40291 NJSEMI | Alldatasheet
Document overview
- Manufacturer or author: Provided By ALLDATASHEET.COM(FREE DATASHEET DOWNLOAD SITE)
- PDF pages: 1
Technical content
New Jeusey Semi-Conduator Products, Ina. 20 STERN AVE. : TELEPHONE: (973) 376-2922 SPRINGFIELD, NEW JERSEY 07081 (212) 227-6008 USA. FAX: (973) 376-8060 SILICON N-P-N TRANSISTORS oe © High corrier output power as 135 He Closs-C. . plifier with 12.5 volt collector supply voltoge * 40291 — 2 watts (min.) ot Piy 0.5 watt 40292 — 6 watts (min.) at Piy = 2.0 watts © 100% testing of all tronsistors performed tooss excellent upward modulation characteristics © High collector efficiency at 135 Me © Allelectrodes isolated from case (40291 and 402 Moximum Ratings, Absolute-Maximum Values: . 40291 40292 40291 40292 TERMINAL DESIGNATIONS (DLLECTOR-To-ruITTER NOLTAGE THAPERATURE. RANG: Yeon pg ete Svette, Btereges 65 ve 2008 Voex 50 50 volts Operating (Junction) +65 to 200°C ALE 100 Me, PIN OR LEAD TEMPERATE Vopyine). . 0 ww valte (Dering soldering) WML TTEH- T-ASE Ae distances > 1/32 GULECTON GUMMNT, Te.) O.S 18S ampere (roto package) oe DISSIPATION, Py (Tora0 peckene) for . wpe 28°C. M6 2,2 watts beet a f ELECTRICAL CHARACTERISTICS, At Case Temperature (Te) * 25°C Test conoirions [ums sor 4022 cuanactenistic | symaou| [eececeneomm Pee] fT fol [=e [= fl | Von Eater to-Bae Beskdown Voltage “nm Cotector to Emaar wy Voit Breakdown Voltage ‘CEX Input Impedance (Att = 135 Me} | P*(real) 400 65(Typ) RF Garner Power Output fs ClassC Amplitier, four eo! Gain-Bandwidth Product 100 | 500(Typ.) - 7 woo | -| - | so0rtyo Cotectorto Ge Capacitance atte t Mel [eoncioriocomcanciwnes [a TT TT TT [feof feof | Trarnat Revatonce r oon Wunction-to-Case) bed Pulsed through an inductor (25 mh); Age * 39 ohm; duty factor = 50%. For Pyyy = 0.5 w; minimum efficiency = 70%, Pat frequencies of 100 Me or higher Foe Piyy = 2 Ow; minimum efficiency = 70%, NJ Semi-Conductors reserves the right to change test conditions, parameter limits and package dimensions without notice Information turnished by NJ Semi-Conductors is believed to be both accurate and reliable at the time of guing to press. However \\ Semi-Conductors assuines no responsibility for any errors of oinissions discovered in its se NJ Semi-Conductors encourages intemers ty verify that datasheets are current betore placing orders