G E SOLID STATE O1 DE Jaazsoai OOL?47O 4 i 3875081 G E SOLID STATE O1E 17470 D T- 33-1 General-Purpose Power Transistors = ; , 7-33-23 MJ15001, MJ15002 File Number 1093 Complementary N-P-N/P-N-P Silicon Power Transistors Rugged Devices, Broadly Applicable For Industrial and Commerical Use Features: High-dissipation capability TERMINAL DESIGNATIONS = Low saturation voltages Maximum safe-area-of-operation curves o a fy = 2 MHz EN (FLANGE) High gain at high current , Applications: = Series and shunt regulators 2 High-fidelity amplifiers 8 a Power-switching circuits 9208-27516 = Solenoid drivers JEDEC TO-204AA The RCA-MJ15001 and MJ15002 are ballasted epitaxial- base silicon transistors featuring high gain at high current. The MJ15001 n-p-n transistor complements the MJ15002 p-n-p transistor. These types are supplied in the JEDEC TO-204AA packages. MAXIMUM RATINGS, Absolute-Maximum Values: M4J15001 MJ15002 140 140 v . 140 140 Vv 5 = 5 Vv 15 15 A 5 5 A 20 -20 A 200 200 Ww 1142 wre -65 to +200 c At distance < 1/32 In. (0.8 mm) from seating plane for 105 Mak. ......... cece een e eee ___ 230 C 474G E SOLID STATE OL de 3a750a1 oo17471 o T 3875081 GE SOLID STATE. die 17471 DT-33-(S . General-Purpos ; 7 O33 MJ15001, mJ15002 ELECTRICAL CHARACTERISTICS, at Case Temperature (Tg) = 25C Unless Otherwise Specified TEST CONDITIONS LIMITS ; CHARACTERISTICS VONTAGE puRneNT MJ15001 MJ15002 UNITS Vee }VBe fic] tp | Min) Max. | Min. | Max. lcEx _ 140] 1.5 - 1{o- = ona Te = 150C 140 | 1.5 ~ 2} - -2 CEO 140 O}-| 25] - -2.5 | mA leBo , 5 | 0 - 1fo- -1 mA Vceolsus)@ 2) 0 |140] - -140] - v hpea 2 4 25} 150 25 | 150 VBE 2 4 - 2} - ~2 Vv Veg (sat) 4 }o4 | - 1, - = Vv fy f=0.5MHz 10 os} | 2] - 2| - MHz Isp te Is 100 Os - 8 - A Cob Veg =10V ~ |1000 | 1000 | pF f=1MHz Resc ~- (0.875 | - {0.875 | c/w ACAUTION: Sustaining voltage, Voegolsus). MUST NOT be measured on a curve tracer, See Figs, 11 & 12, 8] CASE TEMPERATURE (Tele 2s*c (CURVES MUST BE DERATEO LINEARLY WITH INCREASE IN TEMPERATURE} Pocertteteihpey beet PEE EEE ees COLLECTOR CURRENT (Lc }A 00 COLLECTOR-TO-EMITTER VOLTAGE (Verl Vv 92CM- 30465 Fig. 1 - Maximum operating area for both types. a 475G E SOLID STATE OL De M3a7soa1 ooizyze 1 i 3875081 GE SOLID STATE be General-Purpose Power Transistors O1E 17472 0 T33-/5 MJ15001, MJ15002 o 3 sO 3 25 50 GASE TEMPERATURE (Tol C . a2 4-1469m Fig, 2 - Gurrent derating curve for both types. COLLECTOR-TO-EMITTER VOLTAGE ~0.01 ' COLLECTOR CURRENT {I g)-A 9208-30077 Fig. 4 - Typical de beta characteristics as a function of collector current for MJ15002, COLLECTOR- TO- EMITTER VOLTAGE (Vo )=-2V BASE CURRENT (Ig)A 6 4 e D2 -06 ol wLG 122 -2.6 BASE -TO-EMITTER VOLTAGE (Vagi-V 928-30001 Fig. 6 - Typical input characteristics for MJ15002, 476 SF 7 33593 TO-EMITTER VOLTAGE v 0.01 1 3 CUARENTII o0 @ECS-S0146 Fig. 3 - Typical de betu characteristics as a function of collector current for MJ15001. COLLECTOR-TO-EMITTER VOLTAGE (Vc_)2 V. 9 BASE CURRENT {Ipg)A o 9 DASE-TO-EMITTER VOLTAGE {Vggiv! 92C8~30148 Fig. - Typical input characteristics for MJ15001. COLLECTOR= TO: EMITTER VOLTAGE (V, a a uo H ~ z iw = 2 o 2 8 Z 3 8 BASE-TO- EMITTER VOLTAGE (Voei-V 928-30149 Fig. 7 - Typical transfer characteristics for MJ15001,G E SOLID STATE O1 DE [3875081 oo17473 3 3875081 GE SOLID STATE O1E 17473 D Essis General-Purpose Power Transistors MJ15001, MJ15002 aa (sat) ee oo COLLECTOR CURRENT {lela ("ce o OLLECTOR-TO- EMITTER SATURATION VOLTAGE ad GASE-TO-EMITTER VOLTAGE (Vecl-V s2a-s00re COLLECTOR CURRENT (Icl-A szcs-30147 Fig, 8 - Typical transfer characteristics for MJ15002, Fig. 9 - Typical saturation voltage characteristics for MJ15001, WAY Io /Igsl0 270,2W gs CILLOSCOPE ANput 27 mH LETT ~ PA CLARE MERCURY MODEL No. 08 RELAY MODEL No. OR EQUIVALENT lo4s OR EQUIVALENT [cetgar]v 3 - 3 5 5 2 by 5 E 8 : e 4 = 3 +0 PNP 8 4 4 012 =t OR NPR, 92s-30404 COLLECTOR CURRENT (I )h-A 928-30078 Fig. 10 - Typical saturation voltage charactoristics for MJ15002. Fig, 11 - Circuit used to measure sustaining voltages Vceo(sus). COLLECTOR -TO-EMITTER VOLTAGE (Voge) V \e {Ig)-A 1 Vee (sus) Ho a COLLECTOR CURRENT NOTE the wang Voteges Veegtul scceptabie when the trace falk to the tet and below point "AY. [For velo of current and wattage, sae Clecirical Chavscterietict. 9208-30484 Fig. 12 - Oscilloscope display for measurement of sustaining voltages. (Test circult shown In Fig. 11).