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NEC ({/ —_ sutcon TR OR e / FA1L3M MEDIUM SPEED SWITCHING | | RESISTOR BUILT-IN TYPE NPN TRANSISTOR . | MINI MOLD | PACKAGE DIMENSIONS FEATURES in millimeters © Resistors Built-in TYPE e 2.8+0.2 c . 3 +91, B a 15 0.65°8is Ry =4.7kQ £ — Ri Ro =4.7kQ @ 2 tf: Ro de a| 8 3} : |. - © Complementary to FN1L3M a 0 a| 8 33 jo | S| ABSOLUTE MAXIMUM RATINGS 4 3 Maximum Voltages and Currents (Tq = 25 °C) Marking Collector to Base Voltage Vcso 60 v

3 Collector to Emitter Voltage Vceo 50 v

Py 3 Emitter to Base Voltage Veso 10 Vv @ 2 © Collector Current (DC) Io 100 mA

4 S Collector Current (Pulse) Ic 200 mA

3 Maximum Power Dissipation

2 Total Power Dissipation

° at 25 °C Ambient Temperature Pr 200 mw 1. Emitter Maximum Temperatures 3 eitector Marking: L81 Junction Temperature Tj 150 °c Storage Temperature Range Tstg —55to+150 °C ELECTRICAL CHARACTERISTICS (Ta = 25 °C) [eater cut curent [tea |_| | 100 | . DC Current Gain 20 40 |__| Vee =5.0V, 1¢=5.0mA ) DC Current Gain 70 140 VcE = 5.0 V, Ic = 50 mA [rere ving [oo [so fa | * Pulsed: PW < 350 us, Duty Cycle < 2% NEC cannot assume any responsibility for any circuits shown or represent that | they are free from patent infringement. © NEC Corporation 1987 | Oo Be ee

TYPICAL CHARACTERISTICS (T, = 25 °c) ' TOTAL POWER DISSIPATION vs. COLLECTOR CURRENT vs. 9 AMBIENT TEMPERATURE COLLECTOR TO EMITTER VOLTAGE 50; “TITTLLLLL=_] 7 LE ay | ttt LET aL -e PRET Te yA cot | PONCE i.) 4a CONE Coe att Ty e/a 5 3 |_| 4 of AN 7] ace S"OCUN TLC ba ett NELLE fe “ | i “EEE ATT TT | ana a snRELOGGe Ta—Ambient Temperature—"C tC) 2 4 6 Ey 10 e VCE —Collector to Emitter Voltage—V COLLECTOR TO EMITTER VOLTAGE vs. DC CURRENT GAIN vs. COLLECTOR CURRENT COLLECTOR CURRENT 05 500, [CLEP [rosy FT Seeecciens ant ll - : wool LIT BE LT Cer : i afl FLEE po ee ee e Fe 6 ol = "4 WA 5 a es a Ss A os [= 4 = a A > | 8 (7 A 38 50 pf

2 W eo) ~ Tryarr)

PLU Vea 20 | So ZA “aA EPC 4aeneeen PALATE | TTT E a mn 07S SSS A| | i yyy Ae ce) 20 40 60 80 100 § ba Eo r ) 2.0 10 50 a 'c— Collector Current—mA I¢—Collector Current—mA. COLLECTOR SATURATION VOLTAGE vs. INPUT VOLTAGE vs. COLLECTOR CURRENT COLLECTOR CURRENT o—_— Se a 10, Sasa FEE > Fo} (108 FE

7 Sao 5 oe cee

= oat | FUT a AIAN

2 TLL ers i

q > ——=s 8 oa Pt tt = 10 ret tt

5 Ff a =z Pt FH

2° SS Sas : ESS Seay 2 ee © osp——T TF TT rr

8 Pa > a OO

4 003} | a 3° Seo Cn Try sot LL TTT TTT ot LUTTE 10 3.0 10 30 100 1 2 5 10 20 50 100 \\¢—Collector Current—mA I¢—Collector Current—mA i

i @ COLLECTOR CURRENT vs. RESISTOR vs. INPUT VOLTAGE AMBIENT TEMPERATURE 1000 er 10 FR ESA vce-sov | Fe SS TS A SA i sof ee 80 Stitt tT tT || === == T 69) a SS SS SY f 3 S sof 3 3 tt A é = 4.0) Siti & BSS Fa ——— oS oo SY) a A 20 - PPP yyy eee ey ott TAT TTTT TT e@ o4 06 08 10 12 14 16 -8 0 25 50 75 100 i Vin— Input Voltage—V Ta—Ambient Temperature—"C |

___FA1L3M _ NEC css sees e e e TC-2135 ' October 1987M Printed in Japan i