C1923

2SC1923 TOSHIBA | Alldatasheet

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TOSHIBA TRANSISTOR SILICON NPN EPITAXIAL PLANAR TYPE (PCT PROCESS) HIGH FREQUENCY AMPLIFIER APPLICATIONS. Unit in mm FM, RF, MIX, IF AMPLIFIER APPLICATIONS. D.AMAX. a - Fi « Small Reverse Transfer Capacitance Him + Cre=0.7pF (Typ.) 045 IOI a ‘1 a * Low Noise Figure OSSMAK.H Fy o| of G : NF=2.5dB (Typ.) (f=100MHz) oa HT gl i 100 MAXIMUM RATINGS (Ta = 25°C) Ley Ley CHARACTERISTIC SYMBOL | RATING | UNIT 9 (oH Collector-Base Voltage VcBo [| 4 | v | =e) 7 Collector-Emitter Voltage Vero | 30 | Vv i Emitter-Base Vol | veso [| 4 | v | imitter-Base Voltage VEBO Vv 1. EMITTER Collector Current 2 COLLECTOR [Base Current | Tm & BASE Collector Power Dissipation JEDEC TO-92 BIA SCs Storage Temperature Range —55~125 TOSHIBA 2-5F1B Weight : 0.21g ELECTRICAL CHARACTERISTICS (Ta = 25°C) CHARACTERISTIC SYMBOL TEST CONDITION xan. | rye. [max.|unrr] Collector Cut-off Current Icpo _|Vcp=18V, In=0 | — | — | 05] pa | Emitter Cutoff Curent | Topo [Vep=4V, 1o=0 | — | — | os | pa | DC Current Gain rE E |Von=6V, Ic=1mA | «0 | — | 200 | — | ‘ote Reverse Transfer Capacitance Vcr=6V, f=1MHz | — [070] — | pr | Transition Frequency Von=6V, Io=1ma | = | 560 | — | var | . , |Vor=6V, Ip=—1ma, Collector-Base Time Constant Corbb’ | ¢—30MHe 30 VoE=6V, Ip=—1mA, | = | 25[ 4.0%} f=100MH, Fig. [as [is] — | Note : hyg Classification R: 40~80, O:70~140, Y : 100~200(* NF=5.0dB Max.) 261001 a2 malfunction or fail due to their inherent electrical sensitivity and vulnerability to physical stress. It is the responsibility of the buyer, when utilizing TOSHIBA products, to observe standards of safety, and to avoid situations in which a malfunction or failure of a TOSHIBA product could cause loss of human life, bodily injury or damage to property. In developing your designs, please ensure that TOSHIBA products are used within specified Operating ranges as set forth in the most recent products specifications. Also, please keep in mind the precautions and conditions set forth in the TOSHIBA Semiconductor Reliability Handbook 1997-05-09 1/6

6pF. 0.01nF DUT P OUTPUT INPUT i 500 502. S| pe o00pr |, 3h pS 1 an 4 1000pF a ol 4 o a 0.02uF 0.02 .F “h Voc -VE (Ig= —1mA) Lj : 0.8mm¢ SILVER PLATED COPPER WIRE, 4T, 10ID, 8 LENGTH Fig.1 NF, Gpe TEST CIRCUIT y PARAMETER (Typ.) (1) | COMMON EMITTER (Vcg = 6V, IE = - 1mA, f = 100MHz) CHARACTERISTIC SYMBOL |Input Conductance gig | 2.9 | mS Input Capacitance Reverse Transfer Admittance Phase Angle of Reverse Transfer Admittance Forward Transfer Admittance Phase Angle of Forward Transfer 6 Admittance fe Output Conductance | ne | 45 |S | Output Capacitance [Coe fat | pe (2) COMMON BASE (Vcp =6V, Ip = - 1mA, f= 100MHz) CHARACTERISTIC SYMBOL [input Conductance |i | | ms | Input Capacitance Reverse Transfer Admittance Phase Angle of Reverse Transfer 6 Admittance rp Forward Transfer Admittance | tml | 34 [ ms | Phase Angle of Forward Transfer 165 Admittance JOutput Conductance | coh | | Ss Output Capacitance Q61001EAA2" @ The information contained herein is presented only as a guide for the applications of our products. No responsibilty is assumed by, TOSHIBA CORPORATION for any infringements of intellectual property or other rights of the third parties which may result from its use. No license is granted By implication or otherwise under any intellectual property or other rights of TOSHIBA CORPORATION or others @ The information contained herein is subject to change without notice 1997-05-09 2/6

STATIC CHARACTERISTICS hrE - Ic 300) [TTTTT 2 CL _ {TTI tt) FEET 22 .f be EET COMMON EMITTER ITN ge Bast ttt e Vor=6V Fees FE

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ER Al Vor=6V aa ills Ta=2 1 4 'a=25°C -02-03 -05 1 =3 5-10 EMITTER CURRENT Ig (mA) Coe, Boe — TE lYrel, @re — TE 30) 300) 3 te "moereT IT] COUT cosas sare = g Vor=6V Y © 8 Vor=6V 3 >| estooae | oJ illl ge 3 {100M Fgh Fg LBS | BE LU neease TOE gg 00 Ee Beg Se 8 eo eeel bal 4 26 FS gz i A ae =e ost 2 st & sof OA SE Be vel E eg ee eal gt 2 ot eo 81 8 Cee EB [s 5 5 C Fa ——— == =e Ee a a = 2 =o —— oe 60 ost CO EMITTER CURRENT Ig (mA) EMITTER CURRENT Ig (mA) 1997-05-09 3/6

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=6V crt 2 30) ‘|e | ee Za gr Ht & $ Tanz aati 8g ae av Ene . 31% sania az a= / ll ASE a" a FEC rr ait [VY HE — cams 2 imal iY ap 2 yA EH Vop= ef "FHA a or “EER eae’ | 8, 2 TA a B 2 Re Ta= = 8 80 B 05 = (mi g 3 5 pz i 0. RENT Ig (mA) 3 8 Le Cob 50 ~° EMITTER CUR! & 5 il =====:, Vor 2 & ooo 10 Cie, gie — B 5 === =3 rt =08 0. EN ~ EMITTER CURR ey -Iz 7] ff tf COMMo: Af oF 22 a | A aS gé SSS tena | — 1000 aimee al ae ro TI

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© ee z pw “el Maniiies te Lon ee te. a || a3 rd a8 2g 08 lepl 8g 2g soot $2 [ret Be 30 mwe- gE TT 22 0 ae 22 rT 22 5 ” 3 s= —— BASE. 1 3 ER VOLTAGE Vg Z & Sco. ac t EMIT ae 3 “EEE Conte COLLECTOR: <3 _100 & Fe Ta=25°C P10 za A TEE = g en ni 1 (mA) = 0053-03 05 RRENT Ig 50 ~ MITTER CUI 4/6 E 997-05-09 7597-

• VCE [Yiel, wre ~ | (ON EMITTE! a a 100, 100) COMMON TO == Eg (oomite os Coe, Boe co € Z ee ti = we A a5 ea 10) 100) COMMON HHS , : MN H q @ Te Toomtte ae zs ' i § g mae PAT E 4 — | pas At : , ma | TT rs | : a | a Zz 30 <p 5 meee 2 3 < Al ge 2 ol Seettt a 5 22 _ 10] 2 Ser | : : es | po 7 8 es a | Fs g | boe | Eg E Ss = : a : , in MITTER VOI : : et a ° ‘ ECTOR-E! a E ze” rrr ; = : E E [T [ E mn re Eerie 1 aa : r Mt R VOLTAGE _" * a | sr | ° 4 CTOREMITTE! ~ : 0. OLLEt vor ; 7 , , : —a “ foowtte or Es = 7 a | & Ta= lYrel, Ore aa : : = rs 2 : ' : a + TT 1 [ON El tt : : = =e aniline pMMon

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z =e oe ei SZ 300) ge 5 2 ay : j | a - z Ff HH a ul —o i a3, a ro j * fe [PT erii an | E | : : Ha , : OLTAGE Vcp i a : JECTOR-BASE V‘ ‘ | meee — wh Ett | 1 } ; = lYtul, tb “ r )R-EMITTER VOI : : | - a [| 500) COMMON B: = fo | : E Jere SS | pt | Es i ——— a 300) COMMON BAS ss E soo iS | 7 z= = rs a | | : ss 3a so & fetooMete : 7 =a g ~ nears ill se sol s i 3 3 Tie : i i 3 {+ ry try =} E _ 2 100 {Tt a 3 bE aT } oo pe | abe : etee ee an a et2 | CO my : os a g y, : ) T , ‘ ILTAGE | . 'TOR-BASE VOI 5 5] b oe | COLLEC’ : : === a) 8 3 <== as ; - ‘ GE Vop W) ‘ ‘BASE VOLTA( COLLECTOR-1 -09 5/6 1997-05-0

1 lYrbl, @rb — VB 20 Yie — f Fo oF Coo Af 3 (Eon ao a ow EET TTT £=200MHz 22 = — = — - eB ooo a Eo Cee re a a eee es gf LAr] | Tt Tt i 2 HAH 22 | 32 B | Yo tLTT TET TTT Vee) bse Pfs Ee Fp we COLLECTOR-BASE VOLTAGE Vcp (V) INPUT CONDUCTANCE gie (mS) Yoe — f£ @ me COMMON EMITTER Honma FORWARD TRANSFEN SoNDUCTANCE &fe (mS) & sooo Vor=6v [| | A = [| ¢ 10 20 30 40 50

3 Ig=—1mA PTY) ELT 3 COMMON EMITTER ue

= Z = it "OOZES fe pee fl 2 [LTV i Tt tt ty a oe seen eee BCS TTT s | tt Lt fw LL | re Ce ) 20 40 60 80 100 120 gz surtur eoxDuCrNCe na i REVERSE eansrey WoNDUCTANCE Bre (WS) Pc ", 0 120} | [vor COPEL vot eA) & os Peer errr er meme Ld | OO nase COO ERE poche oe & “EERE Z| 8 COC NS PEPE BENS E BERR ARE ee cesses eee rte eT ym 2 Weer 4 28 *OOCePooo No LTE i ti tt Ty, (COE AMBIENT TEMPERATURE Ta (°C) 1997-05-09 6/6