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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(R) resistance films are the source of Preconditioning for Power and Voltage Ratings MG 655 Now Precision High Voltage Resistors' outstanding the Type MG with Extended Resistance Range to 10,000 power ratings and maximum operating voltage ratings All Megohms and Additional Models are for continuous duty. These ratings are based on precombination 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 Caddock's Micronox(R) resistance films are theas source of Preconditioning for for stable Voltage Ratings process to provide Power and resistor performance even * Maximum continuous operating voltages as high outstanding 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 prefor 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 areresistors. MG 715 48,000USVD("-15" ratings). Type USVD Ultra-Precision Voltage Dividers haveof TypeMaximum operating voltages applyDividers arethe 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 inin voltagedividers in the range of voltage dividers built with ceramic sandwich construction. These MG 716 listed dividers built with ceramicsandwich by adding Theseto in Min." to may be sandwich construction. from dividers table"Standard Max." very Volts DC all voltage "-15 the built with ceramicspecified construction. "-15" of the voltages0.1%. models and in voltage(except "-15" ratings). for up 2000 Volts DC. These dividers are formed of 450 highest precision available values, dividers in the range by 450 Volts DC up toto 2000 Volts DC. Thesedividers are formed by voltage dividers have ultra-precision performance inin the range of dividers have ultra-precision performance the range tight Volts DC up to 2000 Volts DC. These dividers are formed by model number Performance (Example: 450720 together two selected voltage dividers have ultra-precision performanceNote that overload in the range of MG as Non-Inductive5000 volts DC, MG750-15). Tolerance of 0.05% and bonding bonding together two selected Type USF Ultra-Precision to volts do not with Ratio * Resistance Tolerances from 1.0% to 0.1%. of Resistors. The 1500 volts DC to 5000 with Caddock's exclusiveadesign Tolerance ofCaddock's andvolts DC to 5000 volts DC, with a Ratio Tolerance of 0.05% and overvoltage ratings DC,with apply to the "-15" resistors. * Type selection ofof these high TypeUSF Ultra-Precision Resistors. The 1500 MostDCmodels Non-inductive performanceaideal for high performance and MG resistors selected Type USF Ultra-Precision Resistors. The stability 0.01% bondingselection two have demonstrated resistors, which form the together are dividers areRatio manufactured with 0.05% precise performance precise these highfor standard resistors, which form of performance resistance range, the Ratio TC of 5ppm/C. These "-15" resistors shown inperformance are 5ppm/C. These dividers are ideal for high the table MG 1,000 hours these high * per 725 selection ofin extended load life testing of which form the Temperature Coefficient, performance resistors, standard Resistance ranges for which uses precise dividers, makes possible Ratio TC of 5ppm/C. These dividers are idealafor high performance Non-Inductive Design medical equipment, serpentine resistive voltage voltage dividers, makes possible with outstandingvoltage division as voltage division applications in medical equipment, laboratory equipment, in laboratory equipment, 80 ppm/C in combination the outstanding voltage division from division applications for neighboring "-15 Min." resistance range values. the outstanding voltage division voltage division applications in medical equipment, laboratory equipment, in voltage dividers, makes possible the resistance tolerances patterninstruments,to "Standard Max." lines to carry current that provides 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. 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 analytical performance. Ratio This proven through Non-InductiveMost Performance opposite directions, * Type MG of use have demonstrateddemandsofRatio highest 0.01% Vmax many yearsresistors in Voltage equipment Resistancestability Ratio that the Most models the entire length of the resistor. This Specifications: of flux fields over Non-inductive Serpentine Pattern Vmax Resistance Voltage Caddock's are manufactured with Caddock's Specifications: Continuous Vmax Continuous Ratio T.C. Ratio V.C. Specifications: Division Tolerance MG Part Operating Voltage Ratio Fig. per721 Number 1,000 in life testing ofTolerance Ratio:T.C. standard(RT R2) Ratio V.C. Operating extended Fig. reliability and stability, : R2) load Resistance =amplifiers, X-ray Non-Inductive Design which usesisa accomplishedresistive serpentine without Part Number hoursContinuous Division efficient non-inductive construction 0.10% for all resistors, Voltage (RT : R2) Ratio T.C. Ratio R2) (RT including TWT : R2) (RT: :R2) R2) Division Tolerance Operating (RT Voltage Fig. (RT : R2) (RT : V.C. Part Number R2 RT R1 Absolute Tolerance: 0.10% for all resistors, (VDC) (RT : R2) Absolute Tolerance: (VDC) resistance range Voltage instruments, and medicalR2 (RT : R2) (RT : R2) values.: R2) R1R1 R2 RT = = R1++R2electronics. (RT (RT systems, geophysical R1 R2 RT R1 + R2 pattern of provides for Tolerance: 0.10% to all resistors, deratingthatany performance advantages. for carry current in Absolute neighboring lines (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 at achieving USVD2 730 -exceptional performanceK hasK been proven through - 02 100 : 1 990 10 1 Meg 0.01% 2 ppm/C 0.05 ppm/V 1 MG - B1M 010010 - 02 450 This opposite directions, thereby+23C 2C. maximum cancellation measured at +23C 2C. USVD2 - B1M 450 100 : 1 990 K 10 K 1 Meg 0.01% 2 ppm/C 0.05 ppm/V 1 USVD2 - B1M - 02 450 100 : 1 990 10 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 K 10 K Resistance 0.025% 1 1 Meg Meg 2 ppm/C 0.05 ppm/V 1 many- B1M - 025025of use in equipmentK KthatK Kdemands 0.025% highest the of flux fields over Specifications:of See table. the entire (RT Dimensions in inches and (millimeters) USVD2 - B1M - 025 Max. 450 100 990 10 2 ppm/C 0.05 ppm/V Ratio Tolerance lengthR2): See table. Tolerance 1 Ratio Tolerance (RT : R2): See table. Overload100 : 1 1.98 Meg Model Watt- - 010 - 02 Dielect. 2 ppm/C 0.01% USVD2 - B2M 0.02 ppm/V reliability010Continuous 650 100 :including 2020 K 2 2 Meg 0.01% X-ray A 0.02 ppm/VB non-inductive construction is accomplished without 2 ppm/C USVD2 735age -and stability, 100 : 1 1.98 Meg - 02 650 Rating Strength Meg TWT 2 Meg 1 K -15 amplifiers, Meg Standard 0.01% Extended ppm/C efficient 1 C RatioResistancemeasured at +23C 2C, 1 No. - B2M - 010 - 02Volt. 650 MG Ratio Tolerancemeasured at +23C 2C, measured 2 1.98 Min. 20 K USVD2 - B2M Oper. 0.02 ppm/V 1 Ratio Tolerance applied to the+23C 2C, Tolerance:at Max. 0.025% Max. 2 USVD2 - B2M 650 100 : 1 1.98 Meg 20 Min. 2 Meg K 0.02 ppm/V 1 at 100 volts DC applied to the divider. systems,- 025025 -- 02 650 instruments, andKmedical 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 1.98 Meg 20 K 2 ppm/C 0.025% USVD2 - B2M - 025 02 650 100 20 0.02 .094 at 100 volts DC .313 .020 ppm/V .015 1 .025 .002 100 volts DC applied to the divider.
(19.05 .080 (.64 .05) .025 .002 1.500 1.52) Extended Overvoltage: 1.5 times rated voltage for 5 from ratio change 0.02% max. ppm/C to +50 ppm/Cseconds, Type 2 6,000 750 1K 150 Meg N/A N/A MG720 1 2.0 FIG. -200 Marking (3.56 (.64 .002 (38.10 2.03) Side .76) with Range voltage applied .140 ratio change 0.02% max. not to exceed 1.5 times max1.000 .060 Side .030 .025 .05) FIG. Marking Side .76) ratio change 0.02% max. to +25C. -15C Type 2 600 70 .155 .025 75 Meg 4,000 750 N/A Meg MG716 1 1.5 1.500 .020(3.56 .030 FIG. 1 Marking MG 810 (.64 .05) 1.52) (25.40 .050 .040 .002 1.000(38.1 .020 .240 imum continuous operating voltage for Cond. A, Thermal Shock: Mil-Std-202. Method 107,5 seconds. .51) 1.500 2.0 4,000 750 200 51 (3.94 .025100 Meg 300 M Meg..64) MG721 .155 Type 2 R1 1.500 .51) .240 .030 .040 .002 (25.40(38.1 .020(6.10 .76) (1.02 .05) 1.27) .155 .025 Thermal Shock: Mil-Std-202. Method 107, Cond. A, (3.94 ..64) .710 .050 Insulation Thermal Shock: Mil-Std-202. Method 107, Cond. except Power Resistance: 10,000 Megohms, min. 1.5 2,000 750 600 17 Meg 75 (3.94 Type 2 MG717 R1 1.27) Caddock's Micronox(R) resistance films..64) 200 Meg .500 .020 (18.03CADDOCK (6.10 .030 (1.02 .002 for minimum Voltage are Meg source of (38.1 .51) .140 .76) .025 .05) Type 1: DC temperature is -40C, ratio change A, the 225 M and Voltage Ratings change R1 2.000 .080 Preconditioning except minimum temperature isisAC 2.5 750 1.5 K 10,000 N/A N/A MG725 Type 2 R2 except minimum temperature -40C, ratio change Type 2: 0.02% max. DC Voltage oroperating ratiorated ratings Overload/Overvoltage: 5 times (.64 .002 2.03) .140 .030 .025 .05) (50.80 CADDOCK (3.56 .76) USVD2-A20M-010-02 .51) (12.7.020 .500 1.500 .080 the Type MG Precision High Voltage N/A Resistors' outstandingUSVD2-A20M-010-02 All power ratingsmax. maximum Vrms -40C,voltage power and R2 0248 .020 0.02% max. Type 2 750 1K 150 Meg .500N/A MG720 2.0 MG 815 (12.7 .51) R2 6,000 (.64 .05) 2.03) .240 .76) (38.10CADDOCK (3.56 .030 .040 .002 0.02% applied voltage not to exceed 1.5 times max1.500 .080 with Temperature: Overload/Overvoltage,on preUSVD2-A20M-010-02 0248 1,000 500 6,000 750 M Meg MG730 3.0 Type 2 duty. Range -40C to based Operating combination of performance features: 77.500 .125250 Meg (12.7 .51) (38.10 2.03) are for continuous ResistanceThese ratings are +85C R 0248 (6.10 .76) (1.02 .05) .240 .030 .040 .002 1.000 .050 imum Temperature: -40C to +85C Operating continuous operating voltage for 5 seconds. 2.0 2 4,0003 750 200 51.500 .125100 Meg .032 DIA. 300 M Meg MG721 Type 2 (12.7 3.18) 0.5% +85C Temperature: -40C manufacturing .315 .76) .040 .05) (25.40 .060 stress voltageOperatingapplied during the to max. (.81 DIA.) 1 1.000 1.27) (6.10 .030 (1.02 .002 levels Standard 2 .032 DIA. 3 4 Type 2as 1,000 Single-resistor values high as 10,000.125 150 Meg .032 DIA. (25.40 1.52) (8.00 .76) (1.02 .05) 4,000 4 200 40 MegMegohms. DIA.) 750 MG731 1 2.62 .500 3.18) Type 1: DC Voltage Page 1 of 2 (12.7 3 (.81 M .140 .030 .025 .002 2.000 .080 (12.7 1 St'd with stable resistor performance even "-15" rating 2.5 750 K Meg (.81 DIA.) N/A MG725Pin 1 Pin 2continuous 2 Maximum 10,000 4 Type operating 1.5covered byas200or more N/A voltages3.18) high as patents,(50.80 .080 process to provide for DC Voltage or VrmsAC N/A .200 .020 Type 2: (3.56 .030 pending. .240 .76) (.64 .05) 2.000 2.03)also patents .040 .002 Certain3.6 To be10,000 products shownType 2 catalog are 178 Meg one Meg 1,000 M in this Pin 1 there are under momentary overload conditions. (5.08.020 1,000 750 300 MG735Pin 1 Pin 2 held .200 .51) Input .800 Custom Type USVD and Type HVD (6.10 .76) (50.80.020 Extended Range 0.8% max. 48,000 volts ("-15"Type 2 Pin 1 ratings). Circuit Board near held (5.08 .040 .002 1.500 2.03) .240 .030 (1.02 .05) Custom Type USVD and Type HVD .080 .200 .51) (20.32 .51) Pin To beground 2 .115 Pin 1 .800 .020 Resistance Range Overload/Overvoltage, R 500 77 Meg .020 Meg (5.08.020 250 750 M MG730Input3.0 be held6,000 Pin 1 Maximum.05) higher than the Trace .51) Circuit Board 1,000 (2.92.020 To near ground (38.10 .060 (6.10 .030 (1.02 .002 Custom Type USVD high quantity applicationsvalues Input (20.32 2.03) .315 .76) .115 .51) .040 operating voltages 60%and Type HVD 1.500 .51) .800 1.350 .020 Overvoltage capabilities of 150% standard working M (38.10 .51).020(8.00 .76) (1.02 .05) Voltage Dividers: ForMil-Std-202,max. Meg .51) 3.6 ground 6,000 Circuit Board 1,000 300 of 64 .115 .020 Meg 1,500 300 Type 2 MG740 Trace near (2.92 (20.32 1.52) (34.29.020 .315 .030 the table Thermal Shock: For high quantity applications to the 1.350 .51) Voltage Dividers: year) by adding Method 107, Standard per 0.5% may Dividers: For high voltage "-15" 1.000 .060 listed in .040 .002 A (34.29 .51) Meg 2.6 1.350 .020 MG731 1.500 for4,000 models and values, (except 150 Meg ratings). (25.40 1.52) (8.00 .030 (1.02 .05) (greater than 1000 Voltagebe specified thesequantity dividers voltages .125 all TraceType 2 1,000 B 200 C 40(2.92 .51)"-15" 750 M .76) .040 .002 (greater than R per year) these voltageapplications Cond. C, MG750-15). (38.10 3.18) 3.000 .100 model number (Example: 1000 0.25% max. Note that overload (34.29 .51) .240 15,000 1,000 1 K 288 Meg 500 Meg 1,500 M MG745 2 5.0 Type 2 N/A ratios and can St'dproduced withper year) thesedivision dividers be with "-15" rating custom voltage voltage dividers FIG. (76.20 2.54) (6.10 .76) (1.02 .05) (greater than 1000 Marking Side .240 .030 .040 .002 2.000 .080 division Resistance10,000 Moisture 1,000 750 1780.1%. Meg MG735 2 3.6 Type 2 FIG. ratings do not optimize the "-15" and that Marking Side Caddock'sTolerances(R)from 1.0% to 1.500 .020300 the source of .060 Preconditioning can be producedand custom voltage 0.8% max.ratios and Micronox resistance films are Meg 1,000 M immediate and .030 (1.02 .002 ratio be producedwith apply Low Ratio ratios matched for PowerResistance: to Ratings Method (6.10 .76) .040 assistance in developing Mil-Std-202, TCresistors. .315 overvoltage can Extended Range custom voltage division (50.80 2.03) 0.110 Max. For engineering .05) ratio specificationswith Voltage the performance and 106, 2.125 FIG. 2 500 2,500 M 10,000 128 Meg .51) MG750 5.0 INCHESCoefficient, 1,000 Type 2 (38.10 Side (8.00 .030 (1.02 ratings and maximum operating in the table 1.500 Temperature AND (MILLIMETERS) Voltage Resistors' outstanding 1.52) (2.79 Max.) power or write specifications that optimize the performance we will for 400 Marking.020 Meg range, of (53.98 .060 Resistance .05) the cost forApplications Engineering andratings DIMENSIONS for0.4% max. "-15" application. 0.110 All Max. the TypeINMG Precision High standard64resistancehigh voltage resistor.315 .76) callranges Rspecificationsthat optimize the performance and are .040 .002 ratio our your resistors shown voltage and 1.500 (38.10 .51) Meg 3.6 R1 6,000 1,000 (2.79 sets, Type 2 MG740 0.110 Max. (8.00 .030 .040 cost Life: Shock: .315 .76) Min." 80 ppm/C15,000 R2 2 1,000 600 192 Meg tolerances as (38.10 .060 are Max.) best .002to "Standardour1,000 Mil-Std-202, Method rated in performance with 300 (38.10.020 750 Meg 3,750 M 3.125 1.52)(2.79 Max.) continuous Loadfor yourMax." hoursare +125C on 107, combination features: 1.500 .51) 300 Meg 1,500 M resistance fromfor (1.02 .05) theThermalyourapplication.voltage resistoratproduct "-15 preType 7.5 R1 combination of MG780 R2 be pleased to1.52) (8.00 .76) (1.02 .05) the duty. C,These ratings at based offer.240 .030 .040 .002 Cond.for R application. the solution from high cost CADDOCK CADDOCK (79.38 .100 0.610 Max. 3.000 HVD5-A50M-050-05 HVD5-A50M-050-05 tight Curve: voltage, not Derating 5.0R1 15,000 R2100 2 1,000 1 K 288 CADDOCK 500 Meg (15.5 Max.) 1,500 M Meg CADDOCK MG745 as 0.1%. Type 0.610 Max. stress voltage Performance to0.25% max.the manufacturing during Non-Inductive levels applied exceed rated power. 0247 (6.10 .030 (1.02 .002 0248 .315 .76) .040 .05) capabilities. HVD5-A50M-050-05 Single-resistor values 2as 1,000 Pin1 10,0000247 1,000 Meg 0.610 Max. (76.20 .120 See note high as 320CADDOCK Megohms. Max.) 4.000 2.54) HVD5-A50M-050-05 (15.5 CADDOCK 20,000 800 5,000 M (101.60 3.05) (8.00 .76) (1.02 .05) Meg MG785 8.0 Type 80 Moisture Range 0248 Type MG resistors have demonstrated stability of 0.01% .040 .060 See note.030 .040provide ResistanceResistance: Mil-Std-202, Caddock's 0.150 2.125 for manufactured Load Life, Method 106, .315 HVD5-A50M-050-05 Most are stable with R .002 Maximum hours5 inType operating 400 HVD5-A50M-050-05 Meg (15.5 Max.)0.150 (53.98 .120 process tomodels R 0.4% max. resistor performance even high 2,500 M 1.0) 0247 1,000 Pin1 voltages 128 Meg MG750 1 5.0 3 POWER OR 60 62 0248 .040 2 4 (8.00 .030 .040 .05) RATED 10,000 .315 See .002 per 110.0 3 continuous 62 1,000 load 400 Megas 500 Meg as0.020M (3.81.040 1.52)0.010note.76) (1.02 .002Design which uses extended (3.81 5.000 Non-Inductive Type 2 4 1,250 6,250 0.150 1.0) RATED 25,000 MG810 1,000 VOLTAGE,5% 40ratings). Pin1 1 K life testing of standard (127.00 3.05)under momentary overload conditions. a serpentine resistive .002 (0.25 .002 (8.00 .76) (1.02 .05) Standard 0.5% max. 0.010 .05) 48,000 volts ("-15" 6 MG750 -100M - 1% at +125C at rated 0.050 0.015 0.900 .315 .030 .040 .002 (0.51 .05) 3.125 0.020 .002 1.0) .060 (0.25 Maximum operating voltages 60% higher than the values (3.81 Load Life: 1,000 hours resistance range values. 1,000 .05) 1 2 7.5 45 (1.27 0.38) (22.86) MG780Pin 1,32, and 315,000 PinType 2 0.050 0.015 600 192 Meg 750 Meg 3,750 M 20 6 0.900 .002 (8.00 .76) (0.51 .05) (79.38 1.52)pattern that .002 6.000 detail (0.25 .05) To 6 .350 Pinbe held Overvoltage capabilities (1.27 0.100 (2.54)K 384 Meg (2.54) working Note: Lead form 3.05)provides interference provides for neighboring lines to carry current in of 0.38) 1 of standard Meg 10,000 .002(152.40 .120 0.010Number:.040 .05) voltage, "-15" to exceed rated 0.8% max. 150% Pin 15.0 1, Model .040 (1.02 .05) Tolerance (22.86) 0.020 M St'd with not rating 0.100 2,000 1,000 MG815Input 2, and 330,000 Type 2 0.050 0.015 power. 0 performance has been proven through 0.900 near ground To (8.89 1.02) directions, thereby achieving maximum cancellation Thisand Input exceptionalbe held opposite (1.02 table may be specified by adding "-15" to the (0.51 .05)Lead form detail listed.030 the .002 .315 in in the 0.200 Note: circuit board hole to achieve a vertical.040 25 125 175 225 0.100 275 "-15" ratings). 4.000 .120provides interference 6 0.100 (2.54) Pin 0.38) voltages models (1.2775 0.100 (2.54) 320(22.86)(2.54) 800 MG7851, 2,8.0 3for all Pinnear ground and values, (except (5.08) mountcircuit (8.00 in the of the to achieve.76) held equipment Extended Range 0.8% max. 0.200 (5.08) (101.60 3.05)of Resistor (1.02 over Resistance Range Input 0.100 (2.54) modela circuitValue: number many years 20,000use ground2 1,000 (2.54) that 0.100 (2.54) Megthe highestboard holeprovides interference .05)(Example: MG750-15). of Note resistor. This of To be Type AMBIENT TEMPERATURE, CMeg 1,000 in demands 5,000 M Lead is device. Recommendedvertical 0.100 Load that fluxcircuit fields the entire length the Life, Roverload Note: hole form detail 0.039 inch (.99 mm). board nominally mount of the device. Recommended a Models with near construction in (5.08) .315 (.99 0.200 0.100 board Resistance25,000stability,from (2.54)K TWT shaded areas. in M of the device. Recommendedvertical .002 Solderable Leads Tolerances including are Meg amplifiers,mount hole5.000 .120to achieve.030 non-inductive do not apply accomplished without reliability and low inductance1,0001.0% to 0.1%. Meg 6,250 the circuitisboard hole 0.039 inch.76)mm)..040 .05) ratingsconstruction is to the "-15" resistors. X-ray nominally and overvoltage efficient (1.02 Type 2 400 1 1,250 MG810 10.0 circuit Standard 0.5% max. (127.00 3.05) (8.00 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 Meg0.01%N/A 2 ppm/C Type MG650 -0.5 - 010 -600 1400 11,000 : 1 9.99 Meg 10 K (2.39 (7.95 .51) ppm/V .38) 1 (.64 .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: 101%, 0.5%, 0.25%, 0.1% Absolute TC:+25C, R10 ppm/C, HVD5: 30 ppm/C, 2 ppm/C USVD2 - A10M - 025 - 02 1400 1,000 : 1 9.99 Meg 10 K Resistance 0.025% 10 Meg 0.02 ppm/V and 1 .025 .002 Standard .109 .313 .030 ppm/V .025 (millimeters) Dimensions in inches referenced to taken at -40C and +85C. 0.025% N/A 2 ppm/C USVD2 - A10M - 025025Max. 1400 Type 11,000Dielect. Meg 10 K K 10 Meg 8 Meg 0.02 (2.77 7509.99 200 MG655 Watt- - - 02600 1400 1,000 : 1: 1 9.99 Meg 1 2 ppm/C 0.025% USVD2 A10M - 02 10 N/A 10 Meg Model - 0.5 Continuous Overload (7.95 0.02 ppm/V .64) 1 (.64 .05) referenced to+25C, R taken at -40C and +85C. +25C, R 9.9 2 USVD2 - age B10M 1400 0.02 Standard0.01% Extended ppm/C A .76) ppm/V B 1 No. - B10M - 010010 - 02 1400 Rating 100 : 1 9.9 Meg 100 K K 10 Meg Strength Meg 100 -15 10 Meg C referenced to "-15" rating taken at -40C and +85C. St'd with 1% 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. 22ppm/C .500 .030 ppm/V .015 1 .025 .002 Min. 10 Meg MG RatioResistance Tolerance: (RT : R2): See table. Temperature Coefficient Type 1,000 1400 1 100 : 1 750 9.9 Meg 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 RatioTemperature Coefficient (RTTolerance See table. Temperature Coefficient (RT 1% : R2): (12.70 .76) ppm/V .38) 1 .025 .05) Ratio Temperature Coefficient from -40C to See table. : R2): +85C. .094 Extended Range .313 .020 ppm/V .015 1 (.64 .002 9.9 Meg 100 K N/A 10 Meg 0.025% N/A 2 ppm/C 100 : 1 USVD2 - B10M - 025 - 02 600 1400 Type 1 100 : 1750 9.9 Meg 100 K 10 Meg 5 Meg 0.02 1 2 ppm/C 0.025% USVD2 B10M 1400 Ratio Resistance Range 200 MG650 - 0.5 - 025 - 02 (7.95 .030 ppm/V .015 1 .025 .002 (.64 .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 .51) (2.39 .38) Ratio Temperature Coefficient from -40C +85C. Ratio Temperature Coefficient from -40C toto +85C. 2,000 2000 1,000 : 1 750 600 MG680 -0.8 - - 02 0.01% USVD2 - A20M - 010010 - 02 2000 Type 11,000 : 119.98 Meg 20 K K 20 Meg 20 Meg0.01%N/A 2 ppm/C 0.02 (2.39 .025 1 (.64 19.98 Meg 2 ppm/C 20 N/A 20 Meg USVD2 A20M (19.05 .76) ppm/V .38) 1 .025 .05) Standard .109 Temperature Coefficient: : R2): See 0.1% .313 .030 ppm/V .002 Ratio Voltage Coefficient1%, 0.5%, 0.25%, table. (RT 19.98 Meg 20 K 1,000 : 1750 0.025% N/A 2 ppm/C USVD2 02 0.02 1 Type 1 200 N/A 20 Meg 8 Meg MG655 - 0.5 - 025 - 600 2000 MG 740 A20M (7.95 .76) (2.77 .64) 1 (.64 .05) Ratio Voltage Coefficient (RT R2): See table. R2): Ratio Voltage Coefficient (RT : : 10% See table. 1.000 .040 ppm/V .015 1 .025 .002 0.025% N/A 2 ppm/C USVD2 - A20M - 025025 - 02 2000 Type 11,000 : 119.98 Meg 20 K K 20 Meg 50 Meg 0.02 .094 19.98 Meg 2 ppm/C 20 N/A 20 Meg 0.025% USVD2 A20M - 02 2000 1,000 : 1 750 800 MG710 - 1.0 - 010 - 02 Maximumwith "-15" rating St'd Ratio V.C. measured at 1% of Vmax. Resistance 2 ppm/C 100 : 1 19.8 Meg 200 K 0.01% USVD2 - B20M - 4,000 2000 20 Meg 0.02 (2.39 .015 (25.40 1.02) ppm/V .38) 1 .025 .05) (.64 .002 .094 .500 .030 ppm/V TC at 10% of Maximum Ratio V.C. measuredSpecifications Vmax. Maximum Ratio V.C. measured at 10% of Vmax. 2 ppm/C 0.01% USVD2 B20M 0.02 0.01% N/A 2 ppm/C 100 : 1 19.8 Meg 200 K N/A 20 Meg USVD2 - B20M - 010 - 02 02 2000 Type 1 100 : 175019.8 Meg 200 K 20 Meg 10 Meg 0.02 1,000 2000 400 MG660 - 0.6 - 010 1 to of Vmax. .140 (12.70.060 ppm/V .030 1 .025 .002 100%Range Range .400 .76) (2.39 .38) 1 (.64 .05) USVD2 B20M 0.02 Extended 1% Type 1,000 2000 2 100 : 1 19.8 Meg 200 K 750 800 20 0.025%N/A 2 ppm/C .152) (3.56 .76) N/A 20 Meg Meg MG712 -0.6 - 025 - 02 to 100% of Vmax. to Standard and (10.16 0.02 .094 19.8 Meg 200 2 ppm/C 100 0.025% USVD2 2000 20 Meg 2 ppm/C.750 .030 ppm/V .015 1 .025 .05) 100% of Vmax. 0.025% 100 : 1: 1 19.8 Meg 200 K K 20 Meg USVD2 750 B20M - 025 - 02 2000 1 (.64 .002 MG - B20M - 025 - 02 1,000 : 17509.99 Meg 10 K 0.05% N/A 5 ppm/C 0.02 ppm/V HVD5 0.8 05 80 ppm/C from -15C 600 20 N/A 10 Meg Meg MG680 - A10M - 050 -2,000 1500 Type 1 Voltage Rating: Maximum voltage (volts to +105C, .150 (19.05.060 (2.39 .030 2 .032 .002 St'd Rating: Maximum voltage (volts DC) with "-15" Coefficient: .562 .76) ppm/V .38) 2 (.64 .05) Temperature 1500 1,000 : 1 7509.99 Meg 10 10 5 ppm/C HVD5 1.0 0.05% 0.02 (3.81 HVD5 - A10M - 050050 1,000 1500 Type 21,000 : 1 9.99 Meg 10 K K Meg Meg 20 Meg0.05%N/A 5 ppm/C Voltage Rating: Maximum voltage (volts DC) 2 200 6.5 10 Meg MG714 - A10M - - 05 05 Voltage RT (14.27 1.52) ppm/V .76) 2 .025 .05) 1500 100 : 1 9.9 Meg 100 K 10 Meg 0.05% 5 ppm/C 0.02 HVD5 - B10M - 050 - 05 applied torating= (R1 + referenced table. R2). See to +25C. DC) 1.000 .040 .094 .015 (.81 .002 4,000 1500 800 MG710 - B10M - - 05 0.05% 5 ppm/C 0.02 .140 HVD5 1.0 appliedResistance(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 - 050050 - 05 1500 Type 1 100 : 1750 9.9 Meg 100 K 10 Meg 50 Meg appliedto RT == (R1 R2). See Specifications to RT table. 2 (25.40 .060 ppm/V .030 2 .025 .002 .750 1.02) ppm/V .38) 2 (.64 .05) 2500 20 0.02 ppm/V 1,000 : 1 19.98 Meg 2026 Meg Meg Meg0.05%N/A 5 ppm/C K HVD5 - A20M - 050 2,000 - 05 TC 750 400 50 MG715 1.0 Type 2 MG 780 Ratio stability with to +105C, Load Life Stability: 80 ppm/C from +25C maximum Range (19.05 1.52) ppm/V .76) 2 .025 .05) Extended 2500 1,000 20 Meg 0.05% 0.02 (3.56 1,000 19.98 Meg 20 K 19.98 5 ppm/C HVD5 - A20M - - 05 05 .400 .060 ppm/V .030 2 (.64 .002 0.05% N/A 5 ppm/C 0.02 .140 HVD5 - A20M - 050050 -1,000 2500 Type 2 : 1: 1750 Meg 20 K 20 Meg 20 Meg Load Life Stability: -200 ppm/C to +50 to the divider 800 N/A 20 Meg MG712 - B20M - 050 - 05 2500 0.05% 0.02 ppm/V .030 2 (.64 .05) 100 : 1 19.8 Meg 200 K 5 ppm/C HVD5 0.6 Ratio applied ppm/C from LoadStandard and Life operating voltage stability with maximum Stability: Ratio stability with maximum (3.56 .76) .025 .002 .140 Range (10.16 .060 continuous 1.000 .152) ppm/V 2500 20 0.02 5 ppm/C HVD5 1.5 600 MG716 - B20M - - 05 05 80 ppm/Capplied to divider 0.05% 0.02 (3.56 100 : 1 75019.8 Meg 200 K K 20 Meg HVD5 - B20M - 050050 4,000 2500 Type 2 100 : 1 19.8 Meg 20070 Meg Meg 75 Meg0.05%N/A 5 ppm/C 2 Page continuous operating -15C to +25C. -15Cthe+105C, 1 of 2 (25.40 1.52) ppm/V .76) 2 .032 .05) continuous "-15" voltage from 5000 50 Meg 0.05% 0.04 .150 1,000 : 1 49.95 Meg 50 K 5 ppm/C HVD5 - A50M - 050 - 05 .562 .060 ppm/V .030 2 (.64 .002 1000 hours at +85C, ratio change 0.02% divider for St'd withoperatingvoltage applied toto the 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 : 1750 Meg 50 K K Meg Meg 20 Meg 49.95 Meg 50 5 ppm/C .050 ppm/V .030 2 .040 .002 1000 hours at +85C, ratio to +25C. 0.02% max. HVD5 1.0 05 .240 (14.27 1.52) ppm/V .76) 2 (.81 .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 75049.5 600 75 225 MG717 - B50M - 050 2,000 5000 Type 2 100 : 149.95 Meg 50017 Meg Meg Meg0.05% M 5 ppm/C 1.27) ppm/V .76) 2(1.02 .05) (18.03 .060 ppm/V .030 .025 .002 Overvoltage: 1.5 times rated voltage for 5to +105C, seconds, .750 50 0.05% 0.04 .140 HVD5 5 ppm/C 0.05% N/A 5 ppm/C 0.04 ppm/V .76) 2 100 : 1 49.5 Meg 500 K K 50 Meg HVD5 - B50M - 050050 - 05 5000 Type 2 100 : 175049.5 Meg 50026 Meg Meg 50 Meg 1.0 2,000 5000 400 MG715 - B50M - - 05 80 ppm/C from +25C Overload/Overvoltage: 5 times rated power (3.56 .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. 1,000LTD K 384 Meg tolerances as St'd with "-15" rating 0.8% (0)1883 717988 1 2,000 Meg 10,000 M (152.40 3.05) MG815 15.0 Type 2 Tel: +44max. 80 ppm/C30,000 Green, (8.89 "-15 Min." to from 1.02) (1.02 .05) "Standard Max." RHOPOINT in combination with resistance Holland Road, COMPONENTS LTD Hurst Holland Road TEL: +44/01883 717988 Fax: +44max. (0)1883 712938 Extended Range 0.8% Applications Engineering Sales +44/01883 717988 and Corporate Office HollandSurrey,Max. Green, tight as TEL: RHOPOINT COMPONENTS LTD Hurst Green0.1%. 9AX Resistance Oxted, Road, Hurst RH8 FAX: DimensionsNon-Inductive Performance in inches and (millimeters) e-mail: sales@rhopointcomponents.com Specifications: +44/01883 712938 Model Surrey, RH8low inductance construction are in Watt- Continuous Overload Dielect. Models Hurst Green, with Hwy. 17271 North Umpqua9AX have demonstrated -15 shaded areas. 1717 Chicago Avenue Oxted, Surrey, RH8 9AX RHOPOINTofCOMPONENTS LTD. are manufactured +44/01883 712938 Oxted, Road,resistors Rating Strength Holland MG TEL: +44/01883 717988 ENGLAND Email: sales@rhopointcomponents.com web: www.rhopointcomponents.com * Type age stability Standard 0.01% Extended Solderable Leads FAX: with Caddock's No. A B C Min. Roseburg, Oregon 97470-9422 Riverside, +44/01883 712938 ENGLAND RH8 Caddock's Non-Inductive Resistance Pattern are in non-shaded areas. Most models Resistance Tolerance: California 92507-2364 Email: sales@rhopointcomponents.com Max. Max. Min. Oxted, Surrey,Oper. Volt. Models with 9AX FAX: per (541) 496-0700 High Silicone Non-Inductive.002 Encapsulation:uses TemperatureToleranceresistive DesignWebsite http://www.rhopointcomponents.com whichRange a serpentine Conformal. e-mail: caddock@caddock.com * web: www.caddock.com Resistance http://www.rhopointcomponents.com Phone: 1,000 hours in extended load life testing of standard Phone: (951) 788-1700 Website .313 .020 .094 .015 .025 ENGLAND Email: sales@rhopointcomponents.com IL-110.019 600 200 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 .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 .040 .040 .002
resistance Electronics, Inc. (2.39 .38) (7.95 .51)see caddock.com/contact/dist.html For Caddock Distributors listed by countrypattern that(.64 .05) Fax: 2003 Caddockrange values. (c) (541) 496-0408 provides for neighboring lines toFax: (951) 369-1151 carry L-364.0103 current Website http://www.rhopointcomponents.comin L-364.0103 Applications Engineering (c) 2003 Caddock Electronics, Inc. Standard 1%, 0.5%, cancellation .109 .025 This0.5 exceptional Type performance200 been proven through .313 .030 (2.77 .64) directions, thereby achievingSales and Corporate Office has N/A opposite .025 .002 maximum0.25%, 0.1% 600 750 8 Meg N/A MG655North Umpqua Hwy. 1 17271 Caddock Electronics, Inc. 1717 * RH8 L-364.0103 Chicago * UK (7.95 .76) (.64 .05) (c) 2004 Caddock Electronics, Inc. Hurst Green * the resistor. Avenue Surrey 1% 28_IL110.1004 9AX This (c) 2003 years of use in equipment that demands the highest many St'd entire rating of flux fields over the with "-15" length of California 92507-2364 Roseburg, Oregon 97470-9422 Riverside, .500 .030 .094 .015 .025 .002 Type 1 1,000 750 400 10 Meg N/A MG660 0.6 and stability, including TWT amplifiers,N/A Email * sales@rhopointcomponents.com reliability X-ray(12.70 .76) web: www.caddock.com construction e-mail: caddock@caddock.com efficient non-inductive Extended Range is accomplished 788-1700 * (2.39 .38) (.64 .05) Phone: (541) 496-0700 Phone: (951) without 1% For Caddock Distributors N/A listed see (0) of any performance Web * www.rhopointcomponents.com .750Tel: +44caddock.com/contact/dist.html advantages. .030 .094 .015 .025 1188 Fax: (541) 496-0408 Fax: (951) 369-1151 systems, geophysical instruments, and medical20electronics. by countryderating870 608.002 600 2,000 750 Meg N/A MG680 0.8 Type 1
UK & Ireland Distributors
(c) 2004 Caddock Electronics, Inc. 1.0 4,000 Type 1 MG710 Max. Overload Model Watt-
Type MG Precision High Voltage Resistors
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Type USVD and Type HVD Type HVD Type USVD and Type HVD Type USVDHigh Voltage Resistors and Type MG Precision High Voltage Resistors Ultra-Precision Voltage Dividers - 450 Volts to 5 KV Type MG Precision Dividers - 450 Volts to 5 KV Ultra-Precision Voltage Dividers - 450 Volts to 5 KV Ultra-Precision Voltage Type MG Precision High Voltage Resistors Now with Extended Resistance Range to 10,000 Megohms and Additional Models
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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 50 Meg N/A Resistance N/A
750 Dielect.
(19.05 .76) (2.39 .38) (.64 .05) .094 .015 .025 .002 1.000 .040 Dimensions in inches .38)(millimeters) (25.40 1.02) (2.39 and (.64 .05)
Resistance Specifications: Range
Temperature Coefficient:
28_IL110.1004 TC Specifications

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