Page 1 of 2
Temperature Coefficient as tight as 80 ppm/°C, Combined with Excellent Long-Term Stability and Precision Tolerances.
Caddock's Micronox
®
resistance films are the source of
Preconditioning for Power and Voltage Ratings
Now with Extended Resistance
outstanding
to 10,000
power ratings and maximum operating voltage ratings
Range
MG Precision High Voltage Resistors'
All
Megohms and Additional Models
are for continuous duty. These ratings are based on pre-
combination of
Coefficient as tight as 80 ppm/°C, Combined with Excellent Long-Term Stability and Precision Tolerances.
MG 660
Temperature
performance features:
stress voltage levels applied during the manufacturing
•
Single-resistor values as high as 10,000 Megohms.
MG 680
®
resistance films are the source of
Caddock's Micronox
Preconditioning for
for stable
Voltage Ratings
process to provide
Power and
resistor performance even
•
Maximum continuous operating voltages as high outstanding
as
MG 710
the Type volts ("-15" ratings). Voltage Resistors'
MG Precision High
All power ratings and maximum operating voltage ratings
under momentary overload conditions.
48,000
MG 712
are Maximum operating voltages 60% higher than theon pre-
for continuous duty. These ratings are based values
combination of performance
•
Overvoltage capabilities of features: standard working
150% of
stress the table may be specified by the manufacturing
listed involtage levels applied during adding "-15" to the
•
voltages for all values as high as 10,000 Megohms.
Single-resistor models and values, (except "-15" ratings).
MG 714
process to provide for MG750-15). performance even
model number (Example:stable resistor Note that overload
•
Maximum Tolerances from ±1.0% to ±0.1%.
•
Resistancecontinuous operating voltages as high as
under momentary overload not
and overvoltage ratings do conditions.
Dividers
are
resistors.
MG 715
48,000
USVD
("-15" ratings).
Type USVD Ultra-Precision Voltage Dividers
have
of
Type
Maximum operating voltages apply
Dividers
are
the values
Ultra-Precision Voltage
to the "-15"
monolithic
Type
volts Coefficient, for standard resistance range,
the
Ultra-Precision Voltage Dividers
have the
HVD Ultra-Precision Voltage
higher than
monolithic
•
Temperature
Ultra-Precision Voltage Dividers
have the
60%
Resistance ranges for "-15" resistors shown in
are monolithic
table
Type USVD
Type HVD Ultra-Precision Voltage Dividers
the
These
are
•
80
highest precision available
with resistance tolerances as
Overvoltage combination 150% of standard working
of
very highest precision available
voltage
dividers in the range
very
ppm/°C incapabilities of
in
in voltage
dividers in the range of
voltage
dividers built with ceramic sandwich construction. These
dividers
MG 716
listed
dividers
built with ceramic
sandwich
by adding
These
in Min." to "Standard Max."
table may be
sandwich construction.
from "-15 the
built with ceramic
specified
construction.
"-15" to the
very highest precision available
values,
dividers are formed of
voltage
voltages±0.1%. models and
in voltage
(except
in the range by
450
as for
up
2000 Volts DC. These
450 Volts DC up to
to 2000 Volts DC. These
dividers are formed by
voltage
dividers have ultra-precision performance in
in the range of
dividers have ultra-precision
tight
Volts DC
all
to 2000 Volts DC. These dividers
"-15" ratings).
model number
Performance
performance
in the range of
(Example:
450
720
together two selected Type USF Ultra-Precision Resistors. The voltage dividers have ultra-precision performance
Note that overload
dividers are formed by
the range of
MG
Volts DC up
Non-Inductive
5000
volts DC,
MG750-15).
Tolerance
0.05% and
bonding
1500 volts DC to 5000
Non-inductive performance
Ratio Tolerance of
of 0.05% and
bonding together two selected Type
to
volts
do not
with Ratio
•
Resistance Tolerances from ±1.0% to ±0.1%. of
Resistors. The 1500 volts
DC
to 5000 volts DC, with a
apply
Tolerance of
Caddock's
and overvoltage ratings
DC,
with
a
Ratio
to the "-15" resistors.
•
Type
selection of
of these high Type
USF Ultra-Precision Resistors. The
Ratio
Most
DC
models
with Caddock's exclusive
a
design
for high performance and
MG resistors
selected performance
stability
bondingselection two
have demonstrated
resistors, which form the
together
USF Ultra-Precision
0.01%
are manufactured with
0.05%
precise
TC of 5ppm/C. These dividers are ideal
for high
precise
5ppm/C. These dividers are ideal
MG
1,000 hours
these high performance
resistance range,
the
•
per
725
selection of
in extended standard testing of
which
form
of
Temperature Coefficient, for load life
resistors, which
form
the
Resistance ranges for "-15" resistors a
for high
in
performance
are
the resistive
standard
precise dividers, makes possibleperformance resistors,
these high
Ratio TC of 5ppm/C. These dividers are ideal
shown
performance
Non-Inductive Design
medical equipment,
serpentine table
voltage
voltage dividers, makes possible
with
outstanding
voltage division
as
voltage
division applications in medical equipment, laboratory equipment,
division applications in
which uses
laboratory equipment,
80 ppm/°Crange values.
the outstanding
voltage division
in combination
the outstanding voltage division
resistance tolerances
from "-15 Min." to "Standard Max."
resistance
voltage division applications in medical equipment, laboratory equipment,
in
voltage dividers, makes possible the
pattern that provides for neighboring lines to carry current
performance. Ratio Tolerance as tight as 0.01% and
MG 717
performance. Ratio Tolerance as tight as 0.01% and Ratio TC of 2ppm/C.
instruments, etc.
tight asexceptional performance has been
Ratio TC of 2ppm/C.
analytical
instruments, etc.
thereby
are available with
cancellation
±0.1%.
Tolerance as tight as 0.01% and Ratio TC of 2ppm/C. analytical instruments, etc.
models
achieving maximum
performance. Ratio
This
proven through
Non-Inductive
Most
Performance
opposite directions,
•
Type MG of use in equipment
Resistance
stability of
Ratio
highest
0.01%
V
many yearsresistors
max
Voltage
that
Most models the entire length of the resistor. This
Specifications:
of flux fields over
Non-inductive Serpentine Pattern
V
max
have demonstrateddemands the
Resistance
Voltage
Caddock's
are manufactured with Caddock's
Specifications:
Continuous
Ratio
V
max
Ratio T.C.
Ratio V.C.
Specifications:
Division
Tolerance
MG
Part
Operating
Voltage
Fig.
per
721
Number
Continuous
extended
1,000 hours
Continuous
Division
in
standard
(RT
T.C.
Ratio V.C.
Operating
Fig.
reliability and stability,
: R2)
load
Resistance =
amplifiers, X-ray
including life testing
+
of
Tolerance Ratio:
:
R2)
TWT
R1 R2
(RT
Ratio
Non-Inductive Design construction
0.10%
for all resistors,
serpentine without
Part Number
efficient non-inductive which usesisa accomplishedresistive
Voltage
(RT
:
V.C.
: R2)
Ratio R2)
T.C.
Ratio
R2)
(RT : R2)
(RT
:
:
R2)
R2)
Division
Tolerance
Operating
(RT
Voltage
Fig.
(RT
Part Number
R2 RT
R1
Absolute Tolerance:
0.10%
for all resistors,
(VDC)
(RT
(RT : R2)
Absolute
Tolerance:
0.10%
for
carry current in
Tolerance:
lines to
all resistors,
(VDC)
resistance range
Voltage
instruments, and medical
R2 (RT : R2)
(RT
: R2)
values.
: R2)
R1
R1
R2 RT =
= R1
+
+
R2
electronics.
(RT
systems, geophysical
R1
R2 RT
pattern of provides for
at +23C
2C.
deratingthatany performance advantages.
Absolute
neighboring
(VDC)
measured
at +23C
2C.
USVD2 - B1M - 010 - 02
450
100 : 1
990 K
10 K
1 Meg
0.01%
2 ppm/C
0.05 ppm/V
1
measured
USVD2
730
-
exceptional performance
K
has
K
been proven through
- 02
100 : 1
990
10
1 Meg
0.01%
2 ppm/C
0.05 ppm/V
1
MG
- B1M 010
010 - 02
450
This
opposite directions, thereby
+23C
2C.
maximum cancellation
measured at
achieving
USVD2 - B1M -
450
100 : 1
990 K
10 K
1 Meg
0.01%
2 ppm/C
0.05 ppm/V
1
USVD2 - B1M - 025 - 02
450
100 : 1
990 K
10 K
1 Meg
0.025%
2 ppm/C
0.05 ppm/V
1
Ratio Tolerance (RT :
:
R2):
the resistor. This
USVD2
years
- 02
02
450
100 : 1
: 1
990
10
1
1 Meg
Meg
2 ppm/C
0.05 ppm/V
1
many
- B1M - 025
025
of use in equipment
K
K
that
K
K
demands
0.025%
highest
the
of flux fields over
Specifications:
of
See table.
the entire
(RT
Resistance
0.025%
Dimensions in inches and (millimeters)
USVD2 - B1M -
-
450
100
990
10
2 ppm/C
0.05 ppm/V
Ratio Tolerance
length
R2):
See table.
1
Max.
Ratio Tolerance (RT : R2):
See table.
Overload
100 : 1 1.98 Meg
Model Watt-
-
Continuous
650
Dielect.
2 ppm/C
0.01%
USVD2 - B2M 010 - 02
20 K
2 Meg
0.02 ppm/V
1
Ratio Tolerance measured
accomplished without
reliability
010
010 - 02
stability,
100
1
: 1
1.98 Meg 20
20 K
2
2 Meg
0.01%
X-ray
A
0.02 ppm/V
B
non-inductive construction is
at +23C
2C,
2
ppm/C
USVD2
735
age
-
and
- 02
650
Rating
:
including TWT amplifiers,
100
Strength
Meg
K
-15
Meg
Standard
0.01%
Extended
ppm/C
efficient
1
C
Ratio
Resistance
measured at +23C
2C,
1
No.
- B2M -
MG
Ratio Tolerance
Tolerance:
at +23C
2C,
measured
2
1.98
Min.
USVD2 - B2M
Oper. Volt.
650
0.02 ppm/V
Max.
0.025%
Max.
2
USVD2 - B2M -
650
100 : 1 1.98 Meg
20
Min.
2 Meg
K
0.02 ppm/V
1
at 100Tolerance applied to the
divider.
systems,
- 025
025 -- 02
650
instruments, and
K
medical electronics.
ppm/C
derating of any performance advantages.
divider.
2 ppm/C
0.025%
USVD2 - B2M
geophysical
- 02
100 : 1
: 1
1.98 Meg
2
2 Meg
Meg
0.02 ppm/V
1
at 100
volts DC
applied to the
volts DC
1.98 Meg
20
K
2 ppm/C
0.025%
USVD2 - B2M - 025 02
650
100
20
0.02 ppm/V
�½.015
1
.025
�½.002
100 volts DC applied to the divider.
at
.313
�½.020
.094
MG 655
the Type
MG 650
(19.05
�½.080
(.64
�½.05)
.025
�½.002
1.500
�½1.52)
Extended
Overvoltage:
1.5 times rated voltage for 5
from
ratio change 0.02% max.
ppm/�½C to +50 ppm/�½C
seconds,
Type 2
6,000
750
1K
150 Meg
N/A
N/A
MG720
1
2.0
FIG.
-200
Marking
(3.56
(.64
�½.002
(38.10
�½2.03)
Side
�½.76)
with
Range
voltage
applied
.140
ratio change 0.02% max.
not to exceed 1.5 times max-
1.000
�½.060
Side
�½.030
.025
�½.05)
FIG. 1
1.5
Marking
Side
�½.76)
ratio change 0.02% max.
to +25�½C.
-15�½C
Type 2
600
�½
70
.155
.025
75 Meg
4,000
750
N/A
Meg
MG716
1.500
.020
.240
FIG. 1
Marking
(3.56
�½.030
.040
�½.002
MG 810
(.64
�½.05)
�½1.52)
(25.40
�½.050
1.000
(38.1
.020
imum continuous operating voltage for
Cond. A,
Thermal Shock:
Mil-Std-202. Method 107,
5 seconds.
1.500
.51)
2.0
4,000
750
200
�½
51
(3.94
.025
100 Meg
300 M
Meg
..64)
MG721
.155
Type 2
R1
1.500
.51)
.240
�½.030
.040
�½.002
(25.40
(38.1
.020
(6.10
�½.76)
(1.02
�½.05)
�½1.27)
.155
.025
Thermal Shock:
Mil-Std-202. -40C, ratio change A,
A,
(3.94
..64)
.710
�½.050
Insulation
10,000 Megohms,
Thermal Shock:
Mil-Std-202. Method 107, Cond.
except
Power
Resistance:
Method 107, Cond.
min.
1.5
2,000
750
600
�½
17 Meg
75
(3.94
Type 2
MG717
R1
�½1.27)
Caddock's Micronox
®
resistance films
..64)
200 Meg
.500
.020
(18.03
CADDOCK
(6.10
�½.030
(1.02
�½.002
for
minimum
Voltage
are
Meg
source of
(38.1
.51)
.140
�½.76)
.025
�½.05)
Type 1: DC
temperature is -40C, ratio change
the
225 M
and Voltage Ratings
R1
2.000
�½.080
Preconditioning
except max.
DC Voltage or V
is
is
AC
minimum temperature
750
1.5 K
10,000
N/A
N/A
MG725 2.5
Type 2
R2
except
0.02%
minimum temperature -40C, ratio change
Overload/Overvoltage:
5 times rated power
(.64
(50.80
CADDOCK
(3.56
�½.76)
(12.7
.020
rms
.500
.51)
1.500
�½2.03)
.140
�½.030
.025
�½.002
�½.080
the Type MG Precision High Voltage
N/A
Resistors' outstanding
USVD2-A20M-010-02
All power
�½.05)
Type 2:
maximum operating voltage ratings
ratings
max.
and
R2
0248
.020
0.02%
max.
Type 2
750
1K
150 Meg
.500
N/A
MG720
2.0
USVD2-A20M-010-02
MG 815
(12.7
.51)
R2
6,000
(.64
�½.05)
�½2.03)
.240
�½.76)
(38.10
CADDOCK
(3.56
�½.030
.040
�½.002
0.02%
applied voltage not to exceed 1.5 times max-
1.500
�½.080
with
Temperature:
Overload/Overvoltage,
on pre-
USVD2-A20M-010-02
0248
(12.7
.51)
Resistance
These ratings are
+85C
Range
1,000
500
�½
6,000
Meg
MG730 3.0
Type 2
-40C to
based
�½R
Operating
combination of performance features:
77
.500
.125
250 Meg 750 M
0248
(6.10
�½.76)
(1.02
�½.05)
(38.10
�½2.03)
are for continuous duty.
.240
�½.030
.040
�½.002
1.000
�½.050
imum
Temperature:
-40C to
operating voltage for
Operating
continuous
during the
+85C
5 seconds.
2.0
2
4,000
3
750
200
�½
51
.500
.125
100 Meg
.032 DIA.
300 M
Meg
MG721
Type 2
0.5% max.
+85C
Temperature:
-40C to
manufacturing
.315
�½.76)
.040
�½.05)
(25.40
�½.060
stress voltage
Operating
applied
(.81 DIA.)
1
1.000
�½1.27)
(6.10
�½.030
(1.02
�½.002
levels
Standard
.032 DIA.
Single-resistor
4
Type
high
200
�½
40
(12.7
3.18)
Meg
750
MG731
1
2.6
2
2
4,000
3
values
2
as
1,000
as 10,000
3.18)
Meg
.032 DIA.
.500
.125
150
Type 1:
Page 1 of 2
(12.7
Megohms.
DIA.)
3
(8.00
�½.76)
(.81
M
4
(25.40
�½1.52)
process
(1.02
provide for
DC Voltage
.140
�½.030
to
�½.05)
.025
�½.002
2.000
�½.080
(12.7
1
St'd with
stable resistor performance even
"-15" rating
2.5
750
K
Meg
(.81 DIA.)
N/A
MG725
Pin 1 Pin 2
continuous
2
Maximum
10,000
4
Type
operating
1.5
covered by
as
200
or more
N/A
voltages
3.18)
high as
patents,
(50.80
�½.080
also patents
.040
�½.002
Type 2: DC Voltage or V
rms
AC
N/A
.200
.020
�½.76)
(3.56
�½.030
pending.
(.64
�½.05)
2.000
�½2.03)
.240
Certain
3.6
To be
10,000
in this
Pin 1
there are
(5.08
.020
1,000
750
300
MG735
Pin 1
products shown
Type 2
catalog are
�½
178 Meg
one
Meg 1,000 M
.200
.51)
Input
Pin 2 held
.800
Custom Type USVD and Type HVD
(6.10
�½.76)
(50.80
.020
under momentary overload conditions.
Extended Range
0.8% max.
48,000 volts ("-15"
Type 2
Pin 1
ratings).
Circuit Board
(5.08
.51)
.040
�½.002
1.500
�½2.03)
.240
�½.030
(1.02
�½.05)
Custom Type USVD and Type HVD
�½.080
(20.32
.51)
2
.115
.020
Meg
.200
.020
Pin
Input
Pin
To beground
1
3.0
near held
.800
.020
Resistance Range
Overload/Overvoltage,
500
�½
77 Meg
.51)
250
6,000
750 M
MG730
Pin 1
Maximum
�½.05)
Custom
Dividers:
For high quantity
HVD
�½R
Trace
(5.08
.51)
Circuit Board
1,000
near ground
(2.92
.020
To be held
(38.10
�½.060
(6.10
�½.030
(1.02
�½.002
Voltage
voltages 60%
and Type
applications
values
Input
(20.32
�½2.03)
.315
�½.76)
.115
.040
operating
1.500
.51)
.800
1.350
.020
.020
Type USVD
higher than the
Overvoltage capabilities of 150%
�½
standard working
M
(38.10
.51)
.020
(8.00
�½.76)
(1.02
�½.05)
Voltage Dividers:
For
Mil-Std-202,
max.
Meg
.51)
3.6
ground
6,000
Circuit Board
1,000
300
of
64
.115
.020
Meg 1,500
Type
MG740
Trace
2
near
(2.92
300
(20.32
�½1.52)
(34.29
.51)
.315
�½.030
1.350
high quantity applications
107,
0.5%
Method
may
Standard
"-15"
1.000
�½.060
listed in the
�½.002
.040
table
Thermal Shock:
A
(34.29
.51)
Meg
2.6
�½
1.350
.020
MG731
1.500
±
for
4,000
models and values, (except
150 Meg
ratings).
(25.40
�½1.52)
(8.00
�½.030
(1.02
�½.05)
(greater than 1000 per year) these voltage
applications
Voltage
be specified by adding
dividers
to the
Dividers:
For high
voltages
±
.125
all
Trace
Type 2
1,000
B
200
C
40
(2.92
.51)
"-15"
750 M
.240
�½.76)
.040
�½.002
(greater than
ΔR
per year) these voltage dividers
Cond. C,
MG750-15).
quantity
(38.10 3.18)
3.000
�½.100
model number (Example:
1000
0.25% max.
Note that overload
(34.29
.51)
15,000
1,000
1 K
288 Meg
500 Meg 1,500 M
MG745
2
5.0
Type 2
N/A
be
with "-15" rating
custom voltage
voltage dividers
FIG.
(76.20
�½2.54)
(6.10
�½.76)
(1.02
�½.05)
can
St'd
produced with
per year) these
division ratios and
Marking Side
.240
�½.030
.040
�½.002
(greater than 1000
2.000
�½.080
division
Resistance
10,000
Moisture
1,000
750
�½
178
±0.1%.
Meg
MG735
2
3.6
Type 2
FIG.
ratings do not
optimize
the "-15"
and
that
Marking Side
Caddock'sTolerances
®
from ±1.0% to
1.500
.020
300
the source of
�½.060
Preconditioning
can be produced
and
custom voltage
0.8% max.
ratios and
Micronox resistance films are
Meg 1,000 M
immediate
and
�½.030
(1.02
�½.002
ratio
be produced
with
apply
Low Ratio
ratios
matched
for Power
Resistance:
to
Ratings
Method
(6.10
�½.76)
.040
assistance in developing
Mil-Std-202,
TC
resistors.
.315
overvoltage
can
Extended Range
custom voltage division
(50.80
�½2.03)
0.110 Max.
For
engineering
�½.05)
ratio specifications
with
Voltage
the performance and
106,
2.125
FIG. 2
500
2,500 M
10,000
128 Meg
.51)
MG750 5.0
INCHES
Coefficient,
1,000
Type 2
(38.10
Side
(8.00
�½.030
(1.02
ratings and maximum operating in the table
1.500
Temperature
AND (MILLIMETERS)
Voltage Resistors' outstanding
�½1.52)
(2.79 Max.)
power
or write
specifications
that optimize the performance
we will
for
400
�½
Marking
.020
Meg
range, of
(53.98
�½.060
Resistance
�½.05)
the cost for
Applications Engineering and
ratings
DIMENSIONS
for
0.4% max.
"-15"
application.
0.110
All
Max.
the Type
IN
MG Precision High standard
64
resistance
high voltage resistor
.315
�½.76)
call
ranges
ΔR
specifications
that optimize the performance and
are
1.500
sets,
.040
�½.002
ratio
our
your
resistors shown voltage
and
(38.10
.51)
Meg
3.6
R1
6,000
1,000
300
�½
1.500
.020
300 Meg 1,500 M
Type 2
MG740
0.110 Max.
R2
(8.00
�½.76)
.040
�½.05)
to "Standard
Shock:
cost for your application.
Thermal
These ratings are
+125°C
on
rated
.315
"-15 Min."
�½1.52)
from
�½.030
(1.02
�½.002
the
Load Life:
Max."
(38.10
�½.060
(2.79 Max.)
80 ppm/°C
15,000
R2
2
1,000 600
�½
192 Meg
tolerances as
3.125
offer
Max.)
best solution from our
1,000 Mil-Std-202, Method 107,
in performance with resistance
750 Meg 3,750 M
combination features:
(38.10
.51)
duty.
pre-
(2.79
for
Type
7.5
R1
combination of
MG780
be pleased to
�½1.52)
are
the
continuous
Cond.
for your application.
high
hours at
resistor
at
product
voltage
based
CADDOCK
CADDOCK
(79.38
�½.100
(8.00
�½.76)
(1.02
�½.05)
the cost
C,
ΔR
0.25% max.
0.610 Max.
.240
�½.030
.040
�½.002
3.000
HVD5-A50M-050-05
HVD5-A50M-050-05
Meg
(15.5 Max.)
tight as ±0.1%.
Type
voltage, not to exceed rated power.
Derating
5.0
R1
15,000
R2
100
2
Curve:
1,000
1 K
288
CADDOCK
500
capabilities.
1,500 M
Meg
CADDOCK
MG745
0.610 Max.
stress voltage
Performance
Non-Inductive
levels applied during the manufacturing
0247
�½.76)
.040
�½.05)
(6.10
�½.030
(1.02
�½.002
0248
HVD5-A50M-050-05
Single-resistor values
2
as
1,000
Pin1
10,000
0247
1,000 Meg
0.610 Max.
(76.20
�½.120
See note
high as
�½
320
CADDOCK
Megohms.
M
4.000
�½2.54)
.315
HVD5-A50M-050-05
CADDOCK
20,000
800
5,000
MG785
8.0
80
have demonstrated
Meg
0248
(8.00
�½.76)
Type MG resistors
Type
stability of
(15.5 Max.)
0.150
.040
�½3.05)
process tomodels
Moisture Resistance:
Mil-Std-202,
Caddock's
0.01%
(101.60
for manufactured
Load Life,
Method 106,
HVD5-A50M-050-05
.315
�½.030
.040
�½.002
HVD5-A50M-050-05
See
Most
(1.02
�½.05)
are stable
with
�½R
Range
2.125
Pin1
voltages as
500 Meg
(15.5 Max.)
0.150
1.0)
�½.060
Maximum hours
5
in
Type
operating
400
�½
128 Meg
high as
M
(3.81
(53.98
�½.120
0.010
note
�½.030
(1.02
provide
Resistance
max.
resistor performance even
continuous
0247
1,000
2,500
10,000
MG750
1
5.0
3
POWER OR
60
6
2
0248
.040
2
4
(8.00
�½.76)
.040
�½.002
ΔR
0.4%
RATED
.315
�½.05)
.002
:
See note
5.000
per
1
10.0
3
25,000
4
Type
6
2
1,000
load
400 Meg
1,250 Meg 6,250 M
(3.81
.040
�½1.52)
Non-Inductive Design which uses
extended
2
RATED
MG810
1,000
VOLTAGE,
5
%
40
ratings).
Pin1
1 K
life testing of standard
(127.00
�½3.05)
under momentary overload conditions. a serpentine resistive
0.020
0.150
1.0)
.002
(0.25
.002
(8.00
�½.76)
(1.02
�½.05)
Standard
0.5% max.
0.010
.05)
48,000 volts ("-15"
6
MG750 -100M -
0.050
0.015
0.900
.315
�½.030
.040
(0.51
.05)
3.125
0.020
.002
1.0)
�½.060
(0.25
Maximum
�½.002
(3.81
Load Life:
1,000
1%
resistance range values.
1,000
.05)
1
2
7.5
4
5
(1.27
0.38)
(22.86)
operating voltages 60%
hours at
than the
at rated
higher
+125°C
values
MG780
Pin 1,
3
2, and 3
15,000
Pin
Type 2
0.050
0.015
600
�½
192 Meg
750 Meg 3,750 M
20
6
0.900
.002
�½.76)
(8.00
�½.040
(1.02
�½.05)
(0.51
.05)
6.000
�½1.52)
pattern that provides for neighboring lines to carry current in
To be held
(1.27
0.100 (2.54)
of standard working
.002
(79.38
�½.120
0.010
Number:
.040
�½.002
.350
interference
Input 2,
Pin 6
Overvoltage capabilities of
0.38)
1 K
384 Meg
(2.54)
Meg 10,000 M
Lead form
�½3.05)
provides
150%
1,
Model
Tolerance
(22.86)
0.020
St'd with "-15"
to exceed
rating
0.100
2,000
Note:
detail
(0.25
.05)
1,000
MG815
Pin
15.0
and 3
30,000
Type 2
power.
0.900
near held
0.050
0.015
To
0
performance has been proven
(0.51
.05)
(152.40
hole
listed
�½.030
the
�½.05)
(8.89
�½1.02)
.040
table
voltage,
This
and
through
board to achieve a
in
(1.02
�½.002
may be
not
achieving
rated
0.8% max.
Input
exceptional
beground
maximum cancellation
.315
vertical
in the Lead
4.000
�½.120
opposite directions, therebyspecified by adding "-15" to the
0.200
Note: circuit
detail
175
275
"-15"
6
0.100 (2.54)
Pin
0.38)
voltages
20,000
To be
Type
25
(1.27
75
0.100 (2.54)
�½
320
(22.86)
(2.54)
models
1,000
125
800
225
0.100
1,000
5,000 M
circuit board hole provides interference
Meg
(5.08)
MG785
1, 2,
8.0
3
for all
Pin
near ground
and values, (except
(5.08)
Meg
ratings).
of theform
�½3.05)
achieve
�½.76)
(1.02
�½.05)
2
Resistor
mount
device. Recommendedvertical
in the
(101.60
to
(8.00
a circuit
Value:
(Example: MG750-15).
Extended Range
0.8%
that overload
0.200
Input
years of use
held
AMBIENT TEMPERATURE,
0.100 (2.54)
0.100 (2.54)
model numberover
Resistance Range
many
in equipment that
°C
demands the highest
device. Recommended circuit
0.100 (2.54)
Load max.
of flux fields
the entire length of Note resistor. This
the
Life,
�½R
Note: Lead
is nominally
provides interference
board hole
form detail
0.039 inch (.99 mm).
mount of the
Models with
near ground
from
(2.54)
are in shaded areas.
in
construction
.315
a
0.200 (5.08)
0.100
board hole nominally
to achieve
(.99 mm).
5.000
�½.120
and overvoltage
Resistance
25,000
low inductance
1,000
±1.0% to ±0.1%.
Meg 6,250
the circuit
is
board hole
0.039 inch
�½.030
non-inductive construction is to the "-15" resistors.
Tolerances including TWT amplifiers,
mount of the device. Recommendedvertical
.040
�½.002
ratings do not apply accomplished without
reliability and stability,
X-ray
Type 2
1 K
400 Meg
1,250
M
(127.00
�½3.05)
efficient
(1.02
�½.05)
Solderable Leads
MG810 10.0
circuit
(8.00
�½.76)
Standard
0.5% max.
board hole is nominally 0.039 inch (.99 mm).
Resistance Range
Tolerance
USVD2 A10M
02
0.02 ppm/V
200
750
N/A
10 Meg
5 Meg
0.01%
N/A
2 ppm/C
Type
MG650
-
0.5
- 010 -
600
1400
1
1,000 : 1 9.99 Meg
�½
10 K
(2.39
(7.95
�½.51)
ppm/V
�½.38)
1
(.64
�½.05)
2 ppm/C
0.01%
USVD2
745
A10M - 010 - 02
1400
0.02
ppm/V
1
Absolute TC:
USVD2: 10 ppm/C, HVD5: 30 ppm/C,
9.99 Meg
10 K
K
10 Meg
2 ppm/C
0.01%
USVD2 -
1400
1,000 : 1
: 1
9.99 Meg
1,000
10
10 Meg
0.02
MG
- A10M - 010 - 02
1
USVD2:
ppm/C, HVD5: 30 ppm/C,
Absolute TC:
USVD2:
10
�½1%, �½0.5%, �½0.25%, �½0.1%
Absolute TC:
+25C,
R
10 ppm/C, HVD5: 30 ppm/C,
2 ppm/C
0.025%
USVD2 - A10M - 025 - 02
1400
1,000 : 1 9.99 Meg
10 K
10 Meg
0.02
.109
.313
�½.030
ppm/V
and
1
.025
�½.002
Dimensions in
ppm/V
�½.025
(millimeters)
referenced
Standard
to
taken at -40C and +85C.
USVD2 - A10M - 025
025
Max.
1400
Type 1
1,000
Dielect.
Meg
�½
10 K
K
Resistance
0.025%
N/A
2 ppm/C
0.02
inches
750
9.99
200
MG655
Watt-
-
- 02
600
1400
1,000 : 1
: 1
9.99
Meg
1
2 ppm/C
0.025%
USVD2 A10M
- 02
10
N/A
10 Meg
8 Meg
10 Meg
0.02
(2.77
Model
-
0.5
Continuous
Overload
(7.95
�½.76)
ppm/V
�½.64)
1
(.64
�½.05)
referenced
to +25C,
R
taken at
at -40C and +85C.
to +25C,
R
taken
-40C and +85C.
9.9
2
USVD2 -
age
-
B10M
1400
Standard
0.01%
Extended
ppm/C
A
0.02 ppm/V
B
1
No.
- B10M - 010
010 - 02
1400
Rating
100 : 1
9.9 Meg 100 K
K
10 Meg
Strength
Meg 100
-15
10 Meg
C
referenced
St'd with "-15" rating
�½1%
Min.
100 : 1
: 1
USVD2
731
B10M -
Oper. Volt.
1400
- 02
0.02
ppm/V
1
9.9 Meg 100 K
ppm/C
0.01%
100
USVD2 -
010 - 02
0.02
.094
Max.
0.01%
Max.
2
2
ppm/C
.500
�½.030
ppm/V
�½.015
1
.025
�½.002
Min.
10 Meg
MG
Ratio
Resistance Tolerance:
(RT : R2):
See table.
Temperature Coefficient
Type
1,000
1400
1
100 : 1
750
9.9 Meg
�½
100 K
400
10
0.025%
N/A
2 ppm/C
N/A
10 Meg
Meg
MG660
-
0.6
- 025 - 02
USVD2 B10M
0.02
(2.39
Ratio
Temperature Coefficient (RT
Tolerance
See table.
Temperature Coefficient (RT
�½1%
See table.
: R2):
(12.70
�½.76)
ppm/V
�½.38)
1
.025
�½.05)
(.64
�½.002
Ratio
Temperature Coefficient from -40C to +85C.
: R2):
Extended
Range
9.9 Meg 100 K
N/A
10 Meg
0.025%
N/A
2 ppm/C
.313
�½.020
ppm/V
�½.015
1
100 : 1
USVD2 - B10M - 025 - 02
600
1400
Type 1
100 : 1
750
9.9 Meg
�½
100 K
10 Meg
5 Meg
0.02
.094
1
2 ppm/C
0.025%
USVD2 B10M
1400
Ratio
Resistance
Range
200
MG650
-
0.5
- 025 - 02
(7.95
�½.030
ppm/V
�½.015
1
.025
�½.002
(.64
�½.05)
2 ppm/C
1,000 : 1 19.98 Meg
20 K
0.01%
USVD2 - A20M - 010 - 02
2000
20 Meg
0.02
.094
.750
�½.51)
(2.39
�½.38)
Ratio Temperature Coefficient from -40C
+85C.
Ratio Temperature Coefficient from -40C to
to +85C.
2,000
2000
1,000 : 1
750
600
MG680
-
0.8
-
- 02
0.01%
USVD2 - A20M - 010
010 - 02
2000
Type 1
1,000 : 1
19.98 Meg
�½
20 K
K
20 Meg
20 Meg
0.01%
N/A
2 ppm/C
0.02
(2.39
19.98 Meg
2 ppm/C
20
N/A
20 Meg
USVD2 A20M
1
(19.05
�½.76)
ppm/V
�½.38)
1
.025
�½.05)
Standard
.109
Temperature Coefficient:
: R2):
See
�½0.1%
.313
�½.030
ppm/V
�½.025
1
(.64
�½.002
Ratio Voltage Coefficient
�½1%, �½0.5%, �½0.25%,
table.
(RT
19.98 Meg
�½
20 K
1,000 : 1
750
0.025%
N/A
2 ppm/C
USVD2 A20M
02
0.02
Type 1
200
N/A
20 Meg
8 Meg
MG655
-
0.5
- 025 -
600
2000
MG 740
(7.95
�½.76)
(2.77
�½.64)
1
(.64
�½.05)
Ratio Voltage Coefficient (RT
R2):
See table.
R2):
Ratio Voltage Coefficient (RT :
:
10% See table.
1.000
�½.040
ppm/V
�½.015
1
.025
�½.002
0.025%
N/A
2 ppm/C
USVD2 - A20M - 025
025 - 02
2000
Type 1
1,000 : 1
19.98 Meg
�½
20 K
K
20 Meg
50 Meg
0.02
.094
19.98 Meg
2 ppm/C
20
N/A
20 Meg
0.025%
USVD2 -
1.0
-
- 02
A20M
2000
1,000 : 1
750
4,000
800
200 K
MG710
- B20M - 010 - 02
Maximum
with "-15" rating
St'd
Ratio V.C. measured at
�½1%
of Vmax.
(2.39
�½.38)
1
(.64
�½.05)
Resistance
2 ppm/C
100 : 1 19.8 Meg
0.01%
USVD2
2000
20 Meg
0.02
.094
(25.40
�½1.02)
ppm/V
�½.015
.025
�½.002
.500
�½.030
ppm/V
TC
at 10% of
Maximum Ratio V.C. measured
Specifications
Vmax.
Maximum Ratio V.C. measured at 10% of Vmax.
2 ppm/C
0.01%
N/A
2 ppm/C
USVD2 -
0.6
- 010 - 02
02
2000
Type 1
100 : 1
750
19.8 Meg
�½
200 K
20 Meg
10 Meg
B20M - 010 -
2000
20 Meg
0.02
(2.39
�½.38)
1
0.01%
100 : 1 19.8 Meg 200 K
N/A
USVD2 - B20M
0.02
1,000
400
MG660
1
to
of Vmax.
(12.70
�½.060
(.64
�½.05)
100%
Range
Range
.400
�½.76)
.140
�½.030
USVD2 B20M
0.02
Extended
�½1%
Type
1,000
2000
2
100 : 1 19.8 Meg
�½
200 K
750
800
20
0.025%
N/A
2 ppm/C
�½.152)
ppm/V
�½.76)
1
.025
�½.002
100% of Vmax.
N/A
20 Meg
Meg
MG712
-
0.6
- 025 - 02
to
to
Standard and
(10.16
0.02
(3.56
19.8 Meg 200
2 ppm/C
100
0.025%
USVD2 -
2000
20 Meg
2 ppm/C
.750
�½.030
ppm/V
�½.015
1
.025
�½.05)
100% of Vmax.
0.025%
100 : 1
: 1
19.8 Meg 200 K
K
20 Meg
USVD2
750
B20M - 025 - 02
2000
- B20M - 025 - 02
.094
1
(.64
�½.002
MG
- A10M - 050 -
2,000
1500
1,000 : 1
750
9.99 Meg
�½
10 K
0.05%
N/A
5 ppm/C
0.02 ppm/V
HVD5
05
�½80
ppm/�½C from -15�½C
DC)
600
20
N/A
10 Meg
Meg
MG680 0.8
Type 1
Voltage Rating:
Maximum voltage (volts
to +105�½C,
.150
(19.05
�½.060
(2.39
�½.030
2
.032
�½.002
St'd
.562
�½.76)
ppm/V
�½.38)
2
(.64
�½.05)
Temperature
referenced to
1500
1,000 : 1
750
9.99 Meg
10
10
5 ppm/C
HVD5
1.0
-
0.05%
0.02
(3.81
HVD5 - A10M - 050
050
1,000
1500
Type 2
1,000 : 1
9.99 Meg
�½
10 K
K
Meg
Meg
20 Meg
0.05%
N/A
5 ppm/C
Voltage Rating:
Maximum voltage (volts DC)
2
200
6.5
10
Meg
MG714
- A10M -
- 05
05
Voltage
with "-15"
Coefficient:
+25�½C.
Rating:
+ R2). See table.
(14.27
�½1.52)
ppm/V
�½.76)
2
.025
�½.05)
(.81
�½.002
1500
100 : 1
9.9 Meg 100 K
10 Meg
0.05%
5 ppm/C
0.02
.094
�½.015
HVD5 - B10M - 050 - 05
applied to
rating
= (R1
Maximum voltage (volts DC)
RT
1.000
�½.040
4,000
1500
800
MG710
- B10M -
- 05
0.05%
5 ppm/C
0.02
.140
HVD5
1.0
applied
Resistance
(R1 +
+
R2). See table.
100 : 1
9.9 Meg 100 K
N/A
10 Meg
0.05%
N/A
5 ppm/C
0.02
(2.39
HVD5 - B10M - 050
050 - 05
1500
Type 1
100 : 1
750
9.9 Meg
�½
100 K
10 Meg
50 Meg
applied
to RT =
= (R1 R2). See
Specifications
to RT
table.
(25.40
�½.060
ppm/V
�½.030
2
.025
�½.002
.750
�½1.02)
ppm/V
�½.38)
2
(.64
�½.05)
20
0.02
K
HVD5
1.0
- 05
TC
750
400
50
MG715
- A20M - 050
2,000
2500
2
1,000 : 1 19.98 Meg
�½
20
26 Meg
Meg
Meg
0.05%
N/A
5 ppm/C
�½1.52)
ppm/V
�½.76)
2
(.64
�½.05)
Type
MG 780
(3.56
Ratio stability with
to +105�½C,
Load Life Stability:
�½80
ppm/�½C from +25�½C
maximum
Range
(19.05
�½.060
ppm/V
�½.030
2
.025
�½.002
Extended
2500
1,000
20 Meg
0.05%
0.02
.140
1,000
19.98
Meg
20 K
19.98
5 ppm/C
HVD5 - A20M -
- 05
05
.400
0.05%
N/A
5 ppm/C
0.02
ppm/V
HVD5 - A20M - 050
050 -
1,000
2500
Type 2
: 1
: 1
750
Meg
�½
20 K
20 Meg
20 Meg
2
Ratio applied
ppm/�½C from
Load Life Stability:
-200 ppm/�½C to +50
to the divider
800
N/A
20 Meg
MG712
- B20M - 050 - 05
2500
0.05%
0.02
(3.56
100 : 1 19.8 Meg 200 K
5 ppm/C
HVD5
0.6
Ratio
Load
Standard and
Life Stability:
voltage
stability with maximum
.140
Range
(10.16
�½.060
ppm/V
�½.030
2
.025
�½.002
(.64
�½.05)
continuous operating
-15�½C to
stability with maximum
1.000
�½.152)
ppm/V
�½.76)
2500
20
0.02
(3.56
5 ppm/C
HVD5
1.5
-
600
MG716
- B20M -
- 05
05
from
0.05%
0.02 ppm/V
�½.76)
2
(.64
�½.05)
100 : 1
750
19.8 Meg
200 K
K
20
Meg
HVD5 - B20M - 050
050
4,000
2500
Type 2
100 : 1
19.8 Meg
�½
200
70 Meg
Meg
75 Meg
0.05%
N/A
5 ppm/C
2
continuous operating
�½80
ppm/�½C
change 0.02%
divider
2
voltage
+25�½C.
-15�½C
the
+105�½C,
1 of
applied to
the
Page
(25.40
�½1.52)
ppm/V
�½.030
2
.032
�½.002
continuous operating voltage applied to
to
divider
5000
50 Meg
0.05%
0.04
.150
1,000 : 1 49.95 Meg
50 K
5 ppm/C
HVD5 - A50M - 050 - 05
St'd
hours at +85C, ratio
with "-15"
.562
�½.060
for 1000
max.
200
6.5
MG714
- A50M - 050 -
1,000
5000
Type 2
referenced
50 Meg
0.05%
N/A
5 ppm/C
0.04
(3.81
1,000 : 1
750
Meg
�½
50 K
K
Meg
Meg
20 Meg
49.95 Meg
50
5 ppm/C
�½.050
ppm/V
�½.030
2
.040
�½.002
1000 hours at +85C, ratio
to +25�½C.
0.02% max.
HVD5
1.0
05
.240
(14.27
�½1.52)
ppm/V
�½.76)
2
(.81
�½.05)
.710
for
1000
rating
Resistance:
10,000 Megohms,
max.
change
50
0.05%
0.04
1,000 : 1
HVD5 -
785
- 050 - 05
MG
A50M
for
Insulation
at +85C, ratio change 0.02%
min.
hours
5000
50
0.04
(6.10
HVD5
1.5
- 05
K
750
49.5
600
75
225
MG717
- B50M - 050
2,000
5000
Type 2
100 : 1
49.95
Meg
�½
500
17 Meg
Meg
Meg
0.05%
M
5 ppm/C
�½1.27)
ppm/V
�½.76)
2
(1.02
�½.05)
(18.03
�½.060
ppm/V
�½.030
.025
�½.002
Overvoltage:
1.5 times rated voltage for 5
to +105�½C,
seconds,
.750
50
0.05%
0.04
.140
HVD5
5 ppm/C
0.05%
N/A
5 ppm/C
0.04 ppm/V
�½.76)
2
100 : 1 49.5 Meg 500 K
K
50
Meg
HVD5 - B50M - 050
050 - 05
5000
Type 2
100 : 1
750
49.5 Meg
�½
500
26 Meg
Meg
50 Meg
1.0
2,000
5000
400
MG715
- B50M -
- 05
�½80
ppm/�½C from +25�½C
Overload/Overvoltage:
5 times rated power
(3.56
�½.030
2
Overvoltage:
1.5 times rated voltage for 5 seconds,
.140
Temperature Coefficient as tight as 80 ppm/°C, Combined with Excellent Long-Term Stability and Precision Tolerances.
Now with Extended Resistance Range to 10,000 Megohms and Additional Models
•
•
•
•
•
Design Assistance in Developing High Voltage Resistor Sets with
Temperature Coefficient as tight as 80 ppm/°C, Combined with Excellent Long-Term Stability and Precision Tolerances.
Low TC Tracking.
Now with Extended Resistance Range to 10,000 Megohms and Additional Models
•
•
•
•
RHOPOINT COMPONENTS
RHOPOINT COMPONENTS LTD.
1,000
LTD
K
384 Meg
tolerances as
St'd with "-15" rating
0.8%
(0)1883 717988
1
2,000 Meg 10,000 M
(152.40
�½3.05)
MG815 15.0
Type 2
Tel: +44
max.
80 ppm/°C
30,000
Green,
(8.89
"-15 Min." to
from
�½1.02)
(1.02
�½.05)
"Standard Max."
RHOPOINT
in combination with resistance
Holland Road,
COMPONENTS LTD
Hurst
Holland Road
TEL: +44/01883 717988
Fax: +44
max.
(0)1883 712938
Extended Range
Applications Engineering
Sales and Corporate Office
HollandSurrey,
Max.
Green,
tight as
TEL: +44/01883 712938
RHOPOINT COMPONENTS LTD
Hurst Green
±0.1%.
9AX
Resistance
Oxted, Road, Hurst
RH8
FAX:
0.8%
Dimensions
Non-Inductive Performance
in inches and (millimeters)
e-mail: sales@rhopointcomponents.com
Specifications:
+44/01883 717988
in
17271
Surrey,
resistors
Overload
demonstrated
-15
shaded areas.
Oxted,
MG
RH8
low
have
Surrey, RH8
RHOPOINT
0.01%
LTD.
are manufactured
1717 Chicago Avenue
Oxted,
North Umpqua
Green,
Holland
Models
Hurst
9AX
Rating
Dielect.
TEL: +44/01883 717988
ENGLAND
with
Hwy.
Email: sales@rhopointcomponents.com
web: www.rhopointcomponents.com
•
Model
Road,
Continuous
9AX
Type
Watt- Oper. Volt.
inductance construction are
stability of
COMPONENTS
models
Solderable Leads
FAX: +44/01883 712938
Standard Extended
No.
age
A
B
C
Resistance Tolerance:
California 92507-2364
Roseburg, Oregon 97470-9422
Strength Min.
Riverside,
with Caddock's
ENGLAND
RH8
Caddock's Non-Inductive Resistance Pattern are in non-shaded areas.
Most
Email: sales@rhopointcomponents.com
Max.
Min.
Oxted,
1,000 hours in extended load life testing
Max.
standard
Surrey,
with
9AX
Models
FAX: +44/01883 712938
Website http://www.rhopointcomponents.com
per
Non-Inductive Design
Website
Range
a serpentine
Conformal.
which
High
e-mail:
of
caddock@caddock.com • web: www.caddock.com
Resistance
http://www.rhopointcomponents.com
Phone: (541) 496-0700
Phone: (951) 788-1700
.313
�½.020
.094
�½.015
.025
�½.002
Encapsulation:
uses
Temperature Silicone
resistive
ENGLAND
Email: sales@rhopointcomponents.com
Tolerance
IL-110.019
600
200
�½
5 Meg
N/A
750
N/A
MG650
0.5
Type 1
•
Models with Caddock's Non-Inductive Resistance Pattern are in non-shaded areas.
•
Temperature Coefficient, for standard medical electronics.
6.000
�½.120
Resistance any performance resistors shown in the table are
for "-15" advantages.
systems, geophysical instruments, and resistance range, of
derating of ranges
Encapsulation:
High Temperature Silicone Conformal.
.350
�½.040
.040
�½.002
resistance
Electronics, Inc.
(2.39
�½.38)
(7.95
�½.51)
see caddock.com/contact/dist.html
For Caddock Distributors listed by country
pattern that
(.64
�½.05)
Fax:
2003 Caddock
range values.
©
(541) 496-0408
provides for neighboring lines to
Fax: (951) 369-1151
carry
L-364.0103
current
Website http://www.rhopointcomponents.com
in
L-364.0103
Applications Engineering
© 2003 Caddock Electronics, Inc.
Standard
�½1%, �½0.5%,
cancellation
.109
�½.025
This
0.5
Umpqua Hwy.
1
exceptional
Type
performance
200
�½
been proven through
.313
�½.030
(2.77
�½.64)
directions, thereby achieving
Sales and Corporate Office
has
N/A
opposite
.025
�½.002
maximum
�½0.25%, �½0.1%
600
750
8 Meg
N/A
17271 North
1717
•
RH8
L-364.0103
Chicago Avenue
(.64
�½.05)
©
MG655
Caddock
Electronics, Inc.
28_IL110.1004
9AX
•
UK
©
2004 Caddock
Electronics, Inc.
equipment that demands the highest
(7.95
�½.76)
2003
many years of
97470-9422
use in
St'd
entire length of
Surrey
�½1%
92507-2364
rating
of flux fields over the
with "-15"
Hurst Green
•
the resistor. This
Roseburg, Oregon
Riverside, California
.500
�½.030
.094
�½.015
.025
�½.002
1,000
750
400
�½
10 Meg
N/A
N/A
MG660 0.6
Email
•
reliability
496-0700
Type 1
(12.70
�½.76)
web: www.caddock.com
construction is accomplished
788-1700
e-mail: caddock@caddock.com
efficient non-inductive
Extended Range
sales@rhopointcomponents.com
•
(2.39
�½.38)
(.64
�½.05)
Phone: (541)
and stability, including TWT amplifiers, X-ray
Phone: (951)
without
�½1%
For
�½
N/A
Distributors
N/A
Caddock
listed
see
(0)
of any performance
Web
•
www.rhopointcomponents.com
.750
Tel: +44
caddock.com/contact/dist.html
advantages.
�½.030
.094
�½.015
.025
1188
Fax: (541) 496-0408
Fax: (951) 369-1151
systems, geophysical instruments, and medical
20
electronics.
by country
derating
870 608
�½.002
600
2,000
750
Meg
MG680 0.8
Type 1
UK & Ireland
Distributors
© 2004 Caddock Electronics, Inc.
1.0
4,000
Type 1
MG710
Max.
Overload
Model Watt-
Type MG Precision High Voltage Resistors
Page 2 of 2
Type USVD and
Type HVD
Type HVD
Type USVD and Type HVD
and
Type
MG
Type USVD
Dividers
- 450
Resistors
KV
MG
Precision
Dividers
- 450
Volts to 5
KV
Precision High Voltage
Volts to 5
Ultra-Precision Voltage
Dividers - 450 Volts to 5 KV
Type
Ultra-Precision Voltage
High Voltage Resistors
Ultra-Precision Voltage
Type MG Precision High Voltage Resistors
Now with Extended Resistance Range to 10,000 Megohms and Additional Models
Page 2 of 2
Page 1 of 2
N
Specifications:
Type MG Precision High Voltage Resistors
Type MG Precision High Voltage Resistors
Ordering Information
RHOPOINT COMPONENTS LTD
RHOPOINT COMPONENTS LTD
RHOPOINT COMPONENTS LTD
CADDOCK
CADDOCK
800
�½
50 Meg
N/A
Resistance
N/A
750
Dielect.
(19.05
�½.76)
(2.39
�½.38)
(.64
�½.05)
.094
�½.015
.025
�½.002
1.000
�½.040
Dimensions in inches
�½.38)
(millimeters)
(25.40
�½1.02)
(2.39
and
(.64
�½.05)
Resistance
Specifications:
Range
Temperature Coefficient:
28_IL110.1004
TC Specifications
RHOPOINT [ RHOPOINT COMPONENTS ]
