BD206 MOTOROLA | Alldatasheet
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- oe oa , MOTOROLA SC {XSTRS/R F} 6 DEB e3e7254 oososes 1 Ef f 6367254 MOTOROLA SC (XSTRS/R F) 96D 80569 D7-33->7 : MOTOROLA BD206 . ' m= SEMICONDUCTOR SEE BD208 = \\ : TECHNICAL DATA | PLASTIC HIGH POWER SILICON PNP TRANSISTOR .
10 AMPERE
« «designed for use in high power audio empiiiers utilizing POWER TRANSISTOR complementary or quasi complementary circuits. PNP SILICON @ovc Current—he- = 30 (Min) @ Igor 2.0 Ade 45, 60 VOLTS @ BD 206, 208 are complementary with BD 205, 207 90 WATTS MAXIMUM RATINGS i [rating aymbot [Troe | vaive [one] ; [omen [vow [ost |S | w | ‘ol 1 Bast BD 206 55 | e a A pezaree [> |e ae Duste above 25°C ne _| mwre Pease = [ee| | = | “Temperature Range d THERMAL CHARACTERISTICS rn [Finiaineinee teneiontotaee | tye [18 om _] ¢ 28 ms ELECTRICAL CHARACTERISTICS 11-24 wien ature md) 5 [characteristic Symboi_[ Type [Minjtex unit] sows W Collector-Emitter Sustaining Voltage” BVorg" 4 - . 8D 208 Colfector Cutoff Current D BATTER: ase 165 (og = 55 Vdc, |, =0) BD 206 (8 =70 vac, If =0) 8D 208, 124, fs) i 12 Emitter Cato Curent s ae u Wpe = 50 Vde. Ip = 0) ci DE eunant Gin + (ig = 2A Veg = 2V) courcron (ig = 4A Vee = 2Y) wo om Toector-Emiter Sataon Vargo Vora” flea Mlg=4 Adc, Ip = 0.4 Ade) ‘oro Tove Ener On Voge” ae] | roe eve bs i oon 00 hg Cone Goin Bandwidth Product cs senna ae (lg 1.0 Ade, Veg = 10 Vdc, f= 1.0 MHz) ast * Pulse Test: Pulse Width S 300 ps. Duty Cycle 5 20%. 3-303 |
MOTOROLA SC {XSTRS/R FF ab deBe3e7254 oosas70 8 ff fe t OLA Sc CXSTRS/R FD _ 96D 80570 —»D : , BD206, BD208 _ nos ~ FIGURE 1— ACTIVE REGION DC FIGURE 2— POWER-TEMPERATURE SAFE OPERATING AREA DERATING CURVE | 0 aS a oS a S| CSN =| a eS ST en a se 2 ee ee Sol bo mcetnomo lanes — | AT B SN ad eee Se ——— Seen 3 af re a ———— SE ee PRR EHH ES — os] wo 20 0 $0 79 10 n» » 0 60 ° bd id * 10 ws ws us FIGURE 3— “ON” VOLTAGES FIGURE 4— CURRENT GAIN “TCO Bee BCCECOMICCCCIAT TTT) See ee ee | CCCCeICE reece g oee et 2 “Omer CO] § Sep . po. aT 8 Se a SS
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rebar ne DA Fa SS Atal a mTRi\\ “ MCC ee oe (CCE er TT Tog EE a ‘ecoueeTon cuRRENT nn le couLecroncuntent aus, . “4 FIGURE 5— THERMAL RESPONSE Sy 2 SSS | TS See dy OP a muse PGK) con fg BESS ER Se eer eee ee re rHH : od ee ==] mn Ge petra Dr CEL our vets cee UT 3 oo Epes SE ee ae ESS eee HH Fu ese ener) — EEE EHEC et mero oT 5 ee oD at reer To ‘4 es es A 0 Tata) ~ Te* Pion) acd) TTY 2 eLOCOE Ct Con) tar bor 0 a0 ON OS a . pause maT : 3-304 |