DARLINGTONS POWER DARLINGTON SELECTOR CHART Package TO-39 TO-39 TO-220 TO-3 le A 2A 10A (BDX) 10A 8A (TIP) Veceo Volts NPN PNP 40 _ _ - 2N6383 45 BCX?21 _ BDX33 BDX34 _ 60 BD320 BD321 BDX33A BDX34A 2N6384 BD322 BD323 TIP120 TIP125 80 _ _ BDX33B BDX34B 2N6385 _ _ TIP121 TIP126 100 BDX33C BDX34C _ TIP122 TIP127 120 _ ~ BDX33D _ = TABLE 4- PNP SILICON HIGH CURRENT DARLINGTON TRANSISTORS The devices shown in this table are designed for applications requiring very high current gain. The monolithic construction has the inherent advantages of fast switching times, low saturation voltages and low leakage currents. The devices are listed in order of decreasing Collector Current (I-(max)), Breakdown Voltages and Power Dissipation (Pio) etc. Max Vceisat) hee Prot Ic at at at Type (Max) Vcso | Vceo Tease | Package | Comple- lo | Ip Io | =25C ment A Vv Viv | A | mAIMin|Max}] A Ww BDX34C 10 100 100 12.5] 3 6 | 750) 3 70 TO-220 BDX33C BDX34B 10 80 80 12.5] 3 6 1750) 3 70 TO-220 BDX33B BDX34A 10 60 60 |2.5) 4 8 17501 - 4 70 TO-220 BDX33A BDX34 10 45 45 12.5] 4 8 |750} - 4 70 TO-220 BDX33 TIP127 8 100 100 | 2 3 141K I 3 65 TO-220 TIP122 TIP126 8 80 80 3 12 ] K | 3 65 TO-220 TIP121 TIP125 8 60 60 3) 12; tK | 3 65 TO-220 TIP120 P6 DARLINGTONS TABLE 4a- NPN SILICON HIGH CURRENT DARLINGTON TRANSISTORS The devices shown in this table are designed for applications requiring very high current gain. The monolithic construction has the inherent advantages of fast switching times, low saturation voltages and low leakage currents. The devices are listed in order of decreasing Collector Current (I(max)), Breakdown Voltages and Power Dissipation (Pot) etc. Max Vceisat) hee Prot lc at at at Type (Max) Veso | Vceo Tease | Package] Comple- le | Ig Io | =25C ment A V VV} AT mAqMin jMax) A WwW BDX33D 10 120 12012.5} 3 6 1750] | 3 70 TO-220 _ BDX33C 10 100 100 }2.5} 3 750] | 3 70 TO-220 |BDX34C 2N6385 10 &0 80 $2.0] 5] 10 11K |20K] 5 100 | TO-3 _ BDX33B 10 8&0 80 2.5] 3 6 |750] | 3 70 TO-220 |BDX34B 2N6384 10 60 60 72.0] 5 | 10] 1K |20K] 5 100 | TO-3 - BDX33A 10 60 60 |2.5| 4 8 |750; | 4 70 TO-220 |BDX34A BDX33 10 45 45 12.51 4 750{- {1 4 70 TO-220 |BDX34 2N6383 10 40 40 }2.0{ 5 | 10 | 1K {20K} 5 100 TO-3 _ TIP122 8 100 100 | 2 3) 12)1K | | 3 65 TO-220 |TIP127 TIP121 8 80 80 | 2 3 | 12)1K | | 3 65 TO-220 |TIP126 TIP120 8 60 60 3] 12;1K ]] 3 65 TO-220 }|TIP125 BD323C 2 80 60 |1.7) 2 2 {10K] 1 10 TO-39 _ BD323B 2 80 60 }1.7]) 2 2 |5K | 1 10 TO-39 _ BD323A 2 80 60 |1.7) 2 2 )1K [ 1 10 TO-39 _ BD321C 2 80 60 | 1.7] 2 2 ;10K| 1 TO-39 BD321B 2 80 60 }1.7] 2 2 15K | 1 TO-39 _ BD321A 2 80 60 |1.7] 2 2 ),1K]- 1 TO-39 - BD322C 1 80 60 |1.6] 1 1 |10K] [0.5 7.5 TO-39 BD322B 1 80 60 |1.6] 1 1 |SK | [0.5 7.5 TO-39 _ BD322A 1 &0 60 [1.6] 1 1 1K | |0.5 75 TO-39 _ BD320C 1 8&0 60 {1.6] 1 1 [10K] |0.5 5 TO-39 _ BD320B 1 so | eoj16] 1] 145K |/05] 5 |TO-39 _ BD320A 1 &0 60 11.6! 1 1 1K | {0.5 5 TO-39 _ BCX21 1 60 45 {1.64 1 1 1.5K} [0.5 3.5 TO-39 _ P7