CC2015FC

Temperature Coefficient as tight as 80 ppm/°C, Combined with Excellent Long-Term Stability and Precision Tolerances. Caddock's Micronox® resistance films are the source of Preconditioning for Power and Voltage Ratings the Type MG Precision High Voltage Resistors' outstanding All power ratings and maximum operating voltage ratings are for continuous duty. These ratings are based on 1of 2 combination of performance features: Page of 2 Page 1 prestress voltage levels applied during the manufacturing • Single-resistor values as high as 10,000 Megohms. Page 2 Page 1 of 1 of 2 Page 1 of 2 process to provide for stable resistor performance 1even Page 2 of22 • Maximum continuous operating voltages as high as Page of under momentary overload conditions. • Style FC - Now with Extended Resistance Range to 10,000 Megohms and Additional Models 48,000 volts Flip Chip version for surface mount applications. ("-15" ratings). Maximum higher than the Style FC FFlipChip version Style WB - withChip version forResistance applications. 10,000 Megohms and Additional Models values FC lip Coefficient as surface 80 working with • •O•vervoltage--capabilities of 150%for hybridmountapplications. metallized Excellentoperating voltages 60% by Precision Tolerances. Now Wire Bond version of standard ppm/°C, Combined listedback TemperatureExtended surface mount Range to tight as applications with in Long-Term Stability, and adding "-15" to the • Style FC -- Flipire Bond version for hybrid mount applications. Style for -Wmodels and values, (exceptapplicationswith bondable termination Style WB solder Bond version ire down heat sinking of applications with metallized back hybrid "-15" ratings). surfaceWB allW Chip version for surface the chip, includes metallized back the table may be specified for voltages Page 1 of 2 Temperature- Coefficient version for hybrid applications with bondable termination (Example: MG750-15). Note that overload as 80 Style WB solderBond as tightbonds. ppm/°C, includes of the model number back surfacereceive aluminum resistanceof the chip, Combined with Excellent Long-Term Stability and Precision Tolerances. for Wire Micronox® sinking of the solder down heat sinking down heat surface forTolerances from ±1.0% to ±0.1%.are includes metallizedPreconditioning for Power and Voltage Ratings • Rpads to Caddock'saluminum wire bonds. films chip,the sourcebondable termination esistance and overvoltage ratings do not the "-15" MGpads to receive 650 Type surface forMG Precisionheat sinking of the chip, source ofbondable termination ratings and maximum operating voltage resistors. solder downresistance films are the includes wire bonds. Resistors' outstanding Preconditioning for Power and apply to Ratings ratings are ® High to optimize high power designs when utilizing Voltage All power Caddock's Coefficient, Voltage pads to resistance is for standard resistance range, of Thermal receive aluminum wire • •Temperature Micronox providedfeatures: Resistance rangesduty. "-15" resistors shown in the table are for continuous for padscombination of performance M Thermal with Extended bonds. 655 to receive aluminum Now combination with resistance substrates such the•Gppm/°C resistance is High wire to optimize high outstandingto 10,000 power ratings and These ratings are based on pre-stress A utilizing 80Type MGinPrecision provided Resistance power designs whenvoltage levels applied maximum operating voltage • Thermal resistance is provided to optimize highpower designs when utilizingMin." to "Standard Additional Models ratingsto higher thermal conductivity Voltage Resistors' Rangeas IMS from ll Megohms and Max." manufacturing process circuit board tolerances as or Alumina. "-15 high for continuous duty. during and These ratings are on precombinationresistance valuesfeatures:optimize Megohms.such as IMSare Alumina. Long-Term Stability the Precision Tolerances. of performance • MGhigherthermal conductivity tight as 10,000 high power as IMS whenprovide Thermal thermal conductivity circuit board utilizing 660 • tight as Single-resistor is provided to ohm ppm/°C, Combined ± or Alumina. Temperature Coefficient asascircuitas 80atsubstrates suchdesigns2%,Excellent for stable resistor performance even based momentary higher ±0.1%. under Non-Inductive Performance • Resistance range down tooperating board substrates ohm at withor 0.010 voltages5%, 0.050 ± as • thermal continuous circuit board ±5%, of 0.01% as 2%, or Alumina. conditions. higherMaximum conductivity 0.010 ohm stability high asohm at ±IMSstress voltage levels applied during the manufacturing substrates such • •Sype MG resistors ±downdemonstrated atMegohms. ohm at ±2%, M ost models are manufactured with Caddock's ingle-resistorrange down values as M 680 T•GResistancerange have high as 10,000at ±5%,0.050 overload Resistance Micronox® to 0.010 ohm 0.050 and 0.10 ohm at 1%. to Caddock's volts the source Preconditioning for for stable Voltage performance values Ratings processMaximum operating voltages 60% higher than to 48,000 • •MResistanceohmat ±downresistanceohm atare of standard ofat ±2%, All powerprovide Power and resistor serpentine the even aximum hours in extended0.010 films as 5%, as perand 0.10 range ("-15" Ratings). life testinghigh 0.050 ohm 1,000 continuous operating voltages ± ±1%. to load MG 710 Non-Inductive Design which usesoperating voltage ratings and •inductanceat capabilities Voltagehigh frequency and pulse response momentary overload conditions. aadding "-15" to resistive 0.10 ohm provides excellent Resistors' outstanding 1%.High of 150% of standard working theLow volts ("-15" ratings). MG Precision ratings and maximum under • Type Overvoltage listed in the table may be specified by the model 48,000 inductancevalues. excellent resistance range ±1%. pattern that • Low voltages at all models and values, (except and 0.10 of performance 712 are Maximum operating for continuous duty. These ratings are carry currentand based values combination ohm for provides features: high frequency and pulse response number provides for neighboring lines to than theon prehigherthat overload in • MGhis inductance provides excellent capability. "-15" ratings). Low exceptional performance of standard High pulse handling and 150% has been proven and • •O•vervoltage capabilities of overload capability. working pulse response involtage levels voltages 60% bytoadding "-15"resistors. THigh pulse handling and overload high frequency and pulse response the (Example: MG750-15). Note the manufacturing through opposite stress directions, therebyspecified maximum cancellation table may be not during the "-15" to the Low inductance provides excellent high frequency overvoltage ratings applied apply do achieving • •voltages forof for switching overload (except motorratings).controls, listedhigh ingle-resistor values andhigh as 10,000 ± "-15" modelsas •SBest Resistance Tolerancesvalues,1.0% toMegohms. High many714 •choicehandling equipment ±supplies, 0.1%. the highest years in and from capability. of flux the that overload • MGBestpulse alluseswitching power that demands speed controls, and high numberover the "-15" resistors shown in the table areThis speed and Resistance (Example: MG750-15). process to provide for stable resistor performance from model fields ranges for entire length of Note resistor. even choice stability, including TWT • •Maximum Tolerancesand overload to ±0.1%. high High• pulse handling frompower supplies,amplifiers, X-ray reliabilityTemperature Coefficient, for standard resistance and for efficient non-inductive Max." apply • •R•esistancecontinuous operating voltages asmotor asrange,controls, and "-15 Min." to "Standard do conditions. to the "-15" resistors. ±1.0% capability. Best choice for switching power supplies, motor speed of and overvoltage overload not high current sensing applications. under momentaryratingsconstruction is accomplished without MGcurrent sensing inratings). 715 80 ppm/°C 48,000choice("-15"applications. with resistance tolerances as volts for switching powerand medical electronics. combination systems, geophysical instruments, supplies, motor speed controls, Resistance any performance resistors shown in thethe values derating of ranges for "-15" advantages. Best andMaximum operating voltages 60% higher than table are high • •Temperatureas ±0.1%. for standard resistance range, of Coefficient, current sensing applications. tight • 80 ppm/°C incapabilities of with resistance tolerances as Overvoltage combination 150% of standard working MG 716 current sensing applications. listed"-15 the tablePerformance in Min." fromNon-Inductive "Standard specified by adding "-15" to the Max." voltages±0.1%. Flip Chip Version iResistance mount version with solderable pads for for lip chip oldering. • for Most are Style Typical-extended andstability of(exceptasurfaceratings).version with solderable padstolipfmay sbesMG750-15). Note that overload surface in inches number (Example: manufactured Style FCall models life Version iss "-15" hours f tight as FC Max.Flip Chip values, 0.02%aper 1,000mount DimensionsNon-InductivemodelsSpecifications: with Caddock's Nonmodel and (millimeters) chip oldering. Model720 Watt- Continuous Overload Dielect. MG Performance a serpentine resistive pattern that standard Inductive Design which soldering. -15 surface mount pads ratings do not apply to No. ageFC - Flip Chip range A B C • Type MG Oper. Volt. resistance ±1.0%as demonstrated 0.01% Resistance Tolerances Strength Min. to Power aStandard byMax. ±0.1%.Max. Extended andMovervoltagefor flip chip performance • Style forresistors Rating from Version iisCapabilityofInformation version with solderablemodels Non-inductiveuses Tolerance: the "-15" in opposite have stability Resistance design are sexclusive Caddock's testing. provides neighboringoldering. carry current lines Style FC -Coefficient, demonstratedMin. Capability range, version .020 .094ost pads for with chipmanufactured with the resistors. flip MG •MG650725 0.5reliabilityResistance1 forGeneral200life PowersCapabilityInformation of .313 �with solderable .025forin inches Caddock's(millimeters) to a cancellation of flux fields Temperature Flip Chip Version a surface mount resistance Information Resistance ranges inches (millimeters)uses shown in table are �.015 Dimensions in for "-15" resistors per 1,000 hours Resistance in Type extended standard Power HighofMstandard load � testing Power Applications Resistance Tolerance Non-Inductivethereby and and Range directions, �.002 achieving Dimensions Design which maximum serpentine resistive Applications High Power Applications through.51) (2.39 �.38) 600 5 eg N/A 750 N/has been proven A This combination with resistance tolerances as (7.95 � from "-15 Min." to "Standard Max." Comments 80 ppm/°Crange values. performance in exceptional General Applications Thermal Resistance - RθRθJC Max. Chip pattern that(.64 �.05) in inches and the resistor. lines to carrynon-inductive Comments resistance years of use inGeneral Applications Capability Information highest Max. Chip Power RatingPower Thermal Resistance - JC Power Rating over the provides forof (millimeters) entire length neighboring This efficient current in Resistance Standard �1%, �0.5%, �0.25%, �0.1% High(J) to Solder the equipment that demands Pad (C) Temperature .109 �.025 Dimensions MGModel 717 many .025 �.002 .313 �.030 Film Power Applications at 70° C N/A Film (J) to Solder Pad (C) tight Model±0.1%. Resistance1 0.5 600 200 Rating �C 8 Meg N/A Comments MG655 asexceptional TypeMax. construction B is models are D Resistance Max. Chip and C achieving ThisreliabilityMin. stability, 750 PowernoteTWT amplifiers,Applications Temperatureopposite directions, inches C (millimeters) without derating of any Max. Min. cancellation (.64 �Most accomplished .05) AA JC High Powernote through (7.95 � N General has (see (see note 1) and performance Applications Thermal to noteX-ray(C) Temperature on-InductiveB Performance rating D maximum1% including° C1) been proven 2)2) - Rθsystems,.76) (2.77 �.64) Dimensions in thereby"-15" available with Comments (see Model St'd Film (J) Resistance - R Solder Pad at 70 Thermal of 0.01%θJC Max. �.030 .094 ost models are with Chip Rating •MG660 MG of Min. instruments and medical A Type geophysical in Max. demonstrateddemands the highest .500 of flux .015 .025 �±.007.007the .027C .005 length min. the Pattern performance advantages. ± .002 many yearsresistors Type equipment400Watt1) N/stability(seeC/Watt2) A (C) Temperature .150 ±.007Caddock's Non-inductive Serpentine Solder Coated PadsThis use have Ω 750 Powernote that electronics. N/ M � Afields .120 B manufactured with� Pads entire .035 min. D of Solder CoatedCaddock's resistor. Model 6 .027 ±.005 .150 ±.007 .120 over ± .035 (see70�C 1 0. 1,000 ΩΩ Film (J)Megnote to at ° 22.7° °C/Watt 0.010 0.015 150°C °.76) (3.81 ±.18) 0.010 in extended load Watt testing 1022.7Solder Pad 0.015 Ω 0.75 life 150 C (2.39 �.38) MG 721 ±.13)± (3.05 ±.18) perCC1512FC hours 1,000 of standard (3.81 non-inductive Extended Rangemin.) a accomplished without (3.05 (.69 �1% Max. A reliability and Min. stability, including TWT amplifiers, X-ray(12.70 � efficient±.18) (.64 �.05)B±.18) (.69 .027C .005 (0.89 (0.89Dmin. serpentine resistive Non-Inductive.120 ±.007 .022 ±.003±.13) .035 min.ismin.) Design construction.035 which uses (see note 2) (see note 1) CC1512FC .150 ±.007 .120.120 ±.007 .094 �.015 ±.007 .150 ±.007 .750 � C .022 ±.003 .035 min. .150 ±.007 22.7°C/Watt 0.010 Ω 150°C 0.75 Watt 22.7° °C/Watt 150°C °.030 0.020 10.0 resistance range Ω Type 1 Ω 600 Watt � 2,000 Ω values. Meg MG680 0. 22.7 150 derating.007 any.05) ± 0.020 10.0 Ω (3.81 of provides (.56 ±.08)±.08) (3.05 (.69 advantages. Solderable systems, 8geophysical 0.015Ω 750 0.75 Watt medical20electronics. Dimensions in (3.81 ±�.18).18) .025 �.002±±.18)Temperature Coefficient: SolderPadscurrent in instruments, and N/A ResistanceC/Watt N/A pattern ±±that(.64 � ±performance.005 (0.89 (0.89 lines Solderable Coated Pads neighboring min. to Solder Coated Pads carry Pads .150 ±.18) (3.05 .18).007 for.027 ±.13) .120 .035 min.) min.) (19.05 �°.76) (2.39 .38) (millimeters).18) Specifications: CC1512FC (3.81 and (3.05 (.56 (0.89 min.) 22.7°C/Watt 0.010 Ω 0.015 0.75 Watt 150 C inches ±.007 Max. Ω .120 ± .022 ±.003 .035 .150 (3.81±± (.69 WattMGCC2015FC 730 Model 0.020 Continuous Dielect. has been proven through 150.040 .200 ±.007.18) .025 �±.007.007thereby .003 .050 (0.89 min. ±.003 achieving maximum cancellation .150(3.05±.007 min. min. This1.0 exceptional performance Watt 0.75 Watt 22.7°C/Watt 10.0 Ω .094 �.015 directions, .027 .027 ±.13) CC1512FC .200 ± .150 ±.18) .050 min.) Solderable � 1.0 � 16.0° °C/Watt 0.020 10.0 150 C °C Standard Extended 1.000°A °C opposite.18) (3.81 .002±.18) Resistance Tolerance: Solderable Pads Pads CC2015FCNo. 4,000 ΩΩ Type 1 Ω Strength800Min. N/A -15 (3.81 .007 (3.05 (.56 ±.08) (0.89 min.) Solderable Pads 1.0 Watt 150 0.020 Ω 10.0 Ω age B C ±.18).007 (.69 .022 ±.003 750 5016.0C/Watt N/A Meg MG710 .120 .035 .150 ±± ±.08)±.08) min.) min.) (5.08 .007 (3.81 (.69 (25.40 � °C of (2.39 �.38) 0.75that demands the highest 1501.02) (5.08 ±.18).18) (.64 �.05)±±.18) Resistance (1.27 (1.27 min. TC Specifications Watt 22.7°C/WattMax. 0.020 Ω Oper. Volt. 10.0 Ω Max. Solderable Min. many years of use in10.0 Ω equipment Watt flux ±±fields .150 ±.18) Resistance lengthmin. Solder Coated Pads Pads over Specifications:of entire resistor. Resistance (3.81 .007 (3.05 (.56 .200 ±.007 .027 ±.08) .050 Dimensions in inches .007.18) .200.200 ±.007the Range.005 .065 (0.89 min. the Solderable Pads This .250 ± and (millimeters) ±.007 .032 .032 ±.003Range ±.007 ±.005 min. min.) Max. ΩΩOverload Ω CC2015FC .250 .065 1.0 16.0 C/Watt 150 0.020 Tolerance 13.0° °C/Watt 0.020 150 � °±.020 .140 �±.015 .025(3.81 ±.18) Model Watt- Continuous .094 .030 .002 .313 °C Solder Coated 150 C efficient± non-inductive construction is accomplished Pads 0.010 0.020 (5.08 (.69 (1.27 min.) ±.13)±.08) min.) min.) .200 .007 (5.08 .002 .150 .050 .5 600 750 800 5 M Extended N/A MG 0.6 750 1.0 Watts 2013.0°eg MegC/Watt X-ray .400 �.060 (3.56 ±±±.18) (.64 �±.05)±.18) (.81 .027 ±.13) reliability and 0.010Ω Rating Ω including � TWT amplifiers,N/A stability, Dielect. 1.5 Watts N/A StandardC/Watt N/A (10.16°C.152) (6.35B±�.18).18) .025 �±±.18).007 Standard .003 (1.66 (1.66 min. MG712 age 6501,000 Ω Type 2 ΩStrength 1.5 200 Ω -15 (6.35 .38) (.64(5.08± (.81 ± CC2520FC (2.39 .76) No. 735 AC C .05) MG CC2015FC Solderable without (7.95 °±.51) Watt 16.0° 150 0.020 10.0 Min. CC2520FC Oper. Volt. and Resistance .040 (1.27 ppm/ Solderable Pads Pads±0.1% .007 .250 ±± .032 .08) .065 min.) .250 ±.007.18) .200.200 ±.007 .041 .041 ±.005 Tolerance: �C ±0.5%, ±C to +105�C, ±.007.007 ±.004±.004 min. min.1%, from -15�0.25%, Standard �80 min. (5.08 (3.81 (.69 Max. °C/Watt Max. Solder Coated Pads 1.5 Watts Min. Watts 13.0 150°C .250 .025 .200 ±.18) .040 ± 10.0 Ω 0.025 systems,MG 655 0.010 ΩΩ 0.020Ω geophysical instruments, and medical 11.5°C/Watt N/A electronics. .150°C.060 (6.35 ��.015of .032 �±±performance.005 (1.02 (1.66 min. .109 ±±.007 (5.08 .002 .313 °±.030 .150 ±.18).18) any.002 ±.18) St'd with ±.13) (6.35 ± (5.08± (.81 advantages. Watts 11.5°eg 150 C derating .18) .025.200 ±.18) (1.04(1.04± .10) 10.0 Solderable Pads .18) ±.10)± min.) min.) 0.025 Ω .250.030 .032 "-15" .065 .5 600 750 1.5 200 Ω 8 M C/Watt N/A CC2520FC (6.35 ± (5.08 (1.02 min.) .562 �.020 .094 ±.007 .025 �.002±.007 313 � Now with Extended Resistance Range to 10,000 Megohms and Additional Models 1.0 1,000 Ω Type 1 Ω 750 750 1.5 Watts 6.5 A 200 � 25 13.0°C/Watt A 0 Meg Meg N/A MG714 Type 2 .64) (2.77 .76) Solder1% Tolerance 150 C 0.010 0.020 (.64.200 ±.05) (7.95 °±.76) (3.81 �±±.007 (.81 �.05)±.007 Resistance Range referenced to +25�C. Coated Pads with ± 600 200 � N/ N/Meg MG650 0.5 (14.27 �1.52) (2.39 �.38) .250 ±.18) (.64 �.05) ±.18) St'drating.004 rating min. .041 ±.13) .040 (6.35 (5.08 (.81 "-15" (1.66 min.) (7.95 �.51) CC2520FC 1.5 Watts 11.5°C/Watt 150 C 10.0 Ω Solderable Pads 0.025 Ω MG 745 .094 .030 ±.002 .500°±.030 .140 ±.015 .025 �.002 ±.18) (6.35 ±.18) (1.04±.004d (1.02 min. .250 .38) .025(5.08 .200 .041 ±.10) .040 min.) .750 �.060 .109 �.025 Extended Range Resistance+25�C to +105 ±1% .6 1,000 750 1.5 400 Ω 26 Meg 1MegC/Watt A 0 Meg N/N/A Dimensions in inches�±±.007 .025 �.002±.007 N/A MG 6602,000 Ω Type 2 Ω CC1512FC Standard80 ppm/� �fromSolderable Pads �C, Standar � �0.25%, � (2.39 .76) .313 �.030 (3.56 �and (millimeters) CC1512FC Standard 1%,C 0.5%, Values: 0.1% 150 C 1. 750 400 � � 58 11.5 0M MG715 0.5 0.025 (.64 ±.05) (12.70°±.76) � Max. Resistance Values: TypeCurve For General Application 1 600 750 N/A MG655 Watt.05) (.64 (5.08 (6.35 ± (1.04 ±.10) (1.02 min.) Extended Overload Model Style 0FC Derating10.0 Dielect. 200Watts N/AResistance eg° Extended (19.05 �1.52) (2.77 �.64).18) (.64 ��.05) ±.18) Temperature±Coefficient: to +50 ppm/�C from (7.95 �.76) Tolerance CC1512FC 1% Standard (except as noted). Continuous Rating .094 Standard .A ±.030 .140 �±.015 .025 ±.002 Tolerance CC1512FC-200 ppm/�C 750 No. age 680 B .030 .025 �.002 CC1512FC StandardStandard (except as noted). C St'd Range with "-15" rating ±1% Resistance Values: �1% .8 2,000 Strength Min. Ω -15 750 600 20 Meg N/A N/A MG Oper. Volt. 1.000 �.060 .094 �.015 .025 �.002 Resistance Tolerance:+250.75 Ω (.64 ±.05) (19.05.030 (3.56 �±.38) 3.30 Ω Max. Max. -15�C to �C. .500 � ±.76) (2.39 .76) Min. Type 2 600 � 70 A 4,000 750 75 Meg N/A MG716 1.5 0.010 Ω 5 0.033 Ω 5 0.20 Ω MG 731 Type 1 1,000 750 400 � 10 Meg N/A N/Meg MG660 0.6 (.64 �.05) 0.010 % 5% 0.033% % (25.40 �1.52) (2.39 �.38) Resistance Ω Ω Resistance Values: (12.70 �±.040 .094 �.015 .025 �.05) CC1512FCRange 5±1% Standard (except4.00noted).Ω CC1512FC 0.25 0.20 1.00 Ω0.75 Ωas Ω 3.30 .094 0.015 Ω Resistance Standard Ω TCΩ 5% Specifications 1.000�.76) Extended �1% . The power rating (.64 �±.002 Tolerance0.040 Ω 5% .020 .240 �±.015 .025 .002 Note 1: 100 5 1.0 4,000 750 200 � Ω N/A General eg 800 0 Applications .-313�.050 (2.39 �.38) N/A N/A .030 55M Meg N/A 750 Type 1 MG650 0.MG 710 600 Ω 5%CC1512FC % 0.040 Ω 0.25 Ω (except5.00 Ω 4.00 min. 1.00 Ωas 710 T±1.02) .094 �.015 .025 �.002 0.015 % Range Range 5±1% StandardTolerance noted).Ω �.05) .002 (2.39 ±.38) .040 �±.05) Tolerance0.050 Ω 2% (25.40 he power rating(.64 0.020 Ω 5 Ω 5% Insulation Resistance: 1Ω Ω0.75 Ω 0.30 Ω 1.50 100 1.5 (7.95 �.030 (.64 . - .51) 3.30 2,000 750 600NoteN/A General Applications upon 0.5 sq.�.76) � 171: 75 Meg 225is Meg Type 2 MG717 Ω 0.20 0,000 Megohms, Ω 2,000 750 20 Meg N/ 600for general applications AM based750 �1.27) (2.39 �.38) (1.02�.05) 0.010Standard0.033% 5% � MG68080 0.8 Type 1 (18.03 �.76) (6.10 in. 0.050 0.30 2.00 Ω �0.25%, Ω 5.00 Ω 1.50 Ω 7.50 3.30 0.025 Temperature Ω5 Ω 0.33 1%, Ω (19.05 �±.060 .109 � .030 (.64 �.05) 0.020 Ω 5% 0.033 Ω 2% �Ω 0.1% 400 .030 0.040 0.25 0.5%, for general applicationsN/A or. .trace area.140�±rating.025 .002 0.025 % Standard 2 Ω 5% ppm/°�5 times ΩC to�+105°C, Ω 0.075 and 0.20 0.75 ±80 Ω Note 1: - ±.152) .(3.56 .64) 100 .6 1,000 750 200(300 mm2) of termination is based T.080 power .025 .025 �±.002 0.010St'd5with "-15"Coefficient:Ω from -15°rated power 800 Ω N/A General Applications313upon 0.5 sq. in. .025 �.002 0.015 % 5% 0 Meg N/A pad 1.500 � he N/A MG Overload/Overvoltage: C Ω1.00 Ω Ω 4.00 Ω 80 Type 1 140 oz. 750 � 82Meg MG655 MG 740 0.5 712 600 (2 .030 (.64 .05) 0.030 Ω 5 0.10 0.050 Ω 0.40 0.33 Ω 2.50 2.00 8.00 7.50 Ω (10.16.040 (2.77 �.015 .025 �.002 0.020 Ω % .094 � ±.76) (.64 �±.05) 0.015 Ω 5% 0.075 Ω 2% 5.00 (7.95 2 0.30 to 1.50 4.00 Ω 1.000 .76) Type 2 6,000 750 1 NoteN/A General Applications - T2.03) area �.76) 50 Meg N/ MG720 2.0 referencedΩ +25° 1.5 1: 100 4,000 750 800K general of 0termination pad or tracepower(2 oz. (.64 �.05) 0.030 Ω with "-15" voltage not0.25 exceed C.Ω times max� N/A (300 N/A 2) applicationsAis based ��he 0.5 sq. Type 1 MG710 60 1.0 � (38.10 upon (3.56 ±.030 .032 % 0.040 0.40 Ω 2.50 10.0 0.15 0.10 0.50 0.33 Ω for mm 15 Meg with 5ratingΩ ΩΩ 5% to 3.00 Ω1.00 Ω St'd 5% e �1% Ω .150 rating Resistanc 0.075 Ω .5621.02) .094 � (25.40 ��±.060 (2.39 � .015 (.64 �±.002 0.020 7.50 copper) connected to each end of the resistor..38) in. .025 �.05) 0.025 Ω applied rating2% ΩTC Specifications Ω 8.00 Ω 80 2.00 5.00 Ω 0.050 0.30 1.50 60 .500 .030 .(3.81 ±.76) .002 1.0 1,000 750 400 � Ω N/A Meg 102Meg 200 0 Meg N/ N/A 6.5 10.0 Ω 3.00 Ω Type 1 240 .030 6 750 (.81 ± (14.27 .050 MG660 0.MG 714 1,000 for general of termination based trace resistor. in..025 �±.05) 0.030 Ω 5% 0.15 Ω ±80 0.50 Ω 1.000 upon .140 �.38) Range 0.10 Ω each 150 C.1.52) (2.39 �.030 .040 .002 imum continuous operating Ω 8.00 (30051 Meg2) applicationsA is end of�.060 0.5 sq. mm 100 Meg 300 0.40 2.50 80 0.33 voltage for to 7.50 Ω 2.00 ° +25 +105 .or 400 .76) 4,000 750 200copper) connected toN/AM pad(12.70��the area�(2 oz.(.64 �.05) 0.025 Extended0.075 Ω 2% ppm/°C from 1% Ω C5 seconds. � MG721 40 2.0 Use Derating Type 2 Range Type 2 1,000 750 800Maximum2 chip temperature is (10.16°�.152) (3.56 �.76) (1.02�.002 � 2 Meg A MG712 0.6 (25.40 �1.27) (6.10 �±.030 .025�.05) Extended CC2015FC Standard Resistance�Values: 10.0 °C, 60 .140 .76) 40 0.50 3.00 (300 N/26 Meg of 0termination pad (19.05°the Use �(2 oz..025 �±.002 CC2015FC Standard 0.40°Ω to +50 ppm/°C from trace (3.56 ±.76) 0.10 Maximum)chip5Meg temperature is orthe±C. resistor. (.64 ±.05) Type Range Ω1%-200 ppm/ from -15�noted). 8.00 Ω 150 .030 .094 �.015 (.64 .002 1: 0.15 ± �80 ppm/�C C 2.50 Ω Values: Standard and 1.0 2,000 750 400 Ω mmderate 0 Megto each end.750�±.060 areaDerating �.05) 0.030 Ω 5% DC Voltage N/A MG 715 . of 1.52) .140 .030 copper) MG 750 maximum Resistance Tolerance CC2015FC Ω -15°C to +25°C. 3.00 Ω +105�C,Ω Standard (except as C to 600Curve to connected � 2,000 750 20 appropriately for750 �.080 (2.39 �.030 N/A N/A MG68020 0.8 Type 1 60 .002 10.0 0.15 St'd with DC Voltage or 0.50AC "-15" .for the .150 �.38) 562 .76) 750 1.5copper) connected K 220 Meg 00 appropriately(19.05�.060 maximum .025 �.002 10,000 N/A N/ to MG725 1.0 Type 2 Temperature Coefficient:Ω+25 each is2.000 the resistor. (.64 �.05) of 40 2.5 Curve Meg chipMeg and Type 2:CC2015FC ±1% Standard (except Values: Maximumderatetemperature the150�2.03) Use ��.76) .032 ��±.002 CC2015FC StandardVResistance as Ω 1,000 750 200ambient temperaturetoN/A for end temperatureDerating �.05) Tolerance0.033 Ω 5% referenced to 0.75 �C. 3.30 noted). � 6.5 A MG714 Type 2 (.64 (50.80 �°C. (3.56 ±.030 (.81 .05) .025 1.000 ±.060 .140 .76) rms 20 0.020 Ω 5% 0.20 Ω Ω (14.27 �1.52) (3.81 �.015 .025 �.002 1.5 4,000 750 600 Ω 70 Meg 75 Meg N/A MG 716 rating 1.000 �.040 ..(3.56 ± 40 (.64 (25.40 ±1.52) 094 .030 Resistance: Ω Maximum of 50 Meg 150 .080 240 4,000 750 800limitationsderate adjacent materials.°C. maximum .040 �±.05) CC2015FC0.033% 5% � N/A N/A Type 1 MG710 0 1.0 ambient temperature750 M for(25.40 temperature.76) .025 �.002 Tolerance0.040Range ±1% Standard (exceptΩ Values: and 0.025 Insulation Standard Overload/Overvoltage, �R 5Ω 1.00 Megohms, min. Ω 3.30 � Curve Meg chip Meg to 250 temperature is1.500 �.060 Use Derating �.05) 0.020 % 5%CC2015FC 0.25 Ω 10,000Ω0.75 4.00 noted).Ω appropriatelythe �1.02) (2.39 ��.030 (.64 .002 ΩResistancee Ω 5 Ω for the .140 �.38) the 0.20 Resistanc Resistance as .750 ±.050 .240�±.030 .040 20 � 77 MG730 3.0 25 6,000 100 1,000 150 500 � 26 Meg Type 2 .76) 0 .710 2.03) 750 Meg MG715 1.0 7172,000 70 Type 2 .05) � 0.030 Overload/Overvoltage:TC Specifications Ω 4.00 MG 780 MG 0.25 times to derate adjacent (38.10 �.060 (6.10 �.030 (.64 �.002 Ω 5 Ω 5% 0.033 Ω % 1.5 2,000 750 400Curve17 Meg 5075 Meg N/A Mmaterials. maximum (1.02�.05) Tolerance0.050 Ω 2% �5% ppm/�C from +25�C as +105�C,with 600 Ω 225 Range 5 1.50 Ω1.00 5.00 3.30 limitations of theappropriatelythe temperature.76) .025 �±.002 0.025Extended0.040 Ω 5±1% Standard (exceptΩto power o 150 ambient temperature N/A for(19.05 �1.52) (3.56 ��.76) (1.02 ±.05) 0.020 % 5%CC2015FC 800.30 Ω �C Ω 0.5%ppm/�Cnoted).Ω and (6.10 20 .for the 400 (18.03 ±1.27) .140 ± 100 Ω Standard 2% 0.20 Ω +50 rated from Ω AMBIENT 70 Type 2 C 0.075 Ω 0.33 Ω 2.00 0.75 Ω max. .030 800 � 20 Meg N/A MG712 0.6 25 1,000 TEMPERATURE, 750 1.000 �.060 (3.56 �.030 .025 �.002 0.030 Ω 5% voltage-200 ppm/ exceed1.50 7.50 Ω 5.00 Ω �.152) ..315 �.76) .060 �.05) .002 0.050 Ω 2% to 0.30 Ω 0 2.6 140 ±.030 .040 �±.002 0.025 Ω 5% and Range Ω applied 0.040 Ω-15�C to0.20 �to Ω1.00 8.00 Ω3.30 Ω not Ω+25Ω Ω0.75 Ω times max1.5 (.64 1.000 � ±.080 (8.00 �.76) 4,000 1,000 200limitations of75 Meg � 40 Meg 150 Meg Type 2 and the �1.52) .140 MG731 1.5 Standard 0.033 o 4.00 .025�.05) 1.500 theMeg N/AM materials. adjacent (10.16 temperature 0.10 0.075 Ω �5% ppm/�C from -15�CΩ +105�C, 1 of 2 0.40 0.25 Ω C. 600ambient temperature750N/A for(25.40 �1.52) (3.56 �.76) (1.02�.05) 0.020 � K 70 Meg 4,000 70 Type 2 750 MG716 (25.40 AMBIENT2.0 TEMPERATURE, C750 0.33 2.50 2.00 Ω 6,000 1 150 25 100 150 80 to N/A MG 720 Page 0 (3.56 .030 .032 �±.05) 0.030 Ωwith "-15" rating2% ±.76) (.64 .002 0.025 with (38.10 ±2.03) .150 St'd 5% 0.040 Ω 5operatingΩ imum continuous 2% Ω to3.00 ΩN/A for 5 7.50 Ω . seconds St'd 0.30 1.50 5.00 .562 1.00 Ω 0.15 0.050 referenced Ω+25�C. 10.0 Ω 4.00 Ω ΩΩ 0.50 0.25 voltage Ω limitations of2the adjacent the 2.000 �.060 (3.81 �.76) .040 �.002 materials. board � .030 (.64 .240 � 1.0 25 1,000 Resistance o C 0 N/A MG714 2:AMBIENT TEMPERATURE,-750 High � 6.5 Meg Type 2 0.40 2.50 8.00 Ω 100 150 200 Power Applications 1,000 M Note 3.6 Thermal 70 Type 2 In 750 � 178 Meg 300 Meg where .05) (14.27��1.52) (6.10�.030 .040 �.002 0.030 Ωrating 0.10 Ω 2% .240 .76) .circuit .050 .240 �±.030 (.81 �±.002 Insulation 0.050 710 � .080 .050 0.075 0.33 Ω 2.00 7.50 min. 10,000 1,000 Meg MG735 1.5 .040 1.000 ± MG 785 MG 7212,000 5% 0.30 Ω 1.50 Ω 5.00 Ω Resistance:0.50 0,0003.00 Ω 1 0.8%Megohms, R 750 Meg Type 2 MG717 (50.80 �2.03) (6.10 ±.76) (1.02 �.05) 2.0 4,000 750 600 � Ω 17 51 Meg 75 00 Meg 225 M M (18.03 �1.27) (6.10 �.76) (1.02 �.05) 200 1 Meg 300 Extended 0.15 Ω Range max. 10.0 Ω Resistance Range Overload/Overvoltage, ∆ Ω AMBIENT high heat sinking material providesResistance oIC benefits (such IMS, 0.10 Ω 0.40 2.50 8.00 Note 2: ThermalTEMPERATURE,-750 High � 26 Meg as50 Meg Alumina, theother) the .140 �.030 .025 �±.05) n 400 Power Applications where or(25.40 .060 board�.030 (1.02 .002 circuit 315 0.075 Ω 2 Resistance 2.00 Ω 0.33 Ω CC2520FC Standard% ppm/�C 5 times�C to +105�C, Values:7.50 .750 � ±1.27) .thermal 2,000 N/A MG715 1.0 Type 2 �80 1.500 �.060 Overload/Overvoltage: from +25 Ω 3.00 (19.05 �.080 (3.56 �.76) .025 .002 2.000 ±.080 2.50 rated power 1.500 �1.52) (8.00 ±.030 .040 �.05) MG740 2.Thermal Resistance 1,000 benefits N/ Meg as 00 Meg 1,500 Mpower circuit theof�.030 .025 �.002 Extended0.10 Standard resistance the resistor isIn useful to (such 300 Meg theMeg Tolerance CC2520FC Ω -200 M0.40 to 0.5% max. 8.00 Ω material MG of6,000 chip 10,000 -750 3001.5 establish 150 IMS, where the capability.140 .76) (.64 �±.002 Thermal 0.15 ±1% Standard CΩ +50 ppm/Values: provides heat or other) .140 � ±.76) (.64 .05) 2.5 750 1 Power 2 maximum N/A N/A il-Std-202, Method Type 2 N/A MG720 2: 0 7256,000 highType 2 sinkingHighK� K 64 A ApplicationsAlumina,(38.10 �2.03) board�the (1.02�.05) CC2520FC Shock: ppm/�(except as noted). from 107, (38.10 �1.52) (3.56thermal (.64�±.05) Note 3.6 Standard 0.50exceed 1.5 �times maxResistance C 10.0 Ω (3.56 .76) (50.80 ±2.03) applied voltage not to 0.15 Ω 10.0 chip 1.provides in is maximum 1.000 �.100 140 �.030 .040 .002 with Range"-15" rating1% to0.50 ΩC. 3.00 Ω the 0.010 ΩSt'd with ΔR % -150.20 Ω+25 5% Note resistor thethe application.-750 film to 70 Meg 75 Meg wherepower �.060 of..240 �of the.025 �.002 In 4,000 N/A MG716 2: Thermal chip Type 2 Cond. C, resistance of 15,000 Resistance 1,000 HighK� establish5themeasured at the circuit board�.030 .040 �±.002 Tolerance 0.033 Ω 50.25% max. �0.75 Ω N/A 3.30 Ω resistor isThe 600 Power Applications1,500 M the center (3.56 �.76) .040 �.05) useful temperature 00 Meg 3.000 capability CC2520FC ± �C Resistance as seconds. material 0 heat or other) 240 .030 MG 810 5. 5 1.500 ±.080 Values: 1 288 77 Meg 250 Meg 300 M M 1.000 �1.52) . .240 ±.030 (1.02 .05) Meg MG745 2.0 7304,000 highType 2 sinking benefits (such as IMS, Alumina, (25.40 �.050 the thermal(.64 �.002 CC2520FC StandardStandard (except 4.00noted). 2 5 3.0 6,000 750 .76) 0.015 imum continuous operating voltage Ω 5% 1.00 Ω 0.25 Meg MG721 � ±2.03) ±.76) (38.10 2.54) resistorMGof in the application.is1,000 filmto Ω (such 100 IMS, Alumina,center1.27)the(6.10�.76) (1.02 �.05) Tolerance 0.040 StandardStandard 0.8%foras noted). 106, element and the sinking temperature measured at the (25.40 �.050 the thermal pad 500 of material provides chip Type solderThe benefits51 Meg is as is measured power �capabilitythe the.040 ��±.05) CC2520FCResistance:Ω Mil-Std-202,ΩMethod Ω high resistor 750 200 � establish the maximum at(76.20 center(6.10�of heat or other) (6.10 �.030 (1.02 .002 0.010Extended Ω 5% 5% Ω Ω (except5.00 Ω 3.30 chip resistor the temperature the of Ω Range max. Ω .240 resistance useful � 17 Moisture Resistance: 1 1.50 Ω Megohms, min. .710 CC2520FC 0.020 Type 5% Ω 5% 0.050 Voltage 0.30 0.20 0,0000.75 Ω 2Ω Insulation 0.033% ±1% Resistance Values: .315 � 2,000 750 600 Type 2 MG717 .315 2.125 Maximum .030 1.000 termination pad chip Type 2 X recommended4Meg is measured750 theof �1.27) (6.10 �.76) .025 �±.002 0.015 Ω 1: DC0.040 Ω 5% circuit 75 Meg 225 at 0.25 Ratingsas 3.30 C 1.5 10,000 the N/AM and 2.000 ±.060 .140 ±.76) .040 .002 Meg 0 MG750addock's Micronox®the 750 4,000 0 resistance of 10,000(pointresistorr1,000 400 Ktemperaturelayouts 2,500 MM at(18.03 �capability ��.030 (1.02 ��.002 0.010Powermax.Ω 5% Standard Ω1.00 Ω Ω 4.00 Ω useful � 128 Meg the maximum (53.98 �.060 (8.00 ±.030 (1.02 .05) MG 0.025 Ω 5 5% 2.00 0.75 7.50 resistor2.element 2.6 the solder The temperature are150 Meg sourcebelow)..080 Preconditioning forR% 2: DC0.033% Voltage Ω (exceptΩ noted). Ω pad 1.5200 films center1.52) of .76) .040 .05) Type 5% Voltage or 0.20 Ω CC2520FC chip 5.5 731the and Type in esistance establish500 Meg shown (50.80 centerthe �of the �1.52) (8.00 .76) (.64 �.05) 0.020 Ω0.4% 0.050 Ω 2% Mil-Std-202, Ω Δ Ω 5% MG725 resistor in the application.is1,000 filmto Ω N/A Meg 200is measured power �2.03) (3.56 the the(1.02�±.05) Tolerance 0.075 Shock:1%VΩ AC times Method 107, (25.40 ± of 2 Thermal ΩΩ 2 ± 0.33 Ω Ω Overload/Overvoltage: 5 Ω1.50 rated5.00 Ω 0.30 rms 2.50 1.00 8.00 Ω 4.00 Ω 0.030 Ω temperature of the chip resistorThe filmK temperature is outstanding �.080 ..140 �.030 .040 ratings Ω (at not the Type MG the application. 750 Voltage N/Acircuitmeasured A exceed 150°C the thepower�±.002 0.0105and0.10 ∆R 0.25% operating +125°C atpower Resistors' A voltage 3.30 Ω ratings 0.25 chip 815 2.0 the 0.75 .240 .030 termination pad (point Typein High the750 Ω 178 chip)layouts N/ at thebelow). of .through .025 �.002 0.015 % 5% maximum0.40 Ω Ω at Ω2.00 Ω Ω 7.50rated X2 shown 1.500 �2.03) 240 �.76) .040 �.05) 0.025 Ω 5% 0.0331,000 max. Ω 315 ll 6,000 Meg MG720resistor in Precision the recommended Meg 15000 measuredMat(38.10 center(3.56 �.030 2.000 resistor7.5 element 3.6 the solder 1,000 temperature is750 should 1,000 and Type 2 1,000 600center of pad 1 center Maximum MG 3.125 ±.080 of �±.030 (.64 .002 Cond. Life: C, 0.040 Ω 2% 0.20 0.075 Load 0.15RangeΩ 5% hours 3.00 1.00 Ω 10.0 5.00 Ω 10,000 3 Meg MG 15,000 0.50 0.33 1.500 �.060 (8.00 ±.76) .040 �.002 to MG780 3.0 7356,000range 0.30 are 1.50 ± (50.80 1.52) (6.10 .76) Resistance 0.040 �R 750 MG730 temperatureand theresistor features: 192 Meg is250 Meg .05) . the application� duty. 0.050 2% Overload/Overvoltage,on Ω based 4.00 precombination of the chip ofsolderrecommendedMeg chip)Meg 3,750MM the(38.10 ��.080of°(6.10 for continuous with applied voltage not 0.25exceed 1.5 times max8.00 resistor element performance pad temperature measured not exceed .050 the � .030 (1.02 �.05) 0.020 Ω 5% These 5ratings Ω power. center2.03) C through (1.02 .002 temperaturepad (pointTypeinthe 1,000 the center circuit layouts shown (79.38 �2.03) are315�.76) (1.02 ��±.05) 0.015 Ω 5% not to Ω operatingil-Std-202,ΩMethod Ω . should at 150 .240 � ±.030 termination of X 2 the (at 500 � 77 of below). Maximum .040 ±.002 0.030 Ω 5% 0.10 ΩΩ 2% 0.40 voltage for 5 seconds voltage, 0.050 exceed 0.30 Ω rated 2.50 Ω 7.50 106, 1.000 � ±.060 .315 �.030 0.025 0.075 2.00 5.00 Ω Moisture 0.15 Resistance: 0.33 Ω M imum continuous 1.50 Ω . .040 1.500 2.0 4,000 750 200 M 51 Meg 100 Meg MG721 10.0 Ω Type 3.00 Ω .040 .002 0.020 4.000 0.50 Ω 6,000 1,000 800 � Meg shown below). Maximum MG 20,000 Custom values max. termination padthe chipof 2 1,000 the 10,000Meg 150layouts300not (25.40 � 3.05) (6.10 �.030 (1.02 �±.05) 0.025 Ω Standard Ω 2 1.000 �.120 C through.040 �.05) (8.00 .76) 8.00 8.0 � MG785 2.6 7404,000 values2as application. Ω 40 64ofMegohms. 1,500 M (101.60 �.060 stress.76) (1.02 �.002 levels0.4% max. Ω during the manufacturing 2 % 0.10 Ω (1.02�.05) (38.10 ±1.52) (8.00 �.76) 7.50 temperature of 3.6 Circuit1,000 as Layout 1,00000should M (at 150 .315 �± the temperature (pointTypein theBoard 300 320 Meg chip)Meg 5,000 M exceed�1.27) °(8.00 �.76) voltage 0.030resistance Voltage% non-standard2.50 Ω range Xresistorrecommended circuit 3 Meg 750 0.075 2.00 Single-resistor 0.33 ∆R 5applied and 0.40 Ω 0.5% tolerances Ω of 2 � MG731 Page 1 Recommended Type the high 200 centerMeg can Type 1: DC Range 10.0 3.00 0.50 2.000 � ±.100 ..140 � ±.030 .025 �±.002 0.030 for "-15" rating 0.10 2.50 Ω 0.40 performance through .040 .002 St'dΩ resistance temperature of the chipof 2 application.K N/Aofas20000should notM (25.40 �1.52) process (1.02 provide Resistance0.15 Ωfor high quantity applications. even resistor750 the center Meg high as N/A exceed�.080 °C.240�.030 to ��.05) Custom 5%stable values and non-standard�R 8.00 Ω (at 1.5 1 chip)Meg 150 315 .030 .040 .002 be manufactured resistor Ω Load Life, tolerances 3.000 with DC Voltage or V 5 K 10,000 MG725 2.MG 745 theaximum and sense 2connections): 288by one5or more patents,(50.80 �.080 also patents .040 �.002 rangeType catalog 5.000 .120 .240 �.76) 5.0 15,000 1,000 Meg 1,500 M temperature shownType the 1,000 are1 covered 1,250 Meg 6,250 M 2.000 �2.03) (3.56 �.030 pending. Type 2: Life: Ω ApplicationsACat N/A Ω °C at rated continuous operating voltages Please contact Caddock +125 (.64 .05) (76.20 ±2.54) (6.10 .76) 25,000 MG810 3.6 Certain products in this 1,000 there�are (8.00 �±.76) (1.02�±.05) overload 0.15 1,000 hours 0.5% max. 10.0 Ω (current 10,000 3.00 0.50 momentary LoadStandardto exceed rms Engineering. 750K 400 Meg � MG735 10.0 .05) 3.05) the temperature("-15"Type 2 application. 178 Meg 300 Meg 1,000 M (127.00 �2.03) under.76) (1.02 ��±.002 can Extended conditions.high Ω 0.8% max. tolerances range ratings). of the be resistance values rated power.applications. quantity (50.80 �.080 (6.10 � .030 (1.02 �.05) Custom manufactured for and non-standard Range 48,0000volts 5.0 Type 2 1,000 500 � Ω 77 Meg 250 Meg 750 M M 1.500 ±.060 .240 � ±.030 .040 .002 voltage, not .315 .040 2.125 Resistance Range 60% Overload/Overvoltage, �R 10,000 1,000 400 128 Meg 500 Meg 2,500 MG730 3.MG 750 6,000 6.000 ±1.52) 315 .040 (1.02 .002 Maximum voltages higher than the (8.00 ±.76) .040 .05) (53.98 (38.10 �2.03) (6.10 �.030 (1.02 �±operatingwith "-15" rating Applications Engineering.values St'd resistance 0.8% max. 1.500 �.120 ..350 �.76) .040 �.05) can be manufactured 1,000 1 � 64 Meg 300 Meg 10,000 M MG815 15.1A: 30,000 layout 2 Type 2 tolerances applications. C K capabilities of Overvoltageelvin Type recom-150% K 384 Meg 2,000working1B: K(152.40 �.060 (8.00 �.76)C (1.02 ��.05) PleaseCcontact Caddockfor and non-standard ∆R of 3.6 6,000 1,000 300 C standard Meg Fig. M 1,500 MG740Fig. 0 .05) �3.05) elvin �1.52) (8.89 �1.02) (1.02�.002 Custom Standard valuesMhigh quantity Method 107, C il-Std-202,max. (38.10 layout .315 �.030 the �table Thermal Shock: for high adding applications. Load Life, .315 ±in .040 ±.002 can Resistance Caddock Applications Engineering. to the .030 .040 .002 Please contact Range 0.5% 3.125 ±.060 listed may manufactured "-15" B be be specified by quantitymax. 1.500 ± 780 4,000 .125 valuesType 2 0.20Ω A 7.5 15,000 600 (except "-15" recommended for higher 7 Meg ratings). 3,750 MG for all models and1,000 200 C Ω 4192 Meg 15050 Meg 750 M M 1.000 �.060 0.8% 0 Meg 2.6 � MG731mended for below 1,000 (8.00 ± voltages± 3.18) (1.02 ± (79.38 ±1.52) .240 �.76) X Extended Range (25.40 �.100 model .76) (1.02 X .05) Please contactR 0.25%Applications Engineering. �.05) Cond. Standard C, MG750-15). (38.10 Kelvin layout recom- values, 3.000 �1.52) (8.00 �.030 .040 �.002 (Example: Δ Caddock max. Note that overload number Fig. 5.0 1A: with 0.5% max. 1,000 1 KC are in shaded areas. 1,500 1B: (76.20 � layout.315 ±.030 (1.02 � MG745 Models 15,000low inductance construction 288 MegC 500 Meg Fig. M Type 2 St'd with C C rating "-15" N/A 4.000 ± resistance Kelvin2.54) (6.10 �.76) C .040�.05) 240 � .002 2.000 �.080 20,000 800 5,000 M values..120 .(8.00 .030 .040 ±.002 Moisture Resistance10,000 layout 2®fromΩ ±.76) 3.MG K 1,000 1B: of M MG735addock's values Typerecom-1,000 750 C Ω 320 Meg 300 the source Kelvin2.03)higher .030 (1.02 �±.05) for PowerResistance: Mil-Std-202, Method 106, overvoltage Solderable Leads the "-15" (101.60 layout mended 785with8.0 below 0.20 ±1.0% filmsXare Megrecommended�.060 and � .76) C(1.02assistance in "-15" rating C C Models elvinCaddock's Non-Inductive � to ±0.1%. Meg areFor immediatePreconditioning ratingswith developing Low 0.8% max. resistors. esistance 178 Meg 1,000 Fig.= 6 for Tolerances r1,000 1A: . (50.80 � ±3.05) (6.10 � X X C not Ratio Current Micronox connection 1,000 400 � 128 MegC Pattern Fig. non-shaded for engineering �.002 .040 .05) 2.125 areas.315 St'd doCand apply to RatingsTC matched 0.8% max. Extended Range Voltage Resistance 500 Meg 2,500 M in X 10,000 MG750 5.0IN INCHESCoefficient, for standard Type 2 5 C C T Fig. 1A: for Precision HighΩVoltage Resistors' Megresistance1.500 � .060 Resistance.040�.05)writeRour Applications Engineering andratings range, of (53.98 ±layout.315 .030 C �ratings ncapsulation: DIMENSIONSMG 810 10.0layout the Fig. 1B: (127.00 ±.120 (8.00 � ±.030 (1.02 ±.002 E and C C resistors shown voltageConformal. theemperaturevalues Typerecom-1,000 300 1 K 64resistancehigh6,250 M Kelvin1.52)higher .76) callranges Δfor0.4% max. Highoperating in max. table are Type MG AND below 0.20 A � power .002 maximum Temperature Silicone we will 400 Meg 1,250 outstandingvalues. 25,000 mended Kelvin (MILLIMETERS) voltage .000 3.05) .(8.00 .76) (1.02 ±.05) Thermal Range resistor315 ll±.76) sets, X"-15" Meg 300 Meg recommended� for (8.00 �.030 .040 or X 3.6 6,000 1,000 � 1,500 M MG740S = Sense connection 2 Extended 0.8% 107, .315 .05) 3.125 for from � 80Cppm/°C15,000 combination features: mended forin performance with 600 � 192 Meg tolerances as (38.10 �.060 are the.040 (1.02 �solution X Life: Max." Mil-Std-202, Method rated below 1,000 = 7.5 Engineering 2 0.20Ω resistance 750 Meg recommended�1.52)higher"-15 .040 �.002to "StandardShock: hoursare +125°C on Office Current values Type connection Min."X Sduty. These ratings at resistoratproduct Load combination of X 384 Meg 2,000 Megresistance 6.0001.52) (8.00for best �.05) X MG780 .120 .040 S be 3,750 M M (79.38 � .100 .240 �.76) continuous Cond. C, ΔR 0.25% max. andbased pleased values. .350�± (1.02 �±.002 to� ±offer from our1,000 voltage Corporate prehigh Sales Applications815 15.0 30,000 1,000 1K 10,000 .030 .040 .002 3.000 (1.02 (152.40 ±3.05) (8.89 ± voltage tight Current connection 1,000 Solderable power. Derating Sense15,000 Hwy. 2 S 5.MG connection values. N(6.10 �.030 .040 �±.05) voltage, not to during the manufacturing 0 1 1,500 M Meg MG745 =as Umpqua 100 Type C Curve: on-Inductive Performance Leads 17271 North±0.1%.values as high as KX 288 S X 500 Meg resistance .000 �.120 stress 1.02) (1.02 �.002 levels applied exceed rated 1717 Chicago Avenue .315 �.76) capabilities. �2.54) .05) (76.20 4 Single-resistor 10,000 Megohms. S 20,000 MG785 = 8. C = MG resistorsType 2 1,000 800 � 320 stability of 5,000 M connection Type Sense connection low demonstrated MegX1,000 shaded areas. 2.125 �.060 (8.00 �.76) (1.02provideEncapsulation:Riverside, CaliforniaMethod 106, S with Roseburg, 0Oregon 97470-9422 inductance construction are inMeg 0.01% (101.60 �3.05)process tomodels Moisture Resistance: Mil-Std-202, Caddock's 92507-2364 S Current Models 80have H igh Load Life, �R Silicone for manufacturedperformance even .315 �.030 .040 �.05) S M ost with Resistance Range �.002 Maximum POWER OR 60extended 400 X 128 Meg high as M (53.98 �.120 • web:� www.caddock.comare stable resistor Temperature 788-1700 continuous 5.0 1,000 Meg 2,500 MG750 Sense connection 2 (8.00 �.76) .040 �.05) RATED 10,000 .315 momentary ΔRS0.4% max. S 1,000 VOLTAGE, % with 2operating voltagese-mail:of standard in 5.000 �1.52)Non-Inductive S overload conditions. Phone:= 10.0 496-0700inType Caddock's loadK� 400 Megas 500 caddock@caddock.com under.030 (1.02 �.002Design which uses a serpentine resistive (541) hours Type Phone: (951) Conformal. per RATED 25,000 40 Models Non-Inductive Resistance 6,250 are areas. : 1,000 based on magnitude ofMegPattern M of non-shaded(8.00 �.76) in the area shown. Standard 1 life testing current. Point (127.00 �3.05) should be (1.02 �.05) 1,250 MG810 SS 0.5% max. 48,000Actualrange values. ratings). MG750 -100M width connection .315 �.030 .040 Fax: Note:7.5volts ("-15"Type 2 trace is 600 � Caddock Distributors listed by country seeMaximum �.002S Load voltages ,000 1% (541) 496-0408 3.125 S +125°C values resistance 15,000 of current 1,000 For 192 Meg 750 Meg 3,750 M (79.38 �.060 (8.00caddock.com/contact/dist.html 1 60%hours atFax: (951) at rated operating Life: higher than the 369-1151 MG780 20 �.76) SS �1.52) 6.000 �.120 .350 �.040 (1.02 �.002 Overvoltage capabilities of 150% K 384 Meg 2,000working M (152.40 �3.05) pattern that provides for neighboring lines to carry current in of standard Meg 10,000 Model Number:.040 �.05) Tolerance St'd with not rating 30,000 1,000 MG815 15.0 Type 2 voltage, "-15" to exceed rated 0.8% max. 28_IL110.1004 power. 0 performance has RHOPOINT COMPONENTS RHOPOINT Electronics, Inc. 25 LTD LTD. 1175 S been proven through �.120 listed�.030 the �.05) COMPONENTS 75 125 (8.89 �1.02) directions, thereby achieving maximum (0)1883 717988 Tel: +44 cancellation T Caddock width of current trace is based on magnitude of current. Point of.000 opposite (1.02 �.002 may be specified by adding "-15" to the © 2004 his exceptional .315 in .040 table 225 S 275 "-15" ratings). 4 connection should be in the area shown. Note: Holland Road Type voltages for Hurst Green,2 1,000 800 � 320 Meg 1,000 Meg 5,000 M (101.60 �3.05) (8.00 �.76) (1.02 �.05) 8. Road, all MG785 Actual 20,000 models and values, (except Resistor Value: Holland 0 Fax: +44 (0)1883 712938 Extended Range 0.8% max. RATED LOAD,LOAD, % RATED LOAD, % RATED % RATED LOAD, % Style FC Derating Curve For General Application Style FC Derating Curve For General Application Style FC Derating Curve For General Application 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 • •Recommended Circuit Board Layout • • Now with Extended Layout (current and sense connections): •Recommended Circuit Board Resistance Range to 10,000 Megohms and Additional Models with Design Assistance in Developing High Voltage Resistor Sets Recommended Circuit Board Layout (current and sense connections): Temperature Coefficient as tight as 80 ppm/°C, Combined with Excellent Long-Term Stability and Precision Tolerances. Low TC Tracking. (current and sense connections): • • • • RHOPOINT COMPONENTSSt'd with "-15" rating LTD RHOPOINT 0 COMPONENTS LTD with resistance tolerances as 0.8% (0)1883 717988 Oxted, Surrey,30,000 9AX LTD. 1,000 1 K 384 Meg 2,000 Meg 10,000 M (152.40 �3.05) MG815 Road, RH8 Type Tel: +44max. IL-110.0201 RHOPOINT Hurst Green,2 80 ppm/°C in combination Holland 15. COMPONENTS (8.89 "-15 Min." to from �1.02) (1.02 �.05) "Standard Max." Holland Road 1883 717988 Fax: +44max. Phone: Surrey, RH8 Green, 27.1 (0)1883 712938 web: RHOPOINT Dimensions in inches and (millimeters) COMPONENTS LTD Range www.rhopointcomponents.com Hollandas ±0.1%. Road, Oxted, +44 Engineering Extended 0.8% IL106.0802 Applications(0) Hurst9AX Sales and Corporate Office tight Hurst Green 1883 712938 e-mail: sales@rhopointcomponents.com Specifications: 1717 Chicago Avenue Non-Inductive Performance web: www.rhopointcomponents.com Max. Fax: North (0)with low inductance construction are inResistance e-mail: sales@rhopointcomponents.com Oxted,Surrey, RH8 9AX Model Models 1883 Hwy. WattPhone: Surrey, RH8 717988 +44 Continuous Overload Dielect. shaded areas. 17271+44 (0)Umpqua9AX have demonstratedRHOPOINT COMPONENTS LTDweb: www.rhopointcomponents.com RHOPOINTofCOMPONENTSmodels Solderable Leads Oxted, MG resistors Rating Strength •Fax: +44age 1883 97470-9422 Type +44 Oper. 712938 stability Standard 0.01% Extended -15 No. A C ost LTD. Resistanceweb: www.rhopointcomponents.com are manufactured California 92507-2364 Min. Phone: Models 1883 717988 Non-Inductive Resistance Pattern are in non-shaded areas. M B e-mail: sales@rhopointcomponents.com Tolerance: with Caddock's Roseburg,(0) (0) withVolt. Oregon Caddock's Riverside, Max. Max. Min. 27.1 per (541) hours Fax: +44 (0) 496-0700in extended load life testing of standard e-mail:High sales@rhopointcomponents.com Non-Inductive�.002 E Resistance Range a serpentine IL106.0802 e-mail: caddock@caddock.com • web: www.caddock.comncapsulation:uses Temperature Silicone resistive Phone: 1,0001883 712938 Phone: (951) Conformal. 788-1700 .313 �.020 .094 �.015 .025 Design which ToleranceIL106.0802 600 200 � 5 Meg N/A 750 N/A MG650 0.5 Type 1 27.1 IL-110.019 resistance range (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: (541) 496-0408 values. Fax: (951) 369-1151 Applications Engineering Standard �1%, �0.5%, 27.1 IL106.0802 .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 cancellation 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� N/A Distributors N/A Caddock 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 MG680 0. Type 1 Oxted,Hurst width Surrey, RH8 inductance construction magnitude of current. Point of.000 �.120 .315 �.030 .040 �.002 LTD Note: Models Green current from Actual with in shaded 5 •RHOPOINT COMPONENTS9AX1,000±1.0% to RHOPOINT COMPONENTSratingsconstruction is to the "-15" resistors. Resistance25,000 of9AX 2 trace is based onRHOPOINTX-ray connection should be in the area shown. e-mail: sales@rhopointcomponents.com reliability and low717988 trace is based onare±0.1%. of areas. Point(127.00 �3.05)andshould be in the area shown. web: www.rhopointcomponents.comwithout efficient non-inductive Standard 1 K 400 Meg 1,250 Meg 6,250 Solderable web: www.rhopointcomponents.com Leads MG810 Actual widthstability, including TWT amplifiers, M COMPONENTS LTD. do not apply accomplished Oxted, Tolerances (8.00 �.76) (1.02 �.05) 0.5% max. Phone: +44 Surrey, RH8 Note: 10.0 (0) 1883 current LTD of Type magnitude current. of connection overvoltage areas. HollandModels1883 Caddock's LTD standard medical electronics. Road, with 712938instruments, and resistance range, of •RHOPOINT COMPONENTS Non-Inductive Resistance Pattern are in non-shaded�.120 Resistance any performance resistors shown in the table are Temperature Coefficient, for for "-15" advantages. systems, (0) Hurst Green, derating of ranges Encapsulation: High Temperature Silicone Conformal. Fax: +44 geophysical e-mail: sales@rhopointcomponents.com 6.000 .350 �.040 .040 �.002 many years of use in AMBIENT TEMPERATURE, °C equipment that demands the highest 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 CC Low ResistanceHigh Voltage Resistors Type MG Precision Precision Chip Resistors Type CC LowPrecision High VoltageChip Resistors Type CC Low Resistance Precision Chip Resistors CC MG Resistance Precision Chip Resistors Type Type Resistance Precision Resistors Type MG Precision High VoltageResistors Type MG Precision High Voltage Resistors N Specifications: Type MG Precision High Voltage Resistors Type MG Precision High Voltage Resistors CADDOCK Ordering Information model numberover Resistance Range Load that of flux fields (Example: MG750-15). of Note resistor. This the entire length the Life, �Roverload 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 Power Capability Information Resistance MG pads MG 660 Thermal Resistance Resistance Dimensions in inches and (millimeters) Page 1 of 2 Thermal films C650 to receive aluminum wire bonds. are Max. Chip addock's Micronox® resistanceRResistance the source of Dimensions in inches and (millimeters) Power and Voltage Ratings Preconditioning for Resistance Comments Dimensions in inches and (millimeters) Thermal Resistance Comments Max. Model MG Power θJC Resistors' Chip Capability Information JC Pad (C) MGThermal680 PrecisionisHigh Film (J) to Rθoptimize highoutstanding 655 Comments Model Solder Max. power Chip the •Type MGresistanceMax. provided to RθJC Pad (C) Temperature designs when All power ratings and maximum operating voltage ratings Voltage to utilizing C Temperature Film (J) Solder Model Min. A B D (see Resistance Resistance Film (J) to Solder3) Pad Dimensions in inches and C Min. Max. A B (see are for continuous duty. combinationthermal conductivity ThermalRnote 3) (C) Temperaturesuch as IMS or Alumina..027(millimeters).050Dmin. These ratings are based on preMG of Min. Max. circuitnote 3) A B C D MG higher 710 performance features: board substrates 660 (see note Comments Max. Chip .200 ±.007 .150 ±.007 θJC Model .200 ±.007 .150 ±.007 voltage levels min. .027 ±.003 ±.003 .050 applied Aluminum wirethe used for bonding 150°C 13.9Solder Pad (C) Temperature °C/Watt CC2015WB 0.020 Ω 10.0 Ω during to be manufacturing 13.9 C/Watt Aluminum wire to be used for bonding CC2015WB 712 values as toFilm (J) 10,000 Megohms. (5.08 ±.18) (3.81 ±.18) (.69 ±.08) (1.27 min. .150 ±.007 .027 ±.003 .050 min.) Single-resistor range 10.0 Ω high as to °ohm at ±5%,150°C ohm Aat ±2%,stress • 680 MG 0.020 Ω down 0.010 °note 3) 0.050 .200 ±±.18) MG ResistanceMin.Ω (5.08 .007 (3.81 ±.18) (.69C .08) (1.27 min.) 150°C 13.9 C/Watt Aluminum wire to be used for bonding CC2015WB 0.020 10.0 Ω Max. B .18) Dmin.) (see films (5.08 ± (3.81 ± (.69 ±.08) Caddock's Micronox® source of.18) Preconditioning for.040 min. Power Voltage Ratings .027 ±.003 .250 ±.007 .200 ±.007 process to provide(1.27 min. andAluminum wire to be used for bonding even for stable resistor performance .027 ±.003 .250 ±.007 .200 ±.007 .040 8.33°C/Watt 150°C MCC2520WB continuous1%. resistance°C/Watt as high as aximum 0.025 Ω operating voltages are the °C MG and 0.10 ohmΩat ±10.0 Ω 710 Aluminum wire to be used for bonding 8.33 150 10.0 Ω (.69 .08) (6.35 ±.18) (5.08 ±.18) (1.02 min.) .200 .150 .18) .050 .027 ±.08) .250 ±.007 .200 ±.007 power±.003 (.69 ratings.040 min. maximum operating voltage ratings (6.35 ± (5.08 ±All momentary overload conditions. wire to be used for bonding (1.02 min.) 13.9°C/Watt Aluminum theCC2520WBMG 714("-15" ratings). Voltage Resistors'150°C Type volts 0.025 Precision®High outstanding.18) CC2015WBMG 0.025 Ω 0.020 and 8.33 10.0 Ω CC2520WB under (5.08 ±.18) (3.81 (1.27 (.69 ±.08) for Power and Voltage Ratings (6.35of (5.08 ±.18) (1.02 min.) 48,000 inductance provides excellent films are the and pulse Caddock's performance features: high Preconditioning • 712 MG Low are Maximum±.003 ratings are based combination of Micronox Ω resistance°C/Watt frequencysource ±.007responsefor continuous duty. TheseAluminumhigher used for bondingvalues .027 operating voltages 60% wire to be than theon pre.200 ±.007 .040 8.33 10.0 O• Type pulsePrecision and In High Power Applications where ±.18) vervoltage 0.025 Ω the CC2520WBMG 715capabilitiesHighInVoltagestandard working .250the circuit boardinvoltage levels min. maximum operating manufacturing voltage to the ratings Note 3: Thermal Resistance - 150% of capability. 150°C where the circuit board material.08) (.69 (6.35 (5.08 ±All power table may min.) .18) (1.02 applied during Note 3: Thermal values asof- overload Resistors' outstanding circuit board material ratings and specified by adding "-15"Values: Resistancehigh High Power Applications where the stress the ± High MG handling listed material be Note 3: Thermal Resistance -features:(except Alumina, or other) the thermal for continuous CC2015WB Standard the based Values: In as Power Megohms. Single-resistor models benefitsHigh10,000 Applications CC2015WB Standard Resistance Values: voltages for heat sinking benefits (such as IMS, "-15" ratings). all sinking and MG 714 are resistance of duty. MG750-15). Resistance noted). These ratings Resistance are provides highof combination 716 performance values, as IMS, Alumina, or other) the thermal resistance of (Example:stable Standard Note (except overload CC2015WB resistorStandard that asoneven provides high heat sinking benefits (such as IMS, motor speed controls, model number process to of for performance preMG heat Tolerance provides resistor is useful to establish the maximum power or other) of thermal resistor inprovideTolerance CC2015WB ±1% Standard (except as noted). (such resistance choice for switching M• Best high Tolerances fromIpower supplies, Alumina, as high as theaximum continuous operating voltages Applications capability thetheand highmaterialthe levels Ω 5%CC2015WB2±1% Standardmanufacturing Tolerance Note 3: Thermalis useful asestablish theto ±0.1%. power capability of the and resistor in the ratings applied apply to 0.25 Ω "-15" Ωas noted). board Ringle-resistor values to high High10,000 Megohms. where the circuitstressmomentary CC2015WB Standard the ±1.0% maximum the chip resistor is useful to establish the maximum power capability of the chip resistor in the overload%CC2015WB2±1% 0.25 Ω (exceptΩ Values: chip resistor Resistance - n chip overvoltage S esistancesensing applications.as Power 0.050 Ω % 0.75 resistors. 0.020 Ωdo conditions. under voltage not during Resistance 3.30 Ω the MG current 715 5 0.050 Ω % 0.75 0.020 the chip volts film ratings). chip 48,000 MG application. 720 ("-15"temperature is measured at the center ofother) the thermal resistance operating Ω stable 60% higherΩ than the values process to provide "-15" resistors%shown performance 3.30 Ω even 0.050 0.75 0.020 0.025 Ω 5% 0.075 Ω 2 0.30 1.00 4.00 Ω provides high heat sinking benefitsis measured asthe center of the resistor element and the of application. continuous operating measured at the center of the resistor element and the The film temperature Temperature Coefficient, for standard resistance as or of resistor element and the 0.025 0.075 Ω 0.30 1.00 table are 4.00 5 Maximum Maximum The film temperature is(such as IMS, Alumina, Resistance ranges forforvoltages resistor 0.25 Ωin the Ω 3.30 Ω Tolerance performance 2% Non-inductive application.temperature is measured voltages at high range, the the circuit board.momentary overload%CC2015WB2±1% Standard (exceptΩas noted). The 0.025 Ω 5%conditions. 0.075 design 0.30 Ω 1.00 Ω 4.00 Ω% 0.10 Ω 1.50 Ω 5.00 Ω Overvoltage capabilities of 150%the maximum working with under in Maximum 0.030 Ω 5% exclusiveΩ solder pad temperature is to establishatof standard power capability ofcircuit board. Maximum mayCaddock'sspecified by 0.33 Ω with 0.030 be 0.10 0.33 1.50 5.00 Ω the chip resistor combination with resistance tolerances as the the fromresistor in table"Standard Max."Ω 2% is useful measured at the soldered interface with chip "-15 the the MG 716 solder pad temperature is measured at the soldered interface with the circuit board. Maximum 80 ppm/°C725("-15" ratings). listed adding 2.00 Ω to the "-15" 3.30 Ω 48,000 volts Min." to 0.033 Ω 5% 0.15 Ω 0.030 0.10 0.33 1.50 5.00 0.050 0.25 Ω 0.75 0.020 0.40 Ω 7.50 Ω MG in solder pad for themodels and (at the center the 0.033 Ω 5% 0.15 0.40 2.00 Ω 7.50 voltages The values, soldered should temperature of all film temperature is measuredof a theinterface not exceed 150°CMaximum for(Example:5% 0.20 ΩΩ 2% higher than the values application. of capabilities of 150% of (except "-15" ratings).exceed 150°C through the operating Ω oldering. Ω at surface mount 0.033 voltages 60% 0.40 2.00 7.50 0.025 0.075 0.30 1.00 4.00 0.040 s % 8.00 Ω is chip) should solderable pads chip temperature of the chip resistor (at the center of chip) center of the resistor element number Performance 0.15 Ω tight as ±0.1%. chip resistor (at the standard working notversion withN°C through the model and the Note 2.50 Ωoverload Overvoltage 0.040 0.20 0.50 Ω 2.50 MG 720 through the temperature range of the application. center of chip) should not exceed 150on-Inductive flip may ΩbeMG750-15). 0.50 Ω that Ω to the chip resistor 0.040 0.20 0.50 2.50 8.00 5% 0.030 0.10 1.50 temperature 717 the of the application. listed in the table Non-inductive5performanceΩ adding 3.00 Ω 10.0 Ω "-15" 8.00 Ω solder MGfor Tolerances measured at the soldered interface with the circuit board. Maximum ratingsΩdo specified by 0.33 Ω "-15" Ω pad temperature is and ±1.0% (except "-15" 0.01% Resistancerangemodels from values, to ±0.1%. of ratings). 10.0 temperatureresistors the application. andMovervoltage with Caddock's% not design to 0.40 Ω 3.00 Ω 5.00 Ω apply the resistors. Type voltagesMG range of have demonstrated stability Information all 10.0 ost models 0.033 Ω manufactured Note 2.00 are 5 exclusive available with 3.00 with Caddock's temperature 0.15 7.50 Ω model number Most "-15" are Ω temperature hours chip resistor (at the life testing of should not exceed 150°C through the (Example: %MG750-15). 0.50 Ω in that Ωoverload MG 1,000 of Coefficient, Temperature the Resistance for standard Power Capabilitystandardof CC2520WB uses shown Standard Resistance Values: 0.040 Ω 5 0.20 Ω 2.50 8.00 Ω Resistance ranges for modelsresistors a serpentine table are the resistive per 725 in extended ±1.0% to resistance range, load center of chip) CC2520WB Standard Resistance Values: Non-Inductive Design which Standard Resistance Values: Dimensions in inchesNon-inductive Serpentine Pattern resistors. and (millimeters) apply to the "-15" Resistancerange of the application. Applications High Power Applications Tolerances from General ±0.1%. CC2520WB Caddock's and overvoltage ratings doCC2520WB ±1% Standard (except as noted). not 3.00 Ω 10.0 Ω temperature 721 combination with resistance tolerances as Tolerance CC2520WB ±1% Standard (except as noted). 80 ppm/°Crange values. in Comments from "-15 Min." to "Standard Max." resistance Coefficient, for standard resistance range,θJC Max. Chip pattern that provides for neighboring lines to carry current in MG Thermal Resistance - R Tolerance Power Rating Temperature Tolerance CC2520WB ± shown MG 717 Film (J) to Solder Filmof TemperatureResistance ranges for "-15" resistors 1% Standard the Ω as noted). 70° C tight Model±0.1%.Min. performanceat has been proven Pad (C)Temperature opposite directions, CC2520WB Standard 0.25 Ω in(excepttable are asexceptional 0.025 Ω 5% 0.050 Ω 2% 0.75 Ω 3.30 Ω Resistance Values: Film T ppm/°C in combination withshall be1) through Max. thereby 0.050 Ω cancellation Sense connection shall be A C Most 0.025 Ω 5% are available0.25 Ω 0.75 models with 0.75 (see note 2) Measuring Point 80 his resistance tolerances as Temperature Non-InductiveBPerformance 0.050D 2% maximum 1.00 Ω 3.30 Ω Film Temperature Sense connection (see note 0.25 to 0.025 Ω 5% achieving 0.030 Ω 5 4.00 Sense connection shall be 0.030 entire 0.075 0.075 Type MG 730 use have demonstrated stability the Measuring Point from "-15 Min."±.007 "Standard Max."Ω 2% of 0.30 ΩPattern 3.30 Ω Measuring many yearsresistors in 0.015 Ω crosshatched demandsofC/Watthighest Point°C ofSense±WireCaddock's Non-inductive ΩΩ 2±1% Standard (except as noted). equipment that Sense Wire ° 0.01% MG of M fields over Tolerance%CC2520WB2% 0.33 Ω CoatedCaddock's are 5% 0.10 ΩΩ % 0.30 Ω 1.50 Ω 4.00 Ω with 1.00 Ω 4.00 Ω flux.007 length the This 0.030 ± 5% 0.075Serpentine 1.00 .035 min. .150 ost models the Ω .005 .120 .027 0.033 Ω manufactured0.30 Ω resistor. 5.00 Ω made in the tight as ±0.1%. made in the crosshatched Solder Pads 22.7 0.010 Ω 0.75 Watt 150 0.033 ±.13) 0.10 min.) 0.33 1.50 Ω 5.00 made in the crosshatched on-Inductive ±Performance 0.15 ΩΩ 2% accomplishedresistive MG 1,000 hours portion of the termination testingWire standard Temperature NSense Wire ±.18) .18) 0.025 which 0.050 (0.89 (3.81 Wire non-inductive (.69Ω 5% (3.05 Design construction isa serpentine Ω without per721 in extended load life Sense Wire of Film 0.033 0.10 0.33 1.50 5.00 0.25 0.75 3.30 Ω 0.040 Ω 5% 0.40 Ω 2.00 Ω 7.50 Ω Sense reliability and stability, the terminationTWTSense Wireof 0.01% amplifiers, X-ray Non-Inductive ±.007 0.040 ±.003 0.15 Ωmin. uses CC1512FC portion of including Sense connection shall be stability 0.40 Ω 2.00 7.50 Current.007 Wire models 0.030 Ω 5% Type MG resistors have the termination demonstrated Current Wire °C/Watt Measuring Point°C efficient portion of .022 .035 .150 ± 0.040 0.15 Ω 0.40 7.50 0.075 0.30 M ost .120 are manufactured toΩ 1.00 Ω 4.00 Ω with 2.00 Caddock's 0.20 Ω 2% Current 0.75 150 resistance 735 0.020 Ω instruments, Watt Current electronics. rangepad. 10.0 Ω values. Pads 0.20 Ωmin.) 0.50 2.50 8.00 in pad. systems, geophysicalextended loadand medicalWire standard patternWire (3.05 performance advantages. 0.50 Ω carry Ω 8.00 Ω Current Wire Current 22.7 deratingthatany ±.18) 0.033 Ωneighboring lines Solderable2.50 current Ω (3.81 ±.18)of provides for ±.08) (.56 5% (0.89 0.50 2.50 8.00 0.10 0.33 Ω 1.50 5.00 pad. 3.00 Ω per 730 MGhours made in the crosshatched testingWire 1,000 in life Sense of Sense Wire soldered Solder pad, Non-Inductive ±.007 thereby 0.20 Ωmin. uses serpentine Ω 10.0 Ω 3.00 10.0 Ω Solder .007 directions, MG his exceptional performance has been proven through .200 ±pad, soldered Design which0.15 Ω .150 .027 ± 5% .050 portion10.0 the termination of Ω T CC2015FC range.055 (1.40) centered Watt opposite solderedboard. 0.040 Ω .003 achieving amaximum 2.00 Ωresistive cancellation 3.00 10.0 0.40 Ω 7.50 interface with circuit Solderable Pads Solder pad, 1.0 16.0°C/Watt 0.020 Ω 150°C interface with circuit board. resistance values. centered .055 (1.40) centered (5.08 ±Wire circuit board. Custom.08) (3.81 ±.18) (.69 ± neighboring lines non-standard tolerances .18) (1.27values and to carry Ω min.) Current that Current Wire resistance values and non-standard tolerances pattern with provides forentire 0.20 Ω interface 2.50 current in pad. equipment that demands the highest .055 (1.40) Custom.005 resistance min. of 0.50 Ω resistor. 8.00 Ω many years of use in of other.±.007 flux fields over can be± manufactured for andthe Coated Pads tolerances the length This Resistance Dimensions in inches and (millimeters) .250 .200 ±.007 Custom resistance values high quantity applications. .032 .065 non-standard Max. Circuit °C/Watt , or Solder 13.0board: 0.020 10.0 Ω Overload Dielect. 1.5 Watts Modelhis exceptional performance has been proven IMS, Ceramic (Alumina) opposite soldered ±.18) can(.81 .13) achieving high quantity Ω T Watt-MG 745 stability, including thereby cancellation Circuit board: IMS, Ceramic (Alumina) , or Solder ±.18) non-inductive be manufacturedis accomplished without other. pad, (6.35 (5.08 (1.66 min.) Continuous reliability and 0.010 Ω Rating Ω centeredMin. TWT amplifiers,through (Alumina)efficientwithdirections,Please±contact Caddockformaximum3.00applications. X-ray 150°C , orinterface circuit board. can be manufactured for high quantity applications. Standard Extended construction -15 Circuit board: IMS, Ceramic A other. No. 735age Oper. Volt..055 (1.40) Strength B C MG CC2520FC Resistance Caddock Applications Engineering. This .250 ±.007 ±.007 Custom.004 .200 over Please±contact Tolerance: the resistor. .041 entire length Applications Engineering. .040values of non-standard tolerances min. many years of 0.025 Ω in 10.0 Ω use equipment that Min. Max. flux the contact Caddock Applications Engineering. resistance and 1.5 Watts demands C/Watt highest 150°C derating fields systems, geophysical instruments, and medical 11.5°the Max. electronics. mounting of .094 ±.18)of any ±performance advantages. Solderable Pads WB Resistor (6.35 (5.08 .18) Please ±.10) (1.04 (1.02 min.) WB Resistor mounting �.020 can construction for high quantity applications. reliability MG 731600 Circuit board: N/AX-ray .(Alumina) , or other. �.015 .025 �.002 Resistance Range Tolerance 200 5 Meg WBIMS, Ceramic 313 �.51) (2.39 �.38) 750 N/A Type 1 MG650 0.5 and stability, including � TWT amplifiers, Resistor mounting efficient non-inductive be manufactured is accomplished without (7.95 (.64 �.05) contact MG 745 systems, geophysical instruments, and medical electronics. .313 �.030 .109 �.025 of.025 �.002 Please StandardCaddock Applications Engineering. derating (millimeters) any performance advantages. �0.5%, �0.25%, �0.1% CC1512FC Standard Resistance Values: �1%, Resistance Dimensions and Max. Type 1 0.5 600 750 8 Meg WB Resistor mounting in inches .64) N/A N/A MG655 WattOverload Dielect. 200 � Model (7.95 �.76) (2.77 � (.64 �.05)Tolerance CC1512FC ±1% Standard (except as noted). Continuous Standard Extended -15 No. ageMGOper. Volt. Rating Strength Min. A B C St'd with "-15" rating �1% 740 .094 � and .025 �.002 3.30 Ω Max. Max. .500 �.030 inches .015 (millimeters) Min. 0.010 Resistance Tolerance: Ω 5% 0.033 Ω 5% 0.20 Ω 0.75 Ω Resistance MG 731 0.6 Dimensions in Max. Type 1 1,000 750 400 � 10 Meg N/A N/A MG660 WattOverload Dielect. Model (12.70 �.76) (2.39 �.38) 0.015 ΩResistance Range 5% 0.040 Ω 5% 0.25 Ω 1.00 Ω1% 4.00 Ω � Extended Range � 1: Applications .-313he power rating .025C�.05) T �.020 .094B .015 (.64 � .002 1000.5 Continuous Rating Strength 200 NoteN/A Generaleg Extended Tolerance Standard -15 No. A 600 � 5M N/A 750 MG650 age Oper. Volt. Type 1 Min. 5.00 Ω 0.020 Ω 5% 0.050 Ω Tolerance: Resistance 2% 0.30 Ω 1.50 Ω (7.95 �.030 (2.39 �.015 .750 .51) .094 �.38) Max. Max. Min. in. (.64 �.05) 2,000 750 20 Meg N/ is 600 for general applications A based upon 0.5 sq..38) .025 �.002 � N/A MG680 80 0.8 Type 1 7.50 Ω 0.025Temperature 2% Ω 5% Standard Coefficient: 2.00 Ω 0.075 Ω (19.05 �.030 (2.39 � .015 (.64 .05) �Ω � .094 � �.020 .109 � Temperature Coefficient: TC referenced to N/A 2) Solder attachment.313 �.76)area (2 .025 .025 ��.002 Packaging information: 0.33 1%, �0.5%, �0.25%, Ω0.1% Tolerance � N/A MG655 8.00 Temperature Coefficient: TC referenced to N/A Solder attachment note: (2.77 �.015 .025 ��.05) Packaging information: 0.40 Ω 200 (300 mm of 8 Meg 5 eg N/A 750 MG 740 0.5 termination pad 1.000 ��.76) (2.39 �.64) .025 �.002 Packaging information: or note: .094 �.38) (.64 � .002 trace oz. (.64 .05) Type 1 MG650 0.5 MG 750600 0.030 Ω ResistanceΩ 5% 0.10 Range 2.50 Ω (7.95 �.51) .040 Temperature 4,000at +150°1 TC referenced toN/A Coefficient: Solder attachment note: 60 1.0 taken Style FC, 0.15 Ω rating 0.50 Ω flip e chip resistors, are shipped with the bare Ω 750 800 � 50 Meg N/A Type MG710C, ∆R 10.0 +25°C, ∆R taken at +150°C. St'd with "-15" � the bare Resistanc chip , flip shipped with �0.25%, Style FC has a bare ceramic back surface. 1.02) .094 �.015 .025 .002 Style FCStandar resistors, are1%, Specifications �0.1% (25.40 the resistor..025 (.64 �.05) copper) connected to eacha bare ceramic back surface. end .of ��.030 (2.39 �.38) .025 ��.002 ceramic side up indthe pocket, with the 3.00 Ω 1% pads fac+25°C, ∆R taken at +150°C. � TC �0.5%, .109 � 500 Styleeg has 313 Style FC, flip chip resistors, are shipped with the bare solderable +25° 400 10 Meg N/A MG660 0.6 Type C. 1 600 750 200 � 8 M FC N/A N/A MG655 40 0.5 Range Style FC N/A has back ceramic side Packaging up in the (12.70 �.76) (2.39 � .38) Temperature 1,000 Coefficient: Solder N/A a bare ceramic flip.030surface. CC2015FC upRangepocket, with the solderable note: .140 � chip (.64 � .(7.95 .060 (2.77 � .64) 400 °C 0.50 ohm and above, -20 to TC referenced toN/A chip Meg attachmentsolders for Derating.025 ��.05) ing down. information: Resistance�1% pads facExtended in Type 2 750 20 MG712ohm and 1,000 The recommended150 �.152) for flip chip (.64 .05) ingSt'd side"-15" the pocket, 0.50 ohm and above, -20 to +80 ppm/800 Maximum The temperature is(10.16 °C. Use flip.76) (.64 �.002 ceramicwith Standard with the solderable pads fac�1% The recommended solders for 36Pb .025 �.002 ing down. wire rating are shipped shippedbare the solders /.094 � .015 .025 .002 0.50750 0.6 MG 780 at +150°to +80 ppm/°CCurve to derate recommended are �62Sn(3.56 ��.015/ 2Ag,�.05) Style FC, ,flipandbondable resistors, are withValues: above, -20 C.+80 ppm/°C� .094 chip Standard chip resistors, .750 �.030 down. �.030 MG +25°C, R maximum 0.050 ohm taken solder FC N/A a barethe.76) (2.39 ��.030surface. Tolerance WB, wire bondable resistors, fromshippedto +105�C, CC2015FC �80 ppm/ as noted). 600 2,000 20 Meg N/A MG680 ohm to 0.49 ohm, 0 to +200 ppm/°C Styleappropriately for500�62Sn (2.39 �.38) / 2Ag,�.002 ceramic side up in the1% Standardtheare -15the pads fachas ceramic 36Pb (.64 .05) Style WB "-15" ± pocket, � solderable with Type to 1,000 750 400 � 10 MG660 20 0.6 to 0.49 ohm, 0 1 +200 ppm/°C 0.050 ∆8 solder attachment (19.05 � .76) .150 .38) .032 ��.05) Style WB, wire bondable up withC(except � �C with the / back St'd with .are � 562 (.64 resistors, with 0.050 1.0 solder attachment (12.70 .060 (3.81/� are bondable Extendedpads facing up in the pocket. 1,000 ohm, 0 to +200 ppm/ C 750 20 Meg / and for (14.27 1.52) / 36Pb N/A MG714 ohm to 0.49 0 toType 2 ppm/°C 200°� 6.5 Meg 96.5Snattachmentthe temperature .76) // 2Ag, .05)0.020Temperature 5Coefficient: are shipped3.30 Ωthe bondable Ω % in the 0.75 below 0.050 ohm, 0 to-20 to +80 ppm/°Cambient temperature3.5Ag, or 1.000 �62SnSnflipAg / Cu � .002 wiredown. 0.033Rangereferenced to +25�Ω 1% +300 ppm/°C standardfor094/ �Ag Cu � .002 wire5% g pads facing 0.20 Ω pocket.C. Ω The recommended standard Sn �.015 .025 � solders ..094 .015 (.81 chip .025 0.50 ohm and above, ratin below00.050 ohm, 0 to +300 ppm/°C 800 � N/A ing bondable pads facing up in the pocket. 96.5Sn / 3.5Ag, or standard Sn / Ag / Cu wire illustration shows the orientation of the CC1512 and .040 .750��.030 4,000 N/A below 1.0 MG 785 +300 MG710 0.8 96.5Sn / 3.5Ag, or(25.40 �.060 (2.39 �.38) .025 ��.05) The 5% ,0.040shows the 0.25 Ω are the CC1512 Ωthe 600 limitations of 50 Megalloys. materials. .76) (2.39 �.030 2,000 750 20 Meg N/A N/A MG680 0.050 ohm, 0.025 Ω Resistance Ω 5% 1.00 Ω 4.00 and Type 1 the The illustration bondable resistors, of shipped with orientation solderadjacent (19.05�� (.64 .05) Style WB wireshows .are 1.02) .140 �.38) 750 70 0.050 1.0 25 2,000 than 52 nH typical C / 36Pb (.64 �.002 CC2015 chip resistors thethe tape. fromthe CC1512 and The 5% 0.050 Ω Coefficient: 1.50+25�C to +105 orientation of Ω 750 ppm/ 50 Meg N/A MG715 ohm to 0.49 ohm, 0100 +200 150 400°� 26 Meg solder attachment(19.05 �62Sn (3.56 �.76) / 2Ag, .05)0.030 Temperature2% �80 0.30 ΩTCThe CC25205.00 Ω �C, in the tape. The CC2520 resistors ppm/�C Specifications Inductance: Less than 5to typical Ω illustration MG 780 Range solder alloys. alloys. CC2015 chip pads in up the resistors Inductance: Less Type ppm/° Less .094 .015 .400 .060 1.000 �1.52) .140 �.030 (.64 � .002 CC2015 chip resistors-200 ppm/ Cpocket. the illustration. .040 tape. The +50 resistors Inductance: 4,000 to Type 2nH oC below 0.6 +300 96.5Sn / 3.5Ag, a metallized back�Ag .025 for standard (3.56 � .38) .025 �.05) wireExtendede Ω 2facing what is shown inΩ ppm/�C from 0.075 2.00 are rotated 90° f in 0.33 to in the illustration. 1,000 20 Meg Style WB N/A a metallized Sn /��.030 / Cu ��.002 chipsbondableresistorsrom the inΩ �shownCC25207.50 Ω has or(10.16 �.060 back .76) .025 for N/A MG712 1.0 AMBIENT TEMPERATURE,750 C 5 N/A N/A MG710 0.050 ohm, 0 than 51 nH typical 800 � chips Rangeand 90°%rom what is are rotated f .140 surface �.05) (2.39 surface �.002 (.64 1.000 1.02) (25.40 �.152) (.64 Standard shows the 0.40 is shown the CC1512 Ω illustration of chips are rotated Load Life: 1000 hours at rated power, based Style WB N/has metallized back sink. (.64 �.05) TheResistanc Ω 90° from �what Ω�C �Specifications+105�C, 1 of 2 0.10 surface C +25 2.50 the to and Type 2 600 � 70 Meg solder alloys. 1.5 4,000 750 75 Meg MG716 Life: 1000 hours at rated power, based soldering tohas a (25.40 �1.52)a (3.56 �.76) �80 orientationC. inΩ illustration. ppm/ Load Life: 1000 hours at rated power, based Style WBto A substrate .060 a heat�.030 .032 for a substrate .060 heat .030 .025 �.002 CC2015 chip resistors-15the toΩ TCfrom -15�C 8.00 dia.Page or .150 � sink. The .002 Range Ω 7” Ω .140 St'd with "-15" .562 � or Load 1.0 in 0.50 tape. The CC2520 resistors a The 400 0.15 Inductance: 1,000 Resistancetypical Less than 52 nH - In High 7” 20 Meg MG714 0.6 MG max. chip temperature, 800 � 6.5 Meg soldering where the circuit board �.030 referenced to 3.00 �C. 10.0 dia. +25 Ω Type upon 150°C max. chip temperature, 200 Power Applications to A substrate.050 a used.76) .040 ��.05) 750 Meg N/ a N/A MG712 150°C 810 soldering N/A or .240 Note 2: (178 mm) (14.27� 1.52) (3.81 � sink. (.64 �.002 7” dia. upon 1.5 Thermal Type 2 .710 to be heat are The (10.16 � .152) (3.56 surface �.05) rating (178 mm) MG 785 chips are rotated 90° from what is shown in the illustration. min. Insulation Resistance: �C0,000 Megohms,�C, 1 Standard and Style WB has a metallized back�.76) (.81 for 2,000 750 75 Meg 225 MG717 150°C max. chip temperature, 600 � 17 Meg recommended solders �1.27) (6.10 �.76) (1.02 �.05) upon (178 mm) �80 ppm/ from -15�C to +105 (18.03 12mm ∆R ± (Life: 1000 hours heatrated power, based 62Sn / 36PbM 2Ag,.750 �.060the.140 �.030 or.025 �.002 0.0005 ohm) material provides (such recommended solders to be used are as IMS, Alumina, or 562 to be used are other) thermal solders Load (0.5% + 2,000 high at sinking benefits26 Meg recommended substrate .060 a /heat�.030 .032 �.002 .150 St'd with "-15" 12mm ∆R ± 0.5% + 0.0005 Type 2 ohm) 3.5Ag, The CC2520FC Standard Resistance Values: power 0.473” 1.0 400 50 Meg 36Pba/ N/ MG715 (0.5% + 1,000 Bo soldering to A / 2Ag, 96.5Sn /(3.81��.030 or(.64 ��.05) or (3.56 �.76) .025 �.002 Overload/Overvoltage:�Cto +25�C.�C to +105�C, sink. (.81 .05) �80 ppm/ 5 times rated from +25 1.0 750 200 � 6.5 2 N/A MG714 referenced 12mm ∆R ± 0.0005 ohm) 62Snmaximum 2Ag, 96.5Sn /.140 .76) or / 36Pb / power96.5Sn 3.5Ag, 7” dia. 0.473” (19.05 �.080 Bo (14.27 �1.52) 1.500 1.52) Extended rating resistance max. chip 2 is 62Sn 3.5Ag, 0.473” upon 2.0 Overload: resistor 750useful power, standard SnA/ Ag (38.10 �2.03) (3.56 �.76) (.64 �.05)Tolerance CC2520FC ±1% StandardC to +50 ppm/�(178 mm) Type1.5 times rated Bo 6,000 50 Meg N/ N/A MG720 150°C of the chip temperature, 1 Kto establish1the / -200 ppm/� exceed noted).from C /1.000 �.060 used.030 .025 �.002 with Range voltage not to (except as1.5 times maxCucapability of�.030 .025 �.002 solder ..140 � the alloys. Momentary Overload: 1.5 times rated power, recommended Ag / Cu solder alloys. applied standard N/ at / Cu to be 140 are Momentary 815 the Type 2 times film temperature75 Meg Sn / solders solder alloys. .750 �.060 chip 1.0 MG in The 600 0.010 Ω 12mm 0.033 Ω 5% Ao80C toΩ �C �C. Ω �C3.30+105�C, 5% -15� ppm/ from +25 to Ω 5 70 Meg MG716 (0.5% + 4,000 Momentary Overload: 1.5 0.0005 400 5is measured 0 26 MG715 seconds,2,000 ± application.750 rated�power, standard SnA/ Ag the center of the.030 .040 �.002 ∆R 5810resistor 0.0005(0.5% + ± ohm) � 0.20 +25 0.75 MG (25.40 � 1.52) (3.56 � .76) 1.000 � (19.05 � 1.52) .240 ∆R ohm) for 5 seconds,4,000 ± (0.5% + 0.0005 200 � 51 Meg 62Sn / 36PbM 2Ag, 96.5Sn /(3.56��.76) or(.64 �.05)0.015imum continuous Ao 0.25 Ω voltage for4.00seconds. / the center.050 the3.5Ag, (.64 �.05) operating C 1.00 Ω ppm/5C Ω Extended 0.473” 0.040 Ω 5% Ao Bo Ω 5% forresistor element and0.5% + 0.0005 temperature is1measured at 2.0 750 00 Meg 300 MG721 the of .140 � -200 ppm/� to +50 � from (25.40 �1.27) (6.10 �.76) (1.02 �.05) ∆R ohm) for 5 seconds, ∆R ± ( Type 2solder pad ohm) .710 �.050 5.00 Ω 1.000 solder .240 �.030 .040 �.002 0.020Insulation Resistance: Ω Range Ω 2% -15� 1.50 Cu � Maximum.030 .025 �.002 Ko 5% DC Voltage 0.30 Ω 10,000 alloys. Momentary Overload: X1.5 times +150° films 1.5 2,000 MG717 1.5 Temperature: 2® the750 rated� C 17 Meg standard 225 M Type 600 4,000 75 the shown (18.03 � .060 (3.56 �.76) Meg N/ / 70 MG716addock's Micronox-55resistancepower, arelayouts Sn A Agbelow).1.27)Preconditioning forsignifies 0.050thickness andC to +25�C. Ω Megohms, min. tape Operating Temperature: in °Crecommended circuit75 Meg source /of �.080 (6.10 ��.030 (1.02 ��.05)0.025Type 1: 0.075thickness and dimension2.00 Ω termination pad (point C 2.5 10,000 Power thickness and dimension (.64 .05) (25.40 1.52) .140 .76) .025 �.002 2.000 Ko signifies tape and Ao 0.33 Ω Ω 5% Ω 2% Voltage Ratings7.50 Ω to 1.5 K Operating Temperature: 2-55°C to +150°C N/A 750 +150°C 200 Meg N/A MG725 seconds, ∆R Type Ko signifies DC Voltage or dimension tape VΩ Operating MGofPrecision + 0.0005the center of chip) should not exceed 150° ..240 �.030 .025 ��.05)0.030Overload/Overvoltage: AC times rated power for 5 (50.80 �.050 8.00 Ω 140 ll power .002 Ω 5% through (.64 �.002 the (0.5% resistor to ohm) (at 1 1.500 .080 . thetemperature 2,000 ± chipA2-55°CthisVoltage 17covered 50 Megoutstanding710 �2.03) C(3.56 ��.76) Size pending. Type 2: 0.10 Ω Type A .030 .040 maximum0.40 rms 52.50 Ω.512” arbor hole min. operating Megohms, Insulation Resistance: 10,000voltage ratings 6,000 1 75 one or225A N/ A MG720 1.5 Certain Note: Type ll High catalog areResistors' MG 815 2.0 MG717 Measurement Note: shown in750 600K� N/Meg Orderingmore patents, �.080 arePhysical Size(.64 ��.05) by also patents ratings and 0.15 Ω 10.0 (38.10 there (3.56 �.030 (1.02 �.002 1.500 �1.27) .240 �.76) .512” arbor Ω� (18.03 �2.03) (6.10 �.76) .040 .05) not to are (13mm) hole preMeasurement products All measurements are Ordering M A measurements Physical continuous with applied voltage 0.50 Ω ResistanceThese and dimension3.00 Ωbased hole RmaxRange Overload/Overvoltage, on 500 � 6,000 signifies MG730 temperature range ofllthe°Cfeatures: 77 Meg Information: the 3.0 Temperature: measurements are 250 Meg 750 application. .512” arbor are for0.150” x 0.120” Koduty. tape thickness ratings exceed 1.5 timespower Measurement Note: Type 2-55 1,000 +150°C are Ordering M 1512 .76) Size = Operating of performance to combinationKelvin connections per the Physical (13mm) Overload/Overvoltage: 5 times rated 1512 taken using 140 = 0.150” x 0.120” Information: (38.10 �2.03) (6.10 ��.030 (1.02 ��.05) 1.000 �.050 (13mm) .025 .002 1.500 .080 ..240 � = 0.200” x 0.150” imum continuous operating voltage for 5 seconds. 2015 .030 .040 �.002 taken 2.0 1512 = 0.150” x 0.120” 2.0 4,000 200 100 Meg 300A MG721 using Kelvin connections per the Type 2 6,000 1 50 Meg N/ M N/A MG720 using Kelvin connections 750 the K� 51 Meg Information: 2015 0.150” taken per applied during exceedtolerances .315 �= 0.200” x 0.200” (25.40 �.060 stress 0.250”(.64�.002 levels StandardSize 1512and non-standard max. times max1.000 2.03) (3.56 �.76) (1.02 �.05) (38.10 �1.27) (6.10 �.030voltageCustom resistance values 2520 .76) .040 �.05) with 1: DC Voltage not to the manufacturing voltage Size 2015 0.5%Size1.5 hole 2015 0.200” Single-resistor high 2520 recommended4,000 values2as 1,000 as 10,000 Megohms. M .512” arbor Meg 150 Meg 2.6 750 MG731 Measurement connection ll measurements40are Ordering Note: Type 2520 = 0.250” 0.150” Type applied Size 1512 highSize 2015 applications. 1 of 2 Physical recommended1.500 ± .125 A locations. 200 �B connection locations. (8.00 �.76) Size x 0.200” A quantity Size 2520 2520 .030 .025 �.05) C (13mm) 240 �= 0.250” x 0.120” Size Size Size recommended4,000 3.18) locations. 200 � 51 Meg Information: (25.40 �1.52) process (1.02 provide manufactured(3.43mm) 0.189” (4.80mm) 0.271” (6.88mm)seconds. connection stable foroperating voltage for 5 Page 2.000 �.080 �.002 1.000 .050 ..140 �.030 to 0.200”can be for continuousresistor performance even 1512 = x �.002 imum2: DC Voltage St'd with Ao 0.135” 1512 or V 2015 "-15" rating N/A 2520 N/ N/ MG725 2.0 (38.10 1high MG721 using Kelvin± connections 750 the K Type Maximum 10,000 voltages as200 Meg asCC taken 2.5 continuous 2operating 1.5coveredAby one or more300AM2520there�.080 also 1% 0.150”.040��.05) per are .240 .76) (25.40 are (3.56 � .76) .040 .05) 2.000 1.27) (6.10 � = 0.200”(.64 Certain3.6 products shownType 2 catalog 750 � 178 Meg 300 Meg 1,000 M in this 1,000 patents,(50.80 �-2.03)under.030 (1.02 �.002 overload conditions. rmsAC 0.271” (6.88mm) patents x 0.150”Please contact Caddock Applications Engineering. FC - 0.10(6.10 ��.76) pending. Type 1:Ao 0.135” (3.43mm) 0.189” (4.80mm) 0.271” (6.88mm) -2015 momentary Type Ao 0.135” (3.43mm) 0.189” (4.80mm) 10,000 MG735 CC 2520 FC 0.10 -2520�= 0.250” x 0.200” DC Voltage Size 2015 (50.80 0.10 1% Extended 0.167” (4.24mm) 0.209” (5.31mm) 0.216” (5.49mm) max. 48,000 voltsconnection locations. 500 � 77 Meg 250 Meg 750 M25201.500 �-2.03) ..-140 �.030 (1.02 ��.05)assistance Bo Range1512 0.209”Low 0.8%Size(5.49mm)matched ("-15" ratings). Size recommended 6,000 CC For 2.000 �.080 240 .030 .040 �.002 FC .080 .025 Bo 0.167” (4.24mm) (5.31mm) 0.216” TC Resistance Range immediate 1% engineering in Voltage Ratio 2520 1,000 MG730 3.0 750 1.5 K 200 10,000 N/A N/A MG725 2.5 Type 2 Maximum .002 Type voltages 60% Overload/Overvoltage, �R Bo 0.167” (4.24mm) 0.209” (5.31mm) than the 315 .76) DCdeveloping higher (38.10 �.060 (6.10 �.030 (1.02 � .05) 1.500 2.03) .Tolerance: (.64 operating 2:Ao 0.037” (0.94mm) 0.087” (2.21mm) 0.216” (6.88mm) values (50.80 2.03) (3.56 �.76) .040 �.05) Tolerance: Ko 0.135” (3.43mm) 0.189” (4.80mm) 0.271” DIMENSIONS IN INCHES AND Overvoltage capabilities of 150% of 64 MegC TypeMeg Fig. M K(38.10 �layout(8.00%��below 0.050Ω�.002 Thermal Shock: or VrmsAC 0.066” (5.49mm) 3.6 6,000 1,000 300 C 300 CC 1,500 Type recomMG740 Fig. 1A: Kelvin layout 2 (MILLIMETERS) � standard working 1B: voltage resistor below 0.050Ω .05) write our Applications il-Std-202, (1.68mm) we will CC Ko 0.037” Mby adding (1.68mm) high elvin �1.52) .315 �.76)C the �table mayStandard (0.94mm) 0.087” (2.21mm) 0.066” (1.68mm) to the Engineering"-15" 107, and CC 25201.000 �-.060 listed�0.050Ω(1.02Ω�.002 FC .080 .Tolerance: 0.050 � .002 0.10 ±240 below .040 Ω - 5% .030 t.040 or 1%sets,o call Type CC 0.5% max. ± 5% .030 in be Range Tape pocket dimensions: Method B Ko specified 1.500 1.500 ±2 0.099 5 2.6 200 � 77 MG731 mended for values A 2 Resistance 0.037” (0.94mm) 0.087” (2.21mm) 0.066” (5.49mm) �R below 0.20Ω 500 C 40 Meg 150 Meg recommended � 1.52) offer�.030 .040 �.05) Carrier 3.0 1,000 250 CC M 6,000 MG730 (38.10 ± for4,000 models and values, (exceptType Meg ratings). (25.40for higher %�0.050Ω(1.02 �.002 Type voltages± .3125 all "-15" 750 M Bo (4.24mm) 0.209” X X .± 2% .76) 240 the o 0.099 Cond.from 0.167”0.25% and Overload/Overvoltage,product C, MG750-15). (5.31mm) 0.216” Tape pocket dimensions: .05) (38.10 � 2.03) (8.00 �0.050 tbest Ω (Example: ΔRCarrierhighmax. Note that overload .18) A 3.000 to (6.10 0.10Ω atnd0.099Ω resistor 1 Style: ± 2% 0.10 o above Tape number A Type 2 1,000 C K 288 Meg 500Style: WB beM pleased.100 model.76)ΩΩa(1.02��.05)solutionwith "-15"ouris 12mm andvoltage N/A 15,000 1 Meg MG745 5.0 Carrier12mm Carrier Tape (8mm pitch) ± 1 �.76) nd above St'd ratingTape and pocket dimensions: FC or 1,500 Tolerance: (1.02 Tape is Carrier Tape (8mm pitch) Style: resistance(76.20 (6.10 .030 A Derating Curve: values. ± 1% 100 240 Ko 0.037” is 12mm Carrier Standard (0.94mm) 0.087” (2.21mm) 0.066” (1.68mm) 0.5% max. Tape 2.000 � .060 ..315 �.030 .040 �.002 1.000 .040 .002 C CC Resistance10,000 Tolerances®from ±1.0% to 0±0.1%. FC or WB 750 M (Ω) of ��2.54)Preconditioning for PowerResistance: MTape (8mm pitch) Method 106, ±5 capabilities..080 (8.00 �0.10Ω and above 3. 750 MG735 2.6 not to Ratings the "-15" 4 4,000 150 Meg Type 2 MG731addock's D C X 178 Meg 300FC or 1,000 M Ω (25.40 �2.03) (6.10 �.030 (1.02 �.05) Moisture Range apply Low 0.8% max. matched C C = 6CurrentD Micronox 801,000 200 � films X TypetheWB For immediate and %��below 0.050Ω�.002 ratings in developing pocket dimensions: TCresistors. Resistor Value .76) .040 assistance do and Voltageil-Std-202, .315 overvoltage .76) to 0.099 Ratio connection resistance 128 Meg are Meg source ) (50.80 �.060 engineering ��.05) 2.125 Extended Resistor Value D (MILLIMETERS) Carrier 400 � 500Style: charts for availability �1.52) ± 2% .76) (1.02 Ω 10,000 MG750 5.0IN INCHESCoefficient, 1,000 standard resistance range, (of (53.98 �1.52) (8.00 �0.050Ω(1.02 �.05) Full reel quantities: Type See 2,500 M St'd with "-15"Tape Tape and shown N/A rating Resistor Value (Ω) Δfor0.4% max. is 12mmoperating in the table are Rreel quantities: A POWER 2 High Voltage Resistors' outstanding �.060 Resistance above T Type DIMENSIONS MG Precision AND ± 1%�.030 .040 .002 "-15" resistors Engineering See pitch) ..315 �.030 nd �ratings reel maximum Carrier Tape (8mm voltage we will theemperature connectionOR 60for A 240 power �.002 1.500 2.000 high availability .080 (8.00 ll0.10Ω a: rangesFulland ApplicationsMil-Std-202, andratings sets, .040 FC or charts forM Full See 1,500 M 1500 pieces per reel 3.6 6,000 300 300 Meg WB voltage resistor315 �.030 call or write ourquantities:reel for CC1512 MG740 S = Sense RATED Type 2 Meg charts for availability 1,000 MG735 3.6 C 1500 pieces per 1,000 1% ThermalThese for CC1512 . �.76) Min." 3.125 2.03) (6.10 �.76) (1.02 �.05) .05) 80 7.5 10,000 inRATED Type 2 1,000 750 � 178 Meg 750 Meg 3,750 M (38.10 �1.52)fromfor continuous"StandardShock: CC1512 are +125°C on 107, combination features: 64 Range ratings MG750 -100M voltage based 1500 duty. precombination 15,000 VOLTAGE, % 401,000 600 � 192 Meg tolerances as(Ω) (79.38 �.060 are the best �solution Extendedourreel for CC2015 and CC2520Method rated performance with resistance MG780ppm/°C of D S S1000 Life: Max." Resistorpleased to 1.52) (8.00 �"-15 (1.02 .05)to Loadpieces per reel for CC2015 and CC2520 be Value (50.80 � .100 ..240 �.76) (1.02��.002 Full reelpiecesΔR reel for - hours at resistoratproduct offer 315 �.030 .040 �.002 Cond.quantities:0.25% max. 0.8% max. from per high 1000 C, .030 .040 �.002 3.000 .060 .040 1.500 1000 pieces per See 1,500 tight Curve: voltage, not reel for CC2015 and power. Derating 3.6 ±0.1%. 100 2 B201,000 300K� 288 Meg 500 Meg charts forM (76.20 �2.54)N(6.10 �.030 (1.02 �.05)Performance to exceed be shipped in tape without reel107, 15,000 MG745 5.0 Tolerance Quantities of less than during shipped in tape without reel and 64 6,000 3 Type B MG740 as applied for will rated CC2520 on-Inductive B high 800 � 320 Meg 1,000 Meg 5,000 availability � 1.52) Model�.76)voltage (8.00 � .76) (1.02 .05) .315 capabilities..000 Thermalless than 250 will be shipped in tape without reel and Shock: M Quantities of less than 250CC1512 the manufacturing .040 4 Single-resistor values 2as 01,000 as1 10,000 Megohms. M (38.10�.120 stressNumber: ��.002 levels piecesResistance: beofil-Std-202,Method 106, SS 1500 per reel 250 will il-Std-202, 20,000 MG785 8.0 Type Quantities of 80 25 75 125 175 225 275 Moisture per at for option of Load Life, Type MG resistors have demonstrated stability of 0.01% (101.60 �3.05) (8.00 ��.76) (1.02Value: without pieces ΔRreel the CC2015 Caddock. Method and for manufactured CC2520 M ost .040 �.002 without tape leader at the optionM Caddock. �R are C, 240 Resistor �.05) .030 Resistance Range 2.125 �.060 Cond. stable the option �.002 3.000 .100 ..315 �.030 .040provide 1000 tape leader 0.25% max.performance even without tape leader at materials of Caddock. AMBIENT Maximum POWER ORinType 2 B 1,000 loadK� 128 MegasChigh as M (53.98 �.120 process tomodelsTape dimensions and resistor andwith Caddock's continuous operating voltages ° 500 Meg 2,500 10,000 MG750 1 500 1,500 288 MG745 5.0 ΔR 0.4% max.uses RATED 15,000 be consistent with .315 momentary Tape dimensions (6.10 � .76) .040 .05) 5.000 2.54) (8.00 � .76) (1.02 �.05) per 10.0 hours % 60extended 400TEMPERATURE,1,250of standard (76.20 �1.52)under�.030 (1.02 ��.002 overload conditions. awill il-Std-202, without reel106, : which serpentine EIA-481-1. Quantities of Resistance:beM be consistent with EIA-481-1. Type 2 1,000 1 K on400 Meg Meg 6,250 M (127.00 �3.05) Non-Inductive RATED 25,000 MG810 1,000 VOLTAGE, of 40ratings). is based life testing of current. Point of connection(8.00 �.76) (1.02 �.05) Designwill be less and materials willcontaining max. resistive Moisture -100M will shipped in tape Method and Tape dimensions and materials will be consistent with EIA-481-1. Standard 0.5% 48,000Actual width values. MG750 than 250 Note: volts ("-15" should ..315 �.030 .040 �.002 315 �.030 .040 area Reels willLife: 3.125 Reels .002 2.125 Load be marked with- label Caddock. Caddock logo, part without be marked with a label containing Caddock logo, part at resistance 10,000 20 2 trace range current 1,000 400 � magnitude Meg 2,500 M (79.38 �.060 pattern be in the�.05) shown.0.4%leader 1,000a1%ofpackaging date,theat rated 7.5 15,000 600 MaximumprovidesRforresistor value,60%hours at than and quantity. in operatingwill neighboring label containing Caddock logo, part higher carry current MG780Dimensions in inches and (millimeters) 128 5.0 500 Reels voltages the a lines to +125°C values that ��.002 number,tape marked withoption packaging date, and quantity. MG750Dimensions in inches and (millimeters) 192 Meg 750 Meg 3,750 M Type (8.00 .040 Δ with max. tolerance, (53.98�.120 (8.00��.76) (1.02 � .05) 6.000 �1.52) .350 � .76) (1.02 (millimeters) number, resistor value, tolerance, Tolerance Overvoltage inCOMPONENTS LTD. 1 of standard Meg 10,000 Model Number:.040 St'd resistor rating 15.0 30,000 inches and of 1,000 MG815DimensionscapabilitiesLTD 150% K 384 Meg 2,000working M (152.40 �3.05)listed 1.02) the �.05) Type 2 voltage, "-15" to exceed rated consistentcancellation notachieving will be 0.8% (0)1883 to the power. and materials maximum "-15" quantity. 0 performance has number, be specified by adding max. RHOPOINT RHOPOINT COMPONENTS 75 125 175 225been proven through �.120 opposite (1.02 �.002 Tape dimensionsvalue, tolerance, packaging date, andEIA-481-1. Tel: +44 with 717988 (8.89 ��.030 .040 table may This exceptional thereby ..315 � in 315 4.000 .040 �.002 3.125 +125°C logo, part voltages for Hurst Type25 1,000 600 � 192 275 "-15" ratings). (101.60 �.060 (8.00 �.030 directions,Load Life: 1,000a label containing max. at rated Reels will be marked with hours at +44 (0)1883 Caddock 8. 20,000 800 MG785 7.5Road, all models 15,000 3,750 MG780 Holland Road Green, and values, (except 750 Resistor Value: Holland 0 Extended Range (1.02 AMBIENT TEMPERATURE, manyDimensions in inches and (millimeters) 320CMeg 1,000 Megthe highest �3.05)model.76) fields�.05)(Example: not value, tolerance, packagingresistor. 712938 yearsGreen of use Type 2equipment that ° demands 5,000 M (79.38 �1.52)of(8.00 �.76) (1.02 �.05) number, resistor tolength of Note Life, �and quantity. in 2 Resistance Range Load flux numberover voltage, MG750-15). rated 0.8%that Roverload the entire exceed Fax: date, the This Hurst power. e-mail: sales@rhopointcomponents.com Oxted, Surrey, RH8 inductance construction are in shaded areas. Models with ..315 �.030 .040 �.002 315 �.030 .040 �.002 Resistance20,000stability, LTD Tolerances including� TWT amplifiers, M 5.000 �.120 and overvoltage ratingsconstruction is to the "-15" resistors. RHOPOINT and low9AX 2 from ±1.0% to ±0.1%. Meg 6,250 M COMPONENTS LTD 4 .120 efficient non-inductive do web: apply accomplished without not reliability COMPONENTS LTD Type 1 Solderable web: www.rhopointcomponents.com Leads MG810 10.0 RHOPOINT COMPONENTS 1,000 800K 400 Meg 1,250 Meg 5,000 X-ray �3.05) (8.00 �.76) (1.02 �.05) RH8 9AX 8.0 1,000 320 MG785 Oxted, 25,000 Standard www.rhopointcomponents.com 0.5% max. Phone:Road,Surrey,Green, +44 (0) 1883 717988 (127.00 3.05) (8.00 �.76) (1.02 �.05) RHOPOINT Hurst Holland Road,with Caddock's Non-Inductive Resistance Pattern range, of(101.60 areas. Resistance Temperature Coefficient, for standard resistance are in non-shaded Holland Road, Hurst Green, for "-15" Range systems, geophysical instruments, and medical electronics. 6.000 �.120 Resistance any performance resistors shown in Life, �R derating of ranges Encapsulation: High Temperature Siliconetable are advantages. Load the Conformal. Fax: Models Hurst Green, e-mail: sales@rhopointcomponents.com .315 �.030 .040 �.002 Holland15. 5 .120 .350 �.040 .040 �.002 Oxted,+44 (0) 1883 712938 RHOPOINT 0 St'd with "-15" rating 0.8% (0)1883 717988 30,000 MG815 10.0COMPONENTS 2 LTD Tel: +44max. IL-110.019 Type 400 1 K 384 Meg 2,000 Meg 10,000 M (127.00 3.05) (8.89 "-15 Min." to 1,250 6,250 M MG810ppm/°C25,000 9AX LTD. 1,000 Oxted, Surrey, RH8 9AX Surrey, RH8 9AX 80 Road COMPONENTS (8.00 �.76) (1.02 �.05) Standard 0.5% max. RHOPOINT (0)in combination with resistance tolerances as (152.40 �3.05)from �1.02) (1.02 �.05) "Standard Max." www.rhopointcomponents.com Oxted, web: www.rhopointcomponents.com Phone: +44 1883 Holland Surrey, RH8 717988 Fax: +44 IL106.0802712938 (0)1883 web: www.rhopointcomponents.com Phone:as ±0.1%. Green, Holland +44 (0) 1883 717988 Road, 1883 Extended Range 0.8% Applications (0) Hurst 717988 Engineering Sales and27.1max. Corporate Office tight +44 Max. 6.000 �.120 .350 �.040 .040 �.002 Phone:15.0 Hurst Green 1883 712938 2 Resistance Fax: +44 (0) 30,000 DimensionsN inches and (millimeters) e-mail: sales@rhopointcomponents.com St'd with "-15" web: 0.8% max. e-mail: sales@rhopointcomponents.com 1,000 1 K 384 Meg 2,000 Meg 10,000 M (152.40 �3.05)inon-Inductive Performance rating MG815 +44 (0) 1883 712938 Type Fax: North Umpqua Hwy. e-mail: sales@rhopointcomponents.com Model Surrey, with low Overload Dielect. Watt- 1883 9AX (8.89 �1.02) (1.02 �.05) in Oxted, Models RH8712938 Surrey, RH8 9AX 17271 +44 (0) Continuous inductance construction are-15 shaded areas. 1717 Chicago Avenue Fax: e-mail: sales@rhopointcomponents.com Oxted, MG resistors Rating demonstrated stability of 0.01% web: www.rhopointcomponents.com Type +44 (0) 1883 have Standard Extended No. age Oper. A C ost models Solderable Leads www.rhopointcomponents.com are manufactured with max. Extended Range Riverside, 0.8% Caddock's web: Phone:Models withVolt.717988 Non-Inductive Resistance Pattern are in non-shaded areas. M B Resistance Tolerance: California27.1 IL106.0802 Roseburg, Oregon 97470-9422 Strength Min. 92507-2364 Max. Max. Min. Caddock's 27.1 IL106.0802 per (541) hours inductance construction are in shaded standard 27.1 IL106.0802 Models with low Hsales@rhopointcomponents.com Non-Inductive�.002 E Resistance Range a serpentine Conformal. Design which Leads Fax: 1,000 1883 712938 e-mail: igh e-mail: caddock@caddock.com • web: www.caddock.comncapsulation:uses Temperature Silicone resistive Phone:+44 (0)496-0700in extended load life testing of areas. Phone: (951) 788-1700 .313 �.020 .094 �.015 .025 Tolerance IL-110.019 Solderable 600 200 5 Meg N/ MG650 0.5 Type 1 resistance range values. 750 For� N/A Pattern are listed (7.95 �.51)see caddock.com/contact/dist.html Caddock Fax: (541) 496-0408Caddock's Non-Inductive ResistanceDistributors in A by countrypattern.38) (.64 �.05) Fax: (951) IL106.0802 369-1151 Models with non-shaded areas.(2.39 � that provides for neighboring lines to carry current in 27.1 Applications Engineering Standard �1%, �0.5%, cancellation .109 �.025 This0.5 exceptional Type performance200 � been proven through .313 �.030 (2.77 �.64) directions, Encapsulation: High Temperature Corporate 0.1% has N/A opposite .025 �.002 thereby achievingSales and Silicone Conformal. 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 of flux fields over St'd entire ratin of Applications Engineering equipment that demands the highest .500 �.030 .094 �.015 .025 �.002 the with "-15" length SalesCalifornia 92507-2364 Roseburg, Oregon 97470-9422 Riverside, and Corporate Office 1,000 750 400 1 N/A MG660 0.6 Email • reliability 496-0700 Type X-ray(12.70 �.76) web: www.caddock.com construction is accomplished 788-1700 17271 North Umpqua Hwy. 1 including �TWT amplifiers,N/A 1717�1% e-mail: 0 Meg caddock@caddock.com efficient non-inductive Extended Range sales@rhopointcomponents.com • (2.39 �.38) (.64 �.05) Phone: (541) and stability, Phone: Chicago Avenue (951) without Roseburg, Oregon 97470-9422 Riverside, Fax: (951) 369-1151 For Caddock Distributors N/A listed see (0) of any performance Web • www.rhopointcomponents.com .750Tel: +44caddock.com/contact/dist.html advantages. California 92507-2364 �.030 .094 �.015 .025 .002 Fax: (541) 496-0408 systems, 8geophysical instruments, and medical20electronics. by countryderating870 608�1188 600 � 2,000 750 Meg N/A MG680 0. Type 1 �.38) (2.39 www.caddock.com (19.05 �.76) (.64 �.05) e-mail: caddock@caddock.com • web: Phone: (541) 496-0700 Phone: (951) 788-1700 Temperature Coefficient: © 2004 Caddock Electronics, Inc. 28_IL110.1004 For Caddock Distributors N/A listed by1.000 �.040 see caddock.com/contact/dist.html country .094 �.015 .025 �.002 Fax: (541) 496-0408 Fax: (951) 369-1151 1.0 4,000 750 800 � 50 Meg N/A Type 1 MG710 Resistance Resistance Dimensions in inches �.38)(millimeters) (25.40 �1.02) (2.39 and (.64 �.05) Max. TC Specifications Overload Dielect. Model WattRange Page 2 of 2 Page 2 of Page 2 of 2 Page 2 of 2 2 Page 1 of 2 Page of 2 1 of Page 22 of2 Page 2 Style WB - Wire Bond Version is a hybrid mountable version with metallized pads for wire bonding utilizing aluminum wire and Style WB --FWire Bond for surface mount applications. version with metallized pads for wire bonding utilizing aluminum wire and Version is a hybrid mountable version with metallized pads for wire bonding utilizing aluminum wire and is a hybrid mountable Style WBwith Chip Bond Version a metallized back surface for solderMegohms and Additional Models • Style FC - Wire version Resistance Range surface for solder attachment of the back surface to a heat sinking substrate. Now lip Extended a metallized back to 10,000 attachment of the back surface to a heat sinking substrate. MG 650 heat sinking substrate. Style WB - Wire Bond version is a hybrid mountable version back Style WB Coefficient as tightfor hybrid applications back surface for solder attachment of the wire bonding utilizing aluminum wire andof 2 - Wire Bond Version a metallized with metallized with metallized pads for back surface to aPrecision Tolerances. Page 1 MG Temperature solder down heat Power Capability Information Combined with Excellent Long-Term back surface to a heat sinking substrate. as 80 the metallized back surface for solder attachment of the Stability and surface 655 for sinking ofppm/°C, includes bondable termination chip, a Power Capability Information • Temperature Coefficient as tight as 80 ppm/°C, Combined with Excellent Long-Term Stability and Precision Tolerances. • • • • • • • • Style FC - Flip Chip Version • • • • Location for Sense (Potential) Connection: Location for Sense (Potential) Connection: • Location for Sense (Potential) Connection: • Location for Sense (Potential) Connection: • Temperaturewith Extended Resistance Range towith Excellent Long-Term Stability and Precision Tolerances. Now Coefficient as tight as 80 ppm/°C, Combined 10,000 Megohms and Additional Models Now with Extended Resistance Range to 10,000 Megohms and Additional Models Specifications: RATED LOAD, % Style FC Derating Curve Application General Information For General CC - Style General Information for Type CC - Style General Information for Type CC - Style for Type Specifications: General Information for Type CC - Style Specifications: Specifications: 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 • Recommended Circuit Board Layout • (current and sense connections): • • • 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 Now with Extended Resistance Range to 10,000 Megohms and Additional Models • • • • • • • UK & Ireland Distributors Type MG Precision High Voltage Resistors Page 2 of 2 Type CC Low Resistance High Voltage Resistors Type MG Precision Precision Chip Resistors Type CC Low Resistance Precision Chip Resistors Type CC MG Precision Precision Chip Resistors Type Low Resistance Type CC Low Precision High Voltage Resistors Type MG Resistance Precision Chip Resistors High Voltage Resistors Type MG Precision High Voltage Resistors Type MG Precision High Voltage Resistors N N Specifications: FC FC FC FC and and and and Style Style Style Style WB WB WB WB - Specifications: Chip Resistors Chip Resistors Chip Resistors Specifications: Chip Resistors Type MG Precision High Voltage Resistors Type MG Precision High Voltage Resistors Design Assistance in Developing High Voltage Resistor Sets with Low TC Tracking. Ordering Information RHOPOINT COMPONENTS LTD RHOPOINT COMPONENTS LTD. RHOPOINT COMPONENTS LTD RHOPOINT COMPONENTS LTD RHOPOINT COMPONENTS LTD Specifications: RHOPOINT COMPONENTS LTD RHOPOINT COMPONENTS LTD. CADDOCK CADDOCK CADDOCK Specifications: