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ICL7663SACPA Intersil Corporation CMOS Programmable Micropower Positive Voltage Regulator; PDIP8, SOIC8; Temp Range: See Datasheet visit Intersil Buy
ICL7663SAIBAZA Intersil Corporation CMOS Programmable Micropower Positive Voltage Regulator; PDIP8, SOIC8; Temp Range: See Datasheet visit Intersil Buy
ICL7663SCBA Intersil Corporation CMOS Programmable Micropower Positive Voltage Regulator; PDIP8, SOIC8; Temp Range: See Datasheet visit Intersil Buy
ICL7663SACBA-T Intersil Corporation CMOS Programmable Micropower Positive Voltage Regulator; PDIP8, SOIC8; Temp Range: See Datasheet visit Intersil Buy
ICL7663SCBAZA-T Intersil Corporation CMOS Programmable Micropower Positive Voltage Regulator; PDIP8, SOIC8; Temp Range: See Datasheet visit Intersil Buy
ICL7663SACBAZA Intersil Corporation CMOS Programmable Micropower Positive Voltage Regulator; PDIP8, SOIC8; Temp Range: See Datasheet visit Intersil Buy

2n3055 voltage regulator

Catalog Datasheet MFG & Type PDF Document Tags

RCA-2N3055

Abstract: rca 2n3055 Typical c o lle cto r-to -e m itte r saturation voltage characteristics to r type 2N3055. Fig. 4 - Typical base-to-em itter saturation voltage as a fun ctio n o f co lle cto r current fo r type 2N3055 , ~ T -3 3 -/3 General-Purpose Power Transistors_ 2N3055 File Number 1699 , gain at high current Low Saturation Voltage: VcE(sat) < 1 .1 V, @ lc=4 A, lB=0.4 A Excellent sate operating area TERMINAL DESIGNATIONS The RCA-2N3055 silicon n-p-n transistor intended for a wide
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RCA-2N3055 KCS-27516 rca 2n3055 2n3055 voltage regulator 2N3055 typical applications 2N3055 curve 2N3055 series voltage regulator TQ-204AA/TO-3

rca 2n3055

Abstract: SN3055 saturation voltage characteristics lor type 2N3055. COMMON EMITTER TC»25°C i 2 y 1 5 I 1 0 , Power Transistors _._ » 2N3055 File Number 1699 General-Purpose Power Transistor Broadly , DESIGNATIONS The RCA-2N3055 silicon n-p-n transistor Intended for a wide variety of medium-voltage , amplifiers, series and shunt regulator driver and output stages, dc-to-dc converters, inverters, and solenoid , JEDEC TO-204AA/TO-3 MAXIMUM RATINGS, Absolute-Maximum Values: 'COLLECTOR-TO-BASE VOLTAGE, VCeo
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SN3055 2N3055 RCA 2n3055 collector characteristic curve power transistor 2n3055 RCA 2N3055 transistor 2N3055 transistor 92CS-27516 0D17354

2N3055 transistor equivalent to220

Abstract: 12v 10A car battery charger wiring diagram VO D97IN560 HIGH CURRENT VOLTAGE REGULATOR Figure 29. IO 2N3055 PG 6 VIN IN 2 , current flow and input voltage variations. Benefits of a linear regulator versus the switchers are : - , battery is reverse connected. HIGH INPUT AND OUTPUT VOLTAGE REGULATOR Figure 33. PG T1 VIN IN , LOAD 56 D97IN566A HIGH INPUT AND OUTPUT VOLTAGE REGULATOR Figure 41. T1 VIN IN 3 , latch-up. ADJUSTABLE VOLTAGE REGULATOR It is possible to obtain an adjustable output voltage regulator
STMicroelectronics
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2N3055 transistor equivalent to220 12v 10A car battery charger wiring diagram 2n3055 application note 2N3055 equivalent mosfet 2N3055 pin out connections smd transistor 2N3055 AN932 L4955

westinghouse transistors

Abstract: Westinghouse Semiconductor POüJEREX IN C TD 54-673 Page 1 i Silicon Power Transistors J E D E C T y p e 2N3055 Westinghouse ö > H > co For Switching Amplifier and Regulator Applications 15 Amperes, 115 Watts IV sQ X m m Application The Westinghouse 2N3055 is an NPN dif­ fused transistor. This general-purpose tran­ sistor exhibits low saturation voltage, fast switching time, and high gain and frequency , regulator applications. The temperature range to 200*C permits reliable operation in high ambients, and
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westinghouse transistors Westinghouse Semiconductor C/2116/DB C/2117

smd transistor 2N3055

Abstract: TRANSISTOR 2n3055 D97IN560 HIGH CURRENT VOLTAGE REGULATOR Figure 29. IO 2N3055 PG 6 VIN IN 4 2 CL CIN , current flow and input voltage variations. Benefits of a linear regulator versus the switchers are : - , 2N3055 PDmax = Io2 Rdson= 0.8W for L4955 Total power dissipation 17W Minimum Input Voltage = 7V , for L4955 PDmax = Vce Io = 5.2W for 2N3055 Total power dissipation 6 W Minimum Input Voltage = , battery is reverse connected. HIGH INPUT AND OUTPUT VOLTAGE REGULATOR Figure 33. PG T1 IN VIN
STMicroelectronics
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TRANSISTOR 2n3055 2n3055 use in battery charger 2N3055 CHARGER schematic diagram pin out TRANSISTOR 2n3055 2N3055 transistor equivalent 12v car battery charger wiring diagram

12v 10A car battery charger wiring diagram

Abstract: 2N3055 CHARGER schematic diagram HIGH CURRENT VOLTAGE REGULATOR IO 2N3055 PG 6 IN 330nF D97IN562 Figure 31. VIN , current flow and input voltage variations. Benefits of a linear regulator versus the switchers are : - , regulator turn on. At start up, the output voltage step up to Vadj + Vd1, then the charging of C1 in , OUTPUT VOLTAGE REGULATOR Fig. 34 shows a solution for input supply higher than device max supply , HIGH INPUT AND OUTPUT VOLTAGE REGULATOR In Fig. 42 it is shown a solution to applications, which
STMicroelectronics
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2N3055 diagram with power supply pin configuration transistor 2n3055 NPN Transistor 2N3055 darlington 2N3055 12V 2N3055 TO-220 smd 2n3055 D97IN610A

RCA 431 transistor

Abstract: 2N3442 RCA APPLICATION INFORMATION. . . Power Types [N-P-N & P-N-P] for Inverter/Switching Regulator Service Frequency Range Peak Voltage Required Up to 0.2 A Peak 0.2 to 1 A Primary Current Rec 1 to 4 A , 2N5497A 2N3055 2N3772 - 60 to 150V 2N1486 2N2102 2N4036 2N1486 2N3441 2N5298 2N5781 2N5784 2N3442 2N3879 , ] L2N4036J 2N1482 2N5321 2N5323 2N6179 2N6181 2N3054 .2N5955 2N5497 2N6106 [2N3055] r|_2N6247jl L 2N3771 , 2N6251 - Bandwidth >lMHz Output Voltage Output Voltage < 60V 60 to 400V (Peak-to-Peak) (Peak-to-Peak
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RCA 431 transistor 2N3442 RCA 2n3773 rca RCA 40852 transistor BF 257 transistor RCA 41013 2N3053 2N4037 2N5293A 2N5954 2N3265 2N3773

MC1723CPD

Abstract: UA723PC Order this document by MC1723C/D MC1723C Voltage Regulator The MC1723C is a positive or negative voltage regulator designed to deliver load current to 150 mAdc. Output current capability can be , 37 Vdc VOLTAGE REGULATOR SEMICONDUCTOR TECHNICAL DATA · · · Output Current to 150 mAdc , Figure 20. +15 V, 1.0 A Regulator with Remote Sense 0.33 2N3055 or Equiv +20V Vin 12 11 10 2 Figure 21. ­15 V Negative Regulator 12 11 4 6 MC1723C 100pF + + Vref 10k ­ V2 = 14V Vout = ­15 V 2N3055 or
Motorola
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MC1723CP MC1723BD MC1723CPD UA723PC 2n3055 equal uA723pc circuit MC1723CD LM723CN A723PC MC1723BDR2

circuit diagram of 2N3055 series voltage regulator

Abstract: 2N3055 diagram with power supply . Fig. 4 - High current negative regulator (-5V/4A with 5A current limiting) °-2 n 2N3055 Fig. 5 - , LINEAR INTEGRATED CHRCUITS L7900AC Series PRELIMINARY DATA ± 2% NEGATIVE VOLTAGE REGULATORS , output voltage. They can provide local on-card regulation, eliminating the distribution problems associated with single point regulation; furthermore, having the same voltage options as the L7800 positive , current in excess of 1.5A. Althrough designed primarly as fixed voltage regulators, these devices can be
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L7900 circuit diagram of 2N3055 series voltage regulator 2n3055 circuit diagram N2N3055 2N3055 power supply circuit L7912ACV diode 2N3055 T0-220 1IM4001 L7952AC

uA723PC

Abstract: 2n3055 motorola Order this document by MC1723C/D MC1723C Voltage Regulator The MC1723C is a positive or negative voltage regulator designed to deliver load current to 150 mAdc. Output current capability can be , for operation over the commercial temperature range (0° to +70°C). · Output Voltage Adjustable from 2.0 Vdc to 37 Vdc · · · VOLTAGE REGULATOR SEMICONDUCTOR TECHNICAL DATA Output Current to , Negative Regulator 0.33 11 10 11 10 12 2N3055 or Equiv 12 1000pF 7 Figure 20
Motorola
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2n3055 motorola lm723cn ic lm723cn 2n3055 Application Notes 2n3055 Amplifier MC1723CP equivalent lm723cn uA723 MC1723

LM723

Abstract: 2n3055 motorola Order this document by MC1723C/D MC1723C Voltage Regulator The MC1723C is a positive or negative voltage regulator designed to deliver load current to 150 mAdc. Output current capability can be , for operation over the commercial temperature range (0° to +70°C). · Output Voltage Adjustable from 2.0 Vdc to 37 Vdc · · · VOLTAGE REGULATOR SEMICONDUCTOR TECHNICAL DATA Output Current to , Negative Regulator 0.33 11 10 11 10 12 2N3055 or Equiv 12 1000pF 7 Figure 20
Motorola
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LM723 2N3055* motorola ic lm723CN LM723CN MOTOROLA mc1723cp regulator mc1723C ic

UA723PC

Abstract: LM723CN MOTOROLA Order this document by MC1723C/D MC1723C Voltage Regulator The MC1723C is a positive or negative voltage regulator designed to deliver load current to 150 mAdc. Output current capability can be , from 2.0 Vdc to 37 Vdc â'¢ â'¢ â'¢ VOLTAGE REGULATOR SEMICONDUCTOR TECHNICAL DATA Output , 7 Figure 21. â'"15 V Negative Regulator 0.33 11 10 11 10 12 2N3055 or Equiv , Vout = â'"15 V 2N3055 or Equiv 5 MC1723C Figure 22. +12V, 1.0 A Regulator (Using PNP Current
Motorola
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2N3055 series voltage regulator

Abstract: 2n3055 voltage regulator , dual, tracking, monolithic voltage regulator. It provides separate positive and negative regulated , dual tracking regulator. A voltage reference establishes a fixed dc level, independent of supply or , limiting, and thermal shutdown circuitry. The negative regulator output voltage is established by , desired tracking action of the positive regulator, a voltage established between the positive and , Amplifier. This insures that the positive regulator output voltage will always equal the negative regulator
National Semiconductor
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LM125 2n3055 regulator 10a terminals of 2n3055 2N3055 power amplifier circuit positive negative voltage regulator variable 2N3055 power amplifier circuit diagram isc 2n3055 transistor

2n3055 regulator 10a

Abstract: 2n3055 voltage regulator ratings 0a = 25° C) (unless otherwise specified) RATING SYMBOL 2N3055 UNITS Collector-Emitter Voltage VCEO 60 Volts Collector-Base Voltage VCBO 100 Volts Emitter Base Voltage Vebo 7 Volts Collector , NPN POWER TRANSISTORS 2N3055 60 VOLTS 15 AMP, 115 WATTS General purpose power transistor designed for power regulator, switching and solenoid drive applications. Features: â'¢ High gain at high current â'¢ Low saturation voltage: VcE(sat) < 1.1V, â'¢ Excellent safe area of operation. @ IC = 4A
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Transistors 2N3055 Transistor 358 to3 J 2N3055 NPN Transistor 2N3055 npn 2n3055 T0-204AA

2N3055 RCA

Abstract: RCA 40852 Inverter/Switching Regulator Service Frequency Range Peak Voltage Required Up to 0.2 A Peak 0.2 to 1 A , 2N5323 2N6179 2N6181 2N3054 2N5497A 2N3055 2N3772 - 60 to 150V 2N1486 2N2102 2N4036 2N1486 2N3441 , [2N2102] L2N4036J 2N1482 2N5321 2N5323 2N6179 2N6181 2N3054 .2N5955 2N5497 2N6106 [2N3055] r|_2N6247jl , 2N5805 2N6251 - Bandwidth >lMHz Output Voltage Output Voltage < 60V 60 to 400V (Peak-to-Peak , . MIL-Spec 19500/ 2N1479 207 TX2N1485 180 2N3055 407 TX2N3584 384 2N5039 439 2N1480 207 2 N1486 180
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BU106 TX2N3440 2N3772 RCA 2N6177A 200v 4A pnp rca 2n3771 2N5840 2N5240 2N6510 2N6308 2N5838

RCA 40313

Abstract: RCA 528 2N3054 2N5298 2N344Ì 2N6478 2N5496 2N3055 2N6103 2N3442 2N3771 2N3773 2N5578 40347 VCEV(sus) = 60 V hFe , -50W 2N5493 2N5492 VCER(susl -65V hfE â  20-100 ® 2.5 A fT = 0.8 MHz min 2N3055 VCERlsusl -70V hFE â  20-70 , . . . Power Types [N-P-N & P-N-P] for Inverter/Switching Regulator Service Frequency Range Peak Voltage Required Up to 0.2 A Peak 0.2 to 1 A Primary Current Rec 1 to 4 A uirement 4 to 20 A >20 A 60 Hz to 50 kHz 10 to 60V 2N3053 2N4037 2N5321 2N5323 2N6179 2N6181 2N3054 2N5497A 2N3055 2N3772 - 60 to
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ITO-220 2N5786 RCA 40313 RCA 528 RCA 40349 40349 ITO-391- ITO-2201 ITO-31 2N5295

RCA 40636 transistor

Abstract: rca 40636 2N3054 2N5298 2N344Ì 2N6478 2N5496 2N3055 2N6103 2N3442 2N3771 2N3773 2N5578 40347 VCEV(sus) = 60 V hFe , -50W 2N5493 2N5492 VCER(susl -65V hfE â  20-100 ® 2.5 A fT = 0.8 MHz min 2N3055 VCERlsusl -70V hFE â  20-70 , - -4-A VERSAWATT TO-220) File No.676 2N3055 VCER(SUSI - 70 V lc- 12 A (TO-31 File No. 524 2N6247 , 2N3055 VCER(SUS) - 70 V lc«6A (TO-31 524 2N5955 Vcer(SUS)-65V lc - â'"6 A (TO-66) 675 â'¢ Or higher voltage type 2N6248. High-Voltage lc = N-P-N 0.2 A P-N-P 'c = N-P-N 2 A P-N-P 2N3440 VCE0(SUS) - 250 V
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RCA 40636 transistor rca 40636 rca 2N3771 power circuit rca 40327 40636 rca 300W TRANSISTOR AUDIO AMPLIFIER 2NS296 2N6263 FE-20-100 2N6477 2N5491

icl8083

Abstract: ICL8063 equivalent circuit protection and voltage regulators. It is primarily intended for complementary symmetrical outputs , (typically ±11V) from an op amp and boosts them to ±30V to drive power transistors, (e.g. 2N3055 (NPN) and , RATINGS © TA - 25°C Supply Voltage . ±35V Power Dissipation . 500mW Input Voltage (Note 1 , "C Regulator Output Currents . 10 mA Note 1: For supply voltages
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ICL8063 icl8083 ICL8063 equivalent 2n3055 Equivalent ICL8063CPE 2N3055 equivalent transistor NUMBER JCL8063 2N3789 400V2 ICH8510/8520/8530

Ultrasonic amplifier 50w

Abstract: 2N6259 amplifier 2N3054 2N5298 2N344Ì 2N6478 2N5496 2N3055 2N6103 2N3442 2N3771 2N3773 2N5578 40347 VCEV(sus) = 60 V hFe , -50W 2N5493 2N5492 VCER(susl -65V hfE â  20-100 ® 2.5 A fT = 0.8 MHz min 2N3055 VCERlsusl -70V hFE â  20-70 , . . . Power Types [N-P-N & P-N-P] for Inverter/Switching Regulator Service Frequency Range Peak Voltage Required Up to 0.2 A Peak 0.2 to 1 A Primary Current Rec 1 to 4 A uirement 4 to 20 A >20 A 60 Hz to 50 kHz 10 to 60V 2N3053 2N4037 2N5321 2N5323 2N6179 2N6181 2N3054 2N5497A 2N3055 2N3772 - 60 to
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Ultrasonic amplifier 50w 2N6259 amplifier 2n377 2n3773 power Amplifier BDY29 BDY37 2N5490 2N3878 2N5202 2N6500 2N4314

TOSHIBA 2N3055

Abstract: 2n3055 toshiba TOSHIBA {DISCRETE/OPTO} ~5h DE I ^ C m s S D DODflDlO 7 | ~ 9097250 TOSHIBA 56C 08010 Q~f~33~/3 SILICON NPN TRIPLE DIFFUSED TYPE_ 2N3055 U n i t in m m GENERAL PURPOSE POWER TRANSISTOR, POWER REGULATOR, SWITCHING AND SOLLENOID DRIVES , Sustaining Voltage Ä Emitter - B a s e V o l tage VcBO N SYMBOL RATING 100 70 60 7 15 7 115 0.66 200 , GDÜflGll 9097250 TOSHIBA t>öC Ö8ÖT1 33-/3 2N3055 Ic " V
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TOSHIBA 2N3055 2n3055 toshiba 2n3055 IC 2n3055 npn transistor toshiba 2N3055 H TOSHIBA 0400115
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