OPF1402 OPTEK | Alldatasheet
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GP. orrek Product Bulletin OPF14X2/14X4 December 1996 Types OPF14X2/14X4 Series te £ coe hee J ee re Eten cepa Se Neen tease fi sassdgeaeg pn oor cee Tey aoe P sicmince Se een ae oe ee eee oo een Cee aoe (Ro) Ween crea eee Tp oe et Re PP enicrmemnend MR fh 6 Sepcnme e , Features Absolute Maximum Ratings (Ta = 25° C unless otherwise noted) * 100% LED Burn-In (96 hours) a cee eee eee ee ee ee essence teeeeeeeeeeeees s+ DE 100 mA ¢ Wave Solderable Description aaaae The OPF14XX series fiber optic ed [ FUNCTION | transmitters contain a high speed 840 nm | bd x |_Pin_| FUNCTION the package lensing is designed to — fad» 2 Anode efficiently couple light into optical fibers ———____ 3 Cathode ranging in size from 50/125 1m up to 200 4 Nc. jm PCS. These devices were designed to oT = work together with the Optek OPF24XX {ges Ul 5 N.C. series receivers to make-up a complete | 6366 HAA i; 6 Anode high speed fiber optic link. 27 I il il i 7 | anode The high coupling efficiency of the LED y1B 8 N.C. and lensing allows the devices to be used at low current drive levels thus decreasing the power consumption and increasing Bottom View system reliability. The consistency of coupling varies by less than 5 dB from part to part which reduces the dynamic range requirements of the receiver. The high power (-16.5 dBm into 50/125 See Mechanical Dimensions page 8-19 for Mechanical Drawings. um) OPF14X4 was designed for small Available in Panel Mount ST package; add “T” suffix to part number. fiber applications or where there are large coetin star counlersecn iin Systems that This component is susceptible to damage from electrostatic discharge (ESD). Normal The OPF14X2 (-11.5 dBm optical power) static precautions should be taken inhandling and assembly of this component to prevent is ideal for 100/140 um fiber applications. mage or degradation. *ST is a registered trademark of AT&T. a _ Optek Technology, Inc. 1215 W. Crosby Road Carrollton, Texas 75006 (972) 323-2200 Fax (972)323-2396 8-4
Electrical Characteristics (Ta = -40° C to +85° C unless otherwise noted) Typ. values are at 25°C. [ SYMBOL | PARAMETER __| MIN | MAX| UNIT| TEST CONDITION Te leonard Vottage 1.48 | 170 | 209 |v F r¢ Forward Volage Temperature Coeficient| _|-0.20| [mvC|r=60ma | | . . v=0 |= 60™mA | PrT Optical Power Temperature Coeffiecient a | eee | |-o20| | t= 100ma Peak Output Optical Power | SYMBOL PARAMETER 1412/1402 1414/1404 | UNIT TEST CONDITION | [MIN [TYP [MAX] MIN | TYP "MAX! | jist] |-7ol-s6| 45) | cg /62.5/125 um Fiber Cable (200; _|-130|-160| | -9.0 | gam | P NAA. = 0.275 ; Ao: Ir = 100 mA, Ta= 25°C | | r=60mATa=25°C | | orgy /5025umFiverCable = [-za0| |-158|-108) 12.8) oom | ee re IEE — Dynamic Characteristics _ = Se Pee | &G SYMBOL PARAMETER [|__saraita02_| 1414/1404 UNIT TEST CONDITION 3s | [MIN | TYP [MAX] MIN | TYP | MAX | 38 Rise Time, Fall Time Ip = 60 mA, No pre-bias “oO Optek reserves the right to make changes at any time in order to improve design and to supply the best product. possible. Optek Technology, Inc. 1215 W. Crosby Road Carrollton, Texas 75006 (972)323-2200 Fax (972)323-2396 8-5