View T912-B1K-010-10_1102015.PDF datasheet online --- IC-ON-LINE

Datasheet File OCR Text:

Type T912 and T914 Precision Resistor Networks Type T912 and T914 Precision Resistor Networks and T914 Precision Resistor Networks Type MG Precision High Voltage Resistors Type MG Precision High Voltage Resistors
(R) Caddock MG stability required by highly accurate amplifier circuits, ratio performance Caddock Tetrinox resistance films to achieve the precise ratio performance the precise and 650 Tetrinox(R) resistance films to achievethe source ofvoltage reference Caddock's required by resistance films amplifier circuits, voltage Preconditioning for Power and Voltage Ratings Micronox(R) and655 stability required by highly accurate are and stability with Extendedaccurate amplifierRange voltagereference highly Resistance circuits, reference MG Now Precision High Voltage circuits and precision bridge circuits. the Typeand precision bridge circuits. Resistors' outstandingto 10,000 power ratings and maximum operating voltage ratings MG All Megohms and Additional Models circuits circuits and precisionfrom features: bridge are for continuous duty. These ratings are based on precombination of Coefficient0.1% to 0.01%. ppm/C, Combined with Excellent Long-Term Stability and Precision Tolerances. performance circuits. 80 **MG 660 Tolerance -- from 0.1% to 0.01%. Ratio Tolerance Temperature as tight as Ratio *Single-resistor valuesCoefficient 0.01%. Ratio stress voltage levels applied during the manufacturing ***MG 680 Temperaturefrom 0.1% as --10,000 Megohms. high to Ratio Tolerance - Coefficient 10 ppm/C, 5 ppm/C or 22ppm/C. 5 ppm/C or Ratio Temperature as resistance10 ppm/C, the source of ppm/C. Caddock's Micronox(R) films are 5 as Preconditioning for for stable Voltage Ratings process to even *Maximum continuous operating voltages as high ppm/C or Ratio ppm/C, ***MG 710 Temperature Coefficient - 10-Resistors' outstanding2 ppm/C.All powerprovide Power and resistor performanceratings Absolute Temperature Coefficient 25 ppm/C. theAbsolute Temperature Coefficient - 25 ppm/C. Type volts ("-15" ratings). Voltage MG Precision High ratings and maximum operating voltage under momentary overload conditions. * MG 712 Absolute Temperature Coefficient 25 ppm/C. *48,000Stability of Resistance at Full- Load for Ratio Stability of Full within 0.01%. are Maximum operating for combination of performance features: Load for 2,000 hours -within 0.01%.continuous duty. These ratings are than the values higher based Ratio * ** Ratio Stability of Resistance at of standardfor2,000 hours - - within 0.01%. table may voltages 60% by adding "-15"on preOvervoltage capabilities of 150% Full Load working hours Resistance at 2,000 stress the listed involtage levels applied during the manufacturing be specified to the Shelf Life Stability of Ratio for 10,000 Megohms. 0.005%. ***MG 714 Life Stability of and values, Months -- within 0.005%. Single-resistor values as high for 6 Months "-15" ratings). Shelf for all models Ratio as 6 (except within process *voltagesthecontinuousof Ratio for 6 available high as 0.005%.resistancevaluesto provide for stable resistor Note that overload Shelf Life T912 and the T914 are available -in 14 standard Stability operating voltages as within Months model number (Example: MG750-15). performance even Both the * Resistance T912 and from 1.0% to Maximum Both T914 are in standard resistance values *between the Tolerancesthe 1 Megohm. 0.1%. in14 high thru-put manufacturing under momentary overload not apply and overvoltage ratings do conditions. to the "-15" resistors. Both T912 and the MG 715 Caddock's high 48,000 1,000 ohms and T914 are available ratings). between 1,000 ohms and forMegohm. resistance14 standard resistance values operating voltages 60% higher than *capabilityvolts ("-15"that prototype and large-volumehighthru-put manufacturing ranges for "-15" resistors shown in thethe values Temperature Coefficient, 1 Megohm. large-volume production quantities are standard Caddock's range,thru-put manufacturing Maximum Resistance table are between 1,000 ohms andof 150% and Caddock's production quantities are 1 assures that prototype of standard working of * capability assures Overvoltage MG 716 80 ppm/C incapabilities as listed in Min." capability either from stock with resistance tolerancesproduction assures that and within 6 weeks after receipt of order. from "-15 the to may be Max." available eithercombinationor values,6(except after receipt of order. quantities are table"Standard specified by adding "-15" to the weeks "-15" ratings). available for all from voltages0.1%. models prototype and large-volume tight as model number (Example: MG750-15). Note that overload available either from stock or within 6 weeks after receipt of order. Non-Inductive Performance MG 720 * Type MG Tolerances demonstrated stability Resistance Non-inductive performance andMost overvoltage ratings do not apply to the "-15" resistors. *Standard resistors havefrom 1.0% to 0.1%. of 0.01% are manufactured with Caddock's T914 Precision Resistor Networks models with Caddock's exclusive design shown in the table are Standard hours in extended standard testing of standardof Specifications: Specifications: MG 1,000 Type T912 *Standard Type T912 and Type T914 Precision Resistor Networks Temperature Coefficient, for load life resistance range, Resistance ranges for "-15" resistors a serpentine resistive per 725 Non-Inductive Design which uses Type T912 and Type T914 Precision Resistor Networks Specifications: 80In addition to the 14 standard equal value models of the Type T912 pattern that provides for neighboring lines to carry current in ppm/Crange values. withequal valuetolerancesthe Type T912 and T914, into the 14 combination resistance models of as from "-15 resistance In addition and T914, Min." to "Standard Max." MG 717 Absolute Tolerance: 0.1% all resistors. Absolute Tolerance: 0.1% for for all resistors. tight addition can also In as 0.1%. theThis exceptionalalsostandard equal value models ofthrough T912 and T914, with theType T912 to the 14 be ordered has -been proven the Type Type T912 can performance with Non-InductiveMost models achieving maximum cancellation Performance opposite directions, thereby are available withall resistors. Absolute Tolerance: 0.1% for the Type T912 can Ratio for use that ***Type Resistance Ratio -demonstrated-stability the highest many yearsresistorsalsoequipment inwith demandsof 0.01% Most models the Temperature Coefficient:resistor. This of flux fields over Non-inductive Serpentine Pattern ppm/C Absolute entire length Coefficient: Caddock's Absolute manufactured with 25 10:1MG of use in be ordered amplifier gain-setting. Resistance have Caddock's are Temperature of the 25 ppm/C 10:1 amplifier gain-setting. MG 1,000 hours in extended load per721 Resistance Ratio -including life testinggain-setting. of standard reliability and stability, for use in amplifier TWT amplifiers, X-ray Non-Inductive referenced which usestakenserpentine+70C. Design toTemperature taken 0C and25 +70C. Absolute +25C, R ppm/C * 9:1 Resistance Ratio 10:1Resistance efficient non-inductive constructionR a accomplishedresistive at at 0C referenced to +25C, is Coefficient: and without 9:1 **resistance rangeRatio - for use in voltage reference dividers. voltage reference dividers. values. referenced to +25C, R taken systems, geophysical instruments, and medical electronics. pattern of provides for neighboring lines at 0C and +70C. deratingthatany performance advantages. to carry current in * MG 730 exceptional performance has been proven dividers. 9:1 Resistance Ratio - for use in voltage reference Voltage Rating: 3030 volts DC or RMS AC volts DC or RMS AC Voltage Rating: This through opposite directions, thereby achieving maximum cancellation Ordering Information: T912 - A 10K -- 010 --02 A 10K 010 02 Ordering Information: applied to R1, R2, R3 and volts Voltage entire length and many years Information: in equipment that - Resistance Ratio highest Track (0Cinches and (millimeters)applied to Rating:R3 30R4.R4. DC or RMS AC of +70C): the R1, R2, Dimensions in +70C): T912 010 - 02 Ratio Temperature Ordering of useOverload Dielect. - A 10Kdemands the Temperature Track (0C totoflux *fields over Specifications:of the resistor. This Max. Model Model Model Number Watt- Continuous applied construction is R4. to R1, -10 5 reliability Number stability, including TWT amplifiers,=Temperature A -05 =efficient *non-inductive Rating:R2, R3 and accomplished without and Standard Ratio =X-ray Track (0Cppm/C Extendedppm/C -15 -10 10 ppm/C 10 -05 = 5 ppm/C No. 735age Code Letter: B C Power Rating: 0.10 watt applied to R1,R1, R2, R3 to +70C):* MG Ratio Oper. Volt. Rating Strength Min. Power 0.10 watt Resistance Tolerance: applied to R2, R3 Model -02 = 2 ppm/C Max. Max. Min. Ratio Number Letter: * -10 = 10 -02 = 2 ppm/C5 ppm/C of anyand R4 (not to exceed rated voltage). -05derating = systems, - Code with R1:*R2 where R2 = 10R1 performance advantages. voltage). A geophysical instruments, and medical electronics.ppm/C T912 A -T912 with R1: R2 where R2 = 10R1 and R4 Rating: 0.10 watt Ratio Tolerance: -100 = 0.1% .020 .094 .015 .025 .002Power (not to exceed rated applied to R1, R2, R3 -020 = 0.02% .313
Type T912 and T914 Precision Resistor Networks are constructed with Page 1 of 2 Temperature Coefficient as tight asResistor Networks are ratio performance Long-Term Stability and Precision Tolerances. Type T912 and T914 Precision 80 ppm/C, Type T912 and T914 Precision Resistor theCombined with Excellent Caddock Tetrinox(R) resistance films to achieveNetworks areconstructed with precise constructed with
Resistor Pairs and Quads with Ratio Characteristics for Precision Analog Circuits Resistor Extended Resistance Range to 10,000 Megohms and Additional Models Now with Pairs and Quads with Ratio Characteristics for Precision Analog Circuits Resistor Pairs and Quads with Ratio Characteristics for Precision Analog Circuits
Resistance Range Tolerance Ratio Tolerance: -100 -02 = 2 ppm/C = 0.02% = 0.1% -020 1K:10K 10K:100K 40K:400K 0.5 Code Letter: 5 Meg N/A 750 N/A Type MG650 Ratio 1K:10K 60010K:100K 1 40K:400K 200 (7.95 -050 = 0.05%.51) -010 = 0.01% (.64 .05) and R4 (not to exceed rated voltage). -010 (2.39 .38) = 0.01% T912 with R1: R2 where R2 = 10R1 MG 745 A -2K:20K 2K:20K 20K:200K 50K:500K Ratio Tolerance: -050 = 0.05% -100 = 0.1% -020 = 0.02% 20K:200K 50K:500K Package Power Rating: Type 0.5%, 0.25%, 0.1% 1K:10K 10K:100K 40K:400K .109 0.01% .025 .002 Package Standard Rating:1%, T912, 0.20 watt. Power Type T912, 0.20 watt. .313 .030 -010 = .025 (millimeters) Resistance 5K:50K 25K:250K Dimensions Standard Resistance Values:-050(R1)0.05% in inches and = Type 100K:1 Meg 0.5 5K:50KMax. 25K:250K 1 100K:1 Meg 200 750 8 Meg N/A MG655 WattStandard Resistance N/A Values: (R1)(7.95 .76) (2.77 .64) Overload 50K:500K Model Dielect. 2K:20K 600 20K:200K (.64 .05)Type T914, 0.40 watt. Type T914, 0.40 watt. Continuous 10K 40K Package Power Rating: Type T912, 0.20 watt. -15 1K Standard Extended 200K A 500K 1K 10K 500K B - T912 with R1: R2 Rating = Strength R2 9R1 No. age5K:50K R1: R2 where R2 100K:1 Meg Min. B C St'd with "-15" 1% Standard Resistance40K Values: 200K (R1) BOper. 25K:250K Resistance rating 20K 50K Meg Max. Max. 250K .500 1 1 Meg .094 .015 .025 .002Type T914, 0.40Tolerance: .030 Min.2K MG 731 0.6 T912 with Volt. where 1 = 9R1 1K:9K 10K:90K 40K:360K 2K 50K 250K watt. Type 750 Meg N/A N/A 5K MG660 1K 10 20K 10K 100K 40K 200K 500K (2.39 .38) 1K:9K 1,00010K:90K 40K:360K 400 25K 400K (12.70 .76) (.64 .002 Storage Extended Range -55C to to Tolerance Temperature: B - T912 with R1: R2 where R2 = 9R1 2K:18K 20K:180K 50K:450K 1% 5K 25K 100K 400K .313 .020 .094 .015 .025 .05)Storage Temperature: -55C +105C. +105C. Resistance Range 2K 50K 250K 1 Meg 50K:450K 5 20K Meg N/A 750 Type MG650 0.52K:18K 60020K:180K 1 100K:900K 200 SpecialN/Amixed resistance values are available as .51) networks. 1K:9K 10K:90K 40K:360K or .094 .38) 5K:45K 25K:225K (7.95 custom (2.39 .015 (.64 .05) .750 400K Special or mixed resistance 100K available .030 2,00025K:225K 1 100K:900K 600 See the custom section at thevalues are this(19.05as custom networks. .025 .002Storage Temperature: -55C to +105C. 750 Meg N/A N/A 5K 20 25K MG680 0.8 5K:45K Type 2K:18K 20K:180K 50K:450K bottom of page. .76) (2.39 .38) (.64 .05) Insulation Resistance Between Isolated Pins: Standard 1%, No Letter - T912 with R1 = R2 Temperature Coefficient:0.5%, 0.25%, Pins: .313 as .030 .109 .025 See the custom section at the bottom of this page. custom networks. .025 .002 Insulation Resistance Between Isolated0.1% Special or mixed resistance values are R1 = 1 750 N/A MG655 No Letter --T912 with TypeR2 = R3 = R4 MG 740 0.5 5K:45K 600 25K:225K R2 100K:900K 200 (This information 8 Meg on N/Aback available .040 (2.77 .015 .025 .002 No Letter T914 with R1 = .094 .64) appears the side(7.95 .76) of the (.64 .05) 2 to Pin 3, Pin 4 to Pin 5, or Pin 6 to Pin 7, 1.000 network) Pin See the custom section at the N/A bottom of side of the 1.0 Letter -- T914 with R1 = 1 750 800 (This information appears on the backthis page. network) .38) 50 Meg N/A MG710 No Letter 4,000 with Type R2 = R3 = R4 Insulation Resistance Pin 5, or 1% Isolated Pins: St'd with "-15" rating No T912 R1 = R2 to Pin 3, (25.40 1.02) (2.39 .015 .025 .05)Pin 2 Resistance Pin 4 to Between Pin 6 to Pin 7, (.64 .002 .500 .030 .094 TC 1,000 Megohms, minimum. Pin Specifications No - T914 R1 = 1 750 400 (This information appears on the back side of the network) .030 10 Meg N/A N/A MG660 0.6 Letter1,000 with Type R2 = R3 = R4 Range to Pin 3, Pin Pin 1,000 Extended Range 4 to (12.70.060 (2.39 .38) .025 .002Pin 2 Megohms, minimum. 5, or 1% 6 to Pin 7, (.64 .05) .400 .76) .140 Type 2 1,000 750 800 20 Meg N/A N/A MG712 0.6 (10.16 .030 .094 .015 (.64 Type T912 Type T914 .152) (3.56 .76) .025 .05) 1,000 Megohms, minimum. Isolated Pins: Standard and .750 MG 750 Dielectric Strength Between from -15C to +105C, Type T912 Type T914 .76) .150 .38) (.64 .002 600 2,000 750 20 Meg N/A N/A MG680 0.8 .05) St'd with "-15" Dielectric Strength 80 ppm/C Isolated Pins: Between Ratios Available: 1:1, Type 1 9:1, 10:1 and Custom. .562 Custom. Ratios Available: 1:1(19.05.060 (2.39 .030 .032 .002 and 1.0 1,000 20 Meg N/A MG714 Type9:1, 10:1 and Custom. 6.5 Meg Ratios Available: 1:1 and Custom. .76) (.81 .05) volts RMS AC. Coefficient: +25C. T912 750 200 Type T914 1.52) (3.81 .015 .025 .002 Temperature referenced to Isolated Pins: Ratios Available: 1:1, Type 2 50Dielectric Strength Between (14.27 .040 .094 1.000 .095 50 volts rating AC. RMS .900 .020 1.0 4,000 1:1, 9:1,.095 (2.41) 800 50 Meg Available: 1:1 and(2.41) (2.39 .030 N/A 1 MAX. and MG710 .500 Ratios Available: .020 Type.095 (2.41)750 Custom. N/A 10:1 Ratios .900 .020 MAX. Resistance (2.41) 1.02) .140 (25.40.095Custom. .38) .025 .002 (.64 .05) .750 .060 (22.86 .51) (12.70 .51) .500 TC Ratio to 50 Stability Under Load: Specifications +105C, 2,000.020 Type 2 MAX. 750 400 26 Meg 50 Meg (22.86N/A MG715 1.0 MAX. Ratiovolts RMS AC. 80 ppm/C from +25Cchange MG 780 .51) Range (19.05 1.52) (3.56 .76) (.64 .002 (12.70 .51) .095 (2.41) .400 .095 (2.41) .140 .030 .025 .05)Ratio Extended .060 .900 .020 Stability Under Load: +50 ppm/Cchange Ratio from .500 -200 1,000 .020 Type 2 MAX. 750 800 20 Meg (22.86N/A N/A MG712 0.6 MAX. (3.56 .030 .51) .140 .76) .025 .002 between any two resistorsppm/C to network under in+25C. the Range (10.16 .060 (.64 .05) (12.70 .51) 1.000 .152) Standard and CADDOCK Type 2 .020 750 .500 .020 600 70 Meg 4,000 75 Meg CADDOCK N/A MG716 1.5 Ratio Stability resistors in from network under .500 any2,000 -15C to at the Ratio change two 80 ppm/C +70C, 0.01% Page T914 (.64 .05)between with "-15" Under Load: -15C to +105C, 1 of 2 (25.40 1.52) (3.56 .76) T912 CADDOCK (12.70 .060 .51) CADDOCK (12.70 .020 .500 St'd .562 .020 .150 .030 .032 .002 load for full hours .500 .51) 0102 T914 1.0 1,000 200 6.5 Meg 20 Meg 0129 N/A MG714 Type 2 .51) 750 referenced +25C. T912 (12.70 (12.70 full Insulation 2,000 hours to the network under load for 1.52) (14.27.050 (3.81 .030 .040 .002between any two resistors in at +70C, 0.01% (.81 .05) .710.500.51) .240 .76) 0129 MG 785 1.5 CADDOCK Type 2 .020 750 0102 .020 .500 maximum. rating Resistance: 10,000 Megohms, min. 2,000 600 17 Meg 75 Meg CADDOCK 225 M MG717 T914 T912 (18.03 1.27) (6.10 .76) (1.02 .05)maximum. for 2,000 hours at +70C, 0.01% (12.70 .51) .140 .030 (12.70 .51) full load .025 .002 .750 .060 .020 0129 PIN .020 0102 PIN 750 400 26 Meg 1 50 Meg N/A MG715 1.0 1 2,000 Type 2 80 ppm/C from +25C to +105C, (.51) Overload/Overvoltage: 5 times rated power (.51) (19.05 .080 (3.56 .030 .025 .002maximum. (.64 .05) .020 1.500 1.52) .140 .76) PIN 1 Extended .020 2 PIN 1 .010 Shelf Stability of Ratio: ppm/C months at shelf Type .040 750 .0101 K N/A N/A .100 150 Meg MG720 2.0.100 6,000 (.51) .040 -200 to +50 1.5 .150 2.03) (3.56 .76) (.51) .150 (.64 .002 (38.10 1.02) (.26) with Range applied of Ratio:Six exceed ppm/C from (2.54) 1 .140 .010 .030 .025 .05)Shelf Stability voltage not to Six months times max(.26) (2.54) .020 1.000 .060 (3.81 .040 .100 PIN .020 at shelf (3.81 1.02) .010 .100 PIN .150 -15C to Type .040 600 MG716 1.5 1 4,000 .150 (.51) conditions, 50 ppm maximum. +25C. (.51) .76) .040 .002 MG 810 (2.54) .100 (2.54) CENTERS 21.02) 750 (.26) 70 Meg PINS 75 Meg (2.54) N/A (2.54) ON .100 8 CENTERS (25.40 .050 (.64 .05) 1.000 1.52) (3.56 (.26) 4 PINS ON (3.81 1.02) .240 .030 imum continuousmaximum.voltage for 5 at shelf operatingSix months seconds. (3.81 .010 Shelf Stability of 2.0 4,000 200 100 Meg 300 M MG721 .100 Type 2 .040 750 .010 51 Meg8.100 ON .100 (2.54) CENTERS(25.40 1.27) (6.10 .76) (1.02 .05)conditions, 50 ppm Ratio: .150 .040 .150 PINS (.26) (2.54) 4 PINS ON .100 (2.54) CENTERS R1 R2 R3 R4 (2.54) .040 .002 .710 .050 (3.81 1.02) .240 .030 R1 R2 Insulation ppm maximum. Resistance: 10,000 Megohms, min. (3.81 1.02) 750 (.26) Type 1: DC 1.5 2,000 600 75 Meg 225 M 17 Meg Type 2 MG717 .140 .76) .025 .05)conditions, 50 and Voltage Ratings R1 R2 2.000 PINS the source of R31.27)R4(6.10 .030 (1.02 .002 Caddock's R2Micronox(R) resistance films 8are ON .100 (2.54) CENTERS(18.03 .080 Preconditioning for Power Voltage 2.5 ON 10,000 750 1.5 K 200 Meg N/A N/A MG725 4 PINSR1 .100 (2.54) CENTERS 2 Type .140 .030 1.500 the Type R1MG R2 Precision High Voltage N/AINCHES Megoutstanding R3.080 R4(3.56 .76) .025 .05) Type 2: DC Voltage oroperating voltage ratings Resistors' 1 R1 3 R2 (50.8062.03) 8(3.56 .76) (.64 .002 Overload/Overvoltage: AC times rated power All power ratings and maximum Vrms 5 Type 2 6,000 750 DIMENSIONS IN 1K 150 N/A MG720 2.0 MG 815 1 2 4 (38.10 2.03) .240 .030 5 (.64 .05) 23 4 .040 .002 1.500 7 ResistanceThese ratings are based on preOverload/Overvoltage, R 1,000 DIMENSIONS Meg 250 500 6,000 MG730 3.0 AND (MILLIMETERS) Type 2 duty. Range combination of performance features: 77 IN INCHES Meg 1 750 M= R2 4(38.10=.080 are for continuous with applied voltage not to exceed 1.5 times max2 5 6 8 R1 3 =1.000 2.03) (6.10 .76) (1.02 .05) R3 .050 R4 7 1 23 4 .240 .030 .040 .002 imum continuous operating voltage for 5 seconds. AND (MILLIMETERS) 2.0 4,000 750 DIMENSIONS IN INCHES Meg 1 300 M 3 R24 = 5 1.27)stress voltage levels Standard 200 51 Meg 100 MG721 Type 2 R1 R3 applied during the manufacturing 0.5% max. 2= 8 .315 .76) .040 .05) (25.40 .0607 (6.10 .030 (1.02 .002 1.000 =6R4 1 2 4,000 values2as 1,000 3 4 Single-resistor high as 10,000 Megohms. M 40 Meg 150 Meg 2.6 200 (MILLIMETERS) 750 Type MG731 Type 1: DC Voltage Page 1 of 2 AND (25.40 .080 R1 = R2 2.000 1.52) (8.00 .76) (1.02 .05) = R3 = R4 .140 .030 .025 .002 St'd with stable resistor performance even "-15" rating 750 K 10,000 N/A MG725 2.5 Type Maximum continuous 2operating 1.5covered byas200or more N/A voltages one Meg as patents,(50.80 .080 process to provide for DC Voltage or VrmsAC N/A high Type 2: (3.56 .030 pending. .240 .76) (.64 .05) 2.000 2.03)also patents .040 .002 Certain3.6 products shownType 2 catalog are 178 Meg 300 Meg 1,000 M in this 1,000 there are under momentary overload conditions. 10,000 MG735 Extended Range 0.8% max. 48,000 volts ("-15"Type 2 1,000 750 77 Meg 250 Meg 750 M (50.80 2.03) (6.10 .76) (1.02 .05) ratings). .240 .030 .040 .002 1.500 .080 Call Resistance Range 60% Overload/Overvoltage, R 500 6,000 MG730 3.0 Maximum operating voltages or write our Applications higher than the values For applications requiring non-standard .315 .76) .040 .05) (38.10 2.03) (6.10 .030 (1.02 .002 1.500 Overvoltage capabilities of 150% standard working M (38.10 .060 (8.00 .76) (1.02 .05) Thermal Shock: orMil-Std-202,max. 3.6 6,000 1,000 300 of 64 Meg 300 Meg 1,500 Type 2 MG740 Call write performance,to Engineering for our Applicationsthe 1.52) listed in the .002 Standard 0.5% For2.6 values, the T912 and T914 custom applications Type 2 1,000 B 200 C 40 Meg requiring non-standard "-15" resistance.125 1.000 .060 .315 .030 .040 table may be specified by adding Method 107, A MG731 1.500 for4,000 models and values, (except 150 Meg ratings). (25.40 1.52) (8.00 .030 (1.02 .05) Call or availability of these voltages all "-15" 750 .240 .76) .040 .002 price and max. for performance, 0.25% write ourN/A Cond. C, MG750-15). (38.10 values, 3.000 .100 model number (Example: REngineering Note Applications For applicationsinclude 1,000non-standard 500 Meg 1,500M requiring resistance 3.18) can the T912 and special features: custom that overload configurations these T914288 Meg 15,000 1K M MG745 5.0 Type 2 St'd with "-15" rating (76.20 2.54) (6.10 .76) (1.02 .05) Engineering for performance, .240 .030 .040 .002 2.000 .080 price and availability Method Resistance10,000 values with a 750 178 Meg are resistance values, the T912 and special 0.1%. Moisture and Voltage the "-15" these MG735 3.6 resistance include resistance films ratio Meg 1,000 M configurations Micronox(R)from 1.0% tocustom the source of .060 Preconditioning for Extendeddeveloping Low 0.8% max.of resistors. can Type 2 1,000 T914 features: Mixed Caddock'sTolerances these maximum 300 Power notcustom resistor networks. 106, (6.10 .76) .040 assistance do Range apply to RatingsTC matched .315 overvoltage (50.80 2.03) engineering .05) For immediate and .030 (1.02 .002 ratings in Resistance: Mil-Std-202,networks. Ratio 2.125 price 500 10,000 MG750 5.0IN INCHESCoefficient, 1,000 Type 2 (8.00 .030 (1.02 .05) configurations (Example: 1.0 Megohm 128 Meg ratioMeg range, of (53.98 1.52) Resistance or write and maximum and availability oftable are these 400 special features: 2,500 M Temperature can(MILLIMETERS) DIMENSIONS resistance include with Voltage Resistors' outstanding for0.4% max. custom resistorthe these will "-15" resistors shown in Mixed MG AND values for a 300 and 4 K) Meg 1,500 M maximum 300 theof 250-to-1. Precision High standard64resistancehigh voltage resistor.315 .76) callranges Rour Applications Engineering andratings Type All power .002 operating voltage .040 ratings 1.500 .060 sets, Meg 3.6 6,000 1,000 Type 2 MG740 custom resistor Methodwe networks. (8.00 .030 (1.02 .05) Thermal Shock: 107, .315 .76) .040 (38.10 3.125 80 ppm/C15,000 low as 15 ppm/C. in combination Megohm Mixed "-15 Min." of 7.5 resistance values 1,000 a resistance K) be pleased to1.52)fromfor continuous Load Life: Max." hoursare +125C on rated duty. precombination TC performance with 600 192 Meg ratioMeg 3,750as (79.38 .060 are the best .05)to "Standardour1,000 Mil-Std-202, MG780250-to-1. (Example: 1.0 features: and 4 tolerances M Absolute of as Type 2 with maximum 750 offer.240 .76) (1.02 .002 Cond. C,These ratings at resistoratproduct solution from R high voltage based (8.00 .030 .040 .002 3.000 .100 tight as 0.1%. low as 1.0 ppm/C. 288 Meg4 K) Meg 1,500 M (76.20 1.52)stress voltage Performance to0.25% max.the manufacturing voltage, not Derating 5.0 TC (Example: 15 Megohm and Curve: of 15,000 1,000 500 capabilities. MG745250-to-1. as 100 Type 2 during (6.10 .030 (1.02 .002 Absolute 20,000 values 2as 1,000 as1 K 320 MegMegohms. M 4.000 .120 Non-Inductive levels applied exceed rated power. .315 .76) .040 .05) 2.54) Ratio TC as low as 2 ppm/C. 80010,000 1,000 Meg 5,000 Single-resistor high MG785 8.0 Type Moisture Range Type MG resistors have demonstrated stability of 0.01% (101.60 3.05) (8.00 .76) (1.02provide ResistanceResistance: Mil-Std-202, Caddock's for manufactured Load Life, Method 106, .315 .030 .040 .05) Absolute continuous operating voltages as 80 Most are stable with R .002 2.125 .060 Maximum TC low inTypeas 15 ppm/C. 128 Megas 500 Meg as M (53.98 .120 process tomodels R 0.4% max. resistor performance even high 2,500 Ratio RATED POWER ORlow 2 2ppm/C. 400 TC 10,000 MG750 5.0 voltage ratings. 1,000 Custom hours 60 (8.00 .030 (1.02 .002 .315 .76) .040 .05) per 10.0 as low asextended load 400 Meg 1,250 Meg 6,250 M 5.000 1.52)Non-Inductive Design which uses Type 25,000 1,000 RATED as MG810 1,000 VOLTAGE, % as 22 ppm/C. 1 K life testing of standard (127.00 3.05)under momentary overload conditions. a serpentine resistive 40ratings). Ratio volts ("-15" (8.00 .76) (1.02 .05) Standard 0.5% max. 48,000TC resistors of any special value MG750 -100M - 1% at +125C at rated .315 .030 .040 .002 Custom voltage ratings. 1,000 600 192 Meg 750 Meg 3,750 M 3.125 .060 Matched range 20 2 Load Life: 1,000 higher carry current in resistance 15,000 values. Type 7.5 Maximum operating voltages 60%hours MG780 (79.38 .120 pattern that provides for neighboring lines to than the values 6.000 1.52) (8.00.040 (1.02 .002 .350 .76) OvervoltageK and Type any 1,000 of Model Number:.040 .05) Tolerance Custom 1 capabilities special value St'd with rating MG815 15.0 voltage ratings. of 150% K 384 Meg 2,000working M (152.40 3.05)listed in the .05) 2 voltage, "-15" to exceed maximum "-15" to the power. between 30,000 0 Megohms. Matched resistors 2 performance1175 standardproven through .120 opposite (1.02 .002 may benotachieving rated 0.8% max. of 25 75 125 has been Meg 10,000 (8.89 1.02) directions, therebyspecified by adding cancellation This exceptional .315 .030 .040 table 4.000 225 275 voltages 120,000 MG785 8.0 for all models and values, (except "-15" ratings). (101.60 (8.00 .76) Value: Matched K use in AMBIENT TEMPERATURE, CMeg 1,000 Meg 5,000 M special Extended Range 0.8% max. between of and Type 2 Megohms. that many yearsresistors2of any 1,000 800valuedemands the highest 3.05)model numberover Resistance Range equipment 320 Load that of Resistor (1.02 .05)(Example: MG750-15). of Note resistor. This flux fields the entire length the Life, Roverload Models Tolerances .315 .030 .040 .002 RHOPOINT COMPONENTS LTDconstruction are Meg 1,250 areas. 5.000 .120 efficient non-inductive Resistance25,000low Type 2 from between with 2 Megohms. 1 K 400 in shaded do not reliability and andinductance1,0001.0% to 0.1%. Meg 6,250 M (127.00 3.05)and overvoltage ratingsconstruction is to the "-15" resistors. Solderable Leads MG810 10.0 1 K stability, including TWT amplifiers, X-ray (8.00 .76) (1.02 .05) Standard apply accomplished without 0.5% max. Holland Road, Hurst Green,
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
* * Custom Model T912 and T914 Precision Resistor Networks
Now with Extended Resistance Range to 10,000 *Custom Model T912 and T914 Precision Resistor Networks inMegohms and Additional Models with Design Assistance Developing High Voltage Resistor Sets
Temperature Coefficient as tight as 80 ppm/C, Combined with Excellent Long-Term Stability and Precision Tolerances. Low TC Tracking.
Custom Model T912 and T914 Precision Resistor Networks
RHOPOINT COMPONENTS LTD. 1,000 St'd with "-15" rating 0.8% (0)1883 717988 1 K 384 Meg 2,000 Meg 10,000 M MG815 Road, Hurst Type Tel: +44max. Holland 15.0 COMPONENTS LTD with resistance tolerances as (152.40 3.05)from 1.02) (1.02 .05) "Standard Max." RHOPOINT 30,000 Green, 2 80 ppm/C in combination (8.89 "-15 Min." to web: www.rhopointcomponents.com Phone: +44 Holland Road(0) 1883 717988 Fax: +44max. (0)1883 712938 RHOPOINT COMPONENTS LTD e-mail: sales@rhopointcomponents.com Oxted, Surrey, RH8 9AX Hollandas 0.1%. Green, Road, Hurst Extended Range 0.8% Applications Engineering Sales and Corporate Office tight Fax: +44 (0) Hurst Green 1883 712938 Resistance DimensionsNon-Inductive Performance in inches and (millimeters) e-mail: sales@rhopointcomponents.com Specifications: 1717 Chicago Avenue Max. web: www.rhopointcomponents.com Phone: Surrey, with 9AX +44 Umpqua Hwy. Model Surrey, RH8 717988 Watt- Continuous Overload Dielect. Oxted, Models 1883 9AX are in shaded areas. 17271 North (0)RH8low inductance constructionRHOPOINT COMPONENTS LTD web: www.rhopointcomponents.com RHOPOINT 0.01% Oxted, MG resistors Rating demonstrated -15 *Phone: +44 1883 712938have Strength Min. stability ofCOMPONENTSmodels Solderable Leadswww.rhopointcomponents.com Type Standard Extended No. A B C Most LTD. Resistance web: are manufactured CaliforniaIL117.0802 27.1 92507-2364 Fax: +44age Oper. 97470-9422 e-mail: sales@rhopointcomponents.com Tolerance: with Caddock's Roseburg,(0) (0) withVolt. Oregon Caddock's Riverside, Max. Max. Min. Models 1883 717988 Non-Inductive Resistance Pattern are in non-shaded areas. per (541) hours Fax: +44 (0) 496-0700in extended load life testing of standard High e-mail: sales@rhopointcomponents.com Non-Inductive.002 Encapsulation:uses a serpentine Conformal. e-mail: caddock@caddock.com * web: www.caddock.com Resistance Range Temperature Silicone resistive Phone: 1,0001883 712938 Phone: (951)IL117.0802 .313 .020 .094 .015 .025 Design which Tolerance 788-1700 27.1 IL-110.019 600 200 5 Meg N/A 750 N/A MG650 0.5 Type 1
** ** ** ** * ** *** Ordering Information: * ** ** * * * * Oxted, Models with Caddock's LTD standard medical electronics. 6.000 .120 Resistance any performance resistors shown in the table are Temperature Coefficient, for RHOPOINT COMPONENTS Non-Inductive Resistance Pattern are in non-shaded areas..350 .040 of ranges Encapsulation: High Temperature Silicone Conformal. systems, geophysical instruments, and resistance range,COMPONENTS LTD"-15" advantages. derating .040 .002 for RHOPOINT of Surrey, RH8 9AX
resistance range (2.39 .38) (7.95 .51)see caddock.com/contact/dist.html For Caddock Distributors listed by countrypattern that(.64 .05) Fax: (541) 496-0408 values. 369-1151 provides for neighboring lines toFax: (951)IL117.0802 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, thereby achievingSales and Corporate Office has N/A opposite .025 .002 maximum0.25%, 0.1% 600 750 8 Meg N/A MG655North Umpqua Hwy. 1 17271 1717 * RH8 9AX * UK Chicago (7.95 .76) (.64 .05) (c) 2004 Caddock Electronics, Inc. Hurst Green * the resistor. Avenue Surrey 1% 28_IL110.1004 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 rating This Roseburg, Oregon 97470-9422 Riverside, 1,000 750 400 10 Meg 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: 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: (951) without 1% For Caddock Distributors N/A listed see (0) of any performance Web * www.rhopointcomponents.com .750Tel: +44caddock.com/contact/dist.html advantages. .030 .094 .015 .025 1188 Fax: (541) 496-0408 Fax: (951) 369-1151 systems, geophysical instruments, and medical20electronics. by countryderating870 608.002 600 2,000 750 Meg N/A MG680 0.8 Type 1
UK & Ireland Distributors
(c) 2004 Caddock Electronics, Inc. 1.0 4,000 Type 1 MG710 Max. Overload Model Watt-
Type MG Precision High Voltage Resistors
Page 2 of 2
Type MG Precision High Voltage Resistors
Page 2 of 2
Page 1 of 2
N
*
** *
** *
Specifications:
* * *
Type MG Precision High Voltage Resistors
Type MG Precision High Voltage Resistors
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

▲Up To Search▲

Price & Availability of T912-B1K-010-10

	To Download T912-B1K-010-10 Datasheet File
If you can't view the Datasheet, Please click here to try to view without PDF Reader .