RHOPOINT HVD

Page 2 of 2
Type
USVD
and
Type HVD
HVD
Type
USVD
and
Type
Type
USVD
and
Type
HVD
Type MG
MG Precision
Precision
High
Voltage
Resistors
Ultra-Precision
Voltage
Dividers
450
Volts
to55KV
KV
Type
High
Voltage
Resistors
Ultra-Precision
Voltage
Dividers
450
to
Ultra-Precision Voltage Dividers - 450 Volts
Volts
to 5
KV
Type MG Precision High Voltage Resistors
Now with Extended Resistance Range to 10,000 Megohms and Additional Models
Type MG Precision High Voltage Resistors
Page 1 of 2
Page 2 of 2
Page 1 of 2
Temperature Coefficient as tight as 80 ppm/°C, Combined with Excellent Long-Term Stability and Precision Tolerances.
MG 650
Caddock's Micronox® resistance films are the source of
Preconditioning for Power and Voltage Ratings
655Now
Extended
Resistance
Range to 10,000
Megohms
and
Additional
Models
theMGType
MG with
Precision
High Voltage
Resistors' outstanding
All power
ratings and
maximum
operating
voltage ratings
for continuous
duty.Stability
These and
ratings
are based
on precombination
of Coefficient
performanceas
features:
MG 660
Temperature
tight as 80 ppm/°C, Combined withare
Excellent
Long-Term
Precision
Tolerances.
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
Micronoxoperating
Preconditioning
for Power
and resistor
Voltage performance
Ratings
process
to provide
for stable
even
•the
Maximum
continuous
voltages as high as
MG 710
Type
MG
Precision
High
Voltage
Resistors'
outstanding
All
power
ratings
and
maximum
operating
voltage
ratings
under
momentary
overload
conditions.
48,000 volts ("-15" ratings).
MG 712
are Maximum
for continuous
duty.voltages
These60%
ratings
are than
based
preof performance features:
operating
higher
theon
values
•combination
Overvoltage capabilities of 150% of standard working
stressinvoltage
levels
during
the manufacturing
listed
the table
may applied
be specified
by adding
"-15" to the
• voltages
Single-resistor
values
as
high
as
10,000
Megohms.
for all models and values, (except "-15" ratings).
MG 714
processnumber
to provide
for stable
resistor Note
performance
even
model
(Example:
MG750-15).
that overload
Maximum continuous
voltages
as high as
•• Resistance
Tolerancesoperating
from ±1.0%
to ±0.1%.
underovervoltage
momentaryratings
overload
and
do conditions.
not
applyDividers
to the "-15"
resistors.
MG 715
48,000
volts Ultra-Precision
("-15"
ratings).
Type
USVD
Voltage
Dividers
have
Type
Ultra-Precision
Voltage
Dividers
aremonolithic
monolithic
Type
USVD
Ultra-Precision
Voltage
Dividers
have the
the
HVD
Ultra-Precision
Voltage
are
• Temperature
Coefficient,
for standard
resistance
range,
Maximum
operating
voltages
60% Dividers
higher in
than
values
Resistance
ranges
for "-15"
resistors
shown
the
table
are
Type
USVD
Ultra-Precision
Voltage
Dividers
haveofthe
Type
HVD
Ultra-Precision
Voltage
arethe
monolithic
•very
Overvoltage
capabilities
of with
of dividers
standard
working
very
highest
precision
available
involtage
voltage
dividers
the range
range
of
precision
available
in150%
ininthe
voltage dividers
dividers built
built with
with ceramic
ceramicsandwich
sandwichconstruction.
construction.These
These
MGhighest
716
80
ppm/°C
in
combination
resistance
tolerances
asof
listed"-15
in the
table
may
be specified
by
adding "-15"
to the
from
Min."
towith
"Standard
Max."
very
highest
precision
available
in
voltage
dividers
in
the
range
of
voltage
dividers
built
ceramic
sandwich
construction.
These
voltages
for
all
models
and
values,
(except
"-15"
ratings).
450
Volts
DC
up
to
2000
Volts
DC.
These
dividers
are
formed
by
dividers
have
ultra-precision
performance
in
the
range
of
450
Volts
DC
up
to
2000
Volts
DC.
These
dividers
are
formed
by
voltage
dividers
have
ultra-precision
performance
in
the
range
of
tight
as ±0.1%.
modeldividers
number
(Example:
MG750-15).
Note
overload
450
Volts
DC up to
2000
Volts Type
DC. These
dividers are formed
by The voltage
have
ultra-precision
performance
in thethat
range
of and
MG 720
Non-Inductive
Performance
bonding
together
twoselected
selected
USFUltra-Precision
Ultra-Precision
Resistors.
volts DC
volts
with
of
together
two
Type
USF
Resistors.
The 1500
DC to
to 5000
5000
volts DC,
DC,
withaapply
aRatio
RatioTolerance
Tolerance
of0.05%
0.05%
and
Resistance
Tolerances
from
±1.0%
to
±0.1%.
Non-inductive
performance
andMost
overvoltage
ratings
do
not
to
the
"-15"
resistors.
••bonding
Type
MG
resistors
have
demonstrated
stability
of
0.01%
bonding
together
two
selected
Type
USF
Ultra-Precision
Resistors.
The
1500
volts
DC
to
5000
volts
DC,
with
a
Ratio
Tolerance
of
0.05%
and
modelsThese
manufactured
with
Caddock's
withare
Caddock's
exclusive
design
dividers
are
ideal
for
high
performance
precise
selection
of
these
high
performance
resistors,
which
form
the
TC
of
5ppm/C.
precise
selection
of
these
high
performance
resistors,
which
form
the
These
dividers
are
ideal
for
high
performance
Ratio
5ppm/C.
MG
725
• per
Temperature
Coefficient,
for
standard
resistance
range,
of
Resistance
ranges
for
"-15"
resistors
shown
in
the
table
are
1,000
hours
in
extended
load
life
testing
of
standard
These
dividers
are
idealafor
high performance
precise
selection
of these
high performance
resistors,
which
form the
Ratio
TC
of 5ppm/C.
Non-Inductive
Design
whichequipment,
uses
serpentine
resistive
division
applications
ininmedical
laboratory
voltage
dividers,
makes
possible
theoutstanding
outstanding
voltage
division
voltage
dividers,
possible
the
voltage
division
voltage
division
applications
medical
equipment,
laboratoryequipment,
equipment,
80
ppm/°C
inmakes
combination
resistance
tolerances
from division
"-15
Min."
to "Standard
Max."
resistance
range
values.
voltage
applications
in
equipment,
laboratory
equipment,
voltage
dividers,
makes
possiblewith
the outstanding
voltage
divisionas
pattern
that
provides
formedical
neighboring
lines
to carry
current in
analytical
instruments,
etc.
performance.
Ratio
Tolerance
as
tight
as
0.01%
and
Ratio
TC
of
2ppm/C.
MG
717
performance.
Ratio Tolerance as tight as 0.01% and Ratio TC of 2ppm/C.
analytical instruments, etc.
tight
±0.1%.
analytical
instruments,
etc. thereby
performance.
Ratio Tolerance
as tight ashas
0.01%
and Ratio
TC ofthrough
2ppm/C.
Thisasexceptional
performance
been
proven
Non-Inductive
Performance
opposite
directions,
achieving
maximum
cancellation
Most
models are
available
with
• Typeyears
MG resistors
have
demonstrated
stability ofthe
0.01%
Vmax
many
of use
in
equipment
that
demands
highest
Most
models
are entire
manufactured
with
Caddock's
Specifications:
of flux
fields
over
the
length
of the
resistor.
This
VContinuous
max
Resistance
Voltage
Ratio
Caddock's
Non-inductive
Serpentine
Pattern
Specifications:
Resistance
Voltage
Ratio
V
max
Continuous
RatioT.C.
T.C.
Ratio V.C.
V.C.
Specifications:
Division
Tolerance
MG 721
Operating
Voltage
Ratio
Fig.
per
1,000
hours
in
extended
load Resistance
life
testing
ofTolerance
standard
Number
Ratio
Ratio
Continuous
Operating
Fig.
reliability
and
stability,
including
TWT
amplifiers,
X-ray
Non-Inductive
Design
which
uses
a
serpentine
resistive
PartPart
Number
efficient
non-inductive
construction
is
accomplished
without
Voltage Division
(RT::R2)
R2)
(RT
: R2)
R2)
Ratio
T.C.
Ratio
V.C.
(RT
:
R2)
(RT
:
R2)
Division
Tolerance
Operating
Voltage
Fig.
(RT
(RT
:
Part Number
RT= =R1
R1++R2
R2 (RT : R2)
Absolute
Tolerance:
0.10%
for
allallresistors,
(VDC) (RT : R2)
R1R1
R2R2 RT
Voltage
(RT : R2)
(RT : R2)
Absolute
Tolerance:
0.10%
resistors,
resistance
range(VDC)
values.
(RT : R2)
(RT : R2)
systems,
geophysical
electronics.
R1 andR2medical
RT = R1 + R2
pattern that
provides
for Tolerance:
neighboring
lines for
toforcarry
current in
derating
of any
performance
advantages.
Absolute
0.10%
all resistors,
(VDC) instruments,
measured
atat+23C
2C.
USVD2 - B1M - 010 - 02
450
100 : 1
990 K
10 K
1 Meg
0.01%
2 ppm/C
0.05 ppm/V
1
measured
+23C
2C.
USVD2
- B1M -exceptional
010 - 02
450 performance
100 : 1
990 K has
10 K been
1 Megproven
0.01% through
2 ppm/C
0.05
ppm/V
1
MG
730
This
opposite
directions,
thereby
achieving
maximum
cancellation
measured
at
+23C
2C.
USVD2 - B1M - 010 - 02
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
USVD2
- B1M
- 025 - 02- 02 use
450450in equipment
100
:1
990
K
1010K Kdemands
1 1Meg
0.025%
22ppm/C
0.05
ppm/V
1
many
the highest
ofinches
fluxandfields
over
the
entire (RT
length
of See
the
resistor.
This
Resistance
Dimensions
in
(millimeters)
USVD2years
- B1M - 025of
100 : 1
990 Kthat
Meg
0.025%
ppm/C
0.05
ppm/V
Specifications:
Seetable.
table.
Ratio
Tolerance
(RT:: :R2):
R2):
1
Max.
See
table.
Ratio
Tolerance
(RT
R2):
Overload100Dielect.
Model
2 ppm/C
0.01%
USVD2 Watt- B2M - Continuous
010 - 02
650
: 1 1.98 Meg
20 K
2 Meg
0.02 ppm/V
1
Ratio
Tolerance
measured
at
+23C
2C,
reliability
and
stability,
including
TWT
amplifiers,
X-ray
2
ppm/C
1.98
Meg
0.01%
USVD2
B2M
010
02
650
100
:
1
20
K
2
Meg
0.02
ppm/V
Standard
Extended
efficient
non-inductive
construction
is
accomplished
without
-15
1
Rating 100Strength
No.
C
MG
735-age
2C,
Ratio
Tolerance
measured
at
+23C
2 ppm/C A
0.01%
USVD2
B2M - 010
- 02Volt. 650
: 1 1.98 Meg
2 Meg
0.02 ppm/VB
Min. 20 K
1
Oper.
Ratio
Tolerance
measured
at
+23C
2C,
Resistance
Tolerance:
Min.
0.025%Max. 2 ppm/C
USVD2 - B2M
- 025 - 02
650
100 : 1 1.98 Megand
20 medical
K
2 MegMax.
0.02 ppm/V
1 any performance
at
applied
the
systems,
geophysical
electronics.
derating
of
advantages.
Meg
22ppm/C
0.025%
USVD2
- B2M
- 025
- 02- 02
650650 instruments,
100
: 1: 1 1.98
2 2Meg
0.02
at 100
100 volts
voltsDC
DC
appliedto
thedivider.
divider.
1.98
Meg 2020K K
ppm/C
0.025%
USVD2
- B2M
- 025
100
Meg
0.02 ppm/V
ppm/V
.094 �.015 11 .025 �.002
at
100
volts
DC
applied
totothe
divider.
.313 �.020
N
Resistance Range
Tolerance
USVD2 - 0.5
A10M - 010 -600
02
1400
0.02 ppm/V
200 � 10 KN/A 10 Meg 5 Meg0.01%N/A 2 ppm/C
Type 11,000 : 17509.99 Meg
MG650
(2.39 �.38) 11 (.64 �.05)
(7.95 �.51)
Meg
22ppm/C
0.01%
USVD2
- A10M
- 010
- 02- 02 1400
: 1: 1 9.99
0.02
Absolute TC: USVD2: 10 ppm/C, HVD5: 30 ppm/C,
9.99
Meg 1010K K 1010Meg
ppm/C
0.01%
USVD2
- A10M
- 010
1400 1,000
1,000
Meg
0.02 ppm/V
ppm/V
MG
745
1
USVD2:
10
ppm/C,
HVD5:
30ppm/C,
ppm/C,
Absolute
TC:
Absolute
TC:
USVD2:
10
ppm/C,
HVD5:
2 ppm/C
0.025%
USVD2 - A10M - 025 - 02
1400
1,000 : 1 9.99 Meg
10 K Resistance
10 Meg
0.02
ppm/V
Standard
�1%,
�0.5%,
�0.25%,
�0.1%
1
�.025
.109
.025
.313
�.030
�.002
Dimensions
in inches and (millimeters)
Max.
referenced to +25C, R taken at -40C
and30
+85C.
9.99
Meg
0.025%
USVD2
- A10M
- 025
- 02
: 1Dielect.
0.02
Type1,000
11,000
200 �1010K KN/A 1010Meg
MG655
9.99
Meg
ppm/C
0.025%N/A 22ppm/C
USVD2
- 0.5
A10M
- 025
-600
02 1400
1400
: 1750
Meg 8 Meg
0.02 ppm/V
ppm/V
Overload
Model
Watt(2.77 �.64) 11 (.64 �.05)
(7.95 �.76)
referencedtoto+25C,
+25C,R
Rtaken
takenatat-40C
-40Cand
and+85C.
+85C.
referenced
9.9 Meg 100 K-15 10 Meg
:1
USVD2 - age
B10M -Continuous
010 - 02
1400
0.02 ppm/V B
Standard0.01%
Extended2 ppm/C
1
Rating 100Strength
No.
A
C
St'd
with
"-15"
rating
�1%
Min.
Meg
100
: 1: 1 9.99.9
USVD2
- B10M
- 010
- 02- 02Volt.
1400
0.02
.094 �.015 11 .025 �.002
Meg 100
ppm/C.500 �.030
0.01%Max. 22ppm/C
100
100K K 1010Meg
USVD2
- B10M
- Oper.
010
1400
MegMax. 0.01%
0.02 ppm/V
ppm/V
MG
731
RatioResistance
TemperatureTolerance:
Coefficient (RT : R2): See table.
Type 1 100 : 1750 9.9 Meg
400 � 100 KMin.
N/A 10 Meg10 Meg
MG660
0.025%N/A 2 ppm/C
USVD2 - 0.6
B10M - 0251,000
- 02
1400
0.02 ppm/V
(2.39
See
table.
RatioTemperature
Temperature
Coefficient(RT
(RT
: R2):See
(12.70 �.76)
(.64 �.05)
table.
Ratio
Coefficient
: �1%
R2):
�.015 1
.094 �.38)
Extended Range
9.99.9
Meg
0.025%
: 1: 1750
100
USVD2
- B10M
- 025
- 02- 600
0.02 ppm/V
Resistance
Range
Tolerance
Meg
ppm/C.313 �.020
100K KN/A1010Meg
0.025% N/A 22ppm/C
USVD2
- 0.5
B10M
- 025
02 1400
1400
Meg 5 Meg
11 .025 �.002
Ratio
Temperature
Coefficient
from -40C
to +85C.
200 �
Type 1100100
MG650
(2.39
�.38) 1 .025
.094 �.015
�.51)
�.05)
(7.95
(.64 �.002
2 ppm/C
1,000 : 1 19.98 Meg
20 K
0.01%
USVD2 - A20M - 010 - 02
2000
20 Meg
0.02 ppm/V
.750 �.030
+85C.
RatioTemperature
TemperatureCoefficient
Coefficientfrom
from-40C
-40Ctoto+85C.
Ratio
2,000
600 �2020K KN/A 2020Meg
MG680
Type1,000
11,000
19.98
Meg
0.01%
: 1: 1750
USVD2
- A20M
- 010
- 02
0.02 ppm/V
(2.39
�.38)
19.98
Meg
ppm/C
0.01%N/A 22ppm/C
USVD2
- 0.8
A20M
- 010
- 02 2000
2000
Meg20 Meg
1
1
(19.05
(.64
�.76)
�.05)
Standard
�1%,
�0.1%
.109 �.025 .025 �.002
Coefficient:
See table.
RatioTemperature
Voltage
Coefficient
(RT�0.5%,
: R2):�0.25%,
19.98 Meg
0.025% N/A 2 ppm/C.313 �.030
USVD2
A20M - 025 - 600
02
2000
0.02 ppm/V
Type 11,000 : 1750
200 � 20 KN/A 20 Meg 8 Meg
MG655
MG
740- 0.5
(2.77
�.64) 1
.094 �.015
(7.95�.040
(.64 �.002
�.76)
�.05)
Seetable.
table.
Ratio Voltage
VoltageCoefficient
Coefficient(RT
(RT: :R2):
R2):See
Ratio
1.000
Meg
22ppm/C
0.025%
: 1: 119.98
USVD2
- A20M
- 025
- 02- 02 2000
0.02 ppm/V
19.98
Meg
ppm/C
20K K 2020Meg
0.025%
USVD2
- A20M
- 025
2000
Meg
11 .025
800 �20
Type1,000
11,000
MG710
Maximum
Ratio
V.C.
measured
at
10%
of
Vmax.
St'd
with
"-15"
rating
�1%
�.38)
(2.39
Resistance
100 : 175019.8 Meg
200 KN/A 20 Meg50 Meg0.01%N/A 2 ppm/C
USVD2 - 1.0
B20M - 0104,000
- 02
2000
0.02 ppm/V
1
�1.02)
(25.40
(.64
�.05)
.094 �.015 .025 �.002
.500 �.030
TC Specifications
Maximum
Ratio
V.C.
atat10%
Maximum
Ratio
V.C.measured
measured
10%ofofVmax.
Vmax.
19.8
Meg
ppm/C
200K KN/A2020Meg
0.01% N/A 22ppm/C
USVD2
- 0.6
B20M
- 010
- 02 2000
2000
Meg10 Meg
0.02 ppm/V
19.8
Meg
0.01%
: 1: 1750
200
USVD2
- B20M
- 010
- 02
0.02
Type 1100100
1,000
400 �
MG660
11
Range
to
100%
of
Vmax.
�.38)
(2.39
�.030
.140
�.76)
�.05)
(12.70
(.64
.400
�.060
�.002
.025
0.025%N/A 2 ppm/C
USVD2 - 0.6
B20M - 0251,000
- 02
2000
0.02 ppm/V
1
Extended
Range
�1%
Type 2 100 : 175019.8 Meg
800 � 200 KN/A 20 Meg20 Meg
MG712
to
of
to 100%
100%
ofVmax.
Vmax.
(3.56
(10.16
(.64 �.05)
19.8
Meg 200
ppm/C
100
200K K 2020Meg
0.025%
USVD2
- B20M
- 025
2000
Meg
Meg
22ppm/C
0.025%
100
: 1: 1 19.8
USVD2
- B20M
- 025
- 02- 02 2000
0.02 ppm/V
.094 �.76)
�.015 11 .025
Standard and
.750�.152)
�.030
�.002
MG
750
1500
0.02 ppm/V
HVD5
- A10M
05
�80 ppm/�C
from (volts
-15�C to
+105�C,
600 � 10 KN/A 10 Meg20 Meg0.05% N/A 5 ppm/C
0.8 - 050 -2,000
MG680
Type 11,000 : 17509.99 Meg
Voltage
Rating:
Maximum
voltage
DC)
(2.39
�.38) 2 .032
�.030
.150
(19.05
(.64
�.76)
�.05)
St'd
with
"-15"
.562
�.060
�.002
Temperature
Coefficient:
1500
9.99
Meg
K Meg
Meg20 Meg
0.05%N/A 55ppm/C
ppm/C
HVD5
- A10M
- 050
- 05
22
1500
: 1: 1750
9.99
Meg
1010Meg
0.05%
0.02 ppm/V
HVD5
- A10M
- 050
- 051,000
Voltage
voltage
(volts
1.0
200 �1010K
6.5
MG714
Type1,000
21,000
to +25�C.
Maximum
voltage
(voltsDC)
DC)
Voltage
Rating:
(3.81
�1.52)
(14.27
(.81 �.05)
1500
100 : 1
9.9 Meg 100 K
10 Meg
0.05%
5 ppm/C
0.02 ppm/V
HVD5 - B10M - 050 - 05
applied
toRating:
RT = (R1Maximum
+ referenced
R2). See
table.
rating
.094 �.76)
�.015 2 .025
1.000
�.040
�.002
1.0
800 �
Type 1100100
MG710
1500
Meg
100K KN/A1010Meg
Meg50 Meg
0.05% N/A 55ppm/C
ppm/C
0.02 ppm/V
ppm/V
HVD5
- B10M
- 050
05 1500
applied
to
table.
: 1: 1750
9.99.9
Meg
100
0.05%
0.02
HVD5
- B10M
- 050
- 05-4,000
appliedResistance
toRT
RT==(R1
(R1++R2).
R2).See
See
table.
�.38) 22 .025
(2.39
.140 �.030
�1.02)
(25.40
(.64 �.002
�.05)
.750 �.060
2500
0.02 ppm/V
K Meg20 Meg50 Meg0.05%N/A 5 ppm/C
HVD5 - A20M
- 05
TC from
Specifications
2
1.0 - 050 2,000
400 � 2026
MG715
Type 21,000 : 175019.98 Meg
ppm/�C
+25�C
to +105�C,
MG
780
(3.56
Ratio
stability
with maximum
Load Life
Stability: �80
Range
(19.05
�1.52)
(.64 �.05)
Extended
�.030 22 .025
.140 �.76)
2500 1,000
Meg
0.05%
0.02 ppm/V
ppm/V
1,000
: 119.98
19.98
Meg 2020K K 2020Meg
5ppm/C
ppm/C
HVD5
- A20M
- 050
- 05
.400
�.060
�.002
2500
0.05%
0.02
:
1
Meg
5
HVD5
A20M
050
05
-200
ppm/�C
to +50
ppm/�C
from
Ratio
stability
with
maximum
Load
Life
Stability:
Type 2 100 : 175019.8 Meg
0.6 - 050 -1,000
800 � 200 KN/A 20 Meg20 Meg0.05% N/A 5 ppm/C
MG712
2500
0.02
ppm/V
HVD5 - B20M
05
Ratio
stability
with
maximum
Load
Life
Stability:
2
(3.56
�.76)
.140
�.030
Range
�.152)
�.05)
(10.16
(.64 �.002
continuous
operating
voltage
applied
to
the
divider
.025
1.000 �.060
Standard
and
-15�C
to
+25�C.
2500
20
Meg
0.05%
0.02
ppm/V
100
:
1
19.8
Meg
200
K
5
ppm/C
HVD5
B20M
050
05
Type
2
600
�
1.5
4,000
750
75
Meg
N/A
70
Meg
MG716
2
�80
ppm/�C
from -15�C
tothe
+105�C,
2500
20 Meg
0.05%
0.02 ppm/V
100 : 1 19.8 Meg 200 K
5 ppm/C
HVD5
- B20M - 050 - 05
(3.56
Page 1 of 2
continuous
operating
voltage
applied
to0.02%
divider
(.64 �.05)
(25.40
continuous
operating
voltage
applied
tothe
divider
�.030 22 .032
.150 �.76)
5000
50 Meg
0.05%
0.04 ppm/V
1,000 : 1 49.95 Meg
50 K
5 ppm/C
HVD5 - A50M - 050 - 05
St'd hours
with
"-15"
.562 �1.52)
�.060
�.002
for
1000
at
+85C,
ratio
change
max.
1.0 - 050 -1,000
200 � 506.5
Meg Meg20 Meg0.05% N/A 5 ppm/C
MG714
Type 21,000 : 1750
referenced to +25�C.
5000
0.04 ppm/V
ppm/V
49.95
Meg
HVD5
- A50M
(3.81
�.76) 22 .040
.240 �.030
�1.52)
�.05)
(14.27
(.81 �.002
.710 �.050
for
1000
hours
at
+85C,
ratio
change
0.02%
max.
rating
0.05%
0.04
: 1 49.95
Meg
K K 5050Meg
HVD5
- 785
A50M
- 050 - 05 05 5000
MG
Insulation
Resistance:
10,000
Megohms,
min.
ratio
change
0.02%
max.
for
1000
hours
at
+85C,
5000
0.04 ppm/V
HVD5
- B50M
- 050 2,000
- 05
: 175049.5 Meg
50017
K Meg50 Meg75 Meg0.05%
ppm/C
1.5
600 �50
225 M 55ppm/C
Type1,000
2 100
MG717
2
�.76)
(6.10
�1.27)
�.05)
(18.03
(1.02
�.030
.140
Overvoltage:
1.5
times
rated
voltage
for
5
seconds,
.750 �.060
5000
0.05%
0.04 ppm/V
ppm/V
HVD5
- B50M
- 050
05 5000
49.5
Meg 500
K 5050Meg
ppm/C
22 .025 �.002
0.05%
0.04
: 1: 1750
49.5
Meg
HVD5
- B50M
- 050
- 05-2,000
1.0
400 � 500K26
N/A 55ppm/C
Meg Meg50 Meg
MG715
Type 2100100
�80
ppm/�C
from
+25�C
to
+105�C,
Overload/Overvoltage:
5 times
power
�.76)
(3.56
1.5 times rated voltage
for 5rated
seconds,
Overvoltage:
.140 �.030
Specifications:
Type MG Precision High Voltage Resistors
Now with Extended Resistance Range to 10,000 Megohms and Additional Models
(19.05
�1.52)
�.05)
(.64 �.002
.025
1.500 �.080
Extended
1.5max.
times
rated voltage
for 5 seconds,
Overvoltage:
ratio
change
0.02%
Type 2
6,000
750
1K
150 Meg
N/A
N/A
MG720
FIG. 1 2.0
-200not
ppm/�C
to +50 ppm/�C
frommaxMarking
Side
(3.56
(.64 �.05)
�2.03)
(38.10
with Range
applied
voltage
to exceed
1.5 times
.140 �.76)
�.030 .025
ratio
change
0.02%
�.002
1.000
�.060 Side
FIG.
1 1.5
Marking
ratio
change
0.02%max.
max.
-15�C to +25�C.
Type
2
600
�
4,000
750
75
Meg
N/A
70
Meg
MG716
1.500
.020
FIG.
1
.155
.025
Marking
Side
�.76) .040
(3.56
MG 810
.240 �.030
�.05)
(.64 �.002
�1.52)
(25.40
1.000
�.050
imum
continuous
operating
voltage
for
5
seconds.
Thermal
Shock:
Mil-Std-202.
Method
107,
Cond.
A,
.51)
(38.1
..64)100 Meg
1.500 .020(6.10 �.76)
2.0
4,000
750
200 � 51 (3.94
300 M
Meg
MG721
.155 .025
Type 2
R1
.020
(25.40
�1.27)
.155
.025
Thermal
Shock:
Mil-Std-202.
Method
107,
Cond.
A,
(38.1
.51) .240 �.030 (1.02
(3.94
..64)
.040 �.05)
.7101.500
�.050
�.002
Insulation
Resistance:
10,000
Megohms,
min.
Mil-Std-202.
Method
107,
Cond.
A,
Thermal
Shock:
Type
1:
DC Voltage
except
minimum
temperature
is
-40C,
ratio
change
(38.1 .51) (6.10 �.76)
1.5
750
600 � 17
225 M
Meg
..64) 75 Meg
(3.94
Type 2®
MG717
R12,000
.140
�.030
�1.27)Preconditioning
�.05)
(18.03
(1.02
Caddock's
Micronox
resistance
films
are
the source
of
for minimum
Power temperature
and Voltage
Ratings
R1
.025 �.002
2.000 CADDOCK
�.080
except
isis-40C,
ratio
change
.020
750
1.5 K
200 Meg .500
10,000
N/A
N/A
MG725 2.5
Type 2
R2
ratio
change
except
minimum
temperature
-40C,
Type
2:
DC
Voltage
or
V
AC
�.76)
(3.56
0.02%
max.
Overload/Overvoltage:
5
times
rated
power
�.05)
(.64
�2.03)
(50.80
USVD2-A20M-010-02
.51)
(12.7
rms
.500 .020
.140
�.030
.025 �.002
1.500CADDOCK
�.080
the
Resistors'
All
power
ratings
and maximum operating voltage ratings
R2 Precision
0248
.020
.500
0.02%
max.
Type 2 High
750 Voltage
1K
150 Megoutstanding
N/A
N/A
MG720
CADDOCK
USVD2-A20M-010-02
MGType
815 2.0 MG
.51)
(12.7
�.76) .040
(3.56
R2 6,000
.240 �.030
(.64 �.002
�.05)
�2.03)
(38.10
0.02%
max.
1.500
�.080
with
applied
voltage
notOverload/Overvoltage,
to exceed
1.5 times
USVD2-A20M-010-02
0248
Resistance
Range
�Rmax1,000
500 � 77 Meg 250 Meg (12.7
M
6,000
750.51)
MG730 3.0
Type 2
for
continuous
duty.
These
ratings
are
based
on
pre-40C
to +85C
Operating
Temperature:
combination
of
performance
features:
0248 are
�.76)
(6.10
(1.02
�.05)
(38.10
�2.03)
.240
�.030
.040 �.002
1.000 �.050
.500 .125
imum
continuous
operating
voltage
for
5
seconds.
-40C
to
+85C
Operating
Temperature:
.032
DIA.
2.0 2 4,0003
750
200 � 51(12.7
100
Meg
300
M
Meg
MG721
Type 2
�.76)voltage
(6.10
stress
levels
applied
during
the
manufacturing
Standard
0.5%
max.
-40C
to
+85C
Operating
Temperature:
.315
�.030
.500 3.18)
.125
�.05)
(1.02
(25.40
�1.27)
(.81
DIA.)
1
1.000
�.060
�.002
.040
4
2
.032
DIA.
3
Single-resistor
values
high as
Megohms.
Meg
2.62
4,000
200 10,000
� 40
150 Meg .032
750DIA.
M
Type 2as 1,000
MG731
.500
.125
Type 1: DC Voltage
Page 1 of 2
(12.7
3.18)
3
(8.00
(.81
DIA.)
1
4
(25.40
�.05)
.140 �.76)
�.030 (1.02
to
stable
performance
even
�.002
.025 provide
2.000 �1.52)
�.080 process
(12.7 3.18)
(.81N/A
DIA.)
1
St'dfor
with
"-15"Voltage
ratingresistor
2.5 Pin 2continuous
750
1.5
K
Meg as
10,000 4
N/A as200
MG725
Type 2operating
Maximum
voltages
high
.200 .020
Type
2: DC
or VrmsAC N/A
�.76) .040
(3.56
Pin 1 products
.240patents
�.030
�.05)
(.64 �.002
�2.03)
(50.80
2.000
�.080
Certain
shown
in
this
catalog
are
covered
by
one
or
more
patents,
there
are
also
pending.
Pin
1
(5.08
.51)
under
momentary
overload
conditions.
1,000
750 � 178 Meg 300 Meg 1,000
M
MG735Input
Type 2
held
.200 .020
Pinbe
210,000
.800 .020
Pin 13.6 To
Custom
Type
USVD
and
Type
HVD
�.76)
(6.10
(1.02
�.05)
�2.03)
(50.80
Extended Range
0.8% max.
48,000
("-15"
ratings).
.240 �.030 .040 �.002
Circuit
Board Pin 1
near
.51)
(5.08.020
1.500
�.080
.200
(20.32
.51)
To
held
Pinvolts
2 beground
.115 .020
Pin Input
1 3.0
.800 .020
Custom
Type
USVD
and
Type
HVD the �R
Resistance
Range
Overload/Overvoltage,
500 � 77 Meg
250 Meg (5.08
M
6,000
750.51)
MG730
TypeBoard
2 Pin 1,000
1
operating
60%
higher
than
Trace
�.76) (1.02
Circuit
near
ground
.315Maximum
�.030
(2.92
.51)
To be
held
�.05)
(38.10
�2.03)
Input
(20.32
.51)
.115 .020
.040 �.002
1.500
�.060
.800 1.350
.020
.020 (6.10
Customvoltages
Type USVD
and
Type
HVD values
Voltage
Dividers:
For high
quantity
applications
Overvoltage
capabilities
of
150%
of standard
64 .115
Meg
3.6
6,000
1,000
300 �
300 working
Meg 1,500 M
Type
2
MG740
Trace
Circuit
Board
near ground
.51)
(2.92
.51)
(20.32(34.29
�.76)
(8.00
.51)
.020
Thermal
Shock:
Mil-Std-202,
Method
1.350
.020
(1.02
�.05)
�1.52)
(38.10
For
high
quantity
Voltage
Dividers:
Standard
0.5%applications
max.
.315 �.030
listed
in
the
table
may
be
specified
by
adding
"-15" to107,
the
1.000
�.060
�.002
.040
B
Trace
1.500
±
.125
A
(greater
than
1000
per
year)
these
voltage
dividers
(2.92
.51)
C
(34.29
.51)
2.6
4,000
1,000
200 � 40 Meg 150 Meg
750 M
Type 2
1.350 .020 (8.00 �.76)
MG731
Voltage
Dividers:
For
high quantity
applications
voltages
.240 �.030 (1.02
�1.52)
�.05) (Example:
ΔR
0.25%
max.
Cond.
C,
3.18) all models and values, (except "-15" ratings). (25.40
(38.10 ± for
.040 �.002
3.000
�.100
(greater
than
1000
per
year)
theseNote
voltage
dividers
(34.29
.51)
model
number
MG750-15).
that
overload
5.0
15,000
1,000
1
K
500
Meg
1,500
M
288
Meg
MG745
Type
2
St'd
with
"-15"
rating
N/A
can
be
produced
with
custom
voltage
division
ratios
and
�.76)
(6.10
FIG. 2
�.05)
(1.02
�2.54)
(76.20
(greater
than
1000
per
year)
these
voltage
dividers
Marking
Side
.240
�.030
.040 �.002 canMoisture
2.000 �.080
be
produced
with
custom
voltage
division
ratios
and
Resistance
Tolerances
±0.1%.
Resistance:
Mil-Std-202,
Method
106,
10,000
1,000±1.0%
750 � to
300 the
Meg source
1,000 M
178
Meg are
MG735
Type 2®from
FIG.
2 3.6
and
overvoltage
ratings
dodeveloping
not
apply
tothe
the
"-15"
resistors.
ratio
specifications
that
optimize
performance
and
Marking
Side
Caddock's
Micronox
resistance
films
of
for
Power
and
Voltage
Ratings
�.76)
(6.10
.315
�.030
(1.02
�.05)
�2.03)Preconditioning
(50.80
For immediate
engineering
assistance
in
Low
Ratio
TC
matched
1.500 .020
.040 �.002
2.125 �.060
Extended
Range
max.
can
be
produced
with
voltage
division
ratios
and
0.110
Max.
FIG.
2 5.0
1,000
400 � Marking
500 Meg range,
2,500 M of (53.98
10,000
128(38.10
Meg.020
MG750
Type 2
ratio
specifications
thatcustom
optimize
the 0.8%
performance
and
Side
.51)
�.76)
(8.00
ΔR
0.4%
max.
1.500
Temperature
Coefficient,
for standard
resistance
(2.79
Max.)
�.05)
(1.02
�1.52)
DIMENSIONS
INMG
INCHESPrecision
AND (MILLIMETERS)
Resistance
ranges
for
"-15"
resistors
shown
in
the
table
0.110
Max.
.315
�.030
the
Type
High
Voltage
Resistors'
outstanding
the
cost
for
your
application.
All
power
ratings
and
maximum
operating
voltage
ratings
�.002
.040
1.500
�.060
high
voltage
resistor
sets,
call or write
our Applications
Engineering
and we
will
ratio specifications
that optimize
the performance
and are
(38.10
.51)300 Meg
64
Meg
3.6 R1 6,000
1,000
300 � 1.500
1,500
M
Max.)
MG740
.020
0.110
Max.
R2Type 2
�.76)
(8.00
the"Standard
cost forLife:
your
application.
Thermal
Shock:
Mil-Std-202,
Method
107,
.315
�.030
(1.02
�.05)to
�1.52)(2.79
(38.10
.040
3.125 �.060
�.002
80 ppm/°C
in performance
combination
with
resistance
tolerances
as
from
"-15
Min."
Max."
Load
1,000
hours
at +125°C
atproduct
rated
(38.10
.51)
are
for
continuous
duty.
These
ratings
are
based
on
pre(2.79
Max.)
Type 2
Meg
7.5 R115,000
1,000
600
� 192
750 Megbe 3,750
M
combination
of
features:
MG780
R2
pleased
to
offer
the
best
solution
from
our
high
voltage
resistor
�.76)
(8.00
the
cost
for
your
application.
CADDOCK
CADDOCK
(79.38
�1.52)
�.05)
(1.02
0.610
Max.
.240 �.030 .040 �.002
ΔR
0.25%
max.
Cond.
C,
3.000
�.100
HVD5-A50M-050-05
HVD5-A50M-050-05
tight
as
±0.1%.
voltage,
not to exceed
R1 15,000 R2100
Derating
Curve:
(15.5
Max.)
1,000
500 Meg
1,500
M
288 CADDOCK
Meg
CADDOCK
MG745 5.0
Type 2
0.610
Max.
levels
applied
duringrated
thepower.
manufacturing
Non-Inductive
0247
�.76)voltage
(6.10
0248
.315 �.030
capabilities.
�.05)Performance
(1.02
�2.54)stress
(76.20
HVD5-A50M-050-05
.040 �.002
4.000 �.120
Single-resistor
high
as1 K10,000
Megohms.
HVD5-A50M-050-05
(15.5
Max.)
See note
20,000 values
1,000
5,000
M (101.60
Meg
MG785
Type
2as demonstrated
CADDOCK
80
0.610
Max.
0247
Moisture
Resistance:
Mil-Std-202,
Method
106,
0248 1,000 Meg
Pin1800 � 320CADDOCK
�.76)
(8.00
Type 8.0
MG resistors
have
stability
of(15.5
0.01%
�.05)
(1.02
0.150 .040
provide
for
stable
resistor
performance
even
HVD5-A50M-050-05
.315
�.030 to
HVD5-A50M-050-05
See
note
Most
models
are
manufactured
with
Resistance
Range
Load
Life,Caddock's
�R
�.002
.040
2.125 �3.05)
�.060 process
Max.) (3.81 1.0)
Pin1
Maximum
continuous
operating
voltages
as
high
as
0247
60
1,000
400 � 128 Meg
500 Meg 2,500 M0.150 (53.98
10,0004 OR
MG750 1 5.0
0248
.040
2 3 POWER
5 Type62
�.76): (1.02
(8.00
ΔR 0.4%
max.uses a serpentine resistive
RATED
.315
�.030
�.05) overload
�1.52)under
0.010
.002
See
note
.040 �.002
5.000 �.120
per 1,000
hours
inType
extended
load
life400testing
of
standard
(3.81 1.0)
momentary
conditions.
Non-Inductive
Design
which
Pin1
2 3 VOLTAGE,
110.0
Meg
4 5% 40
62
25,000
1,000
1
K
1,250
Meg
6,250
M
RATED
MG810
0.020
.002
0.150
.040
(0.25
.05)
�.76)
(8.00
Standard
max.
.002
48,000
volts
("-15"values.
ratings).
MG750
-100M
- 1% at0.5%
(127.00
0.050 0.015
0.900
.315
�.030 (1.02
.040 �.05)
3.125 �3.05)
�.060 0.010
�.002
(0.51 .05)
0.020
(3.81 1.0)
Load
Life:
1,000
+125°C
atvalues
ratedin
resistance
range
6 6 2 0.050
(0.25 Maximum
.05)
1Pin
2 1,7.5
32, and 315,000
4 5 Pin
(1.27
0.38) 600 � 192 Meg
(22.86)
Type
1,000
3,750
M.002
operating
60%hours
higherto than
MG780
20
0.015
0.900 750 Meg
pattern
forvoltages
neighboring
lines
carrythe
current
.002
0.010
�.76)that
(8.00
(0.51 .05) (79.38
�1.52)
�.05)
(1.02
.040 provides
�.002
6.000 �.120
To
be
.350
�.040
Input
PinType
6 held
Overvoltage
capabilities
of
150%
of
standard
working
Pin 15.0
1, 2, and 330,000
Model
Tolerance
(1.27
0.38)
(22.86)
0.020Note:
.002
St'd with "-15"
rating
0.8%
max.
0.100
(2.54)
0.100
(2.54)
Lead form detail
provides
interference
(0.25Number:
.05)
1,000
1
K
2,000
Meg
10,000
M
384
Meg
MG815
2
voltage,
not
to
exceed
rated
power.
0
0.050
0.015
0.900
near
ground
To beperformance
held
�.05)
(1.02
�3.05)
(152.40
listed
in
the
table
may
be
specified
by
adding
"-15"
to
the
�1.02)
(8.89
This
has
been
proven
through
Input exceptional
opposite
directions,
thereby
achieving
maximum
cancellation
(0.51
.05)
.315
�.030
in
the
circuit
board
hole
to
achieve
a
vertical
0.100
(2.54)
0.100
(2.54)
.040
�.002
4.000
�.120
0.200
(5.08)
Note:
Lead
form
detail
provides
interference
25
75
125
175
225
275
Pin
6
0.100
(2.54)
Pin 1, 2,8.0
and 3for
0.38)
near
ground(1.27
voltages
all To
models
and
values,
"-15"
20,000
1,000
800 � (except
1,000
Meg ratings).
5,000mount
320(22.86)
Meg
MG785
Resistor
Value:
of(101.60
the board
device.
Recommended
circuit(1.02
�.76)
inM
the circuit
hole
to achieve
a vertical
be Type
held
Extended
Range
0.8%resistor.
max.
0.200
(5.08)
�.05)
�3.05)
Input years of use
0.100
(2.54)
model
number
(Example:
MG750-15).
that
TEMPERATURE,
°C
many
in 2AMBIENT
equipment
that
demands
the
highest
0.100
(2.54)
0.100
(2.54)
Resistance
Range
Load
Life,
�Roverload
of(8.00
flux
fields
over
the
entire
length of Note
the
This
Note:
detailRecommended
provides
interference
board
hole
isform
nominally
0.039
inch
(.99
mm).
mountLead
of the
device.
circuit
near ground
the circuit
hole 0.039
to achieve
a vertical
Models with
low inductance
construction
are±0.1%.
in
shaded
.315
0.200
(5.08) areas. inboard
0.100 (2.54)
hole5.000
isboard
nominally
inch�.030
(.99
mm)..040 �.002 ratings do not apply to the "-15" resistors.
�.120
Resistance
Tolerances
and
reliability
stability,
including
TWT
X-ray
efficient
non-inductive
construction
without
Type 2 from
400 Meg amplifiers,
25,000
1,000±1.0%
1 K to
1,250 Meg 6,250
M
Solderable
MG810 10.0 and
mount
of(127.00
the device.
Recommended
circuit
�.76)
(8.00 overvoltage
StandardLeads is accomplished
0.5% max.
(1.02 �.05)
�3.05)
board hole is nominally 0.039 inch (.99 mm).
Temperature Coefficient as tight as 80 ppm/°C, Combined with Excellent Long-Term Stability and Precision Tolerances.
•
•
•
Type MG Precision High Voltage Resistors
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
are in non-shaded
areas.
•systems,
Temperature
for standard
resistance
range,
of 6.000 �.120
Resistance
ranges
for "-15" resistors
shown inSilicone
the table
are
geophysical
instruments,
and
medical
electronics.
derating
any
advantages.
Encapsulation:
High Temperature
Conformal.
�.002performance
.350 �.040 of.040
RHOPOINT
LTD1 K 384 Meg 2,000 Meg 10,000 M
RHOPOINT
St'd with "-15" rating
15.0COMPONENTS
30,000
1,000
MG815
TypeLTD.
2
Tel:0.8%
+44max.
(0)1883 717988
80
ppm/°C
inCOMPONENTS
combination
with
resistance tolerances as (152.40 �3.05)from
�.05)to "Standard Max."
(8.89 �1.02)
"-15 (1.02
Min."
RHOPOINT
LTD
Holland
Road, COMPONENTS
Hurst Green,
Holland
Road
TEL:Fax:
+44/01883
717988
+44max.
(0)1883
712938
Extended
Range
0.8%
Applications
Engineering
Sales
and
Corporate
Office
Holland
Road,
Hurst
Green,
tight
as
±0.1%.
TEL:
717988
RHOPOINT
COMPONENTS
LTD
Hurst
Green
Resistance
Oxted,
Surrey,
RH8 9AX
FAX:+44/01883
+44/01883
712938
DimensionsNon-Inductive
in inches and (millimeters)
e-mail:
[email protected]
Specifications:
Performance
Max.
Overload
Model
WattDielect.
Models
with
low
inductance
construction
are
in
shaded
areas.
17271
North
Umpqua
Hwy.
1717
Chicago
Avenue
Oxted,
Surrey,
RH8
9AX
FAX:
+44/01883
712938
RHOPOINT
COMPONENTS
LTD.
Oxted,
Surrey,
RH8
9AX
Continuous
Holland
Road,
Hurst
Green,
TEL:
+44/01883
717988
ENGLAND
Email:
[email protected]
web:
www.rhopointcomponents.com
•Roseburg,
Type
MG
resistors
have
demonstrated
stability
of
0.01%
Standard
Extended
-15
Solderable
Leads
No.
age Oper. Volt. Rating Strength Min.
A
B
C
Most
models
are manufactured
with Caddock's
Resistance
Tolerance:
Oregon
Riverside,
California
92507-2364
ENGLAND
Email:
[email protected]
Max. are in
Max.
Min.
Oxted,
Surrey,
RH8
9AX
Models
with97470-9422
Caddock's
Non-Inductive
Resistance
Pattern
non-shaded areas.
FAX:
+44/01883
712938
Website
http://www.rhopointcomponents.com
per
1,000
hours
in extended
load life
testing
standard
Encapsulation:
High
Temperature
Silicone
Conformal.
Design
which
uses
a serpentine
e-mail:of
[email protected]
•Non-Inductive
web:
Phone:
(541) 496-0700
Phone:
(951)resistive
788-1700
Website
http://www.rhopointcomponents.com
�.015 .025 �.002
.094www.caddock.com
.313 �.020
ENGLAND
Email:
[email protected]
Resistance
Range
Tolerance
IL-110.019
600
200 �
5 Meg
N/A
750
N/A
MG650 0.5
Type 1
CADDOCK
CADDOCK
RHOPOINT
RHOPOINT COMPONENTS
COMPONENTS LTD
LTD
RHOPOINT COMPONENTS LTD
resistance
range
values.
�.38)
(2.39
�.05)
(7.95 �.51)
For Caddock Distributors listed by country
see
caddock.com/contact/dist.html
L-364.0103
Fax:
(541)Caddock
496-0408
(951)
369-1151
© 2003
Electronics,
Inc.
pattern
that(.64
provides
forWebsite
neighboring
lines toFax:
carry
current
in
http://www.rhopointcomponents.com
L-364.0103
Applications
Engineering
Sales
Corporate
Office
© 2003 Caddock
Electronics, Inc.
Standard
�1%, and
�0.5%,
�0.25%,
�0.1%
.109 �.025directions,
.025 �.002
.313 �.030
This
exceptional
performance
has
been
proven
through
opposite
thereby
achieving
maximum
cancellation
Type
1
0.5
600
750
200
�
8
Meg
N/A
N/A
MG655
(2.77 �.64)
17271
North
Umpqua
Hwy.
1717
Chicago
Avenue
(7.95
�.76)
(.64
�.05)
©
2004
Caddock
Electronics,
Inc.
28_IL110.1004
Hurst
Green
•
Surrey
•
RH8
9AX
•
UK
L-364.0103
©
2003 Caddock
Electronics,
many
years
of 97470-9422
useInc.
in equipment that demands the highest .500 �.030
St'd with
"-15" length
rating
�1% 92507-2364
of .094
flux�.015
fields
over the
entire
of the
resistor.
This
Roseburg,
Oregon
Riverside,
California
.025 �.002
Type 1 including
1,000stability,
750
400 �TWT
Meg
N/AX-ray(12.70 �.76) (2.39 �.38)
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
Extended
Range is accomplished
�.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)0.8496-0408
Fax: (951) 369-1151
systems,
geophysical
instruments,
and
derating
of 608
any�.002
performance advantages.
600
� medical
2,000
750
20electronics.
Meg
N/A
N/A
MG680
Type
1
UK & Ireland
Distributors
© 2004 Caddock Electronics, Inc.
1.0
4,000
Type 1
MG710
Max.
Overload
Model Watt-
750
Dielect.
800 �
50 Meg
N/AResistance
N/A
(19.05 �.76) (2.39 �.38)
(.64 �.05)
.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