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EQUIVALENT 2N3055

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Abstract: boosts them to ±30V to drive power transistors, (e.g. 2N3055 (NPN) and 2N3789 2N3789 (PNP)>. The outputs from , external power transistors, careful attention should be paid to beta values. For 2N3055 and 2N3789 2N3789 , +60 « ? +w * +40 +20 ¡¡mmmuL However if Vout is shunted to +30V the output transistors (2N3055 , 2 watt value should be used. Use large heat sinks for the 2N3055 and 2N3791 2N3791 power transistors. A Delta NC-641 NC-641 or the equivalent is appropriate. Use a thermal compound when mounting the transistor to ... OCR Scan
datasheet

8 pages,
341.84 Kb

741 OP Amp 14 PIN ICL8083 equivalent 2N3055 transistor equivalent simple SL 100 NPN Transistor 2n3055 motor control circuits 24V "DC Motor" 2N305S pin configuration transistor 2n3055 2N3055 diagram with power supply 2N3055 12V 5218 a op amp 2N3055 power amplifier circuit diagram ICL8063 ICL8063 abstract
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Abstract: heat sinks for the 2N3055 and 2N3791 2N3791 power transistors. A Delta NC-641 NC-641 or the equivalent is , boosts them to ± 30V to drive power transistors, (e.g. 2N3055 (NPN) and 2N3789 2N3789 (PNP). The outputs from , attention should be paid to beta values. For 2N3055 and 2N3789 2N3789 transistors used in this circuit, beta should , the output transistors (2N3055 and 2N3789 2N3789) will be destroyed, but since the safe operating area for ... OCR Scan
datasheet

9 pages,
740.78 Kb

capacitor 333J 2N3055 power supply circuit pin configuration transistor 2n3055 24v dc motor 2n3055 how to work 2N3055 12V ICL8063 2N3055 power amplifier circuit 2N3055 power amplifier circuit diagram ICL8063 circuit diagram ICL8063 equivalent 2N3055 transistor equivalent ICL8063 abstract
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Abstract: Transistors, SCR, IC CROSS REFERENCE / EQUIVALENT TABLE R Cross Reference Table 1 / 13 , DC COMP. TYPE No. PACKAGE 2N2955 2N2955 2N2955 2N2955 TO-3 2SA952 2SA952 2SA952 2SA952 TO-92 2N3055 2N3055 TO-3 2SB1426 2SB1426 2SB1426 2SB1426 TO-92 2N3417 2N3417 2N3417 2N3417 TO-92 2SB507 2SB507 2SB507 2SB507 , BC184 BC184 TO-92 Transistors, SCR, IC CROSS REFERENCE / EQUIVALENT TABLE R Cross Reference , / EQUIVALENT TABLE R Cross Reference Table 5 / 13 INDUSTRY TYPE No. DC COMP. TYPE No. Cross ... Original
datasheet

7 pages,
636.82 Kb

bc546 equivalent 2N5089 equivalent bc547 equivalent BC184 Cross Reference D44H11 equivalent 2sc2240 equivalent 2sa1015 equivalent 2sd313 equivalent 2sd880 equivalent 2N2955 equivalent TIP41C EQUIVALENT BT169 equivalent datasheet abstract
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Abstract: finishes. HP3- TO3-CB W/2N3055 HP3 Series for Single TO-3 or Stud Mount 15 is 0.5-0.7 OC/W w , 2°C at equivalent power levels in natural convection. Mil. Black Anodize I J HP1.T066.8CB ... Original
datasheet

1 pages,
1505.36 Kb

transistor 8cb T066 HP3-000 2N3054 2N3055 equivalent 2N3055 transistor equivalent 2N3054 abstract
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Abstract: TRANSISTORS BIPOLAR Catalog Number Direct Commercial Equivalent Mat. Appli. Polarity Power Diss. @ 25° C Free Air 'T Typical MHz vCBO VCEQ V V vEBO V 'C Max is Max hFE ©VCE; V m A 'CBO at max VCB , P PNP 103W 15 45 40 5 12A 5A 100 4 1A . TOS 276-2041 2N3055 s P NPN VI5W 2.5 100 60 7 15A 7A 50 , Vdss Vgss 9fs Catalog Commercial Circuit Chan- Chan- Diss. V V mhos Case Number Equivalent , Power rgB Tf Ve!B1 Vqb1 'p Case Number [Equivalent Diss. (max) (max) (sat) (min) (max) Style 276-2029 ... OCR Scan
datasheet

1 pages,
92.44 Kb

MJ2955 2SD187 2N3823 equivalent 276-2025 2SB22/ORN MJE34 equivalent 276-2041 SL 100 NPN Transistor 2SB407 PNP Equivalent 2n3055 tos 2N3055 equivalent 2SB22 2N3819 equivalent MPS918 equivalent 2SA221 2SB407 2SA221 abstract
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Abstract: VO D97IN560 D97IN560 HIGH CURRENT VOLTAGE REGULATOR Figure 29. IO 2N3055 PG 6 VIN IN 2 , drives the base of a npn transistor (2N3055). This configuration can deliver up to 10A . To fix these , plus 2N3055, the thermal balance is (considering the L4955 L4955 maxRdson = 300mOhm @125°C ): PDmax = Vce Io = 16W (@ B=5) for 2N3055 PDmax = Io2 Rdson= 0.8W for L4955 L4955 Total power dissipation 17W , AN932 AN932 APPLICATION NOTE Example 2. Electrical spec. Vout = 5V and Iout = 4A Using L4955 L4955 and 2N3055 ... Original
datasheet

24 pages,
254.71 Kb

D97IN607A 12v 50 A battery charger smps schematic 2N3055 series voltage regulator 2n3055 malaysia t1 smps smd 2n3055 2N3055 CHARGER schematic diagram 2N3055 pin out connections 12v car battery charger wiring diagram transistor 2N3055 NPN Transistor 2n3055 2n3055 use in battery charger AN932 L4955 AN932 abstract
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Abstract: D97IN560 D97IN560 HIGH CURRENT VOLTAGE REGULATOR Figure 29. IO 2N3055 PG 6 VIN IN 4 2 CL CIN , a npn transistor (2N3055). This configuration can deliver up to 10A . To fix these concepts let us consider two examples: Example1. Electrical spec. Vout = 5V and Iout = 8A Using L4955 L4955 plus 2N3055, the , 2N3055 PDmax = Io2 Rdson= 0.8W for L4955 L4955 Total power dissipation 17W Minimum Input Voltage = 7V , Example 2. Electrical spec. Vout = 5V and Iout = 4A Using L4955 L4955 and 2N3055 : PDmax = Io2 Rdson 0.5W ... Original
datasheet

24 pages,
187.58 Kb

2N3055 diagram with power supply 2N3055 equivalent mosfet diode 2N3055 smd 2n3055 equivalent transistor 2n3055 2N3055 series voltage regulator 2N3055 pin out connections NPN Transistor 2N3055 2N3055 transistor equivalent 12v car battery charger wiring diagram 2N3055 transistor equivalent to220 AN932 L4955 AN932 abstract
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Abstract: HIGH CURRENT VOLTAGE REGULATOR IO 2N3055 PG 6 IN 330nF D97IN562 D97IN562 Figure 31. VIN , L4955 L4955 drives the base of a npn transistor (2N3055). This configuration can deliver up to 10A . This , Vout = 5V and Iout = 8A Electrical spec. Vout = 5V and Iout = 4A Using L4955 L4955 plus 2N3055, the thermal balance is Using L4955 L4955 and 2N3055 : (considering the L4955 L4955 maxRdson = 300mOhm PDmax = Io2 Rdson 0.5W for L4955 L4955 @125°C ): PDmax = Vce Io = 5.2W for 2N3055 PDmax = Vce Io = 16W (@ B=5) for 2N3055 ... Original
datasheet

20 pages,
159.17 Kb

transistor 6 pin SMD Z2 12v 50 A battery charger smps schematic how to connect 2N3055 2N3055 series voltage regulator 2n3055 circuit diagram 2n3055 voltage regulator 2N3055 pin out connections L4955 2N3055 schematic diagram 12v car battery charger wiring diagram 2n3055 smd AN932 L4955 AN932 abstract
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Abstract: , SILICON, POWER, TYPE 2N3055, JAN, JANTX, AND JANTXV This specification is approved for use by all , A dc A dc °C RJC (4) °C/W 6 2N3055 TC = +25°C (3) W 117 100 70 7 , with ASME Y14.5M, diameters are equivalent to x symbology. * FIGURE 1. Physical dimensions of transistor types 2N3055 (TO-3). 2 MIL-PRF-19500/407E MIL-PRF-19500/407E 2. APPLICABLE DOCUMENTS 2.1 General. The , Transformer Co. CH-50 CH-50, or equivalent) (see 4.5.2). Test 2 tp = 20 ms (vary to obtain IC), RBB1 = 30 ... Original
datasheet

18 pages,
207.42 Kb

2N3055 power supply circuit 2N3055 blocking 407E K 3053 TRANSISTOR cc 3053 JANTX 2n3055 diode cc 3053 2N3055 2N3055 transistor equivalent 2N3055 equivalent transistor NUMBER 2N3055 4D MIL-PRF-19500/407E MIL-PRF-19500/407D MIL-PRF-19500/407E abstract
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Abstract: EQUIVALENT CIRCUITS BIPOLAR- -11- (0 2 TO D.6V) Figure 1b. Output equivalent circuits Figure 2. Bias , IRFDG20 IRFDG20 in a 4-pin HEXDIP, and at 1 amp has a drop of a mere 150 millivolts, while the 2N3055 at 1 amp ... OCR Scan
datasheet

4 pages,
120.33 Kb

2N3055A application note 970 IRFZ20 linear voltage regulators 3 to 4 amp LM317 lm79xx TL431 TIP 317 application TIP100 317 negative voltage regulator DC variable power with 2n3055 2N3055 mosfet variable voltage regulator LM317 datasheet abstract
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shown in Fig 31. The L4955 L4955 L4955 L4955 drives the base of a npn transistor (2N3055). This configuration two exam - ples: Example 1. Electrical spec. Vout = 5V and Iout = 8A Using L4955 L4955 L4955 L4955 plus 2N3055 V Io = 16W (@ B=5) for 2N3055 PDmax = Io 2 V Rdson= 0.8W for L4955 L4955 L4955 L4955 Total power R b I O V O C IN I b 2N3055 R 1 R 2 C O R CL Figure 31. VIN 5V and Iout = 4A Using L4955 L4955 L4955 L4955 and 2N3055 : PDmax = Io 2 V Rdson @ 0.5W for L4955 L4955 L4955 L4955
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STMicroelectronics 25/05/2000 28.56 Kb HTM 5235-v3.htm
31. The L4955 L4955 L4955 L4955 drives the base of a npn transistor (2N3055). This configuration can deliver up to spec. Vout = 5V and Iout = 8A Using L4955 L4955 L4955 L4955 plus 2N3055, the thermal balance is (considering the L4955 L4955 L4955 L4955 max Rdson = 300mOhm @1255C 1255C 1255C 1255C ): PDmax = Vce V Io = 16W (@ B=5) for 2N3055 PDmax = Io 2 V Rdson= 0.8W OUT 5 ADJ L4955 L4955 L4955 L4955 PG 6 D97IN561 D97IN561 D97IN561 D97IN561 R b I O V O C IN I b 2N3055 R 1 R 2 C O R CL Figure 31. VIN 1 2 IN CL Electrical spec. Vout = 5V and Iout = 4A Using L4955 L4955 L4955 L4955 and 2N3055 : PDmax = Io 2 V Rdson @ 0.5W for L4955 L4955 L4955 L4955
www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/5235-v1.htm
STMicroelectronics 02/04/1999 26.75 Kb HTM 5235-v1.htm
Fig 31. The L4955 L4955 L4955 L4955 drives the base of a npn transistor (2N3055). This configuration can deliver : Example 1. Electrical spec. Vout = 5V and Iout = 8A Using L4955 L4955 L4955 L4955 plus 2N3055, the thermal balance is (considering the L4955 L4955 L4955 L4955 max Rdson = 300mOhm @1255C 1255C 1255C 1255C ): PDmax = Vce V Io = 16W (@ B=5) for 2N3055 PG 6 D97IN561 D97IN561 D97IN561 D97IN561 R b I O V O C IN I b 2N3055 R 1 R 2 C O R CL Figure 31. VIN 1 2 330nF 56 W Figure 30. Example 2. Electrical spec. Vout = 5V and Iout = 4A Using L4955 L4955 L4955 L4955 and 2N3055
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STMicroelectronics 20/10/2000 30.36 Kb HTM 5235.htm
31. The L4955 L4955 L4955 L4955 drives the base of a npn transistor (2N3055). This configuration can deliver up to spec. Vout = 5V and Iout = 8A Using L4955 L4955 L4955 L4955 plus 2N3055, the thermal balance is (considering the L4955 L4955 L4955 L4955 max Rdson = 300mOhm @1255C 1255C 1255C 1255C ): PDmax = Vce V Io = 16W (@ B=5) for 2N3055 PDmax = Io 2 V Rdson= 0.8W OUT 5 ADJ L4955 L4955 L4955 L4955 PG 6 D97IN561 D97IN561 D97IN561 D97IN561 R b I O V O C IN I b 2N3055 R 1 R 2 C O R CL Figure 31. VIN 1 2 IN CL Electrical spec. Vout = 5V and Iout = 4A Using L4955 L4955 L4955 L4955 and 2N3055 : PDmax = Io 2 V Rdson @ 0.5W for L4955 L4955 L4955 L4955
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STMicroelectronics 14/06/1999 26.71 Kb HTM 5235-v2.htm
electrically equivalent with the * device they reference. * Transistor die process models (50th percentile pid=2N3055 case=TO3 * Original Library * 02 Jan 91 pwt change Rb *$ *.model Q2N3440 Q2N3440 Q2N3440 Q2N3440 ako:NSC_36 NPN AF = 1 + FC = 0.8533463 + ) *$ * * GENERIC FUNCTIONAL EQUIVALENT = 2N3700 2N3700 2N3700 2N3700 * TYPE AF = 1 + FC = 0.8533463 + ) *$ * * GENERIC FUNCTIONAL EQUIVALENT = 2N3700 2N3700 2N3700 2N3700 * TYPE * * GENERIC FUNCTIONAL EQUIVALENT = 2N3700 2N3700 2N3700 2N3700 * TYPE: TRANSISTOR * SUBTYPE: BIPOLAR PWR * PARAMETER SET(S
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Spice Models 17/06/2000 277.98 Kb LIB pwrbjt.lib
electrically equivalent with the * device they reference. * Transistor die process models (50th percentile pid=2N3055 case=TO3 * Original Library * 02 Jan 91 pwt change Rb *$ *.model Q2N3440 Q2N3440 Q2N3440 Q2N3440 ako:NSC_36 NPN AF = 1 + FC = 0.8533463 + ) *$ * * GENERIC FUNCTIONAL EQUIVALENT = 2N3700 2N3700 2N3700 2N3700 * TYPE AF = 1 + FC = 0.8533463 + ) *$ * * GENERIC FUNCTIONAL EQUIVALENT = 2N3700 2N3700 2N3700 2N3700 * TYPE * * GENERIC FUNCTIONAL EQUIVALENT = 2N3700 2N3700 2N3700 2N3700 * TYPE: TRANSISTOR * SUBTYPE: BIPOLAR PWR * PARAMETER SET(S
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Spice Models 29/07/2012 263.43 Kb LIB pwrbjt.lib