irc advanced film division general note irc reserves the right to make changes in product specification without notice or liability . all information is subject to ircs own data and is considered accurate at time of going to print. a subsidiary of tt electronics plc ? corpus christi texas 78411 usa ? irc advanced film division telephone: 361 992 7900 ? facsimile: 361 992 3377 ? email: afdsales@irctt.com ? website: www.irctt.com pcf rc series issue february 2006 sample p ar t number: pcf - rc1206lf - 330 k - 470 - m family model rc1206lf resistor code example: 330 = 33 , 101 = 100 resistor tolerance k=10%, m=20% capacitor code example: 470 = 47pf, 101 = 100pf capacitor tolerance m= 20% packaging available: tubes, tape & reel resistor/capacitor chip network ? rohs compliant ? saves board space ? reduces component count ? resistor and capacitor on one 1206 size chip pcf rc series electrical data environmental data sample part number: pcf - rc1206lf - 330 k - 470 - m sample part number: pcf - rc1206lf - 330 k - 470 - m resistor capacitor range ( ? ) 10 - 1k 10pf - 200pf tolerance 10%, 20% 20% max voltage 5v 50v power rating 0.125w n/a operating temperature -55 c + 125 c -55 c + 125 c temperature coeffecient (-55 c to +85 c) 200 ppm/ c +20% / - 55% dissipation factor n/a 5% max 1khz test method test limits terminal strength 3mm bending for 10 seconds no mechanical damage resistance to soldering heat 260 c 5 c for 10 1 sec. ? r : 3% ? c : 10% resistance to vibration (10 ~ 55 ~ 10 hz) for 1 min. amplitude 1.5mm 3 directions for 2 hours ? r : 3% ? c : 10% solerability 235 c 5 c for 3 0.5 sec. ? r : 3% ? c : 10% temperature cycling -40 c/30 min., +125 c/ 30 min., 100 cycles ? r : 3% ? c : 10% terminal strength 70 c 2 c, dc50v on for 90 min. and off for 30 min. for 1,000 hours ? r : 3% ? c : 10% load life in humidity 70 c 2 c, 90 ~ 95% rh dc50v on for 90 min. and off for 30 min. for 1,000hours ? r : 3% ? c : 10% physical data ordering data l a w h b to p side bo tt om model a b c d e rc1206 3.2 0.2 1.6 0.2 0.7 0.1 0.5 0.3 0.4 0.2
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