FeATures DerATiNg CurVe - Yageo

1 Through-hole resisTorsFeATuresPower Rating1/6W, 1/4W, 1/2W, 1W, 2W, 3 WResistance Tolerance , 1%, 5% 15ppm/ C, 25ppm/ C, 50ppm/ C, 100ppm/ CDerATiNg CurVeFor resistors operated in ambient temperatures above 70 C, power rating must be derated in accordance with the CurVe Load (%)Ambient Temperature ( C)160140120100806040100806040202070155 CDiMeNsioNsUnit: mm sTYleDiMeNsioNNormal Miniaturel Dh MFR series Metal Film Resistors are manufactured using a vacuum sputtering system to deposit multiple layers of mixed metal alloys and passivative materials onto a carefully treated high grade ceramic substrate.

2 After a helical groove has been cut in the resistive layer, tinned connecting leads of electrolytic copper are welded to the end-caps. The resistors are coated with layers of blue color Film ResistorsGeneral TypeNormal & Miniature Style [ MFR series ] dHL DNote: RCWV(Rated Continuous Working Voltage) = Power Rating x Resistance Value or Max. working voltage listed above, whichever : 201304 Note:5eleCTriCAl ChArACTerisTiCssTYleMFr-12 MFr25sMFr-25 MFr50sMFr-50 MFr1 WsMFr100 MFr2 WsMFr200 MFr3 WsPower Rating at 70 C1/6W1/4W1/2W1W2W3 WMaximum Working Voltage200V250V300V350V400V500 VMaximum Overload Voltage400V500V600V700V800V1,000 VVoltage Proof on Insulation300V400V500V700V1,000 VResistance Range1 - 10M & 0 for E24 & E96 series valueOperating Temp.

3 Range-55 C to +155 CTemperature Coefficient 15ppm/ C, 25ppm/ C, 50ppm/ C, 100ppm/ CNote: Special value is available on request eNViroNMeNTAl ChArACTerisTiCsPerForMANCe TesTTesT MeThoDAPPrAiseShort Time OverloadIEC 60115-1 times RCWV for 5 Sec. + Voltage Proof on InsulationIEC 60115-1 V-block for 60 Sec., test voltage by typeBy typeTemperature CoefficientIEC 60115-1 C to +155 CBy typeInsulation ResistanceIEC 60115-1 V-block for 60 Sec.>10,000M SolderabilityIEC 60115-1 5 C for 3 Min. coverageSolvent Resistance of MarkingIEC 60115-1 for 5 Min. with ultrasonicNo deterioration of coatings and markingsRobustness of TerminationsIEC 60115-1 load for 10 Sec.

4 In the direction of the terminal leads ( )Periodic-pulse OverloadIEC 60115-1 times RCWV 10,000 cycles (1 Sec. on, 25 Sec. off) + Damp Heat Steady StateIEC 60115-1 2 C, 90-95% RH for 56 days, loaded with times RCWV + Endurance at 70 CIEC 60115-1 2 C at RCWV for 1,000 Hr. ( Hr. on, Hr. off) + Temperature CyclingIEC 60115-1 C Room Temp. +155 C Room Temp. (5 cycles) + Resistance to Soldering HeatIEC 60115-1 3 C for 10 1 Sec., immersed to a point 3 from the body + 88exPlANATioNs oF orDeriNg CoDeexCePTioN: Cement series : JPW series :<Code 8>: Special packing style code B: Bulk with wirewound or metal oxide sub-assembly for resistance value W: Bulk with ceramic based wirewound sub-assembly for resistance value M: Bulk with metal oxide sub-assembly for resistance value F: Bulk with Fiberglass based wirewound sub-assembly for resistance value<Code 10-12>: Without forming codeExample: SQP500JB-10R<Code 13-17>: without resistance value codeExample.

5 JPW-06-T-52--12 Code 4 - 6 Power rating -05 = -06 = -07 = -08 = -10 = -14 = -12 = 1/6W -25 = 1/4W 25S = 1/4WS -50 = 1/2W 50S = 1/2WS 100 = 1W 1WS = 1WS 200 = 2W 2WS = 2WS 204 = 207 = 300 = 3W 3WS = 3WS 3WM = 3WM 400 = 4W 500 = 5W 5WS = 5WS 5SS = 5 WSS 700 = 7W 7WS = 7WS 10A = 10W 20A = 20W 30A = 30W 40A = 40W 50A = 50W 10S = 10WS 15A = 15W 25A = 25W 10B = 100W 25B = 250 WFCode 7 Tolerance P = % A = % B = % C = D = % F = 1 % G = 2 % J = 5 % K = 10 % - = Base on 8 Packing style T = Tape/Box R = Tape/Reel B = BulkFCode 9 Temperature Coef-ficient of Resistance - = Base on Spec.

6 A = 5 ppm/ C B = 10 ppm/ C C = 15 ppm/ C S = 20ppm/ C D = 25 ppm/ C E = 50 ppm/ C F = 100 ppm/ C G = 200 ppm/ C H = 250 ppm/ C I = 300 ppm/ C J = 350 ppm/ C52-Code 10 - 12 Forming Type 26- = 26mm 52- = 73- = 73mm 81- = 81mm 91- = 91mm F = F Type FK = FK Type FKK = FKK Type FFK = F-form Kink M = M-Type Forming MB = M-form W/flat MT = MT Type Forming MR = MR TypeAV = AVIsertPN = PANA sert100rCode 13 - 17resistance Value 0R1 = 100R = 100 10K = 10,000 10M = 10,000,000 MFrCode 1 - 3series NameSee Index