1841... Physical Dielectric Material polypropylene (metallized) Electrode Material metallized carrier Winding Construction * non-inductive, extended metallized carrier, (160-400 VDC), 2X series with carrier, (630-2000 VDC) Lead Material tinned wire Enclosure Blue, flame retardant (UL94V0) case with epoxy endseal Component Marking Logo, type, capacitance value, tolerance, rated voltage, and date code Temperature Range 55C to 85C, to 100C with a voltage derating of 1.25 % per degree C Temperature Coef. ~250 ppmC (typical) Electrical Capacitance Range * 1000pfd to 4.7 mfd @ 1KHz Tolerance 45%, +10%, +20% (J,K,M) Voltage Range * 160 VDC to 2000 VDC Self Inductance 6nH (2mm lead length) e Dissipation Factor < .03% @ 1KHz < .04% @ 10KHz, C < 1.0mfd 1.6 x Rated VDC Dielectric Strength Capacitance Drift +1.0% over two years at a temperature of between 20 C and 40 C and a RH of between 40% and 60%. Reliability 5 FIT 5 x 10 failures/component hour 5 ppm / 1000 component hour Radial Leaded Capacitors Metallized Polypropylene Dielectric - MKP Preformed Case with Epoxy Endfill Insulation Resistance MegOhms x MicroFarads > 30,000 Need Not Exceed (MegOhms) 100,009. Test Voltage 100 VDC Measured after 1 minute of electrification. dv/dt mm Rated 7.5 0 15.0 5 27.5 Maximum Volts/microsecond 160 1800 410 260 202 250 2200 240 400 400 1524 1000 2000 1600 2680 2000 4200 At rated voltage @ 25 C. Performance Testing: Life Test Conditions Temperature 85C + 3C Applied Voltage 1.25 x rated voltage Test Duration * 2000 hours Performance Requirements Capacitance Dissipation Factor e delta of < 3% delta of < 1% @ 1KHz Insulation Resistance < 50% of initial limit Humidity Test Conditions Temperature 40C + 2C Applied Voltage zero Volts Humidity 93% + 2% RH Test Duration 56 days Performance Requirements Capacitance delta of < 3% Dissipation Factor delta of < 1% @ IKHz Insulation Resistance > 50% of initial limit Solderability Test Conditions Solder Temperature Test Duration Performance Requirements Capacitance 260C + 5C 10 seconds + 1 second delta of < 1% Suggested Applications: Coupling/Decoupling (High Frequency) Deflection Circuits (S correction) Pulse Operations Sample & Hold Circuits Timing Roederstein Electronics, Inc. 2100 W. Front St. / PO Box 5588 Statesville, N.C. 28677 (704) 872-8101 Telex: 240 802 FAX: (704) 872-8023 42 SERIES 1841 MINI* Radial Leaded Capacitors Metallized Polypropylene Dielectric - MKP Preformed Case with Epoxy Endfill Marking W max. | x w | E } = . C. y t +04[F= o! pem + 0,4 Dimensions in mm . Code 25 Code 63* Capacitance Capacitance Code 250VDC/160VAC* 630VDC/250VAC* Ww H L pem W H L pcm 1000 pF 210 3.5 8.0 13 10 1500 pF 215 3.5 8.0 13 10 2200 pF ~222 3.5 8.0 3 10 3300 pF ~ 233 3.5 8.0 B 10 4700 pF -247 4.0 9.0 13 10 6800 pF 268 4.5 9.5 3 10 0.01 pF 310 5.5 | 10.5 B 10 0.015 uF 315 6:5 | 11.5 13 10 0.022 pF 322 4.5 9.5 13 10 0.033 wF ~ 333 5.5 10.5 13 10 0.047 pF 347 65 | 115 B 10 0.068 uF ~ 368 5.5 10.5 18 15 0.1 pF ~ 410 65 12.5 18 15 630VDC/250VAC series not suitable 0.15 pF ~ 415 75 B5 18 15 for across-the-line applications. 0.22 pF 422 8.5 17.5 18 15 0.33 pF - 433 8.5 16.5 26.8 | 22.5 0.47 pF 447 10:5 | 18.5 | 26.5] 22.5 0.68 pF 468 2.0] 21.0 | 26.5] 22.5 10) yF ~510 Ls 20.5 315.) 27.5 1.5 pF 515 15.0 24.5 315] 27.5 2.2 uF ~522 5] 29.5 315. | 27.5 3.3 pF ~ 533 20.0.] 35.0 3E5-] 27.5 4.7 pF 547 20:0-) 40.0 42.5] 37.5 Further C-values on request. *MKP 1841 with reduced dimensions (-H version). Capachance change versus temperature 2S = 1 (8) +3 +2 +1 -5 $5 -40 -20 0 +20 +40 +60 #80) #100 we Cy Roederstein Electronics, Inc. Tune constant versue tampersture 1 = f (8) {sec] MO tyr 108 , 5 3 2 1 he ww 104 $ c) OC 2100 W. Front St. / PO Box 5588 Statesville, N.C. 28677 (704) 872-8101 A COMPANY OF Roederstein Ordering Code Sequence: Example: .Imfd 250VDC +10% MKP 1841M 410 25 5 Type _1 | Series Number Capacitance Code Voltage Code Tolerance Code 20% = 6 10% = 5 5% = 4 i Dreepetion lector versus frequency tend = if tandn1o? 5 7 10% 2 9 $7 108 # + [hz] 57 10? 2 3 w? 2 3 Telex: 240 802 FAX: (704) 872-8023 43