2SA1688 SANYO
Document overview
- Manufacturer or author: Provided By digicamel.com
- PDF pages: 4
Technical content
Features
- High power gain : PG=22dB typ (f= 100MHz). - Very small-sized package permitting 25A1688-applied sets to be made small and slim. Absolute Maximum Ratings at Ta=25°C unit Collector-to-Base Voltage Voso —80 Vv Collector-to-Emitter Voltage VcEo —20 v Emitter-to-Base Voltage VeEBo 5 Vv Collector Current Io -30 mA Collector Dissipation. Po 150 Ww Junction Temperature Tj 150 °C Storage Temperature Tstg —55 to +150 °C Electrical Characteristics at Ta= 25°C min typ max unit Collector Cutoff Current IcBo Vop=—10V, Ig=0 -0.1 pA Emitter Cutoff Current TEBo Vep=—4V,Ic=0 -0.1 pA DC Current Gain hrg Vcoe=—6V,I¢=—1mA 60% 270% Gain-Bandwidth Product. fp Vog=—6V,I¢=—1mA 150 230 MHz Reverse Transfer Capacitance Cre Vop=—6V, f=1MHz 11° 17 pF Base-to-Collector Time Constant rppy’Cc = Vog= —6V,Ic¢=—1mA, 11 20° ps f=31,9MHz Voltage Gain PG See specified Test Circuit. 22 dB Noise Figure NF Vop=—6V,Ic=~—1mA, 2.5 dB f=100MHz * : The 2SA1688 is classified by ImA hpg as follows : 90 4 180 | 135 5 270 Note) Marking :E hgg rank : 3, 4,5 For CP package version, use the 2SA1256. Package Dimensions 2059A NF, PG Test Circuit (unit : mm) ots 3 n Fi INPUT 500 OS a: be Lib c-+—{[ ) S Cth Bu S | Ogea a, H S v T ed is | =22p i “Xp es _ 7 an VBE Unit (Capacitance : F) ge 2 Enter at ba 3: Collector : .d wire 10mme ST, tap: 2T from Vax side {] it [is L3: 1mm enamel wire 10mme 3T 14.03 SANYO Electric Co.,Ltd. Semiconductor Business Headquarters TOKYO OFFICE Tokyo Eita 110 1 Chome Ueno. Tato ku, TOKYO, 110 JAPAN 40196TS (KOTO) 8.4120/N248M0, TS No.2798-1/4
Ic _= Vee Ip = Vee 0 -100 ete TS: Po an ae T]he 8 4 (— 30 — ae i |__| FS a S47 — oo 7” P| | Collector-to-Emitter Voltage, Vcg — V Base-to-Emitter Voltage, Vpp — V h - fr - |
100 FE Ie 7 m0 T Ic
5 TT Ce Soo ! —— i = Vog= -12V {4 €@ s+ +--+ pp a i >6y 4 i ced —S fl { SN 3.6 i a 7 ze a an t | ‘ep | | ! S nt nn anne — eee ee | a yz | .| poopoepaapt Sc ——— t ; j | Fi i So 8 1.0 0) -1.0 =10 23 Collector Current,lo — mA Collector Current,Io — mA Cre - Vee . . "hb Ce - Ie 2 ~ ~ T— a 3 fs f=1MHz l [| f=319Mne * 2 a) — —{ 8 g [ | % | 2, —_ 210 - z sh a 3 g “ &? Spo 2+ NO a | i J i Sy ae a BS See ee 3 fon ar) =10 a lyre ts si 23 8 Collector-to-Base Voltage, Vcp — V Collector Current,Ig — mA Vee(sat)_ = Ic Pc - Ta -10 200) > TP | Ea i fied Jl 160 | S 3 i \\ ~ can it ae | | | | ; 8 i i oy ry t | Bes j i 4 g% -— Dp han pn pep bon 87 i gF soo ooh E N | | Be reg pot 7 a” Sy A i 4 a rere ies ee > 5 | EE -o : Perr | E a N 2 mi 3 | N co PS heh S740 23 5 80 0 80 8 80 KO Collector Current,Ig — mA Ambient Temperature, Ta — °C No.2798-2/4
a Input Admittance, yie — Ic 5 Output Admittance, yoe — Ic 10 100 3 tf Ver = - 63 — t H ; 12 a me I zy me ne: ae . a, | | { of 8 RA Ss . 08 | io : 2 2 .( + in Collector Current,Ig — mA Collector Current,Ig — mA
5 Input Admittance, yie — Ic 1 Output Admittance, yoe — Ic 100
|_| ° “ f=i0MHz L 3 -— 5 Vee= -6V 5 ara are a 5 1 | ne $s ! 7 5 10 a ee a) € s 4 a 4) | ds » gf — 4+ 9 g 7 ss [oven open 2 2 weet Coe tg 2 = 7 5 TT 10 z 3 =10 ' =1,0 ~ 2 EJ ="? Collector Current,Jg — mA. Collector Current,I¢ — mA wo Input Admittance, yie — Ic ‘eo 5 Output Admittance, yoe — Ic af f= 100M | I TT i00mi s|_Yoe=~6V F) PET i... Ver= = 6g to. , ae I H toy : i a_i 1 ! 2 ee 110 7 a a ee ea g Pn Bt gg gh Oh Boe 3p} ee 3 q i rt as ee ee Ce ee le Aa ee a iG i Hl | oe eT) 73 579" ia 7 eT a ae Collector Current,Ig — mA Collector Current,Ig — mA Forward Transfer Admittance, yfe — Ice Reverse Transfer Admittance, yre — Ic 3 3 f=100MH2 1 f=100MHz. | 10 2 Lf neel v0 7 vf} 1 f 7 Dh pe | + , a a fenrnrmnn ZL tr 2 Og |. I a re 3 tol es tt | & aT ' 5 i ; + ° rt 1 ype fe <p ' g + 7 ; | Pg $h hg 7 1 : 7 —— a 7 0.4 — o1 5 a ee Fe ee a A | | | yfyf 5 1.0 -10 3 ST =1.0 73 oT 10 Collector Current,I¢ — mA Collector Current,Ig — mA No,2798-3/4
; Input Admittance, yie — Vce 5 0 Output Admittance, yoe — Vce 0 rl1 Tf. rr I rt si [| ee ee i ne es all tT gg EEE sere it Po 0! ee 5} iS = Bie rf | Pop 2 — —— 2 | Loh . 1.0 1 H on ae =i =10 =10 Collector-to-Emitter Voltage,Vcp — V Collector-to-Emitter Voltage,Vcp — V a CE Forward Transfer Admittance, yfe — Vce Reverse Transfer Admittance, yre — Vee Ss 5 | [| | : , B | TT a I SS ~ bis Tt i : | | ry _ 3 ! , , Gs _t a 5B 2 £ 4 a ee 2 _ é a oD 3 ro i Ty —t— | d | tt | Tf * = : vop 4 10 5 | | 5 1 7 aN -10 Collector-to-Emitter Voltage, Vcr ~ V Collector-to-Emitter Voltage,Vog — V PG,NF = Ic iad See specified Test Circuit. f=100MHz a Vor=-6V E} : ° : & F _| | ! 4 i i 4 | = zo “po t “3 | 3 3 a NF Z <= 2 3 ke re oe a a ro Collector Current,Ig — mA No products described or contained herein are intended for use in surgical implants, life-support systems, aerospace equipment, nuclear power contro! systems, vehicles, disaster/crime-prevention equipment and the like, the failure of which may directly or indirectly cause injury, death or property loss. WW Anyone purchasing any products described or contained herein for an above-mentioned use shall: ® Accept full responsibility and indemnify and defend SANYO ELECTRIC CO, LTD., its affiliates, ‘subsidiaries and distributors and all their officers and employees, jointly and severally, against any and all claims and litigation and all damages, cost and expenses associated with such use: ® Not impose any responsibility for any fault or negligence which may be cited in any such claim or litigation on SANYO ELECTRIC CO, LTD,, its affiliates, subsidiaries and distributors or any of their officers and employees jointly or severally. M@ Information (including circuit diagrams and circuit parameters) herein is for example only; it is not guarant- eed for volume production. SANYO believes information herein is accurate and reliable, but no guarantees are made or implied regarding its use or any infringements of intellectual property rights or other rights of third parties, This catalog provides information as of April, 1996, Specifications and information herein are subject to change without notice, No,2798-4/4