RHOPOINT CD2520FC Cd low resistance precision chip resistor Datasheet

Page 2 of 2
Type MG Precision High Voltage Resistors
Type
MGResistance
Precision High
Voltage
Resistors
Type
CD
Low
Precision
Chip
Resistors
Type
CD
Low
Resistance
Precision
Chip
Resistors
Type
CD
Low
Resistance
Precision
Chip
Resistors
Type
MG
Precision
High
Voltage
Resistors
Precision
High
Voltage
Resistors
Type
Resistors
Type
CD MG
LowPrecision
Resistance Precision Chip
Resistors
Now withMG
Extended
Resistance
to 10,000
Megohms
and
Additional
Models
Low Type
Resistance
ChipPrecision
down
to 0.010 Range
Ω at
±1%
with
unique
Pedestal
Terminal Design
High
Voltage
Resistors
Low
Chip
down
toppm/°C,
0.010
Ωatat
±10,000
1%with
with
unique
Pedestal
Terminal
Design
LowResistance
Resistance
Chip
down
to
0.010
ΩCombined
±1%
with
unique
Pedestal
Terminal
Design
Now
with
Extended
Range
to
Megohms
andStability,
Additional
Models
Temperature
Coefficient
asResistance
tight
as 80
Excellent
Long-Term
and Precision
Tolerances.
Page 1 of 2
Page 1 of 2
Page
2
Page 1 of
211of
Page
of 2
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Page
2 1ofof 22
Page 1 of 2
withSense
Extended
Resistance
Range
to 10,000 Megohms and Additional Models
forNow
Current
in Hybrid
and SMT
Applications
for
Current
Sense
Hybrid
and
SMT
Applications
for
Current
Sense
Hybrid
and
SMT
Applications
Page 1 of 2
Temperature
Coefficient
as
tight
as
80
ppm/°C,
Combined
Long-Term
Stability
and
Tolerances.
Low
Resistance
Chip
down
to
0.010
Ω
at
±with
1%Excellent
with
unique
Pedestal
Terminal
Design
Temperature
Coefficient
asin
tight
as
80Chip
ppm/°C,
with
Excellent
Long-Term
Stability
andPrecision
Precision
Micronox®
resistance
films
are
theCombined
source
of the
Preconditioning
for Power
and Voltage
Ratings Tolerances.
Type CDCaddock's
Low
Resistance
Precision
Resistors
utilize
the proven
MG
650 Type
Type
CDMicronox
Low
Resistance
Resistors
utilize
the
proven
®
Type
CD
Low
Resistance
Precision
Chip
Resistors
utilize
the
provenAll power ratings
®® resistance
MG
Precision
High
Voltage
Resistors'
outstanding
and maximum
operating
voltage ratings are
Caddock's
Micronox
films
are
source
of
Preconditioning
for
Power
and
Voltage
Ratings
resistance
films
toChip
achieve
the
unique
resistance
Caddock
for
Current
Sense
inPrecision
Hybrid
and
SMT
Applications
Caddock's
Micronox
resistance
films
are the
the
source
oflowresistance
Preconditioning
for
Power
and
Voltage
Ratings
®
resistance
films
to
achieve
unique
low
Caddock
Micronox
combination
of®Extended
performance
features:
for
continuous
duty.
These
ratings
are based
on pre-stress
resistance
films
to
achievethe
the
unique
low
resistance
Caddock
Micronox
MG
655Now
with
Resistance
Range
to
10,000
Megohms
and
Additional
Models
the
Type
MG
Precision
High
Voltage
Resistors'
outstanding
All
power
ratings
and
maximum
operating
voltage
ratings
range
in
this
family.
The
special
performance
features
of
the
Type
CD
the
TypeCD
MG
Precision
High
Voltage
Resistors'
outstanding
All
power
ratings
and maximum
operating
voltage
ratings
Type
Low
Resistance
Precision
Chip Megohms.
Resistors
utilize
the
proven
voltage
levels
applied
during
the
manufacturing
process
to
range
in
this
family.
The
special
performance
features
of
the
Type
CD
range
in
this
family.
The
special
performance
features
of
the
Type
CD
•
Single-resistor
values
as
high
as
10,000
are
for
continuous
duty.
These
ratings
are
based
on
precombination
of
performance
features:
Low
Precision
Film
Resistor
include:
MG 660Resistance
are
for
continuous
duty.
These
ratings
are
based
on
preTemperature
Coefficient
as
tight
as
80
ppm/°C,
Combined
with
Excellent
Long-Term
Stability
and
Precision
Tolerances.
combination
of
performance
features:
®
provide for stable resistor performance even under momentary
resistance
films
to
achieve
the
unique
low
resistance
Caddock
Micronox
LowResistance
Resistance
Precision
Film Resistor
include:
Low
Precision
Film
Resistor
include:
stress
voltage
levels
applied
during
the
manufacturing
•
Maximum
continuous
operating
voltages
as
high
as
stress
levels applied during the manufacturing
•• Single-resistor
values
as
high
as
10,000
Megohms.
•range
Style
FC
- family.
Flip
Chip
version
for
surface
mount
applications.
MG 680
overload
conditions.
Single-resistor
values
asresistance
high
asfor
10,000
Megohms.
in
this
The
special
of
Type
CD voltage
®
Style
FCMicronox
Flip("-15"
Chip
version
surface
mount
applications.
films
are
thefeatures
source
of themetallized
Preconditioning
for Power
and resistor
Voltage
Ratings
process
to
for
performance
48,000
Ratings).
• •Caddock's
Style
FC
--volts
Chip
version
forperformance
surface
mount
applications.
processMaximum
to provide
provide
for stable
stable
resistor
performance
even
operating
voltages
60% higher
than the even
values
Style
WB
--Flip
Wire
Bond
version
for
hybrid
applications
with
•the
continuous
operating
voltages
as
high
as
MG 710
• Maximum
Maximum
continuous
operating
voltages
as
high
as
Low
Resistance
Precision
Film
Resistor
include:
Style
WB
Wire
Bond
version
for
hybrid
applications
with
metallized
Type
MG
Precision
High
Voltage
Resistors'
outstanding
All
power
ratings
and
maximum
operating
voltage
ratings
under
momentary
overload
conditions.
Style
WB
Wire
Bond
version
for
hybrid
applications
with
metallized
•
Overvoltage
capabilities
of
150%
of
standard
working
listed
in
the
table
may
be
specified
by
adding
"-15"
to the
model
under
momentary
overload
conditions.
48,000
volts
("-15"
ratings).
back
surface
for
solder
down
heat
sinking
of
the
chip,
includes
48,000
volts
("-15"
ratings).
back
surface
for
solder
down
heat
sinking
ofof
the
chip,
includes
for continuous
duty.voltages
These60%
ratings
are
based
preof -performance
features:
operating
higher
than
the
values
•MG 712
Style
FC
Flip
Chip
version
for
surface
mount
voltages
for
all
models
and to
values,
(except
"-15"
ratings).
number
(Example:
MG750-15).
Note
that
overload
and
back
surface
for
solder
down
heat
sinking
theapplications.
chip,
includesare Maximum
Maximum
operating
voltages
60%
higher
than
theon
values
bondable
terminatipedestals
receive
aluminum
wirebonds
bonds
•combination
Overvoltage
capabilities
of
150%
of
standard
working
Overvoltage
of
150%
ofreceive
standard
working
bondable
to
aluminum
wire
stress
levels
applied
during
the
listed
ininvoltage
the
table
may
be
specified
by
"-15"
toto the
Style
WBcapabilities
-terminatipedestals
Wire
Bond
version
for
hybrid
applications
with
metallized
overvoltage
ratings
do
not
apply
toadding
the manufacturing
"-15"
resistors.
bondable
terminatipedestals
to
receive
aluminum
wire
bonds
•• voltages
Single-resistor
values
as
high
as
10,000
Megohms.
listed
the
table
may
be
specified
by
adding
"-15"
the
•
Resistance
Tolerances
from
±1.0%
to
±0.1%.
for
and
values,
(except
"-15"
ratings).
714
•MG
Resistance
as
low
as
0.010
ohm
atsinking
±1%.
voltages
for all
all models
models
and
values,
(except
"-15"
ratings).
process
to provide
for "-15"
stable
resistor
performance
even
Resistance
ranges
for
resistors
shown
in the
table
are
from
number
(Example:
MG750-15).
Note
that
overload
Resistance
asfor
low
as
0.010
ohm
at
±1%.
surface
solder
down
heat
of as
the
chip, includesmodel
model
number
(Example:
MG750-15).
Note
that
overload
•• Resistance
Maximum
continuous
operating
voltages
as
high
• • back
Resistance
as
low
as
0.010
ohm
at
±1%.
• Temperature
Coefficient,
for
standard
resistance
range,
of
Tolerances
from
to
±0.1%.
Min." to "Standard
Max."
under
momentary
overload
•MG
Pedestal
terminals
in
this
design
provide
anultra
ultralow
lowresistance
resistance
overvoltage
ratings
do
not
• 48,000
Resistance
Tolerances
from
±1.0%
toprovide
±0.1%.
bondable
terminatipedestals
to receive
aluminum
wire
bonds and
• 715
Pedestal
terminals
in
this±1.0%
design
an
and"-15
overvoltage
ratings
doconditions.
not apply
apply toto the
the "-15"
"-15" resistors.
resistors.
volts
("-15"
inratings).
combination
with
resistance
tolerances
as resistance
80
ppm/°C
• connection
Pedestal
terminals
in for
this
design
provide
an
ultra
low
•• Temperature
Coefficient,
standard
resistance
range,
of
Maximum
operating
voltages
60%
higher
than
the
values
Resistance
ranges
for
"-15"
resistors
shown
in
the
table
are
±1%
at
the
pad
which
maintains
the
precision
0.010Ω
Temperature
Coefficient,
for
standard
resistance
range,
of
±1%
at
the
connection
pad
which
maintains
the
precision
0.010Ω
Resistance
ranges
for
"-15"
resistors
shown
in
the
table
are
±0.1%.
tight
as
•MG 716
Resistance
as
low
as
0.010
ohm
at
±1%.
• 80
Overvoltage
capabilities
of
150%
of
standard
working
Non-Inductive
Performance
±1%
atpedestal
the "-15
connection
pad which
maintains
the to
precision
0.010Ω
ppm/°C
combination
with
resistance
tolerances
as
listed
in the
table
may be specified
by adding "-15" to the
from
Min."
toto"Standard
Max."
point
ofofin
customer
Kelvin
connection
to
the
resistor
chip.
Thepedestal
80
ppm/°C
in
combination
with
resistance
tolerances
as
point
customer
Kelvin
connection
the
resistor
chip.
The
from
"-15
Min."
"Standard
Max."
voltages
for
all
models
and
values,
(except
"-15"
ratings).
• Typical
extendedKelvin
lifethis
stability
of 0.02%
1,000
Most models
are MG750-15).
manufactured Note
with that
Caddock's
Non• point
Pedestal
terminals
in
design
provide
ultrahours
low
resistance
of customer
connection
to per
thean
resistor
chip.
The
pedestal
tight
as
±0.1%.
model number
(Example:
overload
terminal
with
copper
core
also
provides
heat
spreading
which
terminal
with its
itsresistance
copper core
also
provides
heat
spreading
which
MG 720
tight
asfor
±0.1%.
Performance
standard
range
as
demonstrated
by
Inductive Design
which uses
a serpentine resistive pattern that
Non-Inductive
Performance
±1% which
at Non-Inductive
the
connection
pad
which
maintains
precision
0.010Ω
Resistance
Tolerances
from
±1.0%
tothe
±0.1%.
Non-inductive
performance
terminal
with
its
copper
core
also
provides
heat
spreading
and
overvoltage
ratings
do
not
apply
to
the
"-15"
resistors.
••• Type
MG
resistors
have
demonstrated
stability
of
0.01%
enhances
the
high
power
handling
capability.
enhances
the
high
power
handling
capability.
Most
models
manufactured
Caddock's
withare
Caddock's
exclusive
Type
MG
resistors
have
demonstrated
stability
of 0.01%
reliability
testing.
provides
for neighboring
linesdesign
to carry with
current
in opposite
Most
models
manufactured
with
point
ofhours
customer
Kelvin
connection
to the
resistor
MG 725
• per
Temperature
Coefficient,
for standard
resistance
range,chip.
of The pedestal
enhances
thein
high
power
handling
capability.
Resistance
ranges
forare
"-15"
resistors
in theCaddock's
are
1,000
extended
load
life
of
standard
Non-Inductive
Design
which
uses
ashown
serpentine
resistive
directions,
thereby
achieving
maximum
cancellation
oftable
flux fields
per
1,000
hours
in
extended
load
life
testing
ofhigh
standard
Thermal
resistance
provided
to
optimize
power
designs
when
• • ppm/°C
Thermal
resistance
is provided
to testing
optimize
high
power
designs
when
Non-Inductive
Design
which
uses
a
serpentine
resistive
This
exceptional
performance
hastolerances
been
proven
through
terminal
with
its
copper
core
also
provides
heat
spreading
which
80
in
combination
with
resistance
as
from
"-15
Min."
to
"Standard
Max."
resistance
range
values.
•resistance
Thermal
resistance
is
provided
to
optimize
high
power
designs
when
over
the
entire
length
of
the
resistor.
This
efficient
non-inductive
pattern
that
provides
for
neighboring
lines
to
carry
current
range
values.
utilizing
higher
thermal
conductivity
circuit
board
such
asas
IMS
or or
Alumina.
utilizing
higher
circuit
boardsubstrates
substrates
such
IMS
Alumina.for neighboring lines to carry currentinin
many
years
ofthermal
use
inconductivity
equipment
that
demands
the highest
pattern
that
provides
MG 717
enhances
the high
power
handling
capability.
tight
as
±0.1%.
construction
is thereby
accomplished
without
of any
This
exceptional
performance
has
been
proven
through
utilizing
higher
thermal
conductivity
circuit
board
substrates
such
as
IMS
or
Alumina.
Non-Inductive
Performance
opposite
directions,
achieving
maximum
cancellation
Most
models
are
available
withderating
reliability
and
stability,
including
TWT
amplifiers,
X-ray
systems,
This
exceptional
performance
has
been
proven
through
opposite
directions,
thereby
achieving
maximum
cancellation
High
pulse handling
handling
overload
capability.
•• • High
pulse
and
overload
capability.
•many
Type
MG
resistors
have
demonstrated
stability
of
0.01%
performance
advantages.
Thermal
resistance
is
provided
to
optimize
high
power
designs
when
many
years
of
use
in
equipment
that
demands
the
highest
Most
models
are
manufactured
with
Caddock's
of
flux
fields
over
the
entire
length
of
the
resistor.
.
geophysical
instruments
and
medical
electronics
Serpentine
•MG
High
pulse
handling
and overload
years
of use
inprovides
equipment
that capability.
demands
the highest
of flux Caddock's
fields overNon-inductive
the entire length
of thePattern
resistor. This
This
Low
inductance
provides
excellent
high
frequency
and
• • 721
Low
inductance
excellent
high
frequency
andpulse
pulseresponse.
response.
per
1,000
hours
in thermal
extended
load
life
testing
ofboard
standard
utilizing
higher
conductivity
circuit
substrates
such
as IMS
or Alumina.
reliability
and
stability,
including
TWT
amplifiers,
X-ray
Non-Inductive
Design construction
which usesisisa accomplished
serpentine resistive
efficient
non-inductive
without
reliability
and
stability,
including
TWT
amplifiers,
X-ray
efficient
non-inductive
construction
accomplished
without
• Low inductance
provides excellent high frequency and pulse response.
resistance
range
values.
systems,
instruments,
and
electronics.
pattern
that
provides
for neighboring
lines to carry current in
derating
of(millimeters)
any
performance
advantages.
• Style
Highgeophysical
pulse- handling
and Version
overload
capability.
Specifications:
systems,
geophysical
instruments,
and medical
medical
electronics.
derating
any
performance
advantages.
Dimensions
in inches andof
Max.
FC
Flip
Chip
isResistance
version
with
solderable
pedestal
terminals
for flip
chip
soldering.
WattDielect.
MG
730 Model
Style
FC
-ageFlip
Chip
Version
isaasurface
surfacemount
mount
version
with
solderable
pedestal
terminals
for
flip chip
soldering. cancellation
This
performance
has been
proven
through
opposite
directions,
thereby
achieving
maximum
Continuous
Resistance
Tolerance:
Standard
Extended
-15
No.
Strength
A
B
C
•Style
Lowexceptional
inductance
provides
excellent
high
frequency
and
pulse
response.
Min.
FCof
- use
Flip
Version
is a surface
mount
solderable
pedestal
terminals
for flip
chip of
soldering.
Oper.
Volt.
Max.
Max. version with
Min.
many years
in Chip
equipment
that
demands
the
highest
of
flux
fields
over
the
entire
length
the Tolerance
resistor. This
Resistance
Dimensions
in
inches
and
(millimeters)
Power
Capability
Information
Specifications:
Max.
Resistance
in inches
and (millimeters)
Resistance Range
Specifications:
Overload
Max.
Model
Dielect.
.094 ±.015
Power
Capability Information Dimensions
.025 ±.002
.313 ±.020
Overload
Model WattWattDielect.
Continuous
.5
600
750
200
Ω
5
Meg
N/A
N/A
MG
650
reliability
and
stability,
including
TWT
amplifiers,
X-ray
Standard
Extended
efficient
non-inductive
construction
is
accomplished without
-15
Resistance
(2.39
±.38)
in inches and (millimeters)
Continuous Rating
No.
Strength
AA ±.51)
BB Dimensions
CC±.05)
MG
735age
(.64
(7.95
Min.
High
Power
Applications
General
Applications
Power
Capability
Information
Standard
Extended
-15
Rating
No.
age
Strength
Oper.
Volt.
Resistance
Tolerance:
Resistance
Standard
±0.5%,
±0.25%, ±0.1%
Style geophysical
FC
- Volt.
Flipinstruments,
ChipGeneral
Version
isHigh
aMax.
surface
mount
version
with solderable
pedestal
for flip
chip ±1%,
soldering.
Min.
in terminals
inches
and
(millimeters)
Max.
Min.
Power
Applications
Applications
Comments
Oper.
Resistance
Tolerance:
Resistance
- RθJC
Max.
Chip
Max.
Max.
Power
Ratingmedical
Min. Thermal
systems,
and
electronics.
.109 ±.025
derating
of Dimensions
any
performance
advantages.
.025 ±.002
.313
±.030
Comments
Model
Dimensions
- R Temperature
Max.
Chip .094 �.015 .025
.5Resistance
600
750Power
200
Ω
8 Resistance
MegApplications
N/A
N/A Thermal
MG 655
Rating
High Power
General
Applications
.313
�.020
�.002 in inches and (millimeters)
N
Film (J)
to Solder Pad
(C) θJC (7.95
at 70°
±.64) .025
Resistance
Range
Tolerance
(.64 �.002
±.05)
±.76) (2.77
Model
St'd
with "-15"
rating
±1%
.094 �.015
.313
�.020
0.5
600
200
��CC N/A
Meg
N/A
750
MG650
Comments
Resistance
Range
Tolerance
Temperature
�.38)
A
B
C
D
Film5(J)
to
Solder
Pad
at 70°
Thermal
Resistance
- R(C)
Max.
Chip (2.39
0.5
600Min. Type
200
5(see
Meg
750 Power
N/A Capability
�.51)
(.64
Type1Max.
1
MG650
Rating
note
2) N/A
(see
note
1) Power
Information
θJC (7.95
Model
MG 745
�.05)
(7.95
(.64�.05)
±.015
.094 �.38)
Min.
Max.
±.002B
.025
.500�.51)
±.030 (2.39
A
C Range
D
(see
note 2)Pad
noteΩ
Temperature
Film
(J)
to
Solder
(C)
at 400
70°
C1) N/A
Extended
±1%
.6
1,000
750 (see
10
Meg
N/A
MG 660
Standard
�1%,
�0.5%,
�0.25%,
�.025
.109
(2.39
±.38)
.062
min.
.200
±.012
.150
±.012
.063
±.006
.025
.313
�.030
�.002
Resistance
Dimensions
in inches
and
(millimeters)
(.64 �.002
±.05)B in inches and
(12.70
±.76)
Resistance
Standard
�1%,
�0.5%,
�0.25%,�0.1%
�0.1%
Max.
Dimensions
(millimeters)
�.025
.109
Min.
Max.
A
C
D
Type
1
CD2015FC
0.010
Ω
0.20
Ω
1.0
Watt
150°C
12.0°C/Watt
.025
.313
�.030
Solderable
Pedestal
0.5
600
750
200
�
8
Meg
N/A
N/A
High
Power
Applications
General
Applications
MG655
(see
note
2)
(see
note
1)
Model Watt(2.77
�.64)
.200
±.012(.64
.150
.062 min.
Type0.20
1 ΩDielect.
±.30
±.30)±.012 (1.60 .063
±.15)±.006 (1.57 min.)
(5.08
(3.81
0.5 Continuous
600 Ω Overload
750
200
�
8 12.0°C/Watt
Meg
N/A
N/A
�.76)
�.05)
(7.95
MG655
Comments
�.64)
±.015
.094
0.010
1.0
Watt
150°C
Solderable
Pedestal
(7.95
(.64
�.76)
�.05)
Temperature
Coefficient:
Standard
Extended
±.002
.025
.750
±.030 (2.77
-15N/A Thermal
Resistance
R
Max.
Chip
Power
Rating
Rating
No.CD2015FC
age
Strength
A
B
C
θJC
St'd
with
"-15"
rating
�1%
Min.
(5.08
±.30
(3.81
±.30)
(1.60
±.15)
(1.57
min.)
.8
2,000
750
600
20
Meg
N/A
Ω
MG
680
Model
.062 min.
.200
±.012.025
.150
±.012
.063 "-15"
±.006Tolerance:
.250
±.012
.200
±.012
.063
±.006
.078
min.
Oper.0.010
Volt.
Resistance
(2.39
±.38)
St'd
with
rating
�1%
�.015
.094
±.05)
(.64
±.76)
(19.05
Max.
Max.
.500
�.030
�.002
Min.
Temperature
CD2015FC
Ω
0.20
Ω
1.0
Watt
150°C
12.0°C/Watt
Solderable
Pedestal
MG
731
Film
(J)
to
Solder
Pad
(C)
at
70°
C
0.010 Ω Type0.20
9.0°C/WattN/A
150°C
1.5 Watts
CD2520FC
�.015
.094
11 Ω 750
.025
.500 �.030 (2.39
�.002
0.6
1,000
400
�� N/A
10
MG660
±.30 (.64
±.30) (1.60
±.15) (1.98 min.)
(1.57
min.) Solderable Pedestal
(5.08
(3.81
(1.60
(6.35
±.30)
(5.08
±.30)
±.15C±.006
Resistance
.200
.063
.078Dmin.
.250
�.38)
Min.Ω Type0.20
Max.
A±.012
B±.012
0.6
1,000
400note
10Meg
Meg
�.76)
(12.70
MG660
(see
note N/A
2)
.094
±.015
1) N/A
�.015
0.010
Ω 750 (see
Solderable
Pedestal
9.0°C/Watt
1.5
Watts
.025
±.002
1.000
±.040 .094
�.38)
(2.39
CD2520FC
Extended
Range
�1%
.313150°C
�.020
�.002
�.76)
�.05)
(12.70
(.64�.05)
Range
Tolerance
±.30).025
±.30)Resistance
±.15
min.)TC Specifications
(6.35
(5.08±.012
(1.60±.006
1.0
4,000
Meg N/A
N/A
N/A
MG 710 600
Range
Extended
Range (1.98
�1%
� Ω N/A
550
Meg
750750 200800
Type
1
MG650 0.5
.200
.063
.078 min.
±.012
.250
±.38)
(2.39
�.38)
(.64�.002
±.05)
±1.02) (2.39
(25.40
.094
�.015
�.51)
�.05)
(7.95
(.64
0.010 Ω
0.20 Ω
Solderable Pedestal
9.0°C/Watt
150°C
1.5 Watts
.750
�.030
.025
CD2520FC
.062
min.
.200
±.012
.150
±.012
.063
±.006
.094
�.015
±.30) .025 �.002
(1.98 min.)
(5.08 ±.30) Standard
(1.60 ±.15
.750
�.030 (2.39(6.35
0.8
2,000
750
20
Meg
N/A
600
�
N/A
MG680
Type
1
CD2015FC
0.010
Ω
0.20
Ω
1.0
Watt
150°C
12.0°C/Watt
Solderable
Pedestal
�.38)
and
600
�
0.8
2,000
750
20
Meg
N/A
N/A
±.030
.140
(19.05
(.64
�.76)
�.05)
MG680
TypeCurve
1
StyleMG
FC
Derating
For General
Application
Standard
�1%, �0.5%,
±.002
.025
.400�.030
±.060 .109
±.30 .025
±.15) Coefficient:
(1.57
min.)
(5.08
(3.81 ±.30)
(1.60
�.025
Temperature
�.38)
(2.39
.313
(19.05
(.64�.002
�.76)
�.05)
±80 ppm/°C
from �0.25%,
-15°C to�0.1%
+105°C,
1,000
Meg N/A
N/A
N/A
712 600.6
Temperature
Type
1
750750 200800
� Ω N/A
820
Meg
MG655
±.76) (.64
(3.56�.015
MG 740 0.5
with±.006
"-15" Coefficient:
(.64�.002
±.05)
(10.16
±.152) (2.77
�.64)
.094
(7.95�.040
�.76)
�.05)
.200 ±.012 St'd .063
.078 min.
±.012.025
.250
1.000
referenced
to
+25°C.
.094
�.015
.025
1.000
�.040
�.002
1.0
4,000
750
800
�
50
Meg
N/A
N/A
0.010
Ω
0.20
Ω
Solderable
Pedestal
9.0°C/Watt
150°C
1.5
Watts
Type
11
MG710
CD2520FC
rating
St'd
with
"-15"
rating
�1%
100 1.0
±.030
.150
�.38)
(2.39
Resistance
±.002
.032
.562
±.060
4,000
750
800
�
50
Meg
N/A
N/A
Type
MG710
�1.02)
(25.40
(.64
�.05)
±.30)
±.30)
±.15
(1.98
min.)
(6.35
(5.08
(1.60
Note
1:
General
Applications
The
power
rating
for
�.015 .025
(2.39
Resistance
Standard Resistance
Values:
.500 �.030 .094
�.002CD2015FC
TC
1.0
1,000
Meg N/A
N/A
6.5 Meg 1020
MG 714 1,000
(25.40
(.64
(3.81 �.38)
±.76)
Type
1
750750 400200
� Ω N/A
Meg
(.81 �.05)
±.05)
±1.52) (2.39
(14.27�1.02)
MG660
TCSpecifications
Specifications
Range
100 0.6
�.38)
.140
�.76)
�.05)
(12.70
(.64
Note
1:applications
General
Applications
- �.060
The
power
rating
for
±80
ppm/°C
from�1%
+25°CValues:
to +105°C,
.400
�.002
.025
Range
general
isN/A
based upon
0.5 sq.
in.�.030
(300
Tolerance
CD2015FC
±1%
Standard.
80
Extended
Range
CD2015FC
Standard
Resistance
�.030
.140
Type
22
.400
�.060
�.002
.025
1,000
750
800
�� N/A
20
Meg
MG712
Extended
±.030
.140�.76)
100 0.6
±.002
.025
.750
±.060power
(3.56
Type
0.6
1,000
750
800
2050
Meg
N/A
N/A
�.152)
�.05)
(10.16
(.64
MG712
Note
1:
General
Applications
The
rating
for
-200
ppm/°C
to
+50
ppm/°C
from
2
.094
�.015
Standard
and
1.0
2,000
750
400
Ω
Meg
N/A
26
Meg
MG
715
(3.56
�.76)
.750
�.030
�.002
.025
CD2015FC
Standard
Resistance
Values:
�.152)
�.05)
(10.16
(.64
MG80
750 0.8
general
applications
is
based
upon
0.5
sq.
in.
(300
(3.56copper)
±.76)
Tolerance
Standard.
)
of
termination
pad
or
trace
area
(2
oz.
mm
0.010Range
Ω CD2015FC
Ω±1%
0.030
Ω
0.075
(.64
±.05)
(19.05
±1.52)
Standard
and
�80
ppm/�C
from
-15�C
to
+105�C,
600
�
2,000
750
20
Meg
N/A
N/A
MG680
Type
1
60
(2.39
�.38) .032
-15°C
to +25°C.
�.030
.150
�80
ppm/�C
from
-15�C to +105�C,
(19.05
(.64 �.002
�.76)
�.05)
St'd
with
.562
2 Megapplications
Temperature
Coefficient:
general
isofbased
upon
0.5Maximum
sq.
in.
(300
0.015
0.033
Ω "-15"
Ω±1%
Tolerance
CD2015FC
Standard.
�.030
.150
80 1.0
0.10
Ω0.075 Ω
St'd
with
"-15"
.140
±.030
.562�.060
�.060
�.002
.032
1,000
750
200
�
20
Meg
N/A
6.5
MG714
Type
2
referenced
to
+25�C.
±.002
.025
1.000
±.060
)
of
termination
pad
or
trace
area
(2
oz.
copper)
mm
connected
to
each
end
the
resistor.
chip
0.010
Ω
Ω
0.030
(3.81
�.76)
750
� Ω 6.5
N/A
Meg
�1.52)
�.05)
(14.27
(.81
MG714
Type
2
to +25�C.
1.5
4,000
750 200
600
Meg
N/A
Meg 2075Meg
MG 716 1,000
rating
6040 1.0
.094
�.015
(3.81
�.76)
100
2 70
.025
1.000
�.002
±.76)
(3.56
0.020
0.040referenced
Ω
Ω
0.20
Ω0.075
�1.52)
�.05)
(14.27
(.81
(.64
±.05) CD2015FC
(25.40
±1.52)power
Insulation
10,000
Megohms,
min.
rating
Note
1:
- �.040
The
rating
for
)N/A
of General
termination
pad
trace
area
(2
oz.
copper)
mm
0.015
0.033
4,000
750
800temperature
�
50each
Meg Applications
N/A
0.010
Ω Resistance:
Ω Resistance
0.030
Type 1
MG710
0.10
ΩΩ Values:
Standard
Use
Curve
to
derate
150°C.
�.38)
(2.39
Resistance
connected
tois
end
oforDerating
the
resistor.
Maximum
.140
�1.02)
(25.40
(.64chip
�.05)
60 1.0
.750
0.025 Ω
0.050 Ω
±.030 .025
.240�.030
TC from
Specifications
�.030
.140
.710�.060
±.050
.040�.002
±.002 Tolerance
.025
.750
�.060
�.002
1.0
2,000
750
400
�� ٠26
50
Meg
N/A
Meg
MG715
Type
2
0.020
0.040
0.015
0.033
Ω
Ω
�80
ppm/�C
+25�C
0.20
0.10
Ω toto+105�C,
general
applications
is
based
upon
0.5
sq.
in.
(300
40
MG
780
�.76)
(3.56
CD2015FC
±1%
Standard.
80
1.5
2,000
750
600
75
Meg
225
M
Range
17
Meg
MG
717
connected
to
each
end
of
the
resistor.
Maximum
chip
1.0
2,000
750
400
50
Meg
N/A
Overload/Overvoltage:
5
times
rated
power
with
26
Meg
(19.05
�1.52)
�.05)
(.64
MG71520
Type 2
�80 ppm/�C from
+25�C
+105�C,
Extended
.140
±.76)
(6.10�.030
appropriately
for
the
maximum
ambient
temperature
�.76)
(3.56
Use
Derating
Curve
to
derate
temperature
is
150°C.
.400
�.060
�.002
.025
±1.27)
(18.03
±.05)
(1.02
(19.05
�1.52)
�.05)
(.64
Extended
0.025 Ω
0.050
0.020
0.040
Ω
-200
ppm/�C
toto+50
from
0.20
Ω
Type 2
1,000
750
800 � 2N/A
20 Meg
N/A
MG712
40 0.6
(3.56
�.76)
-200
ppm/�C
+50ppm/�C
ppm/�C
frommax.140
�.030
Range
applied
voltage
not
to
exceed
1.5
�.152)
�.05)
(10.16
(.64
)
of
termination
pad
or
trace
area
(2
oz.
copper)
mm
CD2520FC
Standard
Resistance
Values:
0.010
Ω
Ω+25�C.
0.030
.025
�.002
1.000
�.060
Ω times
0.075
Use
Derating
Curve
to
derate
temperature
is
150°C.
.140
±.030
Standard
and
and
for
the
temperature
limitations
of
the
adjacent
±.002
.025
1.500
±.080
.140
�.030
Range
0.025
0.050
Ω
Ω
-15�C
to
60
.025
�.002
1.000
�.060
appropriately
for
the
maximum
ambient
temperature
Type
2
600
�
1.5
4,000
750
75
Meg
N/A
70
Meg
MG716
200 1.5
2.0
6,000
750 6001�K 70 N/A
150Meg
Meg
N/A
�80
ppm/�C
from0.10
-15�C
to +105�C,
MG 720 4,000
�.76)
Page 1 of 2
-15�C
to +25�C.
Type
2
750
75
N/A
Meg
�.05)
(.64
�1.52)
(25.40
MG716
(3.56
±.76) .032
0.015
0.033
Ω
Ω
Ω for
(.64
±.05)
(38.10
±2.03) (3.56
�.030
.150
Tolerance
CD2520FC
±1%
Standard.
imum
continuous
operating
voltage
5 seconds.
�.76)
(3.56
St'd with
"-15"
.562
�.060
�.002
�.05)
(.64
�1.52)
(25.40
connected
each
end
oflimitations
the
resistor.
Maximum
chip
appropriately
maximum
ambient
temperature
CD2520FC
Standard
Resistance
Values:
20 1.0 25 1,000 70 Type100
750150 200materials.
� 6.5
20for
Megthe
N/A
Meg
MG714
2
referenced
to +25�C.
and
for
the to
temperature
of the
adjacent
�.76)
0.020 ΩResistance:
0.040 Ω 10,000
�.030
.240
0.20Megohms,
Ω
�1.52)
�.05)
(14.27
(.81
.240
±.030 .040
.710
�.050
rating
±.002 CD2520FC
.040�.002
1.000
±.050 (3.81
MG40
Insulation
min.
.240
�.030
0785 1.5MG 7212,000
0.010
Ω
0.030
Ω
0.075
Ω
Standard
Resistance
Values:
.040
.710
�.050
�.002
750
�
75
Meg
225
M
17
Meg
Type
2
MG717
2.0
4,000
Ω
100
Meg
300
M
51
Meg
o 750 600200
Use
Derating
Curve
to
derate
temperature
is
150°C.
Tolerance
CD2520FC
±1%
Standard.
Insulation
Resistance:
10,000 Megohms,
and
forMeg
the temperature
of the
adjacent
Resistance
∆R min.
�.76)
(6.10
(6.10
±.76) (1.02
0.025 Ω Range
0.050 Overload/Overvoltage,
Ω
C150 600materials.
750
� 17
75 Meg
225 Mlimitations
2
MG717
(18.03
(1.02�.05)
±.05)
(25.40
±1.27)
�.030
.140
�.76)
(6.10
25 2,000 TEMPERATURE,
70 Type
100
.025
.750 �1.27)
�.060
�.002
0.015 Ω CD2520FC
0.033 Ω±1% Standard.
�1.27)
�.05)
(18.03
(1.02
0 1.5 AMBIENT
0.10
Ω +25�C to +105�C,
Tolerance
750
400 materials.
� 26 Meg
50for
Megthe N/A
MG715
2
�80
ppm/�C
Overload/Overvoltage:
5from
times
rated
power
�.76)
appropriately
maximum
ambient
temperature
0.010
Ω 0.040
0.030
Ω 0.20
.140�.030
±.030 .025
.140
0.075
Ω
20 1.0 25 2,000 70 Type100
(19.05
�1.52)
�.05)
(.64
.025
±.002
2.000
±.080 (3.56
�.002
1.500
�.080
o
150
Extended
0.020
Ω
Ω
Standard
0.5%
max.
Overload/Overvoltage:
5
times
rated
power
Ω
.140material
�.030
2.5
10,000
750High
1.5
K N/AN/A
Meg N/AN/A the (50.80
7256,000
AMBIENT
TEMPERATURE,
C
Type
.025
1.500
�.080
750
11K
150200
Meg
MG720
Note 2.0
2:MG
Thermal
-750
In
Power
circuit
board
-200
ppm/�C
to +50
from
(3.56
±.76) (.64
�.76)
(3.56
(.64 �.002
±.05)
±2.03)
0.015
0.010
Ω voltage
0.030
Ωto
Type22
2.0
6,000 Resistance
K
Meg where
N/A limitations
N/AApplications
(38.10
Standard
Resistance
MG720
0.10ppm/�C
ΩΩ times
0.075
with
applied
1.5
0.025
0.0500.033
Ω
Ω not
.140
�.030
o
Range
�.76) .025
(3.56
and70for
the 150
temperature
of the
adjacent
�.002
1.000
�.060
(.64�.05)
�.05) CD2520FC
�2.03)
(38.10�2.03)
with
applied
voltage
not
toexceed
exceed
1.5 Values:
timesmaxmaxTEMPERATURE,
C (such
-15�C
toΩ+25�C.
Type 2 benefits
600 � as
4,000
750
75 Meg orN/A
Meg Alumina,
MG716
St'd with
"-15"
0810 1.5AMBIENT
.240�.030
±.030 .040
0.020
0.040
0.015
0.033
Ω rating
provides
high
heat
sinking
IMS,
other)
the
thermal
resistance
of�.002
0.20
0.10N/A
Ω
�.76)
(3.56
MG
.040
±.002 Tolerance
1.500
±.080 board
.240
�.05)
(.64
�1.52)
(25.40
CD2520FC
±1%
Standard.
1.000
�.050
imum
continuous
operating
voltage
for
5
seconds.
Note
2:
Thermal
Resistance
In
High
Power
Applications
where
the
circuit
material
3.0
250
Meg
6,000
1,000
500
Ω
750
M
77
Meg
MG
730
.240
�.030
materials.
.040 �.002
1.000 �.050
2.0
750
�
100
Meg
300
MM
51
MG721
(6.10�.76)
±.76) (1.02
22
25 4,000
70 Type
100
150 200
Custom
resistance
valuesoperating
and non-standard
imum
continuous
voltage
for 5 seconds.
(1.02
±.05)
±2.03) (6.10
(38.10
0.025
0.050
0.020
0.040
Ω Range
Ω
0.20 tolerances
Ωmax.
2.0Thermal
4,000is
750
200
�Power
100
Meg capability
300
51Meg
Meg
�.05)
(25.40
�1.27)
MG721
Type
the
chip
resistor
useful
to
establish
the
maximum
power
of
the
chip
resistor
in
the
Extended
0.8%
�.030
.240
�.76)
(6.10
Note
2:
Resistance
In
High
Applications
where
the
circuit
board
material
.040
.710
�.050
�.002
�.05)
(1.02
(25.40
�1.27)
0.010
Ω
0.030
Ω
0.075
Ω
Insulation
Resistance:
10,000
Megohms,
min.
Type
1:
DC
provides
high2,000
heat
sinking
IMS,
Alumina,
or Mother)
the�1.27)
thermal
resistance
of canfor
o
1.5AMBIENT
750
600 � as
75 Meg
225
17 Meg
Type 2®benefits
MG717
be
manufactured
for
highΩquantity
applications.
.315
±.030 (1.02
0.025
0.050
ΩVoltage
1.000
±.060
±.002
.040�.002
Type
1:
DC
Voltage
TEMPERATURE,
C is (such
�.76)
(6.10
.140
�.030
�.05)
(18.03
Caddock's
Micronox
resistance
films
are
the
of
Preconditioning
Power
Voltage
Ratings
.025
2.000
�.080
2.6
4,000 benefits
1,000
200
150
Meg source
750
Mresistor
40
Meg
MG
731
0.015
0.033 Ω
Ωand values
application.
The
film
temperature
measured
at
the
center
ofN/A
the
element
and
solder
0.10 Ω
.140
�.030
Custom
resistance
andAC
non-standard
tolerances
(8.00
±.76)
provides
high
heat
sinking
(such
IMS,
Alumina,
or
other)
the
thermal
resistance
of Please
�.002
.025
2.000
�.080
2.5
750
1.5
KK Ωas
200
Meg
10,000
N/A
MG725
(25.40
±1.52)
±.05)
(1.02
Type
contact
Caddock
Applications
Thermal
Shock:
Mil-Std-202,
Method
107,
Type
2:
DC
Voltage
ororV
�.76)
(3.56
theType
chip
the
maximum
power
capability
of �2.03)
the
chip
resistor
in �.05)
the
Overload/Overvoltage:
5Engineering.
times
power
2.5resistor
750
1.5
200
Meg
10,000is useful
N/A
N/A
(.64
(50.80
MG725
Type22to establish
rms
.140
�.030
Type
2:
DC
Voltage
V
AC
�.76)
(3.56
0.020
0.040
Ω
Ω
�.002
.025
1.500
�.080
0.20
Ω rated
�.05)
(.64
�2.03)
(50.80
Custom
resistance
values
and
non-standard
tolerances
the
MG
Precision
High
Voltage
Resistors'
outstanding
All
power
ratings
and
maximum
operating
voltage
ratings
rms
can
be
manufactured
for
high
quantity
applications.
pad
temperature
at
the
center
of
the
solderable
pedestal
(point
X
in
the
recommended
circuit
.240
±.030
Type 2to establish
6,000
1750
K Power
150
Meg
N/A
N/A
MG720
.040
±.002
2.000
±.080
Note
2:2.0MG
Thermal
-750
InisHigh
Applications
where
board
material
MG 815
the
chip
resistor
isResistance
useful
the
power
ofcircuit
the
chip
resistor
in
the
Cond.
C,
∆
R
0.25%
max.
�.76)
(3.56
.240
�.030
3.6
10,000
1,000
Ωmaximum
300
Meg capability
1,000
M resistor
(.64
�.05)
�2.03)
(38.10
178 Meg
735
�.002
.040
1.500
�.080
application.
The
film
temperature
measured
at
the
center
of
the
element
and
solder
with
applied
voltage
not
to
exceed
1.5
times
max0.025
0.050
Ω Caddock
Ωhigh quantity
±.76)continuous
(6.10
.240
�.030
(1.02
±.05)
±2.03)
(50.80
can
be
manufactured
for
applications.
Resistance
Range
Overload/Overvoltage,
�R
�.002
.040
1.500
�.080
3.0
1,000
500
250
Meg
�
M
6,000
750
77
Meg
MG730
Please
contact
Applications
Engineering.
Type
2
are
for
duty.
These
ratings
are
based
on
combination
of
performance
features:
layouts
below).
Maximum
temperature
ofatthe
chip
(at resistor
the
center
of
chip)
�.76)
(6.10
Resistance Range
Overload/Overvoltage, �R pre3.0shown
1,000
500 � as
250
Megresistor
M
6,000
750
77 IMS,
Meg
�.05)
�2.03)
MG730
Type
2 benefits
provides
high
heat
Alumina,
or
the
thermal
resistance
of
application.
The
film
temperature
is (such
measured
the
center
of other)
the
element
and(1.02
solder
.240
�.76)
.040
1.000
(1.02
�.05)
(38.10
�2.03)
Moisture
Resistance:
Mil-Std-202,
106,
imum
continuous
operating
voltage
forMethod
5tolerances
seconds.
.315�.030
±.030
pad temperature
at sinking
the
center
of
the
solderable
pedestal
(point
in(38.10
the
recommended
circuit
contact
Caddock
Applications
Engineering.
±.002 Please
.040�.002
1.500�.050
±.060 (6.10
2.0
4,000
750
200
� Ω 5164
Meg
300
MX
Meg
MG721
Type
2
Custom
resistance
values
and
non-standard
3.6 150°C
6,000
1,000the
300
300
Meg
1,500
M (25.40
Meg 100
�.76)
(6.10
MG
740
stress
voltage
levels
applied
during
the
manufacturing
Standard
0.5%
max.
.315
�.030
�.05)
(1.02
�1.27)
.
through
temperature
range
of
the
application
should
not
exceed
1.000
�.060
�.002
.040
(8.00
±.76)
(1.02
±.05)
(38.10
±1.52)
the
chip
resistor
is
useful
to
establish
the
maximum
power
capability
of
the
chip
resistor
in
the
Single-resistor
values
high
as
10,000
Standard
0.5%
max. Page 1 of 2
pad
temperature
at
the
center
of the
solderable
pedestal
(point
X in 1.000
the
recommended
circuit
.315
�.030
∆Rbe
0.4%
�.060
.040 �.002 can
2.6
4,000
200
150
Meg
750
Type
22as 1,000
MG731
Type
1:
DCmax.
Voltage for high quantity
layouts
shown
below).
Maximum
ofMegohms.
the
the�1.52)
center
of�.76)
chip)
(8.00
manufactured
applications.
40Meg
Meg
2.6
4,000
1,000temperature
200�� 40
150chip
Meg resistor
750MM (at
Type
MG731
(25.40
�.05)
(1.02
.140
�.030
�.76)
(8.00
process
to
provide
for
stable
resistor
performance
even
�.002
.025
2.000
�.080
.240
±.030
(25.40
�1.52)
�.05)
(1.02
.040 ±.002
3.000
±.100
St'd
"-15"
rating
N/A
application.
The
film temperature
is measured
atas
the
center
of the
resistor
element
and solder
2.5
750
1.5
200
Meg
10,000
N/A
MG725
Type
2operating
layouts
shown
below).
Maximum
temperature
the
chip
resistor
the�.080
center
of
chip)
5.0
15,000
1,000
1K K N/A
500
Meg
1,500
M(at
288 of
Meg
MG 745
Maximum
continuous
voltages
high
as
Type
2:
DC
Voltage
orApplications
V
St'dwith
with
"-15"
rating
N/A
�.76)
(3.56
contact
Caddock
Engineering.
.240
�.030
(6.10
±.76) .040
Load
Life:
1,000
hours
at rated
�.05)
(.64 �.002
�2.03)
(50.80
2.000
(1.02
±.05) Please
(76.20
±2.54)
. under
through
the
temperature
range
of
theM application
should
not
exceed
150°C
Certain
products
shown
in this
are
covered
by
one
or
more
patents,
there
are
also
patents
pending.
rmsACat +125°C
Recommended
Circuit
Board
Layout
.240
�.030
.040 �.002
2.000
�.080
momentary
overload
conditions.
3.6
10,000
1,000
750
�� 178
300
Meg
1,000
MG735
Type
22 catalog
(6.10
pad
temperature
at150°C
the
center
of the
solderable
in(50.80
the
recommended
circuit
3.6
10,000
1,000
750
300
Meg (point
1,000
MX
178Meg
Meg pedestal
�2.03)
MG735
Type
Extended
Range
0.8%
max.
48,000
volts
("-15"
ratings).
.
through
the
temperature
range
of
the
application
should
not
exceed
voltage,
not
to
exceed
rated
power.
.240
�.030
.315�.76)
±.030 (1.02
(6.10
�.76)
�.002
.040
1.500
�.080
±.002
.040�.05)
2.125
±.060
(1.02
�.05)
�2.03)
(50.80
Extended
Range
0.8%
max.the �R
Resistance
Range 60% Overload/Overvoltage,
5.0sense
10,000
1,000 500400
500
Meg 750
2,500
128
Meg 250
MG 750
3.0
1,000
Meg
� Ω 77
M M (38.10
6,000
Meg
MG730
Type
2 connections):
Maximum
operating
voltages
higher
than
values
±.76)
(8.00
(current
and
�.76)
(6.10
(1.02
±.05)
(53.98
±1.52)
.315
�.030
�.05)
�2.03)
.040
layouts
shown
below).
Maximum
temperature
of theCchip
resistor
(at1.500
the�.060
center.315
of �.030
chip)(1.02
Overvoltage
capabilities
of
150%
of standard
working
�.002 Thermal Shock:
.040�.002
1.500
�.060
3.6
6,000
1,000
Type
MG740
C �1.52)
(8.00
Method
64Meg
Meg 300
3.6
6,000
1,000B 300
300�� 64
300Meg
Meg 1,500
1,500MM
(1.02
(38.10
Type22
MG740
Resistance
Range Mil-Std-202,
Load
∆R to107,
.315�.76)
±.030
Standard
0.5% Life,
max.
�.030
.315
.040�.05)
±.002
3.125�.060
±.060
listed
in
the
table
may
be
specified
by
adding
"-15"
the
�.76)
(8.00
1.000
�.002
.040
Thermal
Shock:
Mil-Std-202,
Method
107,
(1.02
�.05)
�1.52)
(38.10
1.500
±
.125
A
7.5
15,000
1,000
600
Ω
750
Meg
3,750
M
192
Meg
MG
780
.
through
the
temperature
range
of
the
application
should
not
exceed
150°C
C
40 Meg 150
2.6
4,000 models
1,000values,
200 � (except
Meg ratings).
750 M
Type 2 and
MG731
(8.00�.030
±.76)
voltages
"-15"
(1.02
±.05)
(79.38
±1.52)Note:
Actual
width
of current
trace
is based
on
�.76)
(8.00
.240
(25.40
�1.52)
�.05)
(1.02
ΔR
0.25%
Cond.
C,
3.18) all
(38.10 ± for
.040
3.000
�.100
1A: Recommended
Kelvin
.240 �.030
number
MG750-15).
ΔR
0.25%max.
max.Note
Cond.
C,
�.002(Example:
.040�.002
3.000
�.100model
Standard
0.5%
max. overload
5.0 Fig.
15,000
1,000
11KK layout.
Meg
288
MG745
Type
22
St'd
with
"-15"
rating
N/Athat
(6.10
.315�.76)
±.030 of
C
15,000
1,000
500C
Meg 1,500
1,500MM (76.20
288Meg
Meg 500
�.05)
(1.02
�2.54)
MG745 5.0
Type
±.002
.040
4.000
±.120
magnitude
current.
Point
of
connection
should
.240
�.030
�.76)
(6.10
�.002
2.000
�.05)
(1.02
�2.54)
(76.20�.080
8.0
20,000
1,000
Meg 1,000
5,000 M (101.60
320
Meg 300
MG 78510,000
Resistance
Tolerances
±1.0%
to
±0.1%.
Moisture
Resistance:
Mil-Std-202,
Method
106,
(8.00�.76)
±.76) .040
3.6
1,000
750800
�Ω
Meg
178
Meg
MG735
Type
2®from
and
overvoltage
do
notisrating
apply
to
the
"-15"
resistors.
(1.02�.05)
±.05) for
±3.05)
C
C �.060
Caddock's
Micronox
resistance
films
are1,000
the
source
of
Preconditioning
Power
and
Voltage
Ratings
(6.10
Resistance:
Mil-Std-202,
Method
106,
.315
�.030
(1.02
�2.03)
(50.80
ForMM immediate
engineering
assistance
in
developing
Low
Ratio
TC
matched
�.002
.040
2.125
St'd
with
"-15"
0.8%
max.
Extended
Range
0.8%
max.
Note:
Actual
widthratings
ofMoisture
current
trace
based
on
be
in�.76)
the
area
shown.
.315
�.030
�.002
.040
2.125
�.060
Fig.
1A:
Recommended
Kelvin
5.0
1,000
400
500
2,500
10,000
128
Meg
MG750
Type
22
.315
±.030
(8.00
ΔR
0.4%
max.
±.002
.040
5.000
±.120
Temperature
Coefficient,
for
standard
resistance
range,
of
5.0
1,000
4001��Klayout.
500Meg
Meg
2,500
M
10,000
128
Meg
�.05)
(1.02
(53.98
�1.52)
DIMENSIONS
INMG
INCHES
AND (MILLIMETERS)
MG750
Type
X
X
Resistance
ranges
for
"-15"
resistors
shown
in
the
table
are
.315
�.030
Note:
Actual
width
of
current
trace
is
based
on
the
Type
Precision
High
Voltage
Resistors'
outstanding
All
power
ratings
and
maximum
operating
voltage
ratings
�.76)
(8.00
ΔR
0.4%
max.
400
Meg
10.0
25,000
1,000
1,250
Meg
6,250
M
MG
810
�.002
.040
1.500
�.060
�.05)
(1.02
(53.98
�1.52)
high
voltage
resistor
sets,
or
write
our
Applications
Engineering
and
we
will
(8.00
±.76)call
1A:CRecommended
Kelvin
magnitude
of
current.
Point
of
connection
should
±.05)
(1.02
±3.05) (8.00
(127.00
64 Meg 300 Meg
3.6 Fig.6,000
1,000
300 � layout.
1,500
M
Type
2
MG740
Extended
Range
0.8%
max.
=
Current
connection
�.76)
Thermal
Shock:
Mil-Std-202,
Method
107,
.315
�.030
(1.02
�.05)to "Standard
�1.52)from
(38.10
.040
3.125
�.002
80 ppm/°C
in performance
combination
with
resistance
tolerances
as
C
C �.060
"-15
Min."
Max."
Load
Life:
1,000
hours
atat +125°C
atat
rated
.315
�.030
magnitude
of�.05)
current.
Point
of
connection
should
are
for
continuous
duty.
These
ratings
are
based
on
pre.040
3.125
�.060
�.002
Type
22
Meg
7.5
15,000
1,000
600
�� 192
750
Meg
3,750
MM
combination
of
features:
MG780
Load
Life:
1,000
hours
+125°C
rated
6.000
±.120
±.002
.040
.350
±.040
be
pleased
to
offer
the
best
solution
from
our
high
voltage
resistor
product
be
in
the
area
shown.
�.76)
(8.00
Type
192
Meg
7.5
15,000
1,000
600
750
Meg
3,750
MG780
(79.38
�1.52)
(1.02
30,000 connection
1,000
1 K 384 Meg 2,000 MegX 10,000 M
MG
815 15.0S = Sense
.240
�.030
ΔR
0.25%
max.
Cond.
C,
�.76)
(8.00
.040
�.002
3.000
�.100
(79.38
�1.52)
�.05)
(1.02
X
±.05)
(1.02
±3.05)
(152.40
tight
as
±0.1%.
(8.89
±1.02)
Solderable
Leads
voltage,
not
rated
Derating
Curve:
Note:
Actual
width
of
current
trace
isexceed
based
on
100
15,000
1,000 Kelvin
1,500 M
288 Meg 500 Meg
MG745 5.0
Type 2
be
in the
area
shown.
voltage
levels
applied
during
thepower.
manufacturing
Non-Inductive
Performance
�.76)
(6.10
voltage,
notto
to
exceed
rated
power.
Fig.
1A:C
Recommended
layout.
.315
capabilities.
�.05)
�2.54)stress
.040
�.002
4.000
Single-resistor
values
high
as1 K10,000
Megohms.
=80
Current
connection
X (76.20
.315�.030
�.030 (1.02
.040
�.002
4.000�.120
�.120 (8.00
20,000
1,000
�� 320
1,000
5,000
MG785
Type
22asinductance
Moisture
Resistance:
Mil-Std-202,
Method
106,
�.76)
S
SMM (101.60
Type 8.0
MG
resistors
have
demonstrated
stability
of X
0.01%
magnitude
ofprovide
current.
Point
ofstable
connection
should
Models
with
low
construction
are
inMeg
shaded
areas.
8.0
20,000
1,000 800
800
1,000
Meg
5,000
320Meg
Meg
�.05)
(1.02
MG785
Type
Encapsulation:
High
Temperature
Silicone
process
for
resistor
performance
even
.315
�.030
Most
models
are
manufactured
with
Caddock's
�.76) to
(8.00
Resistance
Range
Load
Life,
�.002
.040
2.125 �3.05)
�.060
C
=
Current
connection
�.05)
(1.02
(101.60
�3.05)
S
=
Sense
connection
Maximum
continuous
operating
voltages
as
high
as
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RHOPOINT
COMPONENTS
LTD
Oxted,
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web:
www.rhopointcomponents.com
Phone:
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www.rhopointcomponents.com
Standard
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Style FC Derating Curve For General Application
Style FC Derating Curve For General Application
Type MG Precision High Voltage Resistors
Now with Extended Resistance Range to 10,000 Megohms and Additional Models
Temperature Coefficient as tight as 80 ppm/°C, Combined with Excellent Long-Term Stability and Precision Tolerances.
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•
Type MG Precision High Voltage Resistors
Now withCircuit
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BoardResistance
Layout
• Recommended
Design Assistance in Developing High Voltage Resistor Sets with
Recommended Circuit Board Layout
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(current and
sense connections):
Low
TC Tracking.
and sense connections):
• (current
Recommended Circuit Board Layout
• (current and sense connections):
••
•
Ordering Information
•
RHOPOINT COMPONENTS LTD
•
RHOPOINT COMPONENTS LTD.
Models
with
Caddock's
Non-Inductive
Resistance
Pattern
are
areas.
RHOPOINT
LTD
•systems,
Temperature
Coefficient,
for standard
resistance
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Fax: +44
(0)COMPONENTS
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Models
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Resistance
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e-mail:
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Conformal.
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RHOPOINT
COMPONENTS
St'd with "-15" rating
max.
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15.0
30,000
1,000
1K
2,000 Meg 10,000
M (152.40 �3.05)
384 Meg tolerances
MG815
TypeLTD.
2
Tel:0.8%
+44
(0)1883
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Holland
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RHOPOINT
COMPONENTS
LTD
Oxted,
Surrey,
RH8
9AX
80 ppm/°C
in
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Fax:0.8%
+44
(0)1883 712938
RHOPOINT
COMPONENTS
LTD
27.1max.
IL107.0802
© 2002
Caddock
Electronics,
Inc. LTD
Oxted,
Surrey,
RH8
9AX
Phone:
+44
(0)
1883
717988
web:
www.rhopointcomponents.com
RHOPOINT
COMPONENTS
Extended
Range
Applications
Engineering
Sales
and
Corporate
Office
tight
as
±0.1%.
Hurst
Green
Resistance
Applications
Engineering
Sales
and
Corporate
Office
Dimensions
in
inches
and
(millimeters)
e-mail:
[email protected]
Specifications:
Non-Inductive
Performance
Max.
Phone:
+44
(0)
1883
717988
web:
www.rhopointcomponents.com
Fax:
(0)Umpqua
1883
712938
e-mail:
[email protected]
Overload Dielect.
Model+44
WattModels
with
low
inductance
construction
are in shaded areas.
Holland
Road,
Hurst
Green,
17271
North
Hwy.
1717
Chicago
Avenue
RHOPOINT
COMPONENTS
LTD.
Oxted,
Surrey,
RH8
9AX
Continuous
17271
North
Umpqua
Hwy.
web:
www.rhopointcomponents.com
1717
Chicago
Avenue
•Roseburg,
Type
MG
resistors
have
demonstrated
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of
0.01%
Standard
Extended
-15
Solderable
Leads
Rating Strength Min.
No. +44
age
A
B
C
Fax:
(0) 1883
712938
e-mail:
[email protected]
Most
models
are
manufactured
with
Caddock's
RHOPOINT
COMPONENTS
LTD
Oxted,
Surrey,
RH8
9AX
Oper.
Volt.
Resistance
Tolerance:
Oregon
97470-9422
Riverside,
California
92507-2364
Max. are in
Max.
Min.
Models
with
Caddock's
Non-Inductive
Resistance
Pattern
non-shaded areas.
Roseburg,
Oregon
97470-9422
Riverside,
California
92507-2364
27.1
IL107.0802
©per
20021,000
Caddock
Electronics,
hours
in Inc.
extended
load life
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Encapsulation:
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Temperature
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Conformal.
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which uses
a serpentine
resistive
Phone:
+44 496-0700
(0)
1883 717988
web:
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[email protected]
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Resistance Range
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Phone:
496-0700
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(951)
788-1700
27.1 788-1700
IL107.0802
© 2002(541)
Caddock
Electronics,
Inc. 1
IL-110.019
0.5
600
200 �
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N/A
750
N/Ae-mail:[email protected]
MG650
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369-1151
that provides for neighboring lines toFax:
carry
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For Caddock Distributors listed by countrypattern
see caddock.com/contact/dist.html
Fax: (541)
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496-0408
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369-1151
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CADDOCK
CADDOCK
Type
0.5 Umpqua
600 Hwy.
750
200 �
8 Meg
N/A
N/A
MG655
27.1
IL107.0802
©
2002
Caddock
Electronics,
Inc. 1
17271
North
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Chicago
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©
2004
Electronics,
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28_IL110.1004
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9AX
• UK
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2004Caddock
Caddock
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28_IL110.1004
many
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use Inc.
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© 2004 Caddock Electronics, Inc.
28_IL110.1004
1.000 �.040
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4,000
750
800 �
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Model WattRange
UK & Ireland
Distributors
Specifications:
Page 2 of 2
Type MG Precision High Voltage Resistors
Type
MG
Precision High
Voltage
Resistors
Type CD
CD
Low
Resistance
Precision
Chip
Resistors
Type
Low
Resistance
Precision
Chip
Resistors
Type
CD
Low
Resistance
Precision
Chip
Resistors
Type
MG
Precision
High
Voltage
Resistors
Type
CD
Low
Resistance
Precision
Chip
Resistors
MG Precision
Voltage
Resistors
TypeType
CD Low
ResistanceHigh
Precision
Chip
Resistors
Style WB
- Wire Bond
Version
Type
MG
Precision
High
Voltage
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Low
Resistance
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Style WB - Wire Bond Version
for
Current
Sense
in
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Temperature
Coefficient
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with Excellent
Long-Term Stability
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Style WB
- Wire Bond
Version
Type
MG
Precision
High
Voltage
Resistors
Page 2 of 2
Page 2 of 2
22 of 2
PagePage
1 of
Page 1 of 2
Page
Page22ofof 22
is a hybrid mountable version with copper pedestal terminals and an aluminum surface layer Page
for wire2 of 2
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is a hybrid mountable version with copper pedestal terminals and an aluminum surface layer for wire
bonding. The
back
surface
of
these
devices
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heat
sinking
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Page 1 of 2
MG 655
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Poweris
Capability
Information
MG
650 The
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Low
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Dimensions
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down8.33°C/Watt
heat sinking of150°C
the chip,(5.08
includes
wire
bonding.
Aluminum
wire
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be
used
for
bonding.
±.30)
±.30)
±.13)
(1.57
(3.81
(1.55
MG
712
are±.012
for continuous
duty.
These
ratings
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on
of0.010
performance
features:
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60%
higher
the
values
CD2520WBA
0.010
Ω for 0.20
5.00°C/Watt
150°C
® Ωof
wire
bonding.
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wire to be used for bonding.
±.30)
±.30)
(1.98
min.)
(6.35of
(5.08
(1.55 ±.13) for
Caddock's
Micronox
resistance
films
are
the
source
Preconditioning
Power
and
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150%
ofreceive
standard
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for the
.200
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.078
min.
±.012circuit
±.012 in
bondable
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to
aluminum
wire.250
bonds
Note
3:
Thermal
Resistance
In
High
Power
Applications
the
board
material
stress
voltage
levels
applied
during
the
manufacturing
listed
the
table
may
be specified
byan adding
"-15"
CD2015WBA
CD2520WBA
0.010
Ω
0.20
Ω high as5.00°C/Watt
150°C where
•thevoltages
Single-resistor
values
as
10,000
Megohms.
wire
bonding.
Aluminum
wire
to
be
used
for
bonding.
±.30)
±.30)
±.13)
(1.98
min.)
(6.35
(5.08
(1.55
MG
Precision
High
Resistors'
All
power
ratings
and stable
maximum
operating
voltage ratings
for all
models
and
(except
"-15" outstanding
ratings).
MGType
714
Thermal
- values,
InVoltage
High
Power
Applications
thethe
circuit
board
material
provides
high
sinking
benefits
(such
as
or other)
thermal
resistance
of(Example:
process
to provide
for
resistor
performance
even
CD2015WBA
model
number
MG750-15).
Note
that overload
• 3:
Resistance
as
lowoperating
as
0.010
ohm
at IMS,
±1%.
MG continuous
716heatResistance
Standard
Resistance
• Note
Maximum
voltages
as Alumina,
high as where
are
for
continuous
duty. These
ratingsValues:
are based on preNote
3: Thermal
Resistance
-features:
In
High
Power
Applications
where
thethe
circuit
board
material
of
performance
CD2015WBA
•combination
Resistance
Tolerances
from
±1.0%
to
±0.1%.
provides
high
heat
sinking
benefits
(such
as
IMS,
Alumina,
or
other)
thermal
resistance
of
the
chip
resistor
is
useful
to
establish
the
maximum
power
capability
of
the
chip
resistor
in
the
under
momentary
overload
conditions.
and
overvoltage
ratings
do
not
apply
to
the
"-15"
resistors.
Standard
Resistance
Values:
MG
715
•
Pedestal
terminals
in
this
design
provide
an
ultra
low
resistance
Tolerance
CD2015WBA
±1%
Standard.
48,000
volts
("-15"
ratings).
3: Thermal
Resistance
- Instandard
High
Power
Applications
where
thethe
board
material
MG 720
stress
voltage
applied
during
the than
manufacturing
provides
high
heat
sinking
(such
as
IMS,
orofother)
thermal
resistance
of levels
CD2015WBA
Standard
Resistance
Values:
Single-resistor
as
high
as
10,000
Megohms.
• Note
Temperature
Coefficient,
for
resistance
range,
of±1%
the
chip
resistor
isvalues
useful
tobenefits
establish
the
maximum
capability
ofcircuit
the
chip
resistor
in
the
application.
The
film
temperature
is
measured
at Alumina,
thepower
center
the
resistor
element
and
the
Maximum
operating
voltages
higher
values
Resistance
ranges
for
"-15"
resistors
shown
in 0.075
thethe
are
Non-inductive
performance
Tolerance
CD2015WBA
±1%
Standard.
0.010
Ω 60%
Ω
0.030
the
connection
pad
which
maintains
the
precision
0.010Ω
Ωtable
Overvoltage
capabilities
of
150%
ofthe
standard
working
highThe
heat
sinking
benefits
(such
as
IMS,
Alumina,
orof
other)
the
thermal
resistance
of Standard
process
toin
provide
for
stable
performance
the
resistor
isfilm
useful
tomeasured
establish
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capability
ofat
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the
with
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exclusiveresistor
design±1% Values:
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MG chip
716 pad
Tolerance
CD2015WBA
Standard.
application.
temperature
is
measured
at
the
center
the
resistor
element
and
the
80
ppm/°C
in
combination
with
resistance
tolerances
as
0.015
0.033
Ω
Ω
solder
temperature
is
at
soldered
interface
with
the
circuit
board.
Maximum
•• provides
Maximum
continuous
operating
voltages
as
high
as
0.10
ΩΩ
listed
in
the
table
may
be
specified
by
adding
"-15"
toeven
the
from
"-15
Min."
to
"Standard
Max."
MG
725
0.010 Ω
0.030 Ω
0.075
point
of
customer
Kelvin
connection
toatthe
resistor
chip.
The
pedestal
voltages
for
all
models
and
values,
(except
"-15"
ratings).
the
chip
resistor
is
useful
to
establish
the
maximum
power
capability
of
the
chip
resistor
in
the
under
momentary
overload
conditions.
application.
The
film
temperature
is
measured
the
center
of
the
resistor
element
and
the
0.020
0.040Standard.
Ω
Ω
0.20
Tolerance 0.015
CD2015WBA
±1%
0.010
Ω
Ω
0.030
0.075
0.033
solder
pad
temperature
is
measured
at
the provides
soldered
withexceed
thewhich
circuit
board.
Maximum
tight
as
±0.1%.
48,000
volts
ratings).
through
the Performance
temperature
of ("-15"
the chip
resistor
(at the
center
of chip)interface
should
not
150°C
model
number
(Example:
MG750-15).
Note 0.10
thatΩΩΩ overload
terminal
with
its
copper
core
also
heat
spreading
MG
720
Non-Inductive
0.025
0.050
Ω
Ω
The
film
temperature
isthe
measured
theinterface
center
ofnot
theexceed
resistor
element
and
the
Maximum
voltages
60%
higher
than
the
values
0.015
0.033
Ω
solder
padMGtemperature
measured
at center
the
soldered
with
the
circuit
board.
Maximum
0.10
0.020
0.040
0.20 ΩΩ
Resistance
Tolerances
from
±1.0%
to
±0.1%.
Non-inductive
performance
0.010
Ω
0.030
0.075
717
through
theoperating
temperature
of
the
chip
resistor
(at
ofatchip)
should
150°C
range
of high
theis
application.
and
overvoltage
ratings
do
not
apply
toΩΩ the
"-15"
resistors.
•• application.
Type
MG
resistors
have
demonstrated
stability
of
0.01%
Overvoltage
capabilities
of
150%
of
standard
working
enhances
the
power
handling
capability.
Most
models
are
manufactured
with
0.020
0.040
Ω design
0.20Caddock's
Ω
with
Caddock's
exclusive
0.025
0.050
0.015
0.033
Ω
pad temperature
is
measured
at center
the soldered
with
the circuit
board.
0.10
Ω
listed
inMaximum
the
table
may
be
specified
byΩΩ
adding
"-15"
to are
the
Most
models
are
available
with
through
the
temperature
of the
chip
resistor
(at
the
of chip)interface
should
not
exceed
150°C
MG
725
• solder
Temperature
Coefficient,
for
standard
resistance
range,
of
temperature
range
of
the
application.
Resistance
ranges
for
"-15"
resistors
shown
in
the
table
0.025
0.050
Ω
Ω
per
1,000
hours
in
extended
load
life
testing
of
standard
voltages
forofall
models
and
values,center
(except
"-15"
ratings).
0.020 Ω uses 0.040
Ω
Non-Inductive
which
a serpentine
0.20
Ω resistive
CD2520WBA
• Thermal
resistance
is provided
to
optimize
power
designs150°C
when
through
the Design
temperature
the
chip
(at the
of tolerances
chip)high
should
not exceed
model
number
(Example:
MG750-15).
Note
that
overload
Caddock's
Non-inductive
Serpentine
Pattern
range
of theresistor
application.
Location
for
Sense
(Potential)
Connection:
80
ppm/°C
in
combination
with
resistance
as
0.025
0.050 Ω to carry current in
Ω
from
"-15
to "Standard
Max."
resistance
range
values.
MG 721
that
provides
for neighboring
CD2520WBA
Film Temperature
• temperature
Resistance
Tolerances
fromconductivity
±1.0% to
±0.1%.
utilizing
higher
thermal
circuit board substrates
suchpattern
as IMS
orMin."
Alumina.
Standard
range
of the
application.
and
overvoltage
ratings
do Resistance
not applylines
toValues:
the "-15" resistors.
MG 717
Location
for
Sense
(Potential)
Connection:
Measuring Point
tight
as
±0.1%.
CD2520WBA
Note:
The
sense
connection
for
each
This
exceptional
performance
has
been
proven
through
Non-Inductive
Performance
Film Temperature
opposite
directions,
thereby
achieving
maximum
cancellation
for
Sense
(Potential)
Connection:
Most
models
are
available
within the
Tolerance
CD2520WBA
±1%
Standard.
Standard
Resistance
Values:
•• Location
Temperature
Coefficient,
for
standard
resistance
range,
of
Resistance
ranges
for
"-15"
resistors
shown
table are
•
High
pulse
handling
and
overload
capability.
Measuring
Point
Sense
Wire
Sense
Wire
CD2520WBA
Film
Temperature
Type
MG
resistors
have
demonstrated
stability
ofthe
0.01%
Standard
Resistance
Values:
Note:
The
sense
connection
for
each
pedestal
is
positioned
inboard
of
the resistance
current
many
years
of
use
in
equipment
that
demands
highest
MG
730
Most
models
are entire
manufactured
with
Caddock's
of
flux
fields
over
the
ofStandard.
resistor.
This
Location
for
Sense
(Potential)
Connection:
Tolerance
CD2520WBA
±1%
0.010
Ωlength
Ωthe
0.030
Caddock's
Non-inductive
Serpentine
Pattern
0.075
Ω
Measuring
Point
80
ppm/°C
in
combination
with
tolerances
as
from
"-15
Min."
to
"Standard
Max."
Note:
The
sense
connection
for
each
Sense
Wire
Sense
Wire
•
Low
inductance
provides
excellent
high
frequency
and
pulse
response.
Current
Wire
Current
Wire
Film Temperature
MG 721
Tolerance
CD2520WBA
±1%
Standard.
per
1,000
hours
in
extended
load
life
testing
of
standard
Standard
Resistance
Values:
0.015
0.033
Ω
Ω
pedestal
is
positioned
inboard
of
the
current
0.10
Ω
connection
(single
or
multiple
current
wires).
reliability
and stability, including TWT Sense
amplifiers,
X-rayPoint
Non-Inductive
Design construction
which
a accomplished
serpentine
efficient
non-inductive
without
0.010 Ω usesis
Ω
0.030
0.075 Ω resistive
Measuring
Sense Wire
Wire
tight
as
±0.1%.
Note:
Theissense
connection
for
Current
Wire soldered
Current Wire
pedestal
positioned
inboard
ofeach
the current
Non-Inductive
Performance
Solder pad,
0.020
0.040Standard.
Ω
Ω
0.20 Ω
ΩΩ
Tolerance
CD2520WBA
±1%
0.010
Ω
Ω
0.030
resistance
range
0.075
0.015
0.033
0.10
connection
(single
orvalues.
multiple
current
wires).
systems,
geophysical
instruments,
and medical
electronics.
pattern
provides
for neighboring
lines
to carry
current in
derating
of any
performance
advantages.
interface
withthat
circuit
board.
Sense
Wire
Sense
Current
Wire
CurrentWire
Wire
735
0.025
0.050 Ω
Ωchip soldering.
Ω
• pedestal
Type
MG
resistors
have
demonstrated
stability
of 0.01%
0.015
0.033
Ω
isMG
positioned
inboard
of the
current
0.10Caddock's
ΩΩ
connection
(single
or multiple
current
wires).
pad, soldered
0.020
0.040
Most
models
are for
manufactured
0.20
Style
FC
- Flip
Chip
Version
is a surface
mount
version with Solder
solderable
pedestal
terminals
flipΩ
0.010
Ω with
0.030
0.075
MG
730 exceptional
This
performance
has
been
proven
through
opposite
directions,
thereby
achieving
maximum
cancellation
interface
with
circuit
board.
Current
Wire soldered
Current Wire
Solder
pad,
0.020
0.040
Ω
Ω
0.20
Ω
0.025
0.050
per
1,000
hours
in
extended
load
life
testing
of
standard
Circuit
board:
IMS,
Ceramic
(Alumina)
,
or
other.
0.015
0.033
Ω
Ω
0.10 Ω resistive
connection (single or multiple current wires).
Non-Inductive
which
uses
aand
interface with circuit board. Design
0.025 Ω
0.050
Ω length
resistance
values
non-standard
many
years range
of
in equipment that Power
demands
the highest
of
flux
fields
overCustom
the entire
ofΩΩserpentine
the
resistor.
This
Resistance
Dimensions
inches
(millimeters)
Solder
pad,and
soldered
0.020
0.040
Capability
Specifications:
0.20 Ω tolerances
Max.usevalues.
resistance
Circuit Information
board: IMS, Ceramic
(Alumina) , orin
other.
745
Overload Dielect.
Model
Watt-MG
pattern
that
provides
for
neighboring
lines
to
carry
current
in
interface with circuit
board.
can
be
manufactured
for
high
quantity
applications.
Continuous
WBIMS,
Resistor
mounting
0.025
0.050
Ω
Ω
Custom
resistance
values
and
non-standard
tolerances
reliability
and
stability,
including
TWT
amplifiers,
X-ray
Standard
Extended
efficient
non-inductive
construction
is
accomplished
without
-15
Circuit
board:
Ceramic
(Alumina)
,
or
other.
Resistance
Dimensions
in inches and (millimeters)
No.
A
B
C
MG 735age Oper. Volt. Rating Strength
Highproven
Power Applications
GeneralMin.
Applications
Resistance
Tolerance:
This
exceptional
performance
has
been
through
Custom
resistance
values
and
non-standard
tolerances
opposite
directions,
thereby
achieving
maximum
cancellation
Max.Resistance
Max.
Please
contact
Caddock
Applications
Engineering.
Min. Thermal
Comments
can
be
manufactured
for
high
quantity
applications.
WB
Resistor
mounting
R
Max.
Chip
Power
Rating
systems,
geophysical
instruments,
and
medical
electronics.
Circuit board: IMS, Ceramic
(Alumina) , orderating
other.
of .025
any
performance
advantages.
θJC
Model
�.015fields
can
be contact
manufactured
for
high
quantity
applications.
Temperature
.313 �.020of .094
�.002
WB Pad
Resistor
Custom
resistance
values
and
non-standard
tolerances
Film (J)
to Solder
(C) mounting
many
of600use
in equipment200
that
demands
the
highest
at 70°
Please
Caddock
Applications
Engineering.
flux
over
the
entire
length
of
the
resistor.
This
Resistance
Range
Tolerance
0.5 MG 731
� C N/A
5 Meg
N/A
MG650 years
Min. Type 1Max. 750 (see
�.38)
B
C
D
(7.95 �.51) (2.39 A
(.64 �.05)
(see note
2)
note 1)
Please
contact
Caddock
Applications
Engineering.
can
beconstruction
manufactured
for
high
quantity
applications.
MG 745
WB Resistor
mounting
reliability
and stability, including
TWT amplifiers,
X-ray
efficient
non-inductive
is
accomplished
without
Standard
�1%,
�0.5%,
�0.25%,
�0.1%
�.025
.109
.062
min.
.200
±.012
.150
±.012
.063
±.006
.025
.313
�.030
�.002
Resistance
Dimensions
and (millimeters) Please
Specifications:
contact Caddock Applications
Engineering.
Max.
Type
1 ΩDielect.
0.010 ΩOverload
0.20
1.0and
Watt
150°C in inches
Solderable
Pedestal
0.5geophysical
600
750
200
�
812.0°C/Watt
Meg
N/A
N/A
MG655
ModelCD2015FC
Wattsystems,
instruments,
medical
electronics.
(2.77
any
performance
±.30 of (.64
±.30)
(1.57 min.)
(5.08�.64)
(3.81
(1.60 ±.15) advantages.
�.05)
(7.95 �.76)derating
Continuous
Standard Extended
-15
Comments
PowerR Capability Information
Max. Chip
®
N
N
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:
No.
ageMGOper.
A
C ±.012
St'd
"-15" rating
�1%
740 Volt. Rating Strength Min.
.250B�.015
±.012 .025
.200
.063with
±.006
.078 min.
Resistance
Tolerance:
Max.
Max.
.500
�.030 .094
�.002
Min.
MG 731
0.010 Ω Type0.20
Solderable Pedestal
150°C
1.5 Watts
CD2520FC
1 Ω 750
0.6
1,000
400
�
10 9.0°C/Watt
Meg
N/A
N/A
MG660
(6.35�.38)
±.30)
(5.08
±.30)
(1.60 ±.15
(1.98 min.)
(2.39
�.76)
�.05)
(12.70
(.64
�.015
.094
Extended
Range
�1%
.025
.313
�.020
�.002
Resistance Range
Tolerance
Dimensions in inches
and (millimeters)
0.5
600
200 �
5 Meg
N/A
750
N/AResistance
Max.
Type 1
MG650
�.38)
.094 �.015
�.51) (2.39
�.05)
(7.95
(.64 �.002
Model Watt- Continuous Overload
Dielect.
.750 �.030
.025
0.8
2,000
750
20 Meg Extended
N/A
600 �
N/A
MG680
Type
1
Standard
-15
(2.39
�.38)
Rating
No.
age
Strength
A
B
C
(19.05
(.64
�.76)
�.05)
Style FCOper.
Derating
ForMin.
General
Application
Standard Tolerance:
�1%, �0.5%, �0.25%, �0.1%
Temperature
Coefficient:
.313 �.030 .109 �.025 .025 �.002
Volt. TypeCurve
Resistance
Max.
Max.
Min.
1
750
200 �
8 Meg
N/A
N/A
MG655
MG 740 0.5 MG 750 600
�.64) .025
.094 �.015
(7.95
(.64 �.002
�.76) (2.77
�.05)
1.000
�.040
Packaging information:
Solder
notes:
Temperature
Coefficient:
referenced
�.015 .025
.094�.38)
1.0
4,000
800 � toN/A
50 Meg attachment
N/A
Type 1 TC 750
MG710
.313
�.020 (2.39
�.002
St'd
with
"-15"
rating
�1%
Range
Tolerance
Resistance
�1.02)
(25.40
(.64
�.05)
600
200Note
�
5 Meg
N/A
750
N/A
Type 1
MG6501000.5
1: General
Applications
-(7.95
The
power
rating
for
.094 �.015
�.38) .025
Standard
Resistance
.500 �.030
Specifications
�.51) (2.39
�.05)CD2015FC
(.64 �.002
Packaging
information:
StyleRange
FC, flip
chip resistors,
areTC
shipped
withValues:
the bare
Solder
Type 1 TC 750
Temperature
Coefficient:
referenced
1,000
400 � toN/A
10 Meg attachment
N/A
MG660
∆R taken
at +150°C.
+25°C, 0.6
During
soldering
ofnotes:
the
CD
�.38)
(2.39
.140
�.76)
�.05)Tolerance
(12.70
(.64 �.002
.400
�.060
.025
Packaging
information:
general
applications
isN/A
based upon
0.5 Type
sq.
in.�.030
(300Resistor
CD2015FC
±1%
Standard.
80 0.6
Extended
Range
�1%
ceramic
side
up
in
the
pocket,
with
the
solderable
Standard
�1%,
�0.5%,
�0.25%,
Solder
attachment
notes:
�.025
.109
Temperature
Coefficient:
TC
referenced
to
Type
2
1,000
750
800
�
20
Meg
N/A
MG712
.025
.313
�.030
�.002
Style
FC,
flip
chip
resistors,
are
shipped
with
the pedestals
bare �0.1%
MG
780600at +150°C.
(3.56
�.76)
Type
1
∆R
taken
+25°C,
�.152)
�.05)
(10.16
(.64
0.5
750
200
�
8
Meg
N/A
N/A
MG655
During
soldering
of
the
Type
CD
Resistor
2
.094
�.015
the
soldering
temperature
profile
must
not
Standard
and
(2.77copper)
�.64) .025
.750
�.030
0.050
to 2,000
0.20
0 to +100
facing
down.
MG 750ohm
(7.95
(.64 �.002
�.76)(2 oz.
�.05)
Packaging
information:
of termination
pad
area
Style
FC,
chip
resistors,
are
shipped
theto
bare
0.010
Ωflip
Ω ppm/�C
0.030
Ωwith
0.075
ceramic
side
up
in the
pocket,
with
the
solderable
pedestals
Solder
notes:
�80
from
-15�C
+105�C,
600mm
� to)N/A
750 ppm/°C
20 Meg attachment
N/Aor trace
MG680
Type 1 TC referenced
Temperature
Coefficient:
∆R taken
atohm,
+150°C.
+25°C,
60 0.8
(2.39
�.38)
During
soldering
of
the
Type
CD
Resistor
�.030
.150
St'd
with
"-15"
rating
�1%
(19.05
(.64
�.76)
�.05)
St'd
with
"-15"
.562
�.060
�.002
.032
Style
WB,
wire
bondable
resistors,
are
shipped
with the
Temperature
Coefficient:
the
soldering
temperature
profile
must
not Style
0.015
0.033
Ωflip up
Ω are
0.10
Ω with the pedestals
ceramic
side
in the
pocket,
with
the
solderable
cause
the
pedestal
terminals
this
device
�.015
.094of
0.050
0.20
0210toto+100
1.0 to 1,000
750 ppm/°C
200 connected
� 6.5 Meg to
20
Meg
N/A
0.010 ohm
0.049ohm,
ohm,
+200
ppm/°C
facing
down.
MG714
Type
.025
.500
�.030 Maximum
�.002
referenced
to +25�C.
each
end
of the
resistor.
chip
FC,
chip
resistors,
shipped
bare
(3.81
�.76)
�1.52)
�.05)
(14.27
(.81
Type
0.6
1,000atohm,
750 ppm/°C
400 �
10
Meg
N/A
N/A
MG660
∆R
taken
+150°C.
+25°C,
rating
.094
�.015
During
soldering
of
the
Type
CD
Resistor
the
soldering
temperature
profile
must
not
�.38)
(2.39
.025
1.000
�.040
�.002
wire
bondable
pedestals
facing
up
in
the
pocket.
0.020
0.040
Ω
Ω
0.20
Ω
0.050
ohm
to
0.20
0
to
+100
�.76)
�.05)
(12.70
(.64
facing
down.
Style
WB,
resistors,
shipped
with the
1.0 to 0.049
4,000
750 ppm/°C
800temperature
�
50exceed
Meg the N/A
N/A
Extended
�1% pedestals
Type 0
1 to +200
ceramic
sidewire
upRange
inbondable
the pocket,
with the are
solderable
MG710
cause
pedestal
terminals
this .025
device
tois
220°C.
0.01040ohm
Use
Derating
Curve
toof
derate
150°C.
�.38)
(2.39
Resistance
�.030
.140
�1.02)
(25.40
(.64
�.05)
MG 785Less ohm,
.750terminals
�.060
�.002
0.025
0.050the
Ω
Ω resistors,
Style
WB,
bondable
are
shipped
the
Inductance:
than
typical
TCinfrom
Specifications
.094of�.015
soldering
temperature
profile
must
not facing
The
illustration
shows
orientation
of pocket.
the
CD2015
chip
wire
bondable
up
the
cause
theN/A
pedestal
this
device
1.0 to 0.20
2,000
750 ppm/°C
400 � 26 Meg the
50exceed
Meg
MG715
Type
0.050
ohm
ohm,
0521tonH
.750�1.52)
�.030 (3.56
�.002
.025
�80facing
ppm/�C
+25�C
towith
+105�C,
0.010
0.049
to+100
+200
down.wirepedestals
MG 780
Range
to
220°C.
(19.05
�.05)
(.64
600appropriately
�
0.8
2,000 ohm,
750 ppm/°C
20
Meg
N/A
N/A
MG680
Type 0
Extended
�.030
.140 �.76)
for
the
maximum
ambient
temperature
20
(2.39
�.38)
.400
�.060
�.002
.025
Style
FC
Flip
Chip
version
resistors
wire
bondable
pedestals
facing
up
in
the
pocket.
(19.05
(.64
�.76)
�.05)
resistors
in
the
tape.
The
CD2520
resistors
chips
are
ro-200
ppm/�C to
+50
ppm/�C
from
Style
WB, wire shows
bondable
resistors,
are
shipped
with
the
Inductance:
Less ohm,
than
typical
Temperature
Coefficient:
Type50
2 nH
0.6 to 0.049
1,000
750 ppm/°C
800 �
20exceed
Meg the N/A
N/A
MG712
The
illustration
the
orientation
of
the
CD2015
chip
cause
pedestal
terminals
of
this
device
to
220°C.
0.010
ohm
to
+200
(3.56
�.76)
.140
�.030
Range
�.152)
�.05)CD2520FC
(10.16
(.64 �.002
Standard
Resistance
Values:
.025
1.000
�.060
Load Life:
1000
rated
Standard
and
forMeg
the Style
temperature
of the
adjacent
tated
90° in
from
what
shown
theinresistors
illustration.
.094surface.
�.015resistors
Inductance:
Lesshours
than
52 nH
typical
-limitations
Flip
Chip
version
-15�C
toinup
+25�C.
Typeat
600 and
� based
1.5
4,000
750power,
75 Meg aFC
N/A
70
MG716
The
illustration
shows
the
orientation
of pocket.
the
CD2015
chip
wire
bondable
facing
the
have
bare
ceramic
back
The
.025�.05)
1.000
�.040
�.002
resistors
thepedestals
tape.isThe
CD2520
chips
are
ro�80
ppm/�C
from
-15�C
to
+105�C,
�.76)
(3.56
Page
1 of 2
(.64
�1.52)
(25.40
4,000
750
800 �
50
Meg
N/A
N/A
Type 1
MG710 0 1.0
to
exceed
220°C.
.150 �.030
CD2520FC
Standard.
St'd
with
"-15"
�.38) resistors
(2.39
.562
�.060
.032
Resistance
- Flip
Chip
�1.02)version
(25.40
(.64 �.002
�.05)Tolerance
Load
Life:
1000
at
rated
upon 150°C
max.
chip
temperature,
resistors
thewhat
tape.±1%
CD2520
resistors
chips arechip
ro1.0 MG
1,000
750power,
�based
20 MegaFC
N/A
6.5 Meg Style
MG714
tatedillustration
90° in
from
isThe
shown
in the
2 nH
referenced
toillustration.
+25�C.
Inductance:
Lesshours
than
5100
typical
25
70 Type
150 200materials.
TC
Specifications
810
The
shows
the orientation
of the CD2015
have
bare
ceramic
back
The
recommended
solder
for
flipsurface.
chip .040
solder
(3.81
�.76)
�.030
.240
�1.52)
�.05)
(14.27
(.81
7” dia.
.710 �.050
�.002
rating
Range
MG 785Life:
Load
1000
hours
at
rated
power,
based
Insulation
Resistance:
10,000
Megohms,
min.
0.010
Ω
0.030
Ω
�.030
.140
0.075
Ω
tated
90°
from
what
is
shown
in
the
illustration.
1.5
2,000
750
600
�
75
Meg
225
M
17
Meg
Type
2
MG717
.400
�.060
�.002
.025
Style
FC
Flip
Chip
version
resistors
o
have
a
bare
ceramic
back
surface.
The
upon
chipType
temperature,
(178 romm)
resistors in the tape. The CD2520 resistors chips are
∆R ± 150°C
(0.5%
+max.
0.0005
ohm)
�.76)
TEMPERATURE,
C
�.05)
(18.03
2
0.6 AMBIENT
1,000
800 �
20 Meg
N/Ais 62Sn
N/A
MG712
recommended
solder
for (6.10
flip
chip(1.02
solder
�.030
.140
attachment
36Pb
/ 2Ag.
(3.56
�.76)
.025
.750/�1.27)
�.060
�.002
dia.
0.015 Ω and 0.033 Ω
Ω +25�C to7”+105�C,
�.152)
�.05)
(10.16
(.64
Load
Life:
hours
at2 rated750
upon
150°C
chipType
temperature,
Standard
1.0 1000
2,000
750power,
400 �based
50 Mega bare
N/A ceramic
26 Meg have
MG715
�80
ppm/�C
tated
90° from what is shown
in the0.10
illustration.
Overload/Overvoltage:
5from
times rated
power
back
surface.
The
12mm
�.76)
(3.56
recommended
solder
for
flip
chip .025
solder
(178
.140
�.030
∆R
± (0.5%
+max.
0.0005
ohm)
(19.05
�1.52)
�.05)
(.64
�80
from
+105�C,
�.002
1.500/ �.080
dia.mm)
Extended
0.020
Ω "-15" 0.040
Ω ppm/�C
0.20
Ω -15�C to7”
attachment
is
62Sn
36Pb
/
2Ag.
�.030
.150
0.473”
Type
2
St'd
with
2.0
6,000
750
1
K
150
Meg
N/A
N/A
MG720
Bo
.562
�.060
�.002
.032
Momentary
Overload:
1.5
times
rated
Note
2:
Thermal
Resistance
In
High
Power
Applications
where
the
circuit
board
material
-200
ppm/�C
to
+50
ppm/�C
from
Style
WB
Wire
Bond
version
resistors
max.
chip
temperature,
upon
150°C
�.76)
(3.56
(178
mm)
∆R ± (0.5%
+1,000
0.0005 Type
ohm)
(.64
�.05)
(38.10
1.0
750
200 � 6.5 Meg recommended
20 Meg
N/Ais 62Sn
MG714
2
referenced
to +25�C.1.5 times
with
applied
voltage
max0.025
0.050
Ω
Ω not to exceed
.140
�.030
12mm
Range
solder
for flip
chip .025
solder
attachment
36Pb
/ 2Ag.
(3.81
�.76)
1.000/ �2.03)
�.060
�1.52)
�.05)
(14.27
(.81 �.002
7” dia.
MG 815
rating
-15�C
to
+25�C.
Type
2
600
�
1.5
4,000
750
75
Meg
N/A
70
Meg
MG716
0.473”
Bo
Momentary
Overload:
1.5
times
rated
provides
high
heat
sinking
benefits
(such
as
IMS,
Alumina,
or
other)
the
thermal
resistance
of
∆R ± (0.5% + 0.0005 Style
power,
for +5 0.0005
seconds,
�.76)
(3.56
MG±810
- isWire
Bond
version
resistors
12mmcontinuous operating voltage for 5
have aWB
metallized
back
surface
for
.240 �.030
(178
mm)
�.05)
(.64 �.002
�1.52)
(25.40
∆R
(0.5%
ohm)
.040
1.000
�.050
imum
seconds.
�.030
.140
62Sn
/
36Pb
/
2Ag.
2.0
4,000
750 times
200 � rated
100 Meg WB
300- M
51 Meg attachment
MG721
.025�.05)
.750
�.060
�.002
Type
2
0.473”
AoandBo
Custom
resistance
values
non-standard
tolerances
Momentary
Overload:
1.5
Style
Wire
Bond
version
resistors
�.76)
(6.10
(1.02
(25.40
�1.27)
1.0for
750
400
�0.0005
50
Meg
N/A
26 Meg have
MG715
Type∆R
2 to ±establish
�80 ppm/�C
from +25�C
to +105�C,
the chip
resistor
is useful
maximum
power
capability
of.710
the
chip
resistor
the�.002
�.030
.240
(0.5%
+the
power,
52,000
seconds,
ohm)
12mm
a metallized
back
surface
forin
�.76)
.040
�.050
soldering
toMa substrate
or (3.56
a heat
sink.
(19.05
�1.52)
�.05)
(.64
Insulation
Resistance:
10,000
Megohms,
min.
Type
1: DC Voltage
Extended
1.5for 5 2,000
750times
600
75 MegWB225
17 Meg Style
Type∆R
2® ±
MG717
be 0.473”
manufactured
high
applications.
Ao
Bo quantity
Momentary
Overload:
1.5
rated
�.76)
(6.10
power,
seconds,
(0.5%
+ �0.0005
-200
ppm/�C
to +50
ppm/�C from
.140and
�.030
- the
Wire
Bond
version
resistors
�1.27)
�.05)can
(18.03
(1.02
Caddock's
Micronox
resistance
films
are
the
source
of
Preconditioning
for
Power
andfor
Voltage
Ratings
have
a metallized
back
surface
for
.025 �.002
2.000
�.080
application.
The
film Type
temperature
ofN/A
resistor
element
solder
ohm)
.140
�.030
Range
soldering
to
a substrate
or
a
sink.
2.5
750 is measured
1.5 K
200center
Meg
10,000
N/A at the
MG725
2
.025�.05)
�.002
1.000
�.060
The
recommended
solders
is heat
Ko
signifies
tape
thickness
and
dimension
Please
contact
Caddock
Applications
Engineering.
Ao
Type
2:
DC
Voltage
or
V
AC
�.76)
(3.56
Overload/Overvoltage:
5
times
rated
power
-15�C
to
+25�C.
(.64
�2.03)
(50.80
Type
2
600
�
1.5
4,000
750
75
Meg
N/A
70
Meg
MG716
to
+150°C
Operating
Temperature:
-55°C
rms
.140
�.030
power,
forMG
5 6,000
seconds,
∆R
± (0.5%
+
0.0005
�.76)
.025
1.500
�.080
ohm)
have
aoutstanding
metallized
back
surface
for
soldering
to Xa/in
substrate
or (3.56
aisalso
heat
sink.
the
Type
Precision
Voltage
Resistors'
�.05)
(.64 �.002
�1.52)
(25.40
All
power
ratings
and tape
maximum
operating
voltage ratings
pad
at the
center
of
the
solderable
pedestal
the
recommended
circuit
Type
2 High
2.0Certain
1 K areN/A
150
N/A
MG720
MG
815temperature
The
recommended
solders
products
shown
in 750
this
catalog
covered
byMeg
one
or more
patents,
there
patents
62Sn
/(point
36Pb
2Ag.
�.76)
(3.56
Ko
signifies
thickness
dimension
Ao and
.240
�.030
(.64pending.
�.05)
�2.03) are
(38.10
�.002
.040
1.500
�.080
with
applied
voltage
not
to exceed
1.5arbor
times
totemperature
+150°C
Operating
Temperature:
-55°C
.240
�.030continuous
Resistance
Range
Overload/Overvoltage,
�Rmaxohm)
3.0 shown
1,000
500 � 77 Meg
250
Meg
6,000
750
MG730
.040�.05)
.710
�.050or
�.002 Ko
Type
22measurements
soldering
to MMa/(at
substrate
a
heat
sink.
.512”
hole
The
recommended
solders
ischip)
are
for
duty.
These
ratings
are
based
on
precombination
of
performance
features:
Insulation
Resistance:
10,000
Megohms,
min.
signifies tape
thickness
and dimension
layouts
below).
Maximum
of the
chip
the
center
of
�.76)
(6.10
Measurement
Note:
All
(1.02
(38.10
�2.03)
1.5 Temperature:
2,000
600 � 17 Meg
75
Meg
225
Type
MG717
62Sn
/resistor
36Pb
2Ag.
to +150°C
Operating
-55°C750
.240
�.030
.040 �.002
1.000 �.050
(13mm)
�1.27) (6.10 �.76) (1.02
�.05)
(18.03
imum
continuous
operating
voltage
for
5
seconds.
2.0
4,000
750
200 � 51 Meg The
100
Meg
300
M
MG721
Type
2
.512”
arbor hole
recommended
solders
is
�.76)voltage
(6.10
62Sn
/
36Pb
/
2Ag.
stress
levels
applied
during
the
manufacturing
Standard
0.5%
max.
Ko
signifies
tape
thickness
and
dimension
.315
�.030
�.05)
(1.02
(25.40
�1.27)
Measurement
Note:
All
measurements
.
through
the
temperature
range
of
the
application
should
not
exceed
150°C
are
taken
using
Kelvin
connections
per
the
1.000
�.060
�.002
.040
Overload/Overvoltage:
5
times
rated
power
to +150°C
Operating
-55°C
Single-resistor
values
as 1,000
high
as
.140 �.030 .025 �.002
(13mm)
2.6 Temperature:
4,000
200 10,000
�B 40 MegMegohms.
150 Meg
750 M
Type
2measurements
MG731
1.500 �.080 (8.00
Type 1: DC Voltage
Page 1 of 2
Measurement
Note:
All
(25.40
�.05)
Size 2015
Size
2520 .512” arbor hole
2
1.500
± .125Type
2.0 using
6,000
1 Kthe
150 Meg/ 36Pb
N/A / 2Ag.
N/A
A 750
MG720
.140 �.76)
�.030
C
62Sn
�.76) (1.02
(3.56
to
for
stable
resistor
performance
�.002
.025
2.000 �1.52)
�.080
are
taken
Kelvin
connections
(.64provide
�.05)
�2.03)process
(38.10
(13mm)
recommended
connection
locations.
with
applied
voltage
not
toAC
exceed
1.5 times even
maxSt'd
with
"-15"Voltage
rating
N/A
2.5
750 per
1.5
K
Meg as N/A
10,000
N/A as200
MG725
Type
2operating
(38.10
± 3.18)
Maximum
continuous
voltages
high
Type
2:
DC
or
V
�.76) .040
(3.56
.512” arbor hole
.240patents
�.030
�.05)
(.64
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�.080
Measurement
Note:
All
measurements
Size
2015
Size
2520
Certain
products
shown
in
this
catalog
are
covered
by
one
or
more
patents,
there
are
also
pending.
rms
are
taken
using
Kelvin
connections
per
the
Ao
0.271”
(6.88mm)
0.189”
(4.80mm)
Recommended
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Board
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1,000
750 � 178 Meg 300 Meg 1,000 M
MG735
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1.000 �2.03)
�.050 under
Type 2locations.
(13mm)
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imum
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(6.10
(1.02
(50.80
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4,000
750
200 � 51 Meg 100 Meg
300 M
MG721
Type
2
2015
Size
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Extended
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0.271”
0.189”
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immediate
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0.209”
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750 M For(38.10
MG730
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thematched
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0.271”
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750 B 1.5 K
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0.066”
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number
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the
table
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2015
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6,000
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2.125 �3.05)
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AMBIENT
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Maximum
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as
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60
1,000
400 � 128 Meg Type
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Quantities
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Reels
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FC
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Quantities
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than
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will
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15,000
1,000
1 K 288 Meg Type
500Style:
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2
7.5 C 15,000
1,000
600 � 192 Meg 750FC
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Maximum
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MG780
20
See
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0
Dimensions
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RHOPOINT
COMPONENTS
LTD.
RHOPOINT
COMPONENTS
Reels
will
be max.
marked
with
a label
containing
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logo,
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Tel:
+44date,
(0)1883
717988
(1.02
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(0)1883
712938
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many
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Solderable
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MG810
Oxted,
Surrey,
RH8
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RHOPOINT
COMPONENTS
LTD
web:
www.rhopointcomponents.com
Phone:
+44and
(0)
1883
717988
web:
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Holland
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Fax: +44
(0)COMPONENTS
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712938
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St'd
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Resistance Range
Load
Life,
�R IL-110.019
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Tel:
+44
(0)1883
717988
RHOPOINT
COMPONENTS
Oxted,
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9AX
80 ppm/°C
in
combination
with resistance
asM (152.40
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Fax:
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(0)1883
712938
27.1max.
IL107.0802
© 200210.0
Caddock
Electronics,
Inc.2 LTD
Type
25,000
1,000
1 K 400 Meg 1,250 Meg 6,250 M (127.00 �3.05) (8.00 �.76) (1.02 �.05)
MG810
Holland
Road,
Hurst
Green,
web: www.rhopointcomponents.com
Phone:
+44
(0)
18839AX
717988
Extended
Range
0.8%
RHOPOINT
COMPONENTS
Applications
Engineering
Sales and
Corporate
Office
Oxted,
Surrey,
RH8
Standard
0.5%
max.
tight
as
±0.1%.
Hurst
Green
Resistance
DimensionsNon-Inductive
in inches and (millimeters)
e-mail:
[email protected]
Performance
Max. 9AX
Oxted,
Surrey,
RH8
Overload Dielect.
Model +44
WattFax:
(0)Umpqua
1883
712938
e-mail:
[email protected]
Models
with
low
inductance
construction are in shaded areas.
Holland
Road,
Hurst
Green,
17271
North
Hwy.
1717 Chicago Avenue
web:
www.rhopointcomponents.com
Phone:
+44
(0)
1883
717988
Oxted,
Surrey,
RH8
9AX
Continuous
�.002
.040
6.000
�.120
.350
�.040
web:
www.rhopointcomponents.com
Type
MG
resistors
have
demonstrated
stability
of
0.01%
Standard
Extended
-15
Solderable
Leads
St'd
"-15" rating
0.8% max.
Rating
No.
age (0)
Strength
B
C
15.0
30,000
1,000
1Min.
K 384 Meg 2,000 Meg 10,000 M (152.40A�3.05)
Most
models
arewithmanufactured
with
Caddock's
MG815
Type
2
web:
www.rhopointcomponents.com
Phone:
+44
1883
717988
Oxted,
Surrey,
RH8
9AX
Oper.
Volt.
Resistance
Tolerance:
Fax:
+44
(0)
1883
712938
Roseburg,
Oregon
97470-9422
e-mail:
[email protected]
Riverside,
California
92507-2364
Max. are in
Max.
Min.
Models
with
Caddock's
Non-Inductive
Resistance
Pattern
non-shaded areas.(8.89 �1.02) (1.02 �.05)
27.1 IL107.0802
©
2002
Caddock
Electronics,
per
1,000
hours
in Inc.
extended
load life
testing
standard
Fax:
+44
(0)(0)
1883
712938
e-mail:
[email protected]
Encapsulation:
High
Temperature
Silicone
Conformal.
Design
which
uses
a serpentine
web:
www.rhopointcomponents.com
Phone:
+44
1883
717988
e-mail:of
[email protected]
•Non-Inductive
web:
Phone:
(541)
496-0700
Extended
Range
0.8%
max. resistive
Phone:
(951)
788-1700
�.015 .025 �.002
.094www.caddock.com
.313 �.020
Resistance
Range
Tolerance
IL-110.019
0.5
600
200 �
5 Meg
N/A
750
27.1 IL107.0802
MG650
Type 1
©
2002
Caddock
Electronics,
Inc.
resistance
range
�.38)
(2.39
Fax:
+44
(0)
1883
712938
�.05)
(7.95 �.51)
e-mail: [email protected]
For
Caddock
Distributors
by country
see
caddock.com/contact/dist.html
Models
with
low values.
inductance
construction
areN/A
in shaded
areas. listed
Fax:
(541)
496-0408
Fax:
(951)
369-1151
pattern
that(.64
provides
for
neighboring
lines
to
carry
current
in
27.1
IL107.0802
©
2002
Caddock
Electronics,
Inc.
Solderable
Leads
Applications
Engineering
Sales
and
Corporate
Office
Standard
�1%,
�0.5%,
�0.25%,
�0.1%
�.025
.109
.025 �.002
.313 �.030
This
performance
been
proven
through
opposite directions,
thereby achieving maximum
cancellation
Models
with
Resistance
Pattern
non-shaded
areas.
Type
1 Non-Inductive
0.5exceptional
600Caddock's
750
200has
�
8 Megare in
N/A
N/A
27.1
IL107.0802
©MG655
2002
Caddock
Electronics,
Inc.
17271
North
Umpqua
Hwy.
1717 Chicago
Avenue
(7.95 �.76) (2.77 �.64)
(.64 �.05)
©
2004
Caddock
Electronics,
Inc.
28_IL110.1004
RATED LOAD, %
Specifications:
Specifications:
Type MG Precision High Voltage Resistors
Now with Extended Resistance Range to 10,000 Megohms and Additional Models
Temperature Coefficient as tight as 80 ppm/°C, Combined with Excellent Long-Term Stability and Precision Tolerances.
•
•
•
Type MG Precision High Voltage Resistors
Design Assistance in Developing High Voltage Resistor Sets with
Low TC Tracking.
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
••
•
Ordering Information
•
•
•
•
RHOPOINT COMPONENTS LTD
RHOPOINT COMPONENTS LTD.
CADDOCK
CADDOCK
CADDOCK
RHOPOINT COMPONENTS LTD
RHOPOINT COMPONENTS LTD
Specifications:
RHOPOINT
COMPONENTS
RHOPOINT
COMPONENTS
LTD.LTD
RHOPOINT COMPONENTS LTD
High
Temperature
Silicone
Conformal.
Green
Surreyresistor.
• RH8 9AX
• UK
many&years
of 97470-9422
use in equipment that demands the highest .500 �.030
St'd with
"-15"Hurst
rating
�1%
of .094
flux�.015
fields
over Encapsulation:
the
entire
length
of• the
This
UK
Ireland
Roseburg,
Oregon
Riverside,
California
92507-2364
.025 �.002
Type
1
0.6
1,000
750
400
�
10
Meg
N/A
N/A
MG660
Email
•
[email protected]
�.38)non-inductive
(2.39www.caddock.com
reliability
stability, including TWTe-mail:
amplifiers,
X-ray(12.70 �.76)efficient
(.64 �.05)
construction
accomplished
without
[email protected]
• web:
Phone:
(541) and
496-0700
Phone:
(951) 788-1700
Applications
Engineering
and Corporate
Office
Extended
Range isSales
�1%
Distributors
�.015
For
Caddock
Distributors
listed by country
see.094
caddock.com/contact/dist.html
Web • www.rhopointcomponents.com
+44
(0)
870
1188
.750Tel:
�.030
.025
Fax:
(541)
496-0408
Fax:Chicago
(951) 369-1151
systems,
geophysical
instruments,
and
17271
North
Umpqua
1717
Avenue
derating
of 608
any�.002
performance advantages.
600
� medical
0.8
2,000 Hwy.
750
20electronics.
Meg
N/A
N/A
MG680
Type
1
(2.39 �.38)
Roseburg, Oregon 97470-9422
© 2004 Caddock
Electronics, Inc.
Phone:
1.0 496-0700
4,000
Type 1
MG710 (541)
Max.
Overload
Model
WattFax:
(541)
496-0408
750
Dielect.
(19.05 �.76)
(.64 �.05)
Temperature Coefficient:
Riverside, California 92507-2364
.094 www.caddock.com
�.015 .025 �.002
1.000 �.040• web:
[email protected]
Meg
N/A
N/Ae-mail:
(2.39 �.38)
Resistance
Resistance
Dimensions
in inches
and (millimeters)
(25.40 �1.02)
(.64 �.05)
Specifications:
For Caddock Distributors listed by country see caddock.com/contact/dist.html
800 �
Range
28_IL110.1004
Phone: (951)
788-1700
TC Specifications
Fax: (951) 369-1151