RHOPOINT USG1110-150M-0.10

Page 2 of 2
Type MG Precision High Voltage Resistors
Type
USG
Precision
High
Voltage
Resistors
TypeType
USGUltra-Stable
Ultra-Stable
Precision
High
Voltage
Resistors
Type
USG
Ultra-Stable
Precision
High
Voltage
Resistors
MG
Precision
High
Voltage
Resistors
Type MG Precision High Voltage Resistors
Type MG Precision High Voltage Resistors
Page 1 of 2
Page 2 of 2
Lowest
TC
High
to +85C
to +25
+25C
C
Lowest
TC
HighVoltage
VoltageResistor,
Resistor,10
10ppm/
ppm/CCfrom
from-40
-40C
C reference
reference to
Lowest
TC
High
Voltage
Resistor,
10
ppm/
Cvoltage
fromMegohms
-40
CCtoto+85
+85
CAdditional
reference
to15KV
+25C
Now
with
Extended
Resistance
Range
to 10,000
and
Models
0.10%
Tolerance,
Three
body
sizes
providing
ratings
of
5KV,
10KV,
and
0.10% Tolerance, Three body sizes providing voltage ratings
and 15KV
0.10%Coefficient
Tolerance,
Three
body
sizes
providing
voltageLong-Term
ratings of
5KV, and
10KV,
and 15KV
Page 1 of 2
Temperature
as tight
as 80
ppm/°C,
Combined
with Excellent
Stability
Precision
Tolerances.
TheThe
very
highest
performance
high
voltage
The
USG Ultra
Ultra Stable
Stable
very
highest
performance
high
voltageapplications
applicationsrequire
require
The performance
performance features
features of the Type USG
MG 650
® resistance
The
very
highest
performance
high
voltage
applications
require
Micronox
films
are
theterm
source
of
Preconditioning
for
Power
and
Voltage
Ratings
The performance
features
of
the
Type USG
Ultra Stable
theCaddock's
best
possible
temperature
coefficient
and
long
stability
the
best
possible
temperature
coefficient
and
long
term
stability
Precision
High
Resistors
are:
Precision
HighVoltage
Voltage
Resistors
MG
655
Now
with
Extended
Resistance
Range
to 10,000
Megohms
and
Additional
Models
the
Type
MG
Precision
High that
Voltage
Resistors'
outstanding
All power
ratings
maximum
operating
voltage ratings
the
best
possible
temperature
coefficient
and
long
term
stability
from
the
high
voltage
resistors
are
used
inin
these
applications.
HighCoefficient:
Voltageand
Resistors
are:from
from
the
high
voltage
resistors
that
are
used
these
applications.
from -40C
-40C
to +85C.
+85C.
• •Precision
Temperature
10These
ppm/C
Temperature
Coefficient:
for continuous
duty.Stability
ratings
are to
based
on precombination
ofvoltage
performance
MGmeet
660
from
the
high
resistors
that are
in these
applications.
To
these
demanding
requirements
Caddock
introduces
the
To
meet
these
demanding
requirements
Caddock
introduces
the withare
Temperature
Coefficient
asfeatures:
tight
asused
80
ppm/°C,
Combined
Excellent
Long-Term
and
Precision
Tolerances.
from
-40C
to
+85C.
•stress
Temperature
Coefficient:
10
ppm/C
•
Tolerance:
0.10%
•
Tolerance:
0.10%
voltage
levels
applied
during
the
manufacturing
To
meet
these
demanding
requirements
Caddock
introduces
the
• Type
Single-resistor
values Precision
as
high as
10,000
Megohms.
USG
Ultra-Stable
High
Voltage
Resistors.
USG
Ultra-Stable
High
Voltage
Resistors.Utilizing
Utilizing
MGType
680
® Precision
•Preconditioning
Tolerance:
0.10%
Caddock's
Micronox
resistance
films
are
theassource
of
for
Power
and resistor
Voltage
Ratings
to provide
for stable
performance
even
• •process
Typical
Load
Life
of 0.025%
1,000
hours
Typical
Load
Life Stability
Stability
per 1,000
hours
®operating
® resistance
Type
USG
Ultra-Stable
Precision
High
Voltage
Resistors.
Utilizing
•the
Maximum
continuous
voltages
as
high
resistance
filmsystem,
system,
these
Type
USG
proven
Tetrinox
film
these
Type
USG
our
proven
Tetrinox
MGour
710
Type
MG
Precision
High
Voltage
Resistors'
outstanding
All
power
ratings
and
maximum
operating
voltage
ratings
•
Typical
Load
Life
Stability
of
0.025%
per
1,000
hours
under
momentary
overload
conditions.
at
+85C,
0.05%
per
1000
maximum.
at
+85C,
0.05%
per
1000
hrs.
maximum.
®
48,000
volts
("-15"
ratings).
resistance
filmlow
system,
these coefficient
Type
USG
our
proven
Tetrinox
resistors
were
developed
optimize
low
temperature
coefficient
resistors
were
developed
to to
optimize
temperature
MG 712
for
continuous
duty.
These
ratings
are than
based
preof performance features:
operating
voltages
60%
higher
theon
values
0.05%
per
1000
hrs. maximum.
atMaximum
+85C,
Three
body
sizes
provide
continuous
voltage
ratings
of
• •are
Three
body
sizes
provide
continuous
voltage
ratings
of5KV,
5KV,
performance
and
long
term
stability
performance.
By
utilizing
resistors
werecapabilities
developed
to optimize
low
temperature
coefficient
•combination
Overvoltage
of
150%
ofperformance.
standard
working
performance
and
long
term
stability
By
utilizing
stress
voltage
levels
applied
during
the
manufacturing
listed
in
the
table
may
be
specified
by
adding
"-15"
to
the
• performance
Single-resistor
values
as
high
as
10,000
Megohms.
10KV,
and
15KV.
®
•
Three
body
sizes
provide
continuous
voltage
ratings
of
5KV,
10KV,
and
15KV.
voltages
for
all
models
and values,
(except
"-15" ®ratings).
MGspecific
714 ceramic
processing
ceramic
core
materials
with
optimum
Tetrinox
and
long
term
stability
performance.
By
utilizing
processing
specific
core
materials
with
optimum
Tetrinox
process
to
provide
for
stable
resistor
performance
even
model
number
(Example:
MG750-15).
Note
that
overload
Maximum
continuous
operating
as
highthe
as
10KV,
and 15KV.
The
specific
resistances that
that are offered in
body
®
we
able
tocore
control,
very
tightly
in
manufacturing,
the
important
• •and
The
specific
resistances
in each
each
bodysize,
size,
processing
ceramic
materials
with
optimum
Tetrinox
we
areare
able
to
control,
very
tightly
involtages
manufacturing,
important
•• specific
Resistance
Tolerances
from
±1.0%
to ±0.1%.
under
momentary
overload
overvoltage
ratings
do conditions.
not apply to
the "-15"
resistors.
MG 715 volts ("-15" ratings).
48,000
have
been
selected
for
produceability
of
optimum
performance.
ultra-stable
performance
parameters
operatingtemperatures
temperatures
•Resistance
The
specific
resistances
that
are
offered
in
each
body
size,
have
been
selected
for
produceability
optimum
performance.
ultra-stable
parameters
in in
operating
are able performance
to Coefficient,
control,
very
tightly
in manufacturing,
the
important
• we
Temperature
for
standard
resistance
range,
of
Maximum
operating
voltages
60% shown
higher in
than
values
ranges
for "-15"
resistors
thethe
table
are
• ultra-stable
Overvoltage
ofunique
150%
ofprocess
standard
working
to
+85C.This
This
unique
isoffered
offered
specific
-40C
The
Ultra
Low
Temperature
Coefficient
minimizes
self
MGfrom
716
have
selected
for produceability
ofby
optimum
to
+85C.
process
istolerances
ininspecific
from
-40C
performance
parameters
in
operating
temperatures
80
ppm/°C
incapabilities
combination
with
resistance
as
• •from
The
Ultra
Low
Temperature
minimizes
self
listed
inbeen
the
table
may
be Coefficient
specified
addingperformance.
"-15" to the
"-15
Min."
to
"Standard
Max."
voltages
for
all
models
and
values,
(except
"-15"
ratings).
resistance
in three
body
sizes.
The
extraordinary
heating
(warm-up)
drift following
following
the
high
tight
as ±0.1%.
resistance
values
in three
body
sizes.
The
extraordinary
number
(Example:
MG750-15).
Note of
that
overload
tovalues
+85C.
This
unique
process
is offered operating
inoperating
specific
from
-40C
heating
(warm-up)
drift
the application
application
of
high
•model
The Ultra
LowPerformance
Temperature
Coefficient
minimizes
self
MG 720
Non-Inductive
Resistance
from
±1.0%
toimprove
±0.1%.
stability
ofTolerances
the
Type
USG
resistors
will
improve
the
performance
Non-inductive
performance
voltage
or
resulting
from
a
change
in
the
applied
high
voltage.
and
overvoltage
ratings
do
not
apply
to
the
"-15"
resistors.
stability
of resistors
the
Type
USG
resistors
will
the
•• resistance
Type
MG
have
demonstrated
stability
ofperformance
0.01%
values
in three
body
sizes.
The
extraordinary
operating
voltage
or
resulting
from
a
change
in
the
applied
high
voltage.
heating
(warm-up)
drift
following
the
application
of
high
Most models withare
manufactured
with Caddock's
Caddock's
exclusive design
of
your
voltage
system.
MG
725
• stability
Temperature
Coefficient,
for standard
resistance
range,
of
Resistance
"-15"
resistors
the voltage.
table
per
1,000
hours
in extended
load will
life improve
testing
of
Custom
Low
TCDesign
HVfor
Strings
are
available:
50KV,
100KV,
etc.
of
your
high
voltage
system.
ofhigh
the
Type
USG
resistors
thestandard
performance
which
uses
ashown
serpentine
resistive
voltageLow
or ranges
resulting
from
a are
change
in the
applied
high
• •Non-Inductive
Custom
TC
HV
Strings
available:
50KV,in
100KV,
etc. are
80
ppm/°C
in
combination
with
resistance
tolerances
as
from "-15
Min."
to "Standard
Max." lines to carry current in
resistance
range
values.
pattern
that
provides
for
neighboring
of
your
high
voltage
system.
• Custom
Low
Strings areDimensions
available:
50KV,
100KV, etc.
MG 717as ±0.1%.
Ambient
Max.TC HV
in inches
and (millimeters)
tight
Max. Continuous
Part Number
Dielectric
Ambient
Max. Most
Dimensions
in
inches
and (millimeters)
This exceptional
performance
has Resistance
been ()
proven
through TCTCppm/C
Non-Inductive
Performance
opposite
directions,
thereby
achieving
maximum
cancellation
Tolerance
ppm/C
models are
available
with
Max.
Continuous
Operating
Part Number
Dielectric
Operating
VoltageResistance ()
Tolerance
Strength
Operating
(Model-Value-Tol.-TC)
Temperature
Operating
Voltagethat demands
• Type(Model-Value-Tol.-TC)
MG resistors
have
demonstrated
stability ofthe
0.01%
Strength
many
years
of use in
equipment
highest
Most
models
are
manufactured
Caddock's
fields
over Non-inductive
the
entire
length
ofin inches
the
resistor.
This
Temperature
Caddock's
Pattern
1
A Serpentine
B with
C
2 of flux
Ambient
Max.
Dimensions
and (millimeters)
Max.
Continuous
Part
Number
Dielectric
1
A
B
C
2
Resistance
()of standard
Tolerance
TC ppm/C
MG 721
Operating
per
1,000and
hours
in extended
load
testing
reliability
stability,
including
TWT
amplifiers,
X-ray
Non-Inductive
Design
which
uses
serpentine
resistive
Operating
Voltagelife
.040 .002
.070isa accomplished
.040
1.250
.350
efficient
non-inductive
construction
without
Strength
(Model-Value-Tol.-TC)
Temperature
USG1105 - 50M - 0.10%-10ppm
10 ppm/C
85C
5 KV
50 Meg
1,000
0.10%
.070
.040
.002
1.250 1.78)
.350 1.02)
.040 .05)
(31.75
(8.89
(1.02
resistance
values.
1
A
C
2 derating
USG1105 -geophysical
50M range
- 0.10%-10ppm
10 ppm/C
85Cany
5 KV
50 Meg
1,000
0.10%
systems,
instruments,
and medical
electronics.
pattern that
provides
for neighboring
lines
toB carry
in
(31.75
(8.89
(1.02current
1.78)
1.02)
.05)
of
performance
advantages.
.040 .002
1.250 .070
.350 .040
5 KV
75 Meg proven 0.10%
1,000
USG1105
- 75M - 0.10%-10ppm
85C
10 ppm/C
1.250
.350
.040
.070 (8.89
.040 (1.02
.002
.040
.070
.040
.002
1.250
.350
MG
730
(31.75
1.78)
1.02)
.05)
This
exceptional
performance
has
been
through
opposite
directions,
thereby
achieving
maximum
cancellation
USG1105 - 75M
50M -- 0.10%-10ppm
0.10%-10ppm
ppm/C
85C
KV
50Meg
Meg
1,000
55KV
0.10%
75
1,000
85C
1010
ppm/C
0.10%
1.78)
1.02)
.05)
(31.75
(8.89
(1.02
(31.75
(8.89
(1.02
1.78)
1.02)
.05)
.040 .002
2.000 .080
.350 .040
many USG1110
years- 100M
of -use
in equipment
that demands
the0.10%
highest
10 KV
100
Meg
0.10%-10ppm
1,000 entire
85C
ofinches
fluxandfields
over Specifications:
the
length
of
the
resistor.
This
10 ppm/C
.080
.040
.040.040
.002
2.000
.350
Resistance
.070 (8.89
.040
.002
1.250
.350
Dimensions
in
(millimeters)
(50.80
(1.02
2.03)
1.02)
.05)
KV
105KV
75Meg
Meg
1,000
USG1105
75M --Max.
0.10%-10ppm
100
85C
USG1110
-- 100M
0.10%-10ppm
1,000
85C
0.10%
ppm/C
0.10%
1010
ppm/C
Overload Dielect.
Model
Watt(50.80
(1.02
2.03)
1.02)
.05)
(31.75
(8.89
(1.02
1.78) (8.89
1.02).040
.05)
Continuous
2.000
.350
.080
.040
.002
reliability
and
stability,
including
TWT
amplifiers,
X-ray
Standard
Extended
efficient
non-inductive
construction
is
accomplished
without
-15
Rating Strength
No.
age -Oper.
A10 ppm/C
B
MG 735
10 KV Min.
150 Meg
USG1110
150MVolt.
- 0.10%-10ppm
1,000
0.10%
85C C
.040
.080
.040
.002
2.000
.350
.080
.040
.040
.002
2.000
.350
2.03)
1.02)
.05)
(50.80
(8.89
(1.02
Resistance
Tolerance:
Max.
Min.
10
10KV
KV
150M
1,000
0.10%
1010
ppm/C
100Meg
Meg Max.
USG1110 - geophysical
100M -- 0.10%-10ppm
0.10%-10ppminstruments,
1,000
0.10%
ppm/C
systems,
and 150
medical
electronics.
(50.80
(1.02
2.03)
1.02)
.05)
(50.80
(8.89
(1.02
2.03) (8.89
1.02).040
.05)
derating 85C
of85C
any performance
advantages.
.090
.040
.002
3.000
.350
.313 �.020 .094 �.015 .025 �.002
N
15 KV 200 �
150 Meg 5 Meg
10 ppm/C
0.10%
- 0.10%-10ppm
1,000
85C
Resistance(76.20
Range
Tolerance
.040.040
.090
.040
.002
3.000
.350
.080 (8.89
.040
.002
2.000
.350
(1.02
2.29)
1.02)
.05)
0.5 - 150M
600
N/A
750
N/A
Type 1
MG650 USG1115
15
�.51)
(7.95
(.64 �.05)
150
1010
ppm/C
0.10%
USG1115
1,000
10KV
KV
150Meg
Meg
USG1110
150M -- 0.10%-10ppm
0.10%-10ppm
1,000
0.10%
ppm/C(2.39 �.38) 85C
85C
(76.20
(1.02
2.29)
1.02)
.05)
(50.80
(8.89
(1.02
2.03) (8.89
1.02).040
.05)
MG
745 - 150M
3.000
.350
.090
.040
.002
200
Meg
15 KV
0.10%
10
ppm/C
1,000
85C
USG1115 - 200M - 0.10%-10ppm
Standard
�1%,
�0.5%,
�0.25%,
�0.1%
�.025
.109
.025
.313
�.030
�.002
Resistance
2.29)
1.02)
.05)
(76.20
.040.040
.090
.040
.002
3.000
.350
Dimensions in inches and (millimeters)
.090 (8.89
.040 (1.02
.002
3.000
.350
Type 1
0.5- 200M
600
750
8 Meg 0.10%
N/A
N/AMeg
MG655
15
KV
1010
ppm/C
1,000
USG1115
--Max.
0.10%-10ppm
Overload
15
KV 200 � 200
Model
WattDielect.
150
Meg
ppm/C(2.77 �.64) 85C
0.10%
150M
0.10%-10ppm
1,000
85C
�.76)
�.05)
(7.95
(.64
(76.20
(8.89
(1.02
2.29)
1.02)
.05)
(76.20
(8.89
(1.02
2.29)
1.02)
.05)
Continuous
Standard Extended
-15
No.
age Oper. Volt. Rating Strength Min.
A
B
C
St'd with "-15" rating
�1% .040 .002
Resistance
Tolerance:
.090
3.000
.350 .040
.094 �.015 .025 �.002
Max.
.500
Min.Meg Max.
MG
731 0.6- 200M
200
15
KV 400 �
10�.030
ppm/C(2.39 �.38) 85C
1,000
USG1115
- 0.10%-10ppm
Type 1
1,000
750
10 Meg 0.10%
N/A
N/A
MG660
(76.20
(8.89
(1.02
2.29)
1.02)
.05)
(12.70
(.64 �.05)
Extended Range
�1%
.313 �.76)
�.020 .094 �.015 .025
�.002
Resistance
Range
Tolerance
600
200 �
5 Meg
N/A
750
N/A
Type 1
MG650 0.5
�.38) .025
.094 �.015
�.51) (2.39
�.05)
(7.95
(.64 �.002
(Numbers inside circles reference columns in
.750 �.030
2,000
750
20 Meg
N/A
600 �
N/A
MG680 0.8
Type 1
(2.39
�.38)
(19.05
(.64
�.76)
�.05)
inside
reference
columns
Standard
�1%, �0.5%,
�0.25%,in
�0.1%
Temperature
Coefficient:
.313 �.030 .109 �.025 .025(Numbers
�.002
part number
tablecircles
above)
Type 1
600
750
200 �
8 Meg
N/A
N/A
MG655
MG 740 0.5
�.64) .025
.094 �.015
(7.95�.040
(.64part
�.76) (2.77
�.05) number table above)
1.000
�.002
1.0
4,000
750
800 �
50 Meg
N/A
N/A
Type 1
MG710
St'd
with
"-15"
rating
�1%
�.38)
(2.39
Resistance
(Numbers
inside
circles
reference
columns
�1.02)
(25.40
(.64
�.05)
1 Tolerance:
0.1% measured
at roomin
.500 �.030 .094 �.015 .025 �.002
TC Specifications
Type 1
1,000
750
400 �
10 Meg
N/A
N/A
MG660 0.6
Rangetable
�.38) .025
.140 �.030
�.76) (2.39
�.05)
(12.70
(.64 �.002
1
.400 �.060
part
number
above)
Tolerance:
0.1%
measured
at room
temperature
(23C
2C)
at
100
Vdc
Extended
Range
�1%
Type 2
1,000
750
800 �
20 Meg
N/A
N/A
MG712 0.6
(3.56 �.76)
(10.16
(.64 �.05)
Standard(23C
and 2C) at 100 Vdc
.750�.152)
�.030 .094 �.015 .025
�.002
MG 750 0.8
temperature
�80 ppm/�C10ppm/C,
from -15�C torefer600 �
2,000
750
20 Meg
N/A
N/A
MG680
Type 1
2 1 Temperature
Coefficient:
�.38) .032
.150 �.030
(19.05
(.64 �.002
�.76) (2.39
�.05)
St'd
with
"-15"
.562 �.060
Tolerance:
0.1%
measured
at+105�C,
room
Temperature Coefficient:
1.0
1,000
750
200 � 6.5 Meg
20 Meg
N/A
MG714
Type 2
referenced to
+25�C.
(3.81
2�.002
�1.52)
(14.27
(.81 �.05)
Temperature
Coefficient:
10ppm/C,
referenced
to
25C.
R
taken
at
-40C
and
+85C,
rating
.094 �.76)
�.015 .025
1.000
�.040
temperature (23C 2C) at 100 Vdc
1.0
4,000
750
800 �
50 Meg
N/A
N/A
Type 1
MG710
�.38) .025
Resistance
.140 �.030
�1.02) (2.39
(25.40
(.64 �.002
�.05)
enced
to 25C.
Roftaken
-40C
and
+85C,
.750 �.060
measured
at 50%
ratedatvoltage
TC from
Specifications
2,000
750
400 � 26 Meg
50 Meg
N/A
MG715
Type 2
�80 ppm/�C
+25�C to +105�C,
MG 780 1.0
(3.56
Range
2 Temperature
(19.05
(.64 �.05)
10ppm/C,
referExtended
�.030 .025
.140 �.76)
.400 �1.52)
�.060
�.002
measured
atResistance:
50%Coefficient:
of -200
rated10,000
voltage
ppm/�C
to
+50 ppm/�Cmin.
from
Type 2
1,000
750
800 �
20 Meg
N/A
N/A
MG712 0.6
Insulation
megohms,
(3.56
�.76)
.140
�.030
Range
�.152)
�.05) enced
(10.16
(.64 �.002
.025
1.000 �.060
to 25C.
takento at
-40C and +85C,
Standard
and R -15�C
+25�C.
Type 2
600 � 70 Meg
4,000
750
75 Meg
N/A
MG716 1.5
�80
ppm/�C
from
-15�C
to
+105�C,
�.76)
(3.56
Page 1 of 2
Insulation
Resistance:
10,000
megohms,
min.
�.05)
(.64
�1.52)
(25.40
.150 �.030 .032 �.002
St'd withat
"-15"
.562 �.060
Overvoltage:
1.5 times
maximum
continuous
measured
50%
of
rated
voltage
1.0
1,000
750
200 � 6.5 Meg
20 Meg
N/A
MG714
Type 2
referenced
to +25�C.
�.76) .040
.240 �.030
�1.52) (3.81
�.05)operating
(14.27
(.81 �.002
.710 �.050
rating
MG 785 1.5
Insulation
Resistance:
10,000
Megohms,
min.
voltage
for
5
seconds,
R
0.05%
Overvoltage:
1.5
times
maximum
continuous
2,000
750
600 � 17 Meg
75 Meg
225 M
Type 2
MG717
(6.10
(18.03
Insulation Resistance: 10,000 megohms, min.
�.030 (1.02
.140 �.76)
.025 �.05)
.750 �1.27)
�.060
�.002
max.Overload/Overvoltage:
2,000
750
400 � 26 Meg
50 Meg
N/A
MG715 1.0
Type 2
operating
voltage for
seconds,
R rated
0.05%
�805ppm/�C
+25�C
to
+105�C,
5from
times
power
�.76) .025
.140 �.030
(19.05
�1.52) (3.56
�.05)
(.64 �.002
1.500
�.080
Extended
Type 2
6,000
750
1K
150 Meg
N/A
N/A
MG720 2.0
Overvoltage:
1.5
times
continuous
-200
ppm/�C
to +50 ppm/�C
frommax(3.56
max.
(.64 �.05)
(38.10
with Range
applied
not
tomaximum
exceed
1.5
times
Thermal
Shock:voltage
Mil-Std-202,
Method
107,
.140 �.76)
�.030 .025
�.002
1.000 �2.03)
�.060
-15�C
Type 2
600 � 70 Meg
4,000
750
75 Meg
N/A
MG716
operating
voltage
for
5to +25�C.
seconds,
R5 seconds.
0.05%
�.76) .040
MG 810 1.5
.240 �.030
�.05)
(.64 �.002
�1.52) (3.56
(25.40
1.000 �.050
condition
A,
R
0.05%
max.
imum
continuous
operating
voltage
for
Thermal Shock: Mil-Std-202, Method 107,
2.0
4,000
750
200 � 51 Meg 100 Meg
300 M
MG721
Type 2
(25.40
�1.27) (6.10
max.
�.030 (1.02
.240 �.76)
.040 �.05)
.710 �.050
�.002
Insulation
Resistance:
10,000 Megohms,
Type
1:Resistance:
DC
condition
A,
R Voltage
0.05%Voltage
max.
1.5
2,000
750
600 � 17 Meg
75 Meg
225 M
Type 2®
MG717
Mil-Std-202,
Method min.
�.76) (1.02
(6.10
.140 �.030
�1.27)Preconditioning
�.05)Moisture
(18.03
Caddock's
Micronox
resistance
films
are
the
source
of
for
Power
and
Ratings
.025 �.002
2.000 �.080
2.5
750
1.5
K
200
Meg
10,000
N/A
N/A
MG725
Type 2
Thermal
Shock:
Mil-Std-202,
Method
107, power
Type
2:
DC
Voltage
or
V
AC
�.76)
(3.56
Overload/Overvoltage:
5
times
rated

R
0.05%
max.
106,
�.05)
(.64
�2.03)
(50.80
rms
.140
�.030
Moisture
Mil-Std-202,
Method
.025 �.002
1.500 �.080
the
Precision
Resistors'
All
power
ratings
andResistance:
operating
voltage
ratings
Type 2 High
750 Voltage
1K
150 Megoutstanding
N/A
N/A
MG720
MGType
815 2.0 MG6,000
condition
A,maximum
Rvoltage
0.05%not
max.
�.76) .040
.240 �.030
(.64 �.002
�.05)
�2.03) (3.56
(38.10
1.500 �.080
with
applied
to exceed
1.5
times

R
0.05%
max.
106,
Resistance
Range
Overload/Overvoltage,
�Rmaxat
rated
voltage,
Load
Life:
1000
hrs
at
+85C
3.0
1,000
500
250
Meg
�
M
6,000
750
77
Meg
MG730
Type
2
are
for
continuous
duty.
These
ratings
are
based
on
precombination
of
performance
features:
�.76)
(6.10
(1.02
�.05)
(38.10
�2.03)
.240
�.030
.040 �.002
1.000
�.050
Precise
beMeg
formed
Type
USG
imum continuous
operating
voltage for 5Method
seconds.
Moisture
Resistance:
Mil-Std-202,
R
0.025%
typical,
Rduring
0.05%
max.
2.0 Voltage
4,000 Division
750 performance
200 � 51 Megcan
100
300 Musing
MG721
Type 2 Ratio
�.76)voltage
(6.10
stress
levels
applied
the
manufacturing
Standard
0.5%
max.
at
rated
voltage,
Load
Life:
1000
hrs
at
+85C
.315
�.030
�.05)
(1.02
(25.40
�1.27)
1.000
�.060
�.002
.040
Single-resistor
values
as 1,000
high
as
Megohms.
40 Meg
2.6Voltage
4,000
200 10,000
� together
150
Meg
750using
M
Type
2Ratio
Ultra-Stable
High
Voltage
Resistors
with
Caddock's
Type
USF
MG731
Type
DC Voltage
Page 1 of 2
R1:0.05%
max.
106,
(8.00
Precise
Division
performance
can
be
formed
Type
USG
(25.40
�.05)
.140 �.76)
�.030 (1.02
Solderable
Leads
R
0.025%
typical,
R
0.05% max.
to
stable
resistor
performance
even
�.002
.025 provide
2.000 �1.52)
�.080
St'dfor
with
"-15"Voltage
rating
2.5
750
1.5
K "matched"
Megselected
10,000
N/A as200
MG725
TypeFilm
2operating
Ultra-Stable
Precision
Resistors
or
with
Type
TK
Lowprocess
Maximum
continuous
voltages
high
as N/A
Type
2: DC
or
V+85C
AC atN/A
�.76) .040
(3.56
.240patents
�.030
�.05) Load
(.64 �.002
�2.03)
(50.80
Ultra-Stable
High
Voltage
Resistors
together
with
Caddock's
Type
USF
2.000
�.080
Certain
products
shown
in
this
catalog
are
covered
by
one
or
more
patents,
there
are
also
pending.
rms
rated
voltage,
Life:
1000
hrs
at
under
momentary
overload
conditions.
10,000
1,000
750 � 178 Meg 300 Meg 1,000 M
MG735 3.6
Type 2
Encapsulation:
High
temperature
silicone
Solderable
Leads
�.76)
(6.10
(1.02
�.05)
�2.03)
(50.80
TC Precision
Radial-Lead
Resistors.
Consult
Caddock
Applications
Extended Range
0.8% max.
48,000
volts
("-15"
ratings).
.240 �.030 .040 �.002 R 0.025%
Precise
Voltage
Division
Ratio
performance
can250
beMeg
formed
using
Type
USG
1.500
Ultra-Stable
Precision
Film
or "matched"
selected
TK �.080
Low
typical,
R 0.05%
max.
Resistance
Range 60%
Overload/Overvoltage,
3.0
1,000
500
� 77 Meg with
6,000
750 MType
MG730
Type
2 Resistors
operating
voltages
higher
thansilicone
the �R
values
conformal
�.76) (1.02
.315Maximum
�.030
�.05)
(38.10
�2.03) (6.10
.040 �.002
1.500
Engineering
to optimize
voltage
division
ratiowith
performance
your�.060
Encapsulation:
High temperature
Ultra-Stable
High
Voltage
Resistors
together
Caddock's
USF(8.00
Overvoltage
capabilities
of
150%
of
standard
working
64 Meg
3.6
6,000
1,000
300
�
300
Meg
1,500 Applications
M forType
Type 2
MG740
TC
Precision
Radial-Lead
Resistors.
Consult
Caddock
�.76)
Thermal
Shock:
Mil-Std-202,
Method
(1.02
�.05)
�1.52)
(38.10
Standard
0.5%
max.
Solderable
Leads
.315 �.030
listed
in
the
table
may
be
specified
by
adding
"-15"
to107,
the
1.000
�.060
�.002
.040
B USG
Storage
Temperature:
-40C
to
+105C
1.500
±
.125
A
application.
The
Low
TC
of
the
Type
resistors
minimizes
temperature
conformal
C
40
Meg performance
2.6
4,000
1,000values,
200
150
Megselected
750 Mfor
Type
2voltage
MG731
Ultra-Stable
Precision
Film
Resistors
or�"matched"
with
Type
TK�1.52)
Low (8.00
voltages
alloptimize
models
and
(except
"-15"
ratings).
Engineering
to
division
ratio
your
�.76) (1.02
.240 �.030
(25.40
�.05) (Example:
ΔR
0.25% max. NoteN/Athat overload
Cond.
C,"-15"
3.18)
(38.10 ± for
.040 �.002
3.000 �.100
model
number
MG750-15).
5.0 drift
15,000
1,000 gradients
1 K 288 Meg
500 Meg
1,500
M to(76.20
MG745
Type
2
related
due
to
temperature
that
may
exist
due
the
St'd
with
rating
Encapsulation:
High
temperature
silicone
�.76)
(6.10
�.05)
(1.02
�2.54)
TC
Precision
Radial-Lead
Resistors.
Consult
Caddock
Applications
Storage
Temperature:
-40C
to
+105C
.240
�.030
application.
The
Low
TC
of
the
Type
USG
resistors
minimizes
temperature
.040 �.002
2.000 �.080
Resistance
Tolerances
±0.1%.
Moisture
Resistance:
Mil-Std-202,
Method
106,
3.6
10,000
1,000±1.0%
750 �into
300
Meg source
1,000
178
Meg
MG735
Type 2®from
and
overvoltage
ratings
dodeveloping
not apply
to Ratings
the
"-15"
resistors.
assembly.
placement
of
the
components
the
high
voltage
Caddock's
Micronox
resistance
films
are
the
of
for
Power
and
Voltage
�.76)
(6.10
conformal
.315 �.030
(1.02
�.05)
�2.03)Preconditioning
(50.80
ForMMto
immediate
engineering
assistance
in
Low
Ratio
TC
matched
.040 �.002
2.125
Extended
Range
0.8%
max.
Engineering
to
optimize
division
ratio
performance
forthe
your�.060
related
drift due
to resistor
temperature
exist
due
5.0
1,000
400 � 128that
500 Meg
2,500
10,000
Meg may
MG750
Type 2 voltage
B in Cthe table are
1.500
 .125max.
A
�.76)
(8.00
ΔR
0.4%
Temperature
Coefficient,
for gradients
standard
resistance
range,
of
�.05)
(1.02
(53.98
�1.52)
DIMENSIONS
INMG
INCHESPrecision
AND (MILLIMETERS)
Resistance
ranges
for
"-15"
resistors
shown
.315
�.030
the
Type
High
Voltage
Resistors'
outstanding
All
power
ratings
and
maximum
operating
voltage
ratings
�.002
.040
1.500
�.060
high
voltage
resistor(8.00
sets,
call or write
ourTemperature:
Applications
Engineering
and we
will
3.18)
(38.10
Storage
-40C to +105C
application.
The
TC
ofcomponents
Type USG
minimizes
temperature
Meg voltage
3.6 of
6,000
300in�resistors
300 Meg
1,500
M
Type
2 the1,000
MG740
placement
the
resistor
the64high
assembly.
�.76)
Thermal
Shock:
Mil-Std-202,
Method
107,
.315 �.030
(1.02
�.05)to "Standard
�1.52)from
(38.10
.040
3.125 �.060
�.002
80 ppm/°C
in Low
combination
with
resistance
tolerances
as
"-15
Min."
Max."
Load
1,000
atB +125°C
atproduct
rated
are
for
continuous
duty.
These
ratings
are
based
on
preType 2
Meg may
1,000
600
� 192that
750 Meg
M to the
combination
of
performance
features:
MG780
1.500
Life:
.125
A hours
be 3,750
pleased
to�1.52)
offer
the
solution
from
our
high
voltage
resistor
C
�.76)
(8.00
related7.5drift 15,000
due
to temperature
gradients
exist
due
(79.38
�.05)
(1.02
.240
�.030best
ΔR
0.25%
max.
Cond.
C,
.040
�.002
3.000
�.100

3.18)
(38.10
tight
as
±0.1%.
voltage,
not to exceed
Derating
Curve:
100
15,000
1,000
1 K 288 Meg 500 Meg
1,500 M
MG745 5.0
Type 2
levels
applied
duringrated
thepower.
manufacturing
Non-Inductive
�.76)voltage
(6.10
.315 �.030
capabilities.
�.05)Performance
(1.02
�2.54)stress
(76.20
.040 �.002
4.000 �.120
placement
of20,000
the
components
in
high
voltage
assembly.
Single-resistor
values
high
as
Megohms.
1,000
80010,000
� the
1,000
Meg
5,000
M (101.60
320 Meg
DIMENSIONS
IN INCHES
AND (MILLIMETERS)
Low 8.0
Absolute
TC,resistor
MG785
Type
2as demonstrated
80
Special
Matched
Resistors
for
Moisture
Resistance:
Mil-Std-202,
Method
106,
�.76)
(8.00
Type
MG resistors
have
stability
of 0.01%
�.05)
(1.02
BLife,Caddock's
provide
for
resistor
performance
even
1.500stable
manufactured
.125
.315
�.030 to
A
Most
models
are
with
Resistance
Range
Load
�R
�.002
.040
2.125 �3.05)
�.060 process
C
Maximum
continuous
operating
voltages
as
high
as
60
Ultra-Precision
Tolerance,
1,000
400 � 128
500 TC
Megwith
2,500
M TK (53.98
10,000 OR Type 2
Meg Ratio
MG750 5.0
Lowest
Type
Low
 3.18)
�.76): (1.02
(8.00
ΔR(38.10
0.4%
max.uses a serpentine resistive
RATED POWER
.315 �.030
�.05) overload
�1.52)under
.040 �.002
5.000 �.120
perwith
1,000
hours
inType
extended
load
life400
testing
of
standard
momentary
conditions.
Non-Inductive
Design
which
DIMENSIONS
IN
INCHES
AND
(MILLIMETERS)
Low
Absolute
TC,
2
Meg
10.0
25,000
1,000
1
K
1,250
Meg
6,250
M
RATEDUSF
VOLTAGE,
% 40
MG810
Special
Matched
Resistors
for
Type
Resistors
(8.00 �.76)
Standard
max.
TC Radial Lead Resistors
48,000
volts
("-15"values.
ratings).
MG750
-100M
- 1% at0.5%
(127.00
.040 �.05)
3.125 �3.05)
�.060 .315 �.030 (1.02
�.002
Load
Life:
1,000
+125°C
atvalues
ratedin
resistance
range
Ultra-Precision
Tolerance,
Type 2
192 Meg
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RHOPOINT
LTD
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717988
Special
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125
175
275
voltages
all models
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800 � (except
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MG785
Value:
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Extended
Range
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max.
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(1.02
Holland
Road,
Green,
FAX:
712938
Ultra-Precision
Tolerance,
model
number
(Example:
MG750-15).
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that
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°C
many
years
of Hurst
use Type
in 2AMBIENT
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demands
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RHOPOINT
COMPONENTS
LTD
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TEL:
+44/01883
717988
5.000
�.120
Resistance
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with
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Radial
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reliability
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non-inductive
construction
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400 Meg amplifiers,
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ENGLAND
Website http://www.rhopointcomponents.com
Holland
Road, Hurst Green,
FAX: +44/01883 712938
Specifications:
Specifications:
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
Precise Low TC Voltage Division
Precise Low TC Voltage Division
•
• Precise Low TC Voltage Division
•
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
•
•
Models
withCoefficient,
Caddock's Non-Inductive
Resistance
Pattern range,
areCOMPONENTS
in non-shaded
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for standard
resistance
of
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LTD
ranges
for "-15"
resistors
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are
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any
advantages.
Encapsulation:
High Temperature
Conformal.
�.002performance
.350 �.040 of.040
Oxted, Surrey,
RH8 9AX instruments, and medical electronics. 6.000 �.120 Resistance
Email:
[email protected]
RHOPOINT
St'd with "-15" rating
0.8%
15.0COMPONENTS
30,000
1,000
1 K 384 Meg tolerances
2,000 Meg 10,000
MG815
TypeLTD.
2
+44max.
(0)1883
717988
RHOPOINT
COMPONENTS
LTD
TEL:Tel:
+44/01883
717988
80 ppm/°C
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with resistance
asM (152.40 �3.05)from
�.05)to "Standard
(8.89 �1.02)
"-15 (1.02
Min."
Max."
ENGLAND
Website http://www.rhopointcomponents.com
Holland
Road
Fax:
+44max.
(0)1883
712938
© 2003
Caddock
Electronics,
Inc.
L-358.0103
Holland
Road,
Hurst
Green,
FAX:
+44/01883
712938
RHOPOINT
COMPONENTS
LTD
Extended
Range
0.8%
Applications
Engineering
Sales
and
Corporate
Office
tight
as ±0.1%.
Hurst
Green
Resistance
DimensionsNon-Inductive
in inches and (millimeters)
e-mail:
[email protected]
Specifications:
Performance
Max.
Oxted,
Surrey,
RH8
9AX
Email:
[email protected]
Overload
Model
WattDielect.
Models
with
low
inductance
construction
are
in
shaded
areas.
17271
North
Umpqua
Hwy.
1717
Chicago
Avenue
RHOPOINT
COMPONENTS
LTD.
Oxted,
Surrey,
RH8
9AX
Continuous
web:
www.rhopointcomponents.com
•Roseburg,
Type
MG
resistors
have
demonstrated
stability
of
0.01%
Standard
Extended
-15
Solderable
Leads
Rating Strength Min.
No.
age Oper.
A
B
C
Most
models
are
manufactured
with L-358.0103
Caddock's
ENGLAND
©
2003 Caddock
Electronics,
Inc.
Website
http://www.rhopointcomponents.com
Volt.
Resistance
Tolerance:
Oregon
Riverside, California
92507-2364
Max. are
Max.
Min.
Models
with97470-9422
Caddock's
Non-Inductive
Resistance
Pattern
in
non-shaded areas.
RHOPOINT
COMPONENTS
LTD
per 1,000
hours
in extended
load
life
testing
standard
Encapsulation:
High Temperature
Silicone
Conformal.
Design
whichRange
uses
a serpentine
e-mail:of
[email protected]
•Non-Inductive
web:
Phone:
(541) 496-0700
Phone:
(951)resistive
788-1700
�.015 .025 �.002
.094www.caddock.com
.313 �.020
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600
200 �
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N/A
750
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MG650 0.5
Type 1
CADDOCK
CADDOCK
resistance
range
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(7.95 �.51)
For Caddock Distributors listed by country
see
caddock.com/contact/dist.html
Fax:
(541)
496-0408
(951)
369-1151
pattern
that(.64
provides
for neighboring lines toFax:
carry
current
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© 2003
Caddock
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600
750
200
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1717 •
Chicago
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(.64 �.05)
©
2004 Caddock
Electronics,
Inc.
28_IL110.1004
Hurst
Green
•
Surrey
RH8
9AX
•
UK
many years
of 97470-9422
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750
400 �TWT
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N/A amplifiers,
MG660 0.6 and
Email • [email protected]
reliability
(.64 �.05)
efficient
non-inductive
construction
without
e-mail:[email protected]
• web: www.caddock.com
Phone:
(541) 496-0700
Phone:�1%
(951) 788-1700
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+44
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870
1188
.750Tel:
�.030
.025
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any�.002
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600
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2,000
750
20electronics.
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MG680
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1
UK & Ireland
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© 2004 Caddock Electronics, Inc.
1.0
4,000
Type 1
MG710
Max.
Overload
Model Watt-
750
Dielect.
800 �
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.094 �.015 .025 �.002
1.000 �.040
(2.39 �.38)
Dimensions
in inches
and (millimeters)
(25.40 �1.02)
(.64 �.05)
Temperature Coefficient:
Resistance
Specifications:
Range
28_IL110.1004
TC Specifications