USG1110-150M-0.10-10PPM

TType USGUltra-Stable PrecisionHigh Voltage Resistors ype Type MG Precision High High Voltage Resistors USG Ultra-Stable Precision High Voltage Resistors TypeType Ultra-Stable PrecisionVoltage Resistors USG MG Precision High Voltage Resistors The very highest performance high voltage applications require The performance features of the Type USG Ultra Stable USG Ultra Stable The very highest performance high voltage applications require The performance features MG The650 best possible temperature coefficient and long term stability Precision High Voltage Resistors are: Type USG Ultra Stable very Caddock's Micronox® resistancevoltageare the source of Preconditioning for Resistors The performance features and Voltage Ratings thethe possible temperature coefficient and long term stability best highest performance high films applications require Precision High Voltage Power of the MG 655 Now Precision High that are Resistors' applications. Precision High Voltage and Additional Models the Typethe high voltage resistorscoefficient and longoutstandingto 10,000 power ratings and maximum operating voltage ratings All Megohms Resistors are: thefrom high with Extendedare used inin theseterm stability best MG voltage resistors that Resistance Range from the possible temperature Voltage used these applications. • • Temperature Coefficient: 10These from -40C to +85 C. ppm/ are for continuous combination these demanding features: usedppm/°C,applications. with Temperature Coefficient: Stability C from -40C to +85C. preMG 660 from the theseCoefficient requirements Caddock introduces the To meet high performance requirements in these Combined To meet of demanding as that are Temperature voltage resistors tight as 80Caddock introduces the • •• Tolerance: 0.10% duty. 10 ppm/ratings are based onC. Excellent 0.10% Long-Term andfrom -40 C to +85 C Precision Tolerances. Temperature Coefficient: Tolerance: stress voltage levels applied during the manufacturing • ToGType USG Ultra-Stable Precision High Voltage Resistors. Utilizing Single-resistordemanding high High Voltage Resistors. Type USG Ultra-Stable Precisionas 10,000 Megohms. Utilizing M meet these values as requirements Caddock introduces the 680 • Typical LoadLife for for of and Voltage Ratings Tolerance: Life Stability Caddock's Micronox® resistance films are the source of process Loadprovide Power 0.025% per 1,000 hours even 1,000 hours Typical to 0.10% • Type USG Ultra-Stable®operating Highsystem, Resistors. Utilizing • •Preconditioning Stability stable resistor performanceratings Maximum continuous Precision voltages as these Type USG ourour proven Tetrinoxresistance film Voltage high as TypeUSG proven Tetrinox® resistance film system, these MG 710 the Type volts ("-15" ® High Voltage Resistors' outstanding MG Precision • at +85C,0.05% per 1000 hrs.0.025% per 1,000 hours Typical Load Lifeoverload of maximum. under momentaryper 1000 maximum operating voltage atAll power ratings and conditions. +85 C, 0.05% Stability maximum. 48,000 resistance film low temperature coefficient ourresistors were developed to optimize system, these coefficient proven Tetrinox ratings). resistors were developed to optimize low temperature Type USG MG 712 are Maximum operating continuous 60% higher than theon precombination of features: at for continuous duty. hrs. ratings +85C, sizes Three body 0.05% per 1000These voltage ratings based Three body sizes provide voltagesmaximum.are of 5KV, values of 5KV, performance and long of stability performance. coefficient developed to • resistors were performance optimize performance. By utilizing Overvoltage and long term 150% of low temperature By performance capabilities term stabilitystandard working utilizing • •stressinvoltage provide continuous voltage ratings manufacturing listed and 15KV. levels applied during adding of 5KV,to the • performance all core materialsvalues,optimum Tetrinox®By utilizing Single-resistor values materials asoptimum Megohms. processing as high with (except "-15" ® processing 10,000 Tetrinox ratings). 10KV, body sizes may continuous voltage ratings "-15" • 10KV, and 15KV. providebe specified by the Three the table voltages for and core and with MG 714 specific ceramic long specific ceramic modelsterm stability performance. process to provide for MG750-15). performance even model number (Example:stable resistor Note that overload • wewe are able control,materials±1.0% to ±0.1%. the important Maximum Tolerances very tightly optimum Tetrinoxthe 10KV, The and resistances The specificresistances that not offered in the body size, are ceramic control, from with manufacturing, • specificablecontinuousvery tightly in in manufacturing, asprocessing • •underspecific15KV.ratings thatconditions. to each "-15" size, Resistance to tocore operating voltages as high ® important momentary and overvoltage overload are apply in each body resistors. do MG 715 volts ("-15" ratings). 48,000able performance parameters in in operating the important have specific operating voltages 60% higherperformance. • have been selected for produceabilityoffered in eachthethe size, The been ranges for "-15" resistorsoptimum in body values ultra-stable to control, very tightly in manufacturing, range, of are • weultra-stable Coefficient, for standard resistancetemperatures Temperature performance parameters operating temperatures Maximum resistances that are Resistance selected for produceability of optimum performance. are • ultra-stableto capabilitiesThis150% process isis offered in specific • •listed"-15 theselected for produceability ofshown than table the Overvoltage to +85 This with resistance tolerances as unique process offered in The in Low to "Standard specified minimizes "-15" MG ppm/°C in combination 716 have been table may be Max." optimum performance. from -40C C +85C. C. parameters in operating temperatures 80 from -40 performance ofunique of standard workingspecific The UltraLow Temperature Coefficient minimizes self to from UltraMin." Temperature Coefficientby adding self voltages±0.1%. in three body sizes. The extraordinary operating resistance +85 in This unique process is offered in specific heating (warm-up) drift following the application that tight -40C toall models and values,The extraordinary operating as values resistancefor valuesC. three body sizes.(except "-15" ratings). model Ultra Low (Example: MG750-15). minimizes self from • heating (warm-up) drift following the application of high The number Temperature MG 720 Non-Inductive Performance Coefficient Note of highoverload • stability of thethe Type USG resistors Thestability of 0.01% Resistance Tolerances body sizes. improve stability of Type have demonstrated extraordinary operating voltage orresulting Non-inductive performance the applied highvoltage. from manufactured with voltage. andMovervoltage ratingsa following the applied high of high not apply • resistance resistors threefrom ±1.0%will improve the performance Type MG values in USG resistors willto ±0.1%.the performance voltage or(warm-up) areadoexclusive in the application Caddock's heating models withdrift change in ost resultingfrom change design to the "-15" resistors. Caddock's of your the voltage system. MG 1,000 hours in system. • stabilityhigh voltage extended standardimproveof standardof Temperature Type USG for load life resistance performance Resistance ranges for "-15" resistors a 50KV,in high voltage. per 725 ofhighCoefficient,resistors will testing the range, Custom Low TC HV Strings change in the 50KV, 100KV, etc. of your Non-Inductive HV Strings are available: serpentine resistive voltage or resulting from a are uses shown 100KV, etc. • • Custom Low TCDesign which available: applied the table are 80 ppm/°C voltage system. from "-15 Min." to "Standard Max." resistance in combination pattern that provides for neighboring lines 50KV, 100KV, to carry current in of your highrange values. with resistance tolerances as • Custom Low are MG 717 Ambient Max. Dimensions tight asexceptional performance has Resistance (proven through TC ppm/on-InductiveTC HV Strings are available: with (millimeters) etc. ±0.1%. Max. Continuous Ambient Max. Performance Dimensions in inches and (millimeters) This PartPart Number been NC oppositeOperating MostDielectric directions,Dielectric thereby achieving in inches and cancellation maximum Tolerance models available Max. Continuous Resistance () ) Number Tolerance C Strength Operating (Model-Value-Tol.-TC) Temperature Operating Voltage • Typeyearsresistors have Operating Voltage stability the highest TC ppm/of fluxTemperature over Non-inductiveA Serpentine Pattern MG of use demonstrated many (Model-Value-Tol.-TC) in equipment that demandsof 0.01% M ost models Strengthentire length ofin inches resistor. This are fields Caddock's the manufactured the and (millimeters) 1 C 2 Ambient Max. Dimensions B with Caddock's Max. Continuous Resistance ( Dielectric 1 A B 2 Tolerance TC ppm/C MG 1,000 hours Operating Design construction isa accomplishedresistive per721 Part Number in extended load life testing)of standard reliability and - 0.10%-10ppm Operating Voltage TWT Meg stability, including amplifiers, X-ray 10 ppm/C Non-Inductive serpentine C without .002 1.250 .070 efficient Temperature non-inductive which uses .350 .040 .040 .002 Strength (Model-Value-Tol.-TC) USG1105 85C 5 50 1,000 0.10% 1.250 .070 .350 .040 .040 (31.75 1.78) (8.89 1.02) (1.02 .05) resistance- 50M range values. 5 KV KV and medical electronics. 1 A B C 2 derating of C USG1105 50M - 0.10%-10ppm 10 ppm/pattern that provides for neighboring lines 1.02) C 85 any performance (31.75 1.78) (8.89 to carry current in 50 Meg 1,000 0.10% systems, -geophysical instruments, (1.02 .05) advantages. .040 .040 .002 1.250 .070 .350 5 KV 75 Meg 1,000 USG1105 85C  1.250 .070 .350 .040 .350 .040 .040 .05) 1.250 MG his exceptional performance has been proven 0.10% (31.75 .070 T730 50M75M - 0.10%-10ppm through 1010 ppm/CC directions, 1,000 thereby (31.75 1.78) (8.89 1.02) (1.02.040 .002 achieving maximum (1.02.002.05) cancellation USG1105 - 75M -- 0.10%-10ppm 0.10%-10ppm 10 ppm/ C KV 50 Meg 1,000 55KV 0.10% 75 Meg C ppm/opposite 8585C 0.10% (31.75 1.78) (8.89 .040 (8.89 1.02).040(1.02 .080 1.78) 1.02) .05) 2.000  many USG1110 - 100M -use in equipment that demands the0.10% Dimensions inCinches and (millimeters) Specifications:(8.89the .040 (1.02.002 .002 years of 0.10%-10ppm highest 10 ppm/ flux fields over the entire 1.250 .070 of .350  resistor. This 10 KV 100 Meg 1,000 85C of length .350 1.02) .040 .05) .002 2.000 .080 .350 .040 Resistance .040 (50.80 2.03) Max. KV 105KV 75 Meg 1,000 USG1105 -100 Meg USG1110 1,000 8585C C 0.10% 10 ppm/ 0.10% 10 ppm/CC Overload Dielect. Model Watt-75M - 0.10%-10ppm (50.80 .080 (1.02 .002 (31.75 (8.89   Continuous Rating 2.000 2.03) .350 1.02)  .05) reliability 100M - 0.10%-10ppm and -stability, including TWT Meg Standard Extended efficient non-inductive construction1.78)(8.89 1.02) (1.02.040 without is (8.89 .0401.02).040(1.02  .05) accomplished.002 -15 amplifiers, X-ray A ppm/C No. 735age - 150MVolt. B MG USG1110 Oper. 0.10%-10ppm Strength Min. 10 KV 150 1,000 0.10% 10 85C C  2.000 .080 (50.80 2.03) Resistance 2.000 .080 .350 .040 .040 .05) .002 Tolerance: .350 .040 Max. Min. Meg 10 KV 10 KV 1,000 C 10 ppm/derating 8585any performance (50.80 2.03) (8.89 1.02) CC 100 USG1110 150M -- 0.10%-10ppm 100M 0.10%-10ppm 1,000 0.10% 10 ppm/C systems, - geophysical instruments, and 150 Meg Max. 0.10% medical electronics. (1.02 .002 (50.80 2.03) .350 .040 of advantages. (8.89 1.02).040(1.02 .05)  .05) 3.000 .090 .313 �.020 .094 �.015 .025 �.002 Lowest TC High Voltage Resistor, 10 ppm/Cfrom -40C to +85C reference to +25C to +25C Lowest TC High Voltage Resistor, 10 ppm/ C Lowest TC High Three body sizes 10 ppm/C from -40Cto +85C Additional to15KV Resistor, from -40 C to and referenceand +25 Now with Extended Resistance Range to 10,000 Megohms of C reference Models 0.10% Tolerance, Voltage body sizesproviding voltage ratings+855KV, 10KV, and 15KV C 0.10% Tolerance, Three providing voltage ratings 0.10% Tolerance, Three body sizes providing voltage ratings Stability 10KV, and Tolerances. Page Temperature Coefficient as tight as 80 ppm/°C, Combined with Excellent Long-Termof 5KV, and Precision 15KV 1 of 2 15 150 10 ppm/C 1,000 85C Resistance(76.20 2.29) (8.89 1.02) (1.02 .05).002 Range .080 .350 .040 Tolerance  3.000 .090 .040 2.000 .350 .040 .040 .002 0.5 600 N/A 750 KV 200 � N/A Meg 5 Meg 0.10% Type 1 MG650 USG1115 - 150M - 0.10%-10ppm 15 KV (7.95ppm/CC(2.39 �.38) 8585C �.05) (.64 150 Meg 10 �ppm/ 0.10% USG1115 1,000 C 10 KV 150 Meg USG1110 150M 0.10%-10ppm 1,000 0.10% 10 .51) (76.20 .090 (50.80 2.03) (8.89 .040 (8.89 1.02) (1.02 .002 MG 745 - 150M -- 0.10%-10ppm 3.000 2.29) .350 1.02) .040(1.02 .05)  .05) 200 Meg 15 KV 0.10% 10 ppm/ .109 � and 85C �.002 1,000 Standard3.000 .090�1%, 1.02) �(1.02 .05)0.1% USG1115 - 200M - 0.10%-10ppm �0.5%, 0.25%, � .002 .025 .313 �.030Cinches .025 (millimeters) Resistance (76.20 2.29) (8.89 .040 3.000 .090 .350 Dimensions in .350 .040 .040 .002 .040  Type 0.5 150M Max. 600 750 8 Meg 0.10% N/A N/A MG655 Watt15 KV 10 �ppm/ 1,000 C USG1115 - 200M -- 0.10%-10ppm 1 Overload Dielect. 200 � 200 Meg 15 KV Model 150 Meg 10 .76) 0.10% 0.10%-10ppm 1,000 (7.95ppm/CC(2.77 �.64) 8585C �.05) (.64 (76.20 2.29) (8.89 1.02) (76.20 2.29) (8.89 1.02) (1.02 .05).05) (1.02  Continuous Rating Standard Extended -15 No. age Oper. Volt. Strength Min. A B C St'd with "-15" 3.000 �1% Resistance rating .090 Tolerance: .350 .040 .040 .002 Max. Max. .025 .500 �ppm/C .094 �.015 85C �.002 Min. MG 731 200 Meg 10 Meg 0.10% 15 KV 400 � 10 .030 1,000 USG1115 - 0.10%-10ppm 1 Type 750 N/A N/A MG660 0.6 200M 1,000 (76.20 1.02) (12.70 �.76) (2.39 �.38) (.64 �.002 Extended Range 2.29) (8.89 Tolerance �1% (1.02 .05) .313 �.020 .094 �.015 .025 �.05) Resistance Range 600 200 � 5 Meg N/A 750 N/A Type 1 MG650 0.5 (7.95 �.030 (2.39 �.015 .025 �.002 (.64 �.05) (Numbers inside circles reference columns in .750 .51) .094 �.38) 2,000 750 20 Meg N/A 600 � N/A MG680 0.8 Type 1 (19.05 �.76) (2.39 �.38) (.64 �.05) numberStandard Coefficient: 0.5%, �0.25%, � .313 �.030 .109 �.025 .025(Numbers inside circles reference columns in0.1% �.002 part Temperature table above) �1%, � Type 1 600 750 200 � 8 Meg N/A N/A MG655 MG 740 0.5 .094 �.64) (7.95 .040 (.64 �.002 �.05) 1.000 ��.76) (2.77 �.015 .025 part number table above) 1.0 4,000 750 800 � 50 Meg N/A N/A Type 1 MG710 St'd inside rating Resistance  0.1% reference columns in 1.02) .094 �.015 .025 �1(Numberswith "-15" circles measured �1% room (25.40 ��.030 (2.39 �.38) (.64 �.05) Tolerance: at .500 .002 TC Specifications Type 1 1,000 750 400 � 10 Meg N/A N/A MG660 0.6 Range .140 �.38) � part number (23 0.1% at 100 Vdc �1% (12.70��.76) (2.39 �.030 .025 �.002 (.64 1.05) .400 .060 Tolerance: table above) temperature C 2 Extended Range C) measured at room Type 2 1,000 750 800 � 20 Meg N/A N/A MG712 0.6 .152) .094 �.015 .025 �.05) (10.16 ��.030 (3.56 �.76) (.64 �.002 Standard and C 2C) at 100 Vdc .750 MG 750 temperature (23 �80 ppm/�C from -15�C to +105�C, 600 � 2,000 750 20 Meg N/A N/A MG680 0.8 Type 1 10ppm/C, refer.150 �.38) (19.05��.76) (2.39 �.030 .032 �2 1 Temperature Coefficient: measured at room (.64 �.002 Tolerance: .05) St'd with "-15" Coefficient: .562 .060 Temperature  0.1% 1.0 1,000 750 200 � 6.5 Meg 20 Meg N/A MG714 Type 2 referenced �C. (14.27 �1.52) (3.81 �.76) (.81 2 .002 enced toratinC. R taken at to +25Vdc 25 g 1.000 �.040 .094 �.015 .025 �.05) temperature (23C 2C) at 10ppm/+85C, � Temperature Coefficient: -40C and C, refer100 1.0 4,000 750 800 � 50 Meg N/A N/A Type 1 MG710 (25.40 �.060 (2.39 �.030 .025 �.002 (.64 �.05) enced Resistance Rof �80 ppm/-40fromand �+85C, �C, to 25 50% taken at TC Specifications +105 C .750 �1.02) .140 �.38) measured at C. rated voltage +25 C to 2,000 750 400 � 26 Meg 50 Meg N/A MG715 1.0 Type 2 �C 10ppm/ MG 780 Range 2 (19.05 �1.52) (3.56 �.76) (.64 �.002 referExtended .140 �.030 .025 �.05) Temperature Coefficient: .400 �.060 measured at 50% of -200 10,000 to +50 ppm/C, from rated voltage ppm/�C megohms, C � min. Type 2 1,000 750 800 � 20 Meg N/A N/A MG712 0.6 Insulation 25C. (10.16 �.060 (3.56 �.030 .025 �.002 enced Rangeand R taken at -40C and +85C, (.64 �.05) 1.000 �.152) .140 �.76) to Resistance: �C to +25�C. Standard -15 ppm/�C from -15�C to +105�C, 1 of 2 Type 2 600 � 70 Meg 1.5 4,000 750 75 Meg N/A MG716 �80 10,000 megohms, min. Page Insulation Resistance:rated voltage continuous (.64 �.05) (25.40 �1.52) (3.56 �.76) .150 �.030 .032 �.002 measured at 50% times maximum St'd with "-15" .562 �.060 Overvoltage: 1.5 of 1.0 1,000 750 200 � 6.5 Meg 20 Meg N/A MG714 Type 2 referenced to +25�C. (14.27�.050 (3.81 �.030 .040 �.002 (.81 �.05) .710 �1.52) .240 �.76) rating 1.5 times MG 785 1.5 Insulation Resistance: 10,000 continuous operating voltage for 5 maximum Megohms, min. R 0.05% Overvoltage:Resistance: seconds,megohms, min. 2,000 750 600 � 17 Meg 75 Meg 225 M Type 2 MG717 (18.03 �1.27) (6.10 �.76) (1.02 �.05) Insulation 10,000 .140 �.030 .025 �.002 .750 �.060 max. 2,000 750 400 � 26 Meg 50 Meg N/A MG715 1.0 Type 2 operating voltage for 5 seconds,+25R rated power 0.05% �80 ppm/ from  Overload/Overvoltage:�C 5 times�C to +105�C, (19.05 �.080 (3.56 �.030 .025 �.002 (.64 �.05) 1.500 �1.52) .140 �.76) Extended Type 2 6,000 750 1K 150 Meg N/A N/A MG720 2.0 Overvoltage: voltage not to C to +50 ppm/�C frommax1.5-200 ppm/� Method 1.5 times times maximum107, (3.56 �.76) max.with Range (.64 �.002 (38.10 �2.03) .140 �.030 .025 �.05) Thermal applied Mil-Std-202, exceed continuous Shock: 1.000 �.060 -15�C to +25�C. Type 2 600 � 70 Meg 4,000 750 75 Meg N/A MG716 1.5 MG 810 (.64 �.05) (25.40 �.050 (3.56 �.030 .040 �.002 operating R 0.05% max. seconds, forR seconds. 1.000 �1.52) .240 �.76) condition A, voltage operating voltage  5 0.05% imum continuous for 5 Thermal Shock: Mil-Std-202, Method 107, 2.0 4,000 750 200 � 51 Meg 100 Meg 300 M MG721 Type 2 (25.40 �1.27) (6.10 �.76) (1.02 �.05) max. .240 �.030 .040 �.002 .710 �.050 Insulation Voltage max. 10,000 Megohms, min. Resistance:il-Std-202, Method Type R condition A,Resistance: M 1.5 2,000 750 600 � 17 Meg 7 Meg Type 2 MG717 Moisture1: DC 0.05% .140 �.76) .025 �.05) Caddock's Micronox® resistance films are5 Meg source (18.03 �.080 PreconditioningThermal Shock: Mil-Std-202, Method 107, the 225AM of �1.27) (6.10 �.030 (1.02 �.002 for Power and Voltage Ratings 2.000 750 1.5 K 200 10,000 N/ N/A MG725 2.5 Type 2 V il-Std-202, rated power Overload/Overvoltage: 5 R (50.80 �.080 .140 �.76) .030 (.64 ratingsand DC max. Moisture0.05% 1.500 the Type MG Precision High Voltage N/A Resistors' outstanding �2.03) (3.56 �ll power�.05)106,Type 2:Resistance: operating voltage ratings A�.76) .025 �.002 condition A, Voltage ormax.AC times Method maximum Mrms Type 2 6,000 750 1K 150 Meg N/A MG720 2.0 MG 815 0.05% (.64 �.05) (38.10 �.080 (3.56 �.030 .040 �.002 1.500 �2.03) .240 R 0.05%R hrs 106, ResistanceThese ratings at rated voltage,R preRange Overload/Overvoltage, � Load duty. 1000voltage not C are based on Life: 1,000 500 � 77 Meg 250 Meg 6,000 750 M MG730 3.0 Type 2 are for continuous with applied max. at +85to exceed 1.5 times maxcombination of performance features: (38.10 �2.03) (6.10 �.76) (1.02 �.05) .240 �.030 .040 �.002 Moisture Resistance: M il-Std-202, 5 seconds. 1.000 �.050 Precise Voltage Division Ratio performance can00 Meg 300 M  imum continuous operating voltage for 2.0 4,000 750 200 � 51 Meg 1 be formed using Type USG MG721 Type 2 rated voltage, Load Life: applied at +85 at0.5% max. Method 1000 .315 �.76) .040 �.05) R 0.025% typical, R 0.05% max. (25.40 �.060 stress voltage levels Standard hrs duringC the manufacturing 1.000 �1.27) (6.10 �.030 (1.02 �.002 Single-resistorDivision as 1,000 as 10,000 be Meg 750 M 2.6 4,000 Ultra-Stable values Voltagehigh 200 � together 150 formed Resistors 40 can with Caddock's (25.40 1.52) MG731 Type 1: Page 1 of 2 106, R DC Voltage Precise Voltage High Type 2Ratio performanceMegMegohms. usingType�USF (8.00 �.76) (1.02 provide for 0.05% max.0.05% max. Type USG .140 �.030 .025 �.05)Solderable typical, R R 0.025% Leads 2.000 � 750 K 10,000 N/ MG725 2.5 Type 2 Ultra-Stable Precisionthis catalog are or "matched"highselected Type USF also patents .040 �.002 Type 2: stable hrs at +85C Low .240 �.76) (.64 �.05) Maximum continuousFilm ResistorscoveredAbyas200or more N/A Type TK.080 process to �.002 Load Life:DC Voltage or VrmsAC atN/A voltage, operating 1.5 together with Meg as patents,(50.80 � .080 (3.56 �.030 pending. St'd with "-15" ratingresistor performance even voltages onewith Ultra-Stable10,000 Voltage Resistors � 178 Meg 300 Meg 1,000 M High Caddock's 2.000 �2.03)under momentary overload 1000 Certain3.6 products shownType 2 in there are rated conditions. MG735 temperature silicone Solderable Leads (50.80 �.080 TC Precision Radial-Lead performance can beCaddock Applications (6.10 �.030 Extended 0.8% 48,000 volts ("-15" Film 1,000 750 � ratings). Precise Voltage Division2RatioResistors. 77Consult Meg 750 MType Type USG �.76) (1.02 �.05)Encapsulation: High 0.05% max.max. Ultra-Stable PrecisionType Resistors 500 "matched" with formed using1.500 �2.03) .240 �.76) .040 �.002 R Resistance Range 60% Overload/Overvoltage, �values or TK Low 0.025% typical, Range R 1,000 250 selected 6,000 MG730 3.0 Maximum operating voltages R temperature silicone conformal 1.500 2.03) Engineering to Voltage 1,000 division Meg ratio Caddock your Encapsulation: High higher than the Ultra-Stable 6,000 optimize voltage 300 of Consult performance for(38.10 �.060 (6.10 �.030 (1.02 �.002 Thermal Shock: Mil-Std-202, Method 107, High Type 2 Resistors. 64 Meg 300 Meg 1,500 M (38.10 �USF 315 Overvoltage Radial-Lead of 150% together with Caddock's Type�1.52) ..315 �.030 .040 �.05) Solderable Leads 3.6 MG740Precision capabilities Resistors � standard working Applications (8.00 �.76) (1.02 �.05) TC Standard in .040 .002 1.000 Storage Temperature: -40C adding C"-15" to the +105 1.500 ± .125 The LowA 2 ResistorsUSG resistors 1with selected Type TK Low application.4,000 modelsof the Type200 C"matched"minimizes temperature �.060 listed�.76) the �table may be specified by to 0.5% max. 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Ultra-Precision Tolerance,Green, many years 20,000use Type 2 1,000 800that °CMeg 1,000 MegtheType TK(101.60 �3.05)model.76) fields�.05)(Example: MG750-15). of+44/01883 712938 This of in AMBIENT TEMPERATURE, demands with5,000 M Low equipment �Lowest Ratio TC highest Load that of Resistor (1.02 over Resistance Range flux Value: the entire length the Life, �Roverload Models Resistors construction are in shaded areas. .315 �.030 .040 �.002 RHOPOINT COMPONENTS LTD Email: sales@rhopointcomponents.com 5.000 �.120 efficient non-inductive Resistance25,000low 9AX 2 from Tolerances withOxted, Type USF with do not reliability Surrey, RH8inductance1,000±1.0% to ±0.1%.Radial Lead Resistors �3.05)and overvoltage ratingsconstruction TEL: +44/01883 717988 Type 1 K 400 Meg amplifiers, X-ray 1,250 Solderable Leads is to the "-15" resistors. MG810 10.0 and stability, including TWT TC Meg 6,250 M (127.00 (8.00 �.76) (1.02 �.05) Standard apply accomplished without 0.5% max. ENGLAND Website http://www.rhopointcomponents.com Holland Road, Hurst Green, FAX: +44/01883 712938 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 • • Precise Low TC Voltage Division • • • Precise Low TC Voltage Division Precise Low TC Voltage Division 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 0 COMPONENTS LTD St'd with "-15" rating 0.8% (0)1883 1 K 384 Meg 2,000 Meg 10,000 M MG815 15. COMPONENTS LTD. 1,000 Type 2 Tel: +44max. RHOPOINT 30,000 TEL: +44/01883 717988 80 ppm/°C in combination with resistance tolerances as (152.40 �3.05)from �1.02) (1.02 �.05) "Standardhttp://www.rhopointcomponents.com717988 (8.89 "-15 Min." to Max." ENGLAND Holland2003 Caddock Electronics, Inc. Fax: +44max. (0)1883 712938 © Road Holland Road, Hurst Green, FAX: +44/01883 712938 RHOPOINT COMPONENTS LTD Website Range Extended 0.8% L-358.0103 Applications Engineering Sales and Corporate Office tight as Hurst Green±0.1%. DimensionsNon-Inductive Performance in inches and (millimeters) e-mail: sales@rhopointcomponents.com Oxted,Models RH8low inductance construction are inResistance COMPONENTS LTD. Specifications: Surrey, Max. 9AX RH8 Email: sales@rhopointcomponents.com Model Surrey, with Hwy. Watt- Continuous Overload Dielect. 17271 North Umpqua9AX have demonstrated -15 shaded areas. 1717 Chicago Avenue RHOPOINTof 0.01% Oxted, MG resistors Rating Strength web: www.rhopointcomponents.com • ©TypeCaddockOper. Volt. Inc. stability Standard Extended No. A C MB ost models Solderable Leads are manufactured with L-358.0103 Caddock's Min. ENGLAND Electronics, 2003 age Resistance Tolerance: California 92507-2364 Roseburg, Oregon 97470-9422 Riverside, Max. Max. Min. Models with Caddock's Non-Inductive Resistance Pattern are in non-shaded areas. RHOPOINT COMPONENTS LTD Website http://www.rhopointcomponents.com per (541) 496-0700 Non-Inductive�.002 E Resistance Range a serpentine Conformal. Design which High e-mail: caddock@caddock.com • web: www.caddock.comncapsulation:uses Temperature Silicone resistive Phone: 1,000 hours in extended load life testing of standard Phone: (951) 788-1700 .313 �.020 .094 �.015 .025 Tolerance IL-110.019 600 200 � 5 Meg N/A 750 N/A MG650 0.5 Type 1 • • Oxted,Models with Caddock's Non-Inductiveand medical electronics. 6.000 �.120 Resistance any performance resistors shown in the table are Temperature Coefficient, for standard resistance areCOMPONENTSranges Encapsulation: High Temperature Silicone Conformal. RHOPOINT in non-shaded areas..350 �.040 of LTD "-15" advantages. systems, geophysical instruments, Resistance Pattern range, of derating .040 �.002 for Email: sales@rhopointcomponents.com Surrey, RH8 9AX resistance Electronics, Inc. (2.39 � that provides for neighboring lines to carry current in (7.95 �.51)see caddock.com/contact/dist.html For Caddock Distributors listed by countrypattern.38) (.64 �.05) Fax:2003 Caddock range values. Fax: (951) 369-1151 © (541) 496-0408 L-358.0103 Applications Engineering 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 0.1% has N/A opposite .025 �.002 maximum�0.25%, � Office 600 750 8 Meg N/A MG655North Umpqua Hwy. 1 17271 1717 • R 28_IL110.1004 Chicago • UK (7.95 �.76) (.64 �.05) © 2004 Caddock Electronics, Inc. HurstgGreen • the resistor. Avenue Surrey �1%H8 9AX This many years of use in equipment that demands the highest .500 �.030 .094 �.015 .025 �.002 the with "-15" length of California 92507-2364 of flux fields over St'd entire ratin Roseburg, Oregon 97470-9422 Riverside, 1,000 750 400 � 1 N/A N/A MG660 0.6 Email • reliability 496-0700 Type 1 (12.70 �.76) web: www.caddock.com construction is accomplished 788-1700 e-mail: 0 Meg caddock@caddock.com efficient non-inductive Extended Range sales@rhopointcomponents.com • (2.39 �.38) (.64 �.05) Phone: (541) and stability, including TWT amplifiers, X-ray Phone: 1% � (951) without 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 .002 Fax: (541) 496-0408 Fax: (951) 369-1151 systems, 8geophysical instruments, and medical20electronics. by countryderating870 608�1188 600 � 2,000 750 Meg N/A MG680 0. 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 MG Precision High Voltage Resistors Page 2 of 2 Page 1 of 2 N Specifications: Specifications: Specifications: Specifications: Type MG Precision High Voltage Resistors Type MG Precision High Voltage Resistors Ordering Information 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