KTC3195 KEC | Alldatasheet

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KOREA ELECTRONICS CO.LTD. TECHNICAL DATA | EPITAXIAL PLANAR NPN TRANSISTOR HIGH FREQUENCY LOW NOISE AMPLIFIER APPLICATION. VHF BAND AMPLIFIER APPLICATION. FEATURES —l + Small Reverse Transfer Capacitance 4 + Ce=0.7pF(Typ.). + Low Noise Figure : NF=2.5dB(Typ.) (f=100MHz). f ie a Pmt Thy 4.30 MAK | [r[ 250] MAXIMUM RATINGS (Ta=25C) ‘rH | CHARACTERISTIC SYMBOL | RATING | UNIT be [TT - i\\vae [elo |] ELECTRICAL CHARACTERISTICS (Ta=25C) Note : hrr Classification R40~80 , 0:70~140, _ Y:100~200 1994. 6. 24 Revision No : 0 KEL VA

Fig. NF, Gpe TEST CIRCUIT 6pF OUTPUT input 0.01uF = DUT . Ry, = 500 Rg = 500 & Ll g , |1000pr | a [ * 3 a |1000pF 2th e 0.02uF x ce “ he IE Voc Li : 0.8mm SILVER PLATED COPPER WIRE, 4Turns. 10mm ID, 8mm Length. y PARAMETERS (Typ.) (1) COMMON EMITTER (Vcr=6V, Ie=-ImA, f=100MHz) [Phase Anu of Revere Ter Adwitanee ‘| _& | _- |__| [Phase Anu of Forward Transer Adriane [| _& | 9 |__| (2) COMMON BASE (Vce=6V, _Ie=-ImA,_f=100MHz) Pio Cameince SSS || [Pie Ante of Revene Trin Ate [Om | sf _—| [Pie Ante of Rorvnd Trnstr Aine [om | as | |

Fs lymls?m - Ig a a l¥tels?te - Vee = Pa G § o 8 E 2 m COMMON BASE —aaeeett 3 E SS ee E ice = er] EC sob & — — ~ 3 f=100MHz [TTT ~ 3 sf} TT | Be Ma ML teere A PTT Ze fSg °C mer Ee s00- a @ 30 He = ~# 30/—+_ tar ieee ee | | || o ee le. Le a ee ee 2 = = & Ig=-1mA Ba Fe 1 (auc ese ears 38 “OER OES SE t=100Ns 4 z eee 2 z er oe a s9be OC DOr iii a be 0 1 1TH Q 2 -02 -05 -1 -3 -5 -10 2 2 1 35 10 30 = EMITTER CURRENT Ig (mA) a COLLECTOR-EMITTER VOLTAGE Vcg (V) a lYrels?re - Ver Fa lYtels?te — Ip z 8 ¥ & 3

8 SRS OL) SS

Eo E —e oo Be E a | = =| a ~ so 3 el Pa 2 05 eg, -50-2 50 VT TTT Be ag || iyrei | { {tt ue ae PA EB 300 SS) ———— ae ee E™ sola 8 20 } AREER ee [E | | | | [como meme | ee 1 I Till ua Ze Ip=-1mA ad Ze We TA oe 4 x | | f=100MHz oF 3 s iy COMMON EMITTER 3 a Ta=25°C I & ice=! 34 100 F ta 0 aa “WFQ 10 aan £=100MH2 Es & —e oo 4 z Creer) Ta=26rc wg gg lB 95-1 Lr er ee ee | a mL 35 «10 30 2 2-02 -05 -1 -3 -5 -10 ae COLLECTOR-EMITTER VOLTAGE Vcg (V) a EMITTER CURRENT Ig (mA) Fy l¥rl 5? — Ip a 7 l¥ol,?m - Vos ee a 4 “ % MOE common Bast ET g A 100 COMMON BASE Eo E Vesey (re EC E [ETE teen tima a g _ re ~ Ey = 100MH; .-500}- = 0.5> f=100MHz lA 3 {| Fee iz ae an all Ge ae =08" a <Q Ta=25°C a < <@ 50 [| tar2sre B° _s90b oe #03; > | Ee ne: }—f is LL eee eT TTT) Be aw Ew m Bo -_eeeml Z a sé [2a se | 28 cE z= 2m ag E- a 8-t00bm 04 aes ee 38 a }— Pee Re Ee te TT TATTLE 59h & 0.95 LE TT @ iglbE 10 7 a" Q i) g & -0.2 “0.5 -1 -3 -5 -10 2 & 1 35 10 30 Fy a EMITTER CURRENT Ig (mA) a COLLECTOR-BASE VOLTAGE Vcg (V) 1994. 6, 24 Revision No : 0 KEE 3/4

a a lYrbl.?rp — Ves Yie- f Zz z 20 Q 2 zg ¢ =. Ce 2 BoE of it Se CCEEEEEL Tes Be = 2 =F Bg Boop ¢ et et #2 200 & os —L ver i z Pi 7t tte yyy sé [22 . T Tomi Tt | & of Ym |} PPE E 2 8 | 2 ole aterm | | BCT tae Se — a 4 Ig=-1mA a | 5 EEL] fe a -50 a 0.05 a SO | a 0 a m 1 3 5 10 30 z 0 5 10 15, 20 25, 30 om COLLECTOR-BASE VOLTAGE Vcp (V) INPUT CONDUCTANCE gi¢ (ms) Yoe — f 3 Yte —f g 7000T common emmrrer| | | 1 11 | Z ° [common ewrrren | | jo $1600} jets A spon | ima Lt yer | =m i : Ta=25" foo Bo 107 ran25%c [| ft |

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2 wi Zo © SrTTTerl lee - Letty 2 Eo COPE Err} ¢ ,LLTITITI tT) 2 0 20 40 60 80 100 120 $ 0 10 20 30 40 50 OUTPUT CONDUCTANCE goe (HS) FORWARD TRANSFER CONDUCTANCE Ste (ms) 8 a lYrels?re — Ip 2 yr -f Z Z 20 z 0 E g * Ball COMMON EMITTER z commON EMITTER] | _ | oe E || iti) vee=ev Be Ver =8V CL a Z~ LOR =e f=100MHz Ooo} le=-tma 0 ge 27 Ey taszsrc 3 Ta=25°C [|| / | ce 2 a ee gf LLLLLEL -300- & — 0 - y se [ge LLU TUT Be Hee H Foodg ote LU PL eH Pee | Eee g COSC 2 @ 92 -05 -1 -3 -5 -10 g 200 -160 -120 -80 -40 0 ™ EMITTER CURRENT Ig (mA) REVERSE TRANSFER CONDUCTANCE gyro (4S) 1994. 6. 24 Revision No : 0 KEE 4/4