail: caddock@caddock.com
efficient non-inductive
Extended Range
sales@rhopointcomponents.com
•
(2.39
�½.38)
(.64
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Phone: (541) 496-0700
Phone: (951)
without
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and stability, including TWT amplifiers, X-ray
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advantages.
�½.030
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Fax: (541) 496-0408
Fax: (951) 369-1151
systems, geophysical
1
electronics.
17271 North Umpqua Hwy.
instruments, and medical
20 Meg
1717 Chicago Avenue
600
2,000
750
MG680 0.8
Type
(19.05
�½.76)
(2.39
�½.38)
(.64
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Temperature Coefficient:
Roseburg, Oregon 97470-9422
Riverside, California 92507-2364
.094
�½.015
.025
�½.002
© 2004 Caddock
496-0700
Inc.
Electronics,
28_IL110.1004
1.000
�½.040
web: www.caddock.com
e-mail: caddock@caddock.com •
(2.39
�½.38)
Phone: (541)
Phone: (951) 788-1700
1.0
4,000
750
800
�½
50 Meg
N/A
N/A
Type 1
MG710
Resistance
Resistance
Dimensions in inches and (millimeters)
(25.40
�½1.02)
(.64
�½.05)
Max.
TC Specifications
369-1151
Overload
Dielect.
For Caddock Distributors listed by country see caddock.com/contact/dist.html
Model Watt-
Fax: (541) 496-0408
Fax: (951)
Range
resistance films
θJC
Resistors'
the unique low
Dimensions
All power
(millimeters)
and maximum operating voltage ratings
2
achieve
outstanding
resistance
in inches and
ratings
Model
MG
with
Thermal
MG 655
Now
Resistance
the
Caddock
680
Precision High
Film
PowerResistanceInformation
Chip
Type
MG
Micronox
Extended
to
RResistance
Temperature
Voltage
to
Pad (C)
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Resistance Range to 10,000 Megohms and Additional Models
Page 1 of
Solder
Resistance
Comments
Dimensions
Thermal Capability
C
range in
710
performance features:
note 3) (C)
Temperature
family.
Max.
special
R
θJC
Pad
The
Film (J)(see
performance
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features of
A
the Type
Bin inches and (millimeters) D
These ratings are based on pre-
CD
continuous duty.
Model
MG
this
Min.
Comments
are
inches
combination of
Coefficient as tight
to
as 80 ppm/°C, Combined
Dimensions in
for
and
Long-Term Stability and Precision Tolerances.
Max.
MG 660
Resistance
θJC
Temperature
Min.
Precision Film
(J)(seeSolder3)
include:
with Excellent
(millimeters)
.062 min.
Model
Thermal Resistance
Max.
Low Resistance
Ω
Aluminum
.150
B
.061
C
.200
A
±.012
±.012
±.005
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Resistor
Pad (C)
Temperature
to
R
note
Solder
stress voltage levels
D
min.) wireTerminals have
Comments
be used for bonding.
applied during
an
the
to surface layer for
8.33°C/Watt
Megohms.
150°C
Max.
CD2015WBA
0.010
0.20
Ω
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bonding. Aluminum
Models
•
Single-resistor
Min.
Extended
(seeSolder3) (C)
mount
Chip
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A
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min.
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wire
manufacturing
as
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(3.81
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±.13)
MG
Model
MG 712
values
Max.
high as
Resistance Range to
680
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Chip
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resistance
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are
Temperature
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B
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to
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and
and
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stable
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performance
for
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150°C
process
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C
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FC
Micronox
®
version
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D
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of
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even
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B
±.30)
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provide
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.200
±.012
•
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High
tight as 80 ppm/°C,
applications.
with Excellent Long-Term Stability
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operating
to
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bonding.
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(5.08
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Style WB
- Wire Bond
with
Temperature
("-15" ratings).
version for hybrid applications
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±.012
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min.)
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the Type volts
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outstanding
metallized
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used for bonding.
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maximum
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and
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surface for
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surface
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Aluminumbe used for bonding.
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±.30)
back
of
0.010
Ω
solder
features:
sinking of
150°C
chip, includes
(3.81
±.012
continuous
(1.57 min.)
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for
pre-
down heat
the
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are Maximum
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wire bonds
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and
•
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0.010
Resistance -
150%
to receive
are working
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of
circuit board
involtage levels
min.
specified
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table
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during
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ratings for stable resistor performance ratings
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high heat
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In High as IMS, Alumina, or other)
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Values:
CD2015WBA
model number
that
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sinking benefits
voltages as high as
ohm at
±1%.
Standard Resistance
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•
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of performance
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features:
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resistance
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Resistance
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combination continuous operating
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48,000 volts
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10,000
Applications where the circuit
stress
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CD2015WBA
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is useful
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levels applied during
Values:
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the chip highThe film temperature is measured at the center of
of
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element and
ranges
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for voltages 60% higher than
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of
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pad which
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with
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pad
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by
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Kelvin connection
80 ppm/°C
of customer
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"-15 the to may
Caddock's exclusive
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models
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ratings).
maximum
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number (Example:
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its copper core
at center at theinterface not exceed 150°C through the
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Ω
pad
for
with
tight
terminal
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temperature isthe the
provides
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spreading which
under momentary overload MG750-15).
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48,000 ±0.1%.
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also
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model
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0.050
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the chip resistor (at the center at theinterface not the circuit board. and the
operating voltages apply higher "-15" the values
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measured the
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from ±1.0% standard
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performance
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range of the
temperature of
capabilities of 150%
and overvoltage
with
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enhances the high
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Most
Caddock's exclusive
available
adding Caddock's
Type MG resistors have demonstrated
capability.
stability
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are manufactured
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Ω
0.025
Ω
0.050
Ω
0.015
Ω
0.033
Ω
with
pad temperature resistor
the
listed in the table may be specified shown in
0.10
"-15" to the
temperature range of the
power handling
soldered interface with the circuit board. Maximum
MG
1,000
of
Coefficient, for standard resistance ratings).
•
temperature
hoursmodels
application.at
life testing"-15" range, of
designs when
through the
Design
models
resistors abyserpentine table are
Temperature
the chip is
and
(at
Resistance ranges
CD2520WBA
for "-15"
are
the
0.050
Ω
per
725
for all in extendedvalues,
to optimize high power
load (except of standard
voltages
of the chip resistor (at the center of chip) should not exceed 150°C through the
0.020
Non-Inductive (Example:
0.025
Ω
uses
0.040
Ω
Note
0.20
Ω
resistive
which
Ω
• Thermal resistance is
temperature range of the application.
model number
Caddock's Non-inductive Serpentine
that
Location for
combination
provided
Connection:
80 ppm/°C in
Sense (Potential)
to
0.025
Ω
from "-15 Min." to "StandardMG750-15).
Ω
to
Pattern
overload
resistance range values. with
MG
CD2520WBA
apply
Film
•
temperature
721
higher
the application.
resistance tolerances as
Temperature
pattern that
Alumina.
for neighboring
0.050
to thecarry current in
Resistance
range of
thermal conductivity
±0.1%.
board substrates such as IMS or
provides
from ±1.0%
utilizing
Tolerances
(Potential) Connection:
circuit
Standard
Max." lines
and overvoltage ratings do
Resistance Values:
not
MG 717
Location for
connection for each
has been proven through
Point
Measuring
tight
The
±0.1%.
Sense (Potential) Connection:
CD2520WBA
available with
"-15" resistors.
Note:
asexceptional performance
sense
Sense
This
Non-Inductive
Most
for "-15"
are
Performance
Resistance
Standard.
cancellation
Film
of
thereby resistors maximum
for
models
Standard
achieving shown in
•
Location
resistors have
and
standard
capability.
ofrange,
Temperature
opposite directions,
Tolerance CD2520WBA
±1%
Values:
the table are
Temperature Coefficient, for
overload
resistance
Resistance ranges
CD2520WBA
• High pulse handling
demonstrated stability
Sense Wire
Sense Wire
Film
•
Location
positioned
in equipment
current
demands the
Measuring Point
of flux fields over"Standard
Resistance
Standard.
0.075
Ω
Type
The
MG
in
Note:
years
for
use
inboard
with that
pedestal is
of
Sense (Potential) Connection:
0.01%
Temperature
manyppm/°C
730
combination
of the
resistance toleranceshighest
Most models
Standard
Max."
0.030
Values:
Caddock's
are
0.010
the entire
Ω
length of
Ω
with
CD2520WBA
±1%
Non-inductive Serpentine
resistor. This
Measuring
80
721
MG
sense connection for each
as
from
Wire
Min." to
Tolerance
manufactured the
Pattern
Note:
Low
sense connection for eachcurrent
testing
Wire
standard
pulse response.
Caddock's
Standard Resistance Values:
Ω
Sense Wire
•
The
and stability, including TWT
Sense
of
excellent
Current Wire
and
Point
Current
"-15
MG
1,000
inductance provides
load life
high frequency
Film Temperature
Tolerance
0.010
Ω
uses
0.030
serpentine
Ω
without
CD2520WBA
0.033
Standard.
0.075
±1%
Ω
per as hours
0.015
Ω
pedestal
±0.1%.
or multiple of the
0.10
connection (single
in extended
reliability
is positioned inboardcurrent wires).
Sense Wire
amplifiers,
Measuring Point
X-ray
Non-Inductive Design construction isa accomplishedresistive
efficient non-inductive which
Ω
Sense Wire
tight
Theissense connection for eachcurrent
Current Wire
Note:
Current
pad, soldered
pedestal (single or
values.
current wires).
Non-Inductive Performance
Ω
Solder
Wire
0.020
0.040
0.20
Tolerance
0.015
Ω
CD2520WBA
0.033
Standard.
0.10
ΩΩ
±1%
Ω
0.010
0.030
Ω
to carry
Ω
current in
resistance
735
range
multiple
0.075
connection positioned inboard of the
and medical
Wire
systems, geophysicalhave demonstrated stability of 0.01%
pattern
circuit board.
provides for neighboring
0.050
Ω
lines
deratingthatany performance advantages.
Ω
interface with
Wire
Current Wire
of
Current
electronics.
0.025
•
pedestal is
FC - Flip
instruments,
wires).
Sense Wire
Type MG
(single or multiple of the
0.015
Ω
0.033
0.10
connection positioned inboardcurrentcurrent
been
surface mount version with
Sense
Most
pedestal terminals for
flip chip
soldering.
with Caddock's
Solder pad, soldered
0.020
Ω
0.040
are
0.010
Ω
manufactured
0.20
Ω
Style
MG
resistors
Chip Version
Current
proven through
is a
solderable
0.030
Ω
0.075
Ω
MG 730
exceptional performance has
This
opposite
circuit
models thereby achieving maximum cancellation
interface with
directions,
board.
Current Wire
0.020
0.040
0.20
Ω
0.025
0.050
serpentine resistive
per 1,000 hours in extended load life
of
Circuit board: IMS, Ceramic (Alumina) , or
Solder pad, soldered
other.
0.015
0.10
Ω
connection (single or multiple current wires).
testing
Wire
standard
Non-Inductiveover
Custom
entire
Ω
length aof
Ω
the resistor. This
Design which
Ω
uses
0.033
Ω
non-standard tolerances
interface with circuit board.
0.025
Ω
0.050
many years range values.
of
demands
board: IMS,
of flux fields
the
resistance values
Ω
Resistance
the highest
Dimensions in inches and (millimeters)
Solder pad,
0.020
Ω
0.040
Ω
Specifications:
and quantity
Ω
0.20
resistance
745
use in equipment that
Power Capability Information
Ceramic (Alumina) , or
pattern
solderedboard.
Circuit
other.
MG
Max.
Model Watt- Continuous
Overload
Dielect.
that provides for
resistance values
lines to carry current in
neighboring
forand
can
and (millimeters)
be manufactured
0.050
Ω
non-standard tolerances
high
applications.
WB
IMS, Ceramic (Alumina) , or
interface with circuit
Resistor mounting
Custom
0.025
Ω
reliability and stability, including TWT amplifiers, X-ray
A
Standard
Applications
Extended
efficient
Dimensions in inches
construction is accomplished without
non-inductive
-15
High
Circuit board:
other.
B
Rating
No.
735
age Oper. Volt.
Resistance
Strength Min.
C
MG
Power
General
has been proven through
This exceptional performance
Applications
Thermal Resistance -
R
mounting
, or
opposite directions,
Resistance
Caddock Applications Engineering.
Custom manufactured for and quantity
cancellation
thereby advantages.
achieving maximum
Max.
Max.
Please resistance values high
Comments
applications.
Min.
can be contact
Tolerance:
non-standard tolerances
WB Resistor
Power Rating
systems, geophysical instruments, and medical electronics.
(Alumina)
derating of any performance
Circuit board: IMS, Ceramic
Max. Chip
other.
θJC
Model
can be manufactured for high quantity applications.
WB Resistor
Temperature
of flux fields over the
resistance values and non-standard tolerances
many years
731
600
Min.
Type 1
highest
.313
at
that demands
Solder Pad (C)
mounting
�½.020
.094
�½.015
.025
�½.002
Customcontact Caddock Applications Engineering.
This
Please
entire length of the resistor.
Resistance Range
Tolerance
200
�½
5
to
the
N/A
750
MG650
0.5
MG
of use in equipment
70° C
N/A
Film (J)
Meg
Max.
(2.39
A
�½.38)
B
C
D
(.64
�½.05)
can
(see note 2)
(see note 1)
Please contact Caddock Applications Engineering.
manufactured
is
high quantity applications.
MG 745
WB Resistor mounting
reliability and stability, including TWT amplifiers, X-ray
(7.95
�½.51)
efficient non-inductive
be
construction
for
�½1%, �½0.5%, �½0.25%, �½0.1%
accomplished without
Standard
.062 min.
.109
�½.025
.150
±.012
.063
±.006
Caddock Applications Engineering.
.313
�½.030
inches and (millimeters)
Resistance
Max.
1
0.010
Overload
1.0
�½
150°C
in
.200
±.012
.025
�½.002
0.5
600
750
Meg
N/A
MG655
CD2015FC
Model Watt- Continuous
Ω
Type
0.20
Ω
Dielect.
200
Watt
N/A
systems, geophysical instruments, and medical
8
12.0°C/Watt
electronics.
Dimensions
derating of
(.64
�½.05)
Please contact
advantages.
Solderable Pedestal
any
±.30)
Specifications:
(1.57 min.)
(5.08
±.30
(3.81
performance
(1.60
±.15)
(7.95
�½.76)
(2.77
�½.64)
Standard Extended
-15
Power Capability Information
R
Max. Chip
Comments
Page 2 of 2
Page 2 of 2
Page
2
of 2
Page 1 of
2
1 of 2
Page
Page 2
2
of 2
Page of 2
Page 2 of 2
is a hybrid mountable version with copper pedestal terminals and an aluminum surface layer for wire
is a hybrid mountable version with copper pedestal terminalssubstrate.
bonding. The back surface of these devices is metallized for solder attachment of the chip resistor to a heat sinking and an aluminum surface layer for wire
MG 650
is a hybrid mountable version with copper pedestal terminals and an aluminum surface layer for wire
bonding. The
655
surface of these devices is metallized for solder attachment of the chip resistor to a heat sinking substrate.
back
Page
MG
is a hybrid mountable version with copper pedestal terminalssubstrate.
bonding. The back surface of these devices is metallized for solder attachment of the chip resistor to a heat sinking and an aluminum surface layer for wire
1 of 2
Power Capability Information
MG 650
CD
back surface
®
bonding. The
660
Micronox
of these devices is metallized for solder attachment of the chip
inches and
to a heat sinking substrate.
Voltage Ratings
Type
MG
Low
Resistance
resistance
ResistanceInformation
source of
the proven
resistor
(millimeters)
Power and
Resistance Precision Chip Resistors utilize
Dimensions in
Power
films are the
Thermal Capability
Caddock's
Preconditioning for
RATED LOAD, %
Specifications:
Specifications:
General Information for Type CD - Style FC and Style WB - Chip Resistors.
General Information for Type CD - Style FC and Style WB - Chip Resistors.
Specifications:
General Information for Type CD - Style FC and Style WB - Chip Resistors.
Specifications:
General Information for Type CD - Style FC and Style WB - Chip Resistors.
Specifications:
Temperature Coefficient as tight as 80 ppm/°C, Combined with Excellent Long-Term Stability and Precision Tolerances.
Now with Extended Resistance Range to 10,000 Megohms and Additional Models
•
•
•
•
•
Design Assistance in Developing High Voltage Resistor Sets with
Temperature Coefficient as tight as 80 ppm/°C, Combined with Excellent Long-Term Stability and Precision Tolerances.
Low TC Tracking.
Ordering Information
Now with Extended Resistance Range to 10,000 Megohms and Additional Models
•
•
•
•
•
•
•
UK & Ireland
Distributors
Type MG Precision High Voltage Resistors
Page 2 of 2
N
N
Type MG Precision High Voltage Resistors
Type MG Precision High Voltage Resistors
Design Assistance in Developing High Voltage Resistor Sets with
Low TC Tracking.
Ordering Information
RHOPOINT COMPONENTS LTD
RHOPOINT COMPONENTS LTD.
RHOPOINT COMPONENTS LTD
RHOPOINT COMPONENTS LTD
Specifications:
RHOPOINT COMPONENTS LTD
RHOPOINT COMPONENTS LTD.
RHOPOINT COMPONENTS LTD
CADDOCK
CADDOCK
CADDOCK
Specifications:
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