SILICON SIGNAL TRANSISTORS GENERAL PURPOSE AMPLIFIERS TO-98 PACKAGE BVceEo hee Vce(saT) fr Ch @10V, Pr Device Type @10mA Typical 1 MHz @ 25C (Vv) Min.-Max. @ 1,Vc_(V) |(V) Max. @ Ic, Ig (MHz) Typical (Pf) (mW) 2N2711 2N2712 2N2713 2N2714 2N2923 soon 2N2924 2N2925 2N2926 2N3390 2N3391 DADAOG ~~ NS NS SI OS 2N3391A 2N3392 2N3393 2N3394 2N3395 DHHAOAD ~~ NSN 2N3396 2N3397 2N3398 2N3402 2N3403 aann ws 2N3404 2N3405 2N3414 2N3415 2N3416 oooag o 2N3417 2N3662 2N3663 2N3843 2N3843A NNwoOoM 2N3844 2N3844A 2N3845 2N3845A 2N3854 SNM NN = 2N3854A 2N3855 2N3855A 2N3856 2N3856A NANNN 2N3858 2N3858A 2N3859 2N3859A 2N3860 2N3877 2N3877A 2N3900 2N3900A 2N3901 www MN NNNNN 101Silicon Transistors L. 2N38954,5,6 2N3894A,9A,6A The General Electric 2N3854,A, 2N3885,A, 2N3856,A, are NPN silicon planar epitaxial passivated transistors designed primarily for RF, IF and converter ap- plications in AM and FM receivers. Selected high voltage units are available for TV video amplifiers. (See typical BVceo) FM-IF STAGE GAIN OF 25 dB 30 dB GAIN AT 4.5 MHz absolute maximum ratings: (25C) (uniess otherwise specified) Voltages Collector to Emitter 2N3854, 5, 6 Voxo 18 volts . DNBBSIA, 5A, 6A Vero 30 volts * FM-RF GAIN OF 15 dB mitter to Base EBO 4 volts Collector to Base 2N3854, 5, 6, Veso 18 volts * TV VIDEO IF GAIN OF 21 dB 2N3854A, 5A, 6A Voso 30 volts vos Current "188 Collector (Steady State) f Ic 100 mA } 32 + NOTE 1: Lead diameter is controlled in the O75 f Dissipation zone between .070 and .250 from the seat 055 Total Power (Free air at 25C){ Pr 200 mW ing plate. Between 250 and end of tea _i 3% Total Power (Free air at 55C) + Pr 120) mW 7 Temperature ALL DIMEN. IN INCHES AND ARE nf MIN PLANES Storage Ts 80 to 150C REFERENCE UNLESS TOLERANCED -|oxtasoe Operating Ts 100C I+ b seoree Lead soldering, 46 + 142 from 44> 00% 008 case for 10 sec. max. Tr 260C fo toe a) +Determined from power limitations due to saturation voltage at this point. (NOTE Gs) 4 tDerate 2.67 mW/C increase in ambient temperature above 25C. _+ ~ . a . fe) electrical characteristics: (25C) cuniess otherwise specified) Static Characteristics Min. Typ. Max. Units Collector Cutoff Current (Vcs = 18V) Toso 0.5 pA Vos = 18V, Ts = 100C) Toro 15 wA Forward Current Transfer Ratio (Vox = 4.5V, Ic = 2mA) 2N8854, 2N3854A hre 35 70 2N8855, 2N3855A hrs 60 120 2N38856, 2N3856A hre 100 200 EmitterBase Breakdown Voltage (Iz = 500uA) BVxzo 4 volts CollectorEmitter Breakdown Voltage (Ic = 1mA) 2N3854, 2N3855, 2N3856 BVcxo 18 710 volts 2N38854A, 2N3855A, 2N3856A BVcro 30 10 volts CollectorBase Breakdown Voltage (Ic = 0.1mA) 2N38854, 2N3855, 2N3856 BVcso 18 volts 2N3854A, 2N3855A, 2N3856A BV cso 30 volts Collector Saturation Voltage (Ic = 10mA, Is = 1mA) Verwat 0.200 ~=- volts Dynamic Characteristics Gain Bandwidth Product (Von = 10V, Ic = 5mA) 2N38854, 2N3854A fr 100 350 MHz 2N8855, 2N3855A fr 130 450 MHz 2N3856, 2N3856A fr 140 500 MHz Collector-Base Time Constant (Von = 10V, Ic = 5mA) , 2N3854, 2N3854A To Ce 25 90 psec. 2N8855, 2N3855A Tv, Ce 35 90 psec. 2N8856, 2N3856A Tr Ce 40 90 psec. Output Capacitance (Ves = 10V, In = 0,f = 1 MHz) Cop 3.5 pF Input Capacitance (Vex = 0.5V, Iz 0, f = 1 MHz) Civ 16 pF Case Capacitance 0.66 pF 374TYPICAL 2N3854, 5, 6 COMMON EMITTER y PARAMETERS |_2N3854A, 5A, 6A = 100 MHz 2N3854, A 2N3855, A 2N3856, A Yie 2 z 2 E & + w : ile Input u g jt bbs Mee 2 8 z : die Vee =10V. d . = 2 5 = SV, 1OV, ISV Admittance 5 = z : = zt 2 3 e zt > & a. vs. 2 5 z z g 'e ' 2 : B s Collector Current 3 eT 10. Te-COLLECTOR CURRENT ~mA Ig -COLLECTOR CURRENT ~mA Ig-COLLECTOR CURRENT -mA 2 Z 2 Yre 5 t g 8 3 Reverse e Z z z Transfer & 5 Admittance Z Z z- vs. - a . : Collector Current * * 5 10 Te -COLLECTOR CURRENT - mA 5 10 Ig-COLLECTOR CURRENT -mA Ig -COLLECTOR CURRENT -mA Yfe Forward Vee * 5V,IOV Vee * 5V,10V Transfer * 5V, 10, 15V =5V, IOV, I5V Admittance vs. Yea FORWARD TRANSFER ADMITTANCE -mmho Yte-FORWARD TRANSFER ADMITTANCE - mmho Yte- FORWARD TRANSFER ADMITTANCE - mmho Collector Current se Ig-COLLECTOR CURRENT -mA 5 Ig -COLLECTOR CURRENT - mA TIg~ COLLECTOR CURRENT - mA Yoe Output Admittance vs. Yoo - OUTPUT ADMITTANCE- mmha Yoo" OUTPUT ADMITTANCE -mmho Yoo OUTPUT ADMITTANCE - mmho Collector Current 5 10 5 1 Ig- COLLECTOR CURRENT - mA Tg" COLLECTOR CURRENT-mA Te- COLLECTOR CURRENT - mA 3752N3854, 5, 6 2N3854A, 5A, 6A Yie Input Admittance vs. Collector Current Yre Reverse Transfer Admittance vs. Collector Current Yfe Forward Transfer Admittance vs. Collector Current Yoe Output Admittance vs. Collector Current Yig INPUT ADMITTANCE - mmho TRANSFER ADMITTANCE -mmbho Vpg'FORWARD TRANSFER ADMITTANCE - mmho Yoo" OUTPUT ADMITTANCE - mmho TYPICAL COMMON EMITTER y PARAMETERS 2N3854, A Te COLLECTOR CURRENT-mA Te-COLLECTOR CURRENT - mA Ig- COLLECTOR CURRENT-mA Tg COLLECTOR CURRENT-mA f= 45 MHz 2N3855, A YieINPUT ADMITTANCE -mmho Ter COLLECTOR CURRENT-mA 2 . 8 a E z g LESS THAN Yeo REVERSE Te-COLLECTOR CURRENT -mA Ype' FORWARD TRANSFER ADMITTANCE - mmho 3 Ig* COLLECTOR CURRENT-mA & ADMITTANCE -mmho You: OUTPUT Ig COLLECTOR CURRENT-mA 376 Yig INPUT ADMITTANCE - mmbo TRANSFER ADMITTANCE - mmbo Yfe-FORWARD TRANSFER Yoe-QUTPUT AOMITTANCE - mmho 2N3856, A . 5 Ty" COLLECTOR CURRENT - ma THAN 0.08 Ig COLLECTOR CURRENT -mA Te - COLLECTOR CURRENT-mA Ig + COLLECTOR CURRENT- mA2N3854, 5, 6 2N3854A, 5A, 6A TYPICAL COMMON EMITTER y PARAMETERS Yie 1 1 Input 3 Z g . E E < Admittance 3 a 3 z 5 5 vs. z = z > = Collector Current 2N3854, A Yie Te" COLLECTOR CURRENT ~mA f= 10.7 MHz 2N3855, A Ig-COLLECTOR CURRENT -mA 2N3856, A Ig-COLLECTOR CURRENT -mA g f 2 Yre i i F C x Reverse 5 Z E 2 < 3 Transfer 5 7 \ < 4 . E z Admittance 8 vs. -Gre LESS THAN .Oi mmhs. g Gre LESS 01 mebs .. o Collector Current 2 Yfe i i Forward ; i a z Transfer : 5 3 Z Sv, IOV, 15V 2 Admittance 2 g g : Z : & 5 vs. : g z Collector Current i 2 Yoo i i Output i : y Admittance i ; ; Collector Current Ig~ COLLECTOR CURRENT -mA Ig-COLLECTOR CURRENT-mA Ic- COLLECTOR CURRENT -mA 377 2 0 Ig-COLLECTOR CURRENT - mA Ig ~ COLLECTOR CURRENT-mA I- COLLECTOR CURRENT - mA 4 10 Tg COLLECTOR CURRENT~mA 10 Ig - COLLECTOR CURRENT -mA Ig -COLLECTOR CURRENT -mA2N3854, 5, 6 TYPICAL 2N3854A, 5A, 6A COMMON EMITTER y PARAMETERS f= 4.5 MHz 2N3854, A 2N3855, A 2N3856, A Yie 2 2 Input Z g qa = E . t Fs z Admittance i 2 2 5 g 2 2 Ye vs. & 2 ES 2 *SVv Collector Current 5 | 8 Ig~ COLLECTOR CURRENT ~ mA Tg-COLLECTOR CURRENT - mA Ig- COLLECTOR CURRENT - mA ' i ' E E Yre 4 j R E E E everse z Fy Z a < < Transfer eC = Admittance r vs # Gre LESS THAN 01 g THAN Ol mmho LESS THAN Ol mmbe Col lector Current le vcoutecror CURRENT -mA Te- COLLECTOR CURRENT-mA . Ie COLLECTOR cuRRENT ma Yfe Forward Transfer =5,10,15V Admittance Ye FORWARD TRANSFER ADMITTANCE - vs. Yfe"FORWARD TRANSFER ADDMITTANCE-minho Yfe-FORWARD TRANSFER ADMITTANCE Collector Current 9 $ #0 I,-COLLECTOR CURRENT - mA Ig-COLLECTOR CURRENT ~ mA To-COLLECTOR CURRENT - ma Yoe Output ADMITTANCE -mmho Admittance vs. toe toe Collector Current 3 ee emer rs ee re ec rm er rn re ee es ee et ee ee I -COLLECTOR CURRENT- mA Ig -COLLECTOR CURRENT-mA t 3 0 Ig - COLLECTOR CURRENT ~ mA 378TYPICAL 2N3854, 5, 6 COMMON EMITTER y PARAMETERS [_2N3854A, 5A, 6A f= 1.0 MHz 2N3854, A 2N3855, A 2N3856, A Yie 2 2 2 e Input 3 3 8 = a a & a F . 5 5 E = = = Admittance 3 3 z bk bE s) > e g z 2 vs. z z a 2 = s : : Collector Current i BT Tg -COLLECTOR CURRENT. mA oO 5 MW 10 Ig -COLLECTOR CURRENT - mA Ie- COLLECTOR CURRENT- mA i & Reverse 8 z = < a F < 2 5 Transfer & : i Admittance : Z g vs. 8 THAN ol Ore : 5 g mmho AT Voge SV Collector Current ! , : s Ig- COLLECTOR CURRENT-mA Ig- COLLECTOR CURRENT-mA Ig - COLLECTOR CURRENT-mA 2 2 2 Yfe : g 3 z z= z= Forward E E E z z z . zt z Transfer & & . 2 2 q Admittance E E E g g & vs. 5 H 5 2 = Ty : a> mn t an Collector Current F 5 10 5 10 50 100 $ 40 3 10 50 100 0 5 lO 5 io 80 00 Ig -COLLECTOR CURRENT ~mA Ig ~COLLECTOR CURRENT-mA Ie - COLLECTOR CURRENT-mA Yoe . 2 g i i = : 8 Output y g 5 . E E Admittance 3 z 4 << e 5 5 z vs. 5 E 3 : z : 3 2 Collector Current 5 Ig ~ COLLECTOR CURRENT -mA Tg- COLLECTOR CURRENT -mA Te- COLLECTOR CURRENT~ mA 3792N3854, 5, 6 2N3854A, 5A, 6A TYPICAL SMALL SIGNAL CHARACTERISTICS f= 1 kHz, Vce = 10V, le = 5MA 2N3854 2N3855 2N3856 Symbol Characteristic 2N3854A 2N3855A 2N3856A Units hie Input resistance 454 741 1140 ohms hee Output conductance 10.4 16.2 23.1 pmhos hee Forward current transfer ratio 65.5 113 173 he Reverse voltage feedback ratio 10.5 11.3 11.8 X1075 SMALL SIGNAL SMALL SIGNAL SMALL SIGNAL CHARACTERISTICS CHARACTERISTICS CHARACTERISTICS VS. AMBIENT VS. EMITTER CURRENT VS. COLLECTOR VOLTAGE TEMPERATURE vos Vee "lO V Ig 5mA 6 ALL Noe lov Tan 25C. CHARACTERISTICS RELATIVE TO VALUE AT Ip=5mA CHARACTERISTICS RELATIVE TO VALUE AT 25C 5 20 30 4050 350-28 25 so 75 = 100 T, ~AMBIENT TEMPERATURE - C CHARACTERISTICS RELATIVE TO VALUE AT Vo_tlO 2 3485 8 10 Ig -EMITTER CURRENT -mA Veg - COLLECTOR VOLTAGE - VOLTS TYPICAL ELECTRICAL CHARACTERISTICS FORWARD CURRENT TRANSFER RATIO, hrc, vs. COLLECTOR CURRENT 2N3854, A 2N3855, A 2N3856, A gg FORWARD CURRENT TRANSFER RATIO - FORWARD CURRENT TRANSFER RATIO hee-FORWARD CURRENT TRANSFER RATIO bre Ig- COLLECTOR CURRENT-mA 380 Ty, - COLLECTOR CURRENT - mA Ig- COLLECTOR CURRENT-mA2N3854, 5, 6 2N3854A, 5A, 6A TYPICAL ELECTRICAL CHARACTERISTICS COLLECTOR CHARACTERISTICS 2N3854,A 2N3855, A 2N3856, A > eo TAS <9 t E9 , ' Be ze 2 a7 27 = a6 36 3 ae 5 a e e RB wo oe 3 3 a 92 8 8 O10 7 wt vt 2? 20. 60 100 140 20 60 100 20. 60 100 Vce- COLLECTOR Vce~ COLLECTOR Vce~ COLLECTOR VOLTAGE - VOLTS VOLTAGE - VOLTS VOLTAGE - VOLTS COLLECTOR SATURATION OUTPUT CAPACITY BASE SATURATION VOLTAGE VS. REVERSE VOLTAGE VOLTAGE VS. COLLECTOR CURRENT BIAS VS. BASE CURRENT | ALL TYPES | i ~ ALL TYPES | 7 4 | - | | TT Ta =l00%C tty c2seclt tL \ Veg ($AT)- COLLECTOR SATURATION VOLTAGE - VOLTS Vag (SAT) -BASE SATURATION VOLTAGE - VOLTS Cop -CAPACITANCE COLLECTOR TO BASE - oF J 3 10 5 100 40 OL 02 os 10 2.0 50.10 20 30 16 Ig- COLLECTOR CURRENT - mA Von VOLTAGE COLLECTOR TO BASE ~ VOLTS Ig" BASE CURRENT~mA CONTOURS OF GAIN BANDWIDTH PRODUCT, fr, vs. COLLECTOR CURRENT 2N3854, A 2N3855, A 2N3856, A TT EXPRESSED IN MHz tr IN MHz iN MHz Vee-COLLECTOR VOLTAGE - VOLTS Vee- COLLECTOR VOLTAGE - VOLTS Voe"COLLECTOR VOLTAGE ~ VOLTS Lo 10 . 1.0. : Tg -COLLECTOR CURRENT -mA Ig-COLLECTOR CURRENT -mA Ig-COLLECTOR CURRENT - mA 381