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"8 bc" regulator

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Abstract: do d 8 g de* g 8 d df* g d 8 voltage regulator d 0 g l *21 •all lead form to melf-ooi unless , « tran- voltage pin sistor regulator i.c. 1 e input 2 c ground 3 b output o4S E S\08 t vi to-237 4SI ... OCR Scan
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4 pages,
433.18 Kb

BC 287 BC310 of bc 237 b TRANSISTOR bC 369 BC 345 TRANSISTOR BC 141 transistor BC 368 bc 311 TRANSISTOR BC 431 transistor BC 310 TRANSISTOR BC 313 transistor bc 144 transistor BC 388 TRANSISTOR BC 345 transistor BC 185 transistor BC 341 bc 303 transistor transistor Bc 287 bc 301 transistor transistor bc 138 TEXT
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Abstract: df* g d 8 voltage regulator d 0 g l *21 •all lead form to melf-ooi unless otherwise noted , 2 if '4 t-4 2S 4-1 o.S yo.2 ff 0.6 i« tran- voltage pin sistor regulator i.c. 1 ... OCR Scan
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4 pages,
421.85 Kb

BCW37 BCW34 BCW74 BCW75 BCW76 BCW93 transistors BC 487 bc regulator BCW36 BC682 BC526 transistor bc 489 4008 MELF transistor BC682 TRANSISTOR BC 431 transistor 537 b 360 transistor bc 488 TR BC 237 B transistor bc 537 TRANSISTOR BC 534 TEXT
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Abstract: BC347 g d ob 8 d g dc d g s do d 8 g de* g 8 d df* g d 8 voltage regulator D 0 g l *21 •all , 0.6 i« tran- voltage pin sistor regulator i.c. 1 e input 2 c ground 3 b output o4S E S\08 ... OCR Scan
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4 pages,
429.54 Kb

BC383 bc 352 b BC268 BC269 BC333 BC357 BC382 TRANSISTOR BC 415 transistor bc 318 BC 251 transistor BC358 TRANSISTOR BC 256 TRANSISTOR BC 321 bc 357 transistor pin transistor BC 310 TRANSISTOR BC 413 transistor BC 336 bc 357 transistor TRANSISTOR BC 384 TEXT
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Abstract: g d ob 8 d g dc d g s do d 8 g de* g 8 d df* g d 8 voltage regulator D 0 g l *21 •all , 0.6 i« tran- voltage pin sistor regulator i.c. 1 e input 2 c ground 3 b output o4S E S\08 ... OCR Scan
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4 pages,
430.19 Kb

TRANSISTOR "BC 158" TRANSISTOR BC-158 TRANSISTOR "BC 157" TRANSISTOR BC 148 bc 147 B transistor bc 149 transistor transistor BC 147 transistor bc 132 BC 148 transistor bc 147 transistor transistor bc 209 b TRANSISTOR BC 187 BC 114 transistor FOR TRANSISTOR BC 149 B transistor BC 209 bc 106 transistor TRANSISTOR BC 157 transistor BC-148 TRANSISTOR BC 158 TRANSISTOR BC 208 TEXT
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Abstract: ) PARAMETER MAIN CONTROL V5 IOUT-V5 VUVLO VOL Vlkg VIL VIH ISTC ISTC ISTC Internal control supply regulator , current amplifier output sink current Voltage regulator reference voltage Overvoltage comparator threshold Current regulator reference voltage Overcurrent comparator input current Overcurrent comparator input , the current regulator regulates. 0 V means no current and 3.3 V means maximum current. Burst , . Input/Output of the internal 5 V regulator for gate drive supply and control supply. A capacitor must be ... Texas Instruments
Original
datasheet

25 pages,
1140.11 Kb

TPS68000 SLVS524A TEXT
datasheet frame
Abstract: ) PARAMETER MAIN CONTROL V5 IOUT-V5 VUVLO VOL Vlkg VIL VIH ISTC ISTC ISTC Internal control supply regulator , current amplifier output sink current Voltage regulator reference voltage Overvoltage comparator threshold Current regulator reference voltage Overcurrent comparator input current Overcurrent comparator input , the current regulator regulates. 0 V means no current and 3.3 V means maximum current. Burst , . Input/Output of the internal 5 V regulator for gate drive supply and control supply. A capacitor must be ... Texas Instruments
Original
datasheet

23 pages,
895.05 Kb

GD Rectifiers 30PI- TPS68000 SLVS524A TEXT
datasheet frame
Abstract: ) PARAMETER MAIN CONTROL V5 IOUT-V5 VUVLO VOL Vlkg VIL VIH ISTC ISTC ISTC Internal control supply regulator , current amplifier output sink current Voltage regulator reference voltage Overvoltage comparator threshold Current regulator reference voltage Overcurrent comparator input current Overcurrent comparator input , the current regulator regulates. 0 V means no current and 3.3 V means maximum current. Burst , . Input/Output of the internal 5 V regulator for gate drive supply and control supply. A capacitor must be ... Texas Instruments
Original
datasheet

25 pages,
989.78 Kb

TPS68000 SLVS524A TEXT
datasheet frame
Abstract: ) PARAMETER MAIN CONTROL V5 IOUT-V5 VUVLO VOL Vlkg VIL VIH ISTC ISTC ISTC Internal control supply regulator , current amplifier output sink current Voltage regulator reference voltage Overvoltage comparator threshold Current regulator reference voltage Overcurrent comparator input current Overcurrent comparator input , the current regulator regulates. 0 V means no current and 3.3 V means maximum current. Burst , . Input/Output of the internal 5 V regulator for gate drive supply and control supply. A capacitor must be ... Texas Instruments
Original
datasheet

25 pages,
896.88 Kb

TPS68000 SLVS524A TEXT
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Abstract: BC456 bc584 BC547 bc557 BC583 g d ob 8 d g dc d g s do d 8 g de* g 8 d df* g d 8 voltage regulator D 0 g l *21 •all , 0.6 i« tran- voltage pin sistor regulator i.c. 1 e input 2 c ground 3 b output o4S E S\08 ... OCR Scan
datasheet

4 pages,
417.26 Kb

BCY69 BFW 10 A FET Transistor BC 451 BCY 85 transistor BC 56 bc 548 b k 016 Transistor BFX 41 TRANSISTOR BC 416 b transistor BC 548 BFW 10 fet D 92 02 78.P transistor BC 583 Transistor BC 585 TRANSISTOR BC 456 transistor BC 584 TEXT
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Abstract: UNIT 4.5 5 5.5 V 25 mA MAIN CONTROL V5 Internal control supply regulator , Voltage and current amplifier output sink current VCAO, VVAO = 2.5 V VREFVREG Voltage regulator reference voltage VREFOVP Overvoltage comparator threshold VREFCREG Current regulator reference , current regulator regulates. 0 V means no current and 3.3 V means maximum current. BBR 5 I , Input/Output of the internal 5 V regulator for gate drive supply and control supply. A capacitor must ... Texas Instruments
Original
datasheet

24 pages,
952.7 Kb

TPS68000DBTRG4 TPS68000DBTR TPS68000DBTG4 TPS68000DBT TPS68000 SLVS524A TEXT
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Archived Files

Abstract Saved from Date Saved File Size Type Download
Input Current Reference Setting 15 VDREF Supply Internal Reference Pin 16 TER2 Output Current Regulator Control Feedback 17 TER1 Output Current Regulator Control Output 18 SET Input Current Regulator Filter 19 VDR Supply Line DC Voltage Regulator 20 LINE Output Line AC Signal Output 21 IDG Input Caller ID
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/5958-v2.htm
STMicroelectronics 14/06/1999 15.52 Kb HTM 5958-v2.htm
Setting 15 VDREF Supply Internal Reference Pin 16 TER2 Output Current Regulator Control Feedback 17 TER1 Output Current Regulator Control Output 18 SET Input Current Regulator Filter 19 VDR Supply Line DC Voltage Regulator 20 LINE Output Line AC Signal Output 21 IDG Input Caller ID Voltage Reference Input 22
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/5958.htm
STMicroelectronics 20/10/2000 19.1 Kb HTM 5958.htm
Input Current Reference Setting 15 VDREF Supply Internal Reference Pin 16 TER2 Output Current Regulator Control Feedback 17 TER1 Output Current Regulator Control Output 18 SET Input Current Regulator Filter 19 VDR Supply Line DC Voltage Regulator 20 LINE Output Line AC Signal Output 21 IDG Input Caller ID
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/5958-v1.htm
STMicroelectronics 02/04/1999 15.55 Kb HTM 5958-v1.htm
15 VDREF Supply Internal Reference Pin 16 TER2 Output Current Regulator Control Feedback 17 TER1 Output Current Regulator Control Output 18 SET Input Current Regulator Filter 19 VDR Supply Line DC Voltage Regulator 20 LINE Output Line AC Signal Output 21 IDG Input Caller ID Voltage Reference Input
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/5958-v3.htm
STMicroelectronics 25/05/2000 17.33 Kb HTM 5958-v3.htm
; - linear regulator enable AN9 : LINKAGE BIT; - AN9/PJ2 ADC input muxed with PJ2 AN8 : LINKAGE
/datasheets/files/nxp/misc/support/models/lh7/bsdl/lh79525_bsdl.txt
NXP 02/10/2007 25.47 Kb TXT lh79525_bsdl.txt
obtain higher output current. The simplest example of a series regulator is shown in Figure 13. In this Regulator Circuit. Figure 13 : The Series Pass Zener-based Regula- tor Circuit can Supply Load Currents up NOTE 3/6 Figure 14 : The Op-amp-based Regulator can Supply 100mA with Excellent Regulation. Figure 15 : Zener Regulator Circuit Modified for Low-noise Output. Figure 16 : A Three Terminal 1A Positive Regulator Circuit is very Simple and Performs very Well. APPLICATION NOTE 4/6 Figure 17 : A Three Terminal
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1707.htm
STMicroelectronics 20/10/2000 9.9 Kb HTM 1707.htm
output current. The simplest example of a series regulator is shown in Figure 13. In this circuit the 12 : Basic Zener Regulator Circuit. Figure 13 : The Series Pass Zener-based Regula- tor Circuit Op-amp-based Regulator can Supply 100mA with Excellent Regulation. Figure 15 : Zener Regulator Circuit Modified for Low-noise Output. Figure 16 : A Three Terminal 1A Positive Regulator Circuit is very Simple Regulator. Figure 18 : Complete + 12V - 1A Split Supply Regulator Circuit. APPLICATION NOTE 5/6
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1707-v3.htm
STMicroelectronics 25/05/2000 9.64 Kb HTM 1707-v3.htm
BIT; - linear regulator enable AN9 : LINKAGE BIT; - AN9/PJ2 ADC input muxed with PJ2 AN8 : LINKAGE
/datasheets/files/nxp/misc/support/models/lh7/bsdl/lh79524_bsdl.txt
NXP 02/10/2007 30.08 Kb TXT lh79524_bsdl.txt
input of an op amp to obtain higher output current. The simplest example of a series regulator is shown Figure 12 : Basic Zener Regulator Circuit. Figure 13 : The Series Pass Zener-based Regula- tor Circuit 31V 27.8V 26V 24.3V APPLICATION NOTE 3/6 Figure 14 : The Op-amp-based Regulator can Supply 100mA with Excellent Regulation. Figure 15 : Zener Regulator Circuit Modified for Low-noise Output. Figure 16 : A Three Terminal 1A Positive Regulator Circuit is very Simple and Performs very Well. APPLICATION NOTE 4/6
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1707-v1.htm
STMicroelectronics 02/04/1999 7.86 Kb HTM 1707-v1.htm
input of an op amp to obtain higher output current. The simplest example of a series regulator is shown Figure 12 : Basic Zener Regulator Circuit. Figure 13 : The Series Pass Zener-based Regula- tor Circuit 31V 27.8V 26V 24.3V APPLICATION NOTE 3/6 Figure 14 : The Op-amp-based Regulator can Supply 100mA with Excellent Regulation. Figure 15 : Zener Regulator Circuit Modified for Low-noise Output. Figure 16 : A Three Terminal 1A Positive Regulator Circuit is very Simple and Performs very Well. APPLICATION NOTE 4/6
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1707-v2.htm
STMicroelectronics 14/06/1999 7.82 Kb HTM 1707-v2.htm