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Part : L4940V12 Supplier : STMicroelectronics Manufacturer : ComSIT Stock : 17,652 Best Price : - Price Each : -
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L4940V12 Datasheet

Part Manufacturer Description PDF Type
L4940V12 STMicroelectronics VERY LOW DROP 5V REGULATOR WITH RESET Original
L4940V12 STMicroelectronics VERY LOW DROP 1.5 A REGULATORS Original
L4940V12 STMicroelectronics VERY LOW DROP 1.5 A REGULATORS Original
L4940V12 STMicroelectronics VERY LOW DROP 1.5 A REGULATORS Original
L4940V12 STMicroelectronics VERY LOW DROP 1.5 A REGULATORS Original
L4940V12 STMicroelectronics Very Low Drop 1.5 A Regulator Original
L4940V12 STMicroelectronics Very low drop 1.5 A regulator Original
L4940V12 STMicroelectronics PMIC - Voltage Regulators - Linear (LDO), Integrated Circuits (ICs), IC REG LDO 12V 1.5A TO220AB Original
L4940V12 STMicroelectronics VERY LOW DROP 1.5 A REGULATORS Scan

L4940V12

Catalog Datasheet MFG & Type PDF Document Tags

L4940V5

Abstract: L4940V12 L4940D2T10 10V L4940V12 L4940D2T12 12V ABSOLUTE MAXIMUM RATING Symbol Description VI , L4940V12 (refer to the test circuits, Tj = 25 oC, Vi = 14V, Ci = 0.1 µF, Co = 22 µF unless otherwise , : Output voltage vs. Temperature (L4040V10). Figure 9 : Output Voltage vs. Temperature (L4940V12). , Behavior (L4940V10). Figure 18 : Low Voltage Behavior (L4940V12). Figure 19 : Supply Voltage
STMicroelectronics
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L4940 L4940V5 L4940D2T5 L4940V85 L4940D2T85 P011P6/C

yx 801

Abstract: LA940V12 NUMBERS OUTPUT VOLTAGE L4940V5 5V L4940V85 8.5V L4940V10 10V L4940V12 12V ABSOLUTE MAXIMUM RATING , Voltage B = 10Hz to 100KHZ 30 (iVA/o ELECTRICAL CHARACTERISTICS FOR L4940V12 (refer to the test , -50 "25 0 25 50 75 100 Tj CO Figure 9 : Output Voltage vs. Temperature (L4940V12). Vo (V) 930 9.80 , 1 2 3 i 5 6 7 8 V| (V) Figure 18 : Low Voltage Behavior (L4940V12). Vo (V) I
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OCR Scan
BBL494O-0J LA940V12 yx 801 7C12C L4040 Scans-0049691 00511B0 L4941

L4940V12

Abstract: L4940V5 L4940D2T 10 10V L4940V12 L4940D2T 12 12V ABSOLUTE MAXIMUM RATING Symbol Description , ELECTRICAL CHARACTERISTICS FOR L4940V12 (refer to the test circuits, Tj = 25 oC, Vi = 14V, Ci = 0.1 µF, Co = , vs. Temperature (L4040V10). Figure 9 : Output Voltage vs. Temperature (L4940V12). 6/13 , ). Figure 18 : Low Voltage Behavior (L4940V12). Figure 19 : Supply Voltage Rejection vs
STMicroelectronics
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Svr 271

L4940V12

Abstract: L4940V5 L4940V12 12V ABSOLUTE MAXIMUM RATING Symbol Description VI Reverse Input Voltage Tj , ELECTRICAL CHARACTERISTICS FOR L4940V12 (refer to the test circuits, Tj = 25 °C, Vi = 14V, Ci = 0.1 µF, Co = , oltage vs . Temperature (L4040V10). Fi gure 9 . Output Vol ta ge vs. Temperature (L4940V12). 6/12 , Figure 18. Low Voltage Behavior (L4940V12). Figure 19. Supply Voltage Rejection vs. Frequency
STMicroelectronics
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L4940V5

Abstract: L4940CD2T5 1192D ORDERING NUMBERS TO-220 L494 0V 5 L4 94 0V 8 5 L4940V 10 L4940V12 d 2p a k OUTPUT VOLTAGE , mV Is c Short Circuit Current A A ELECTRICAL CHARACTERISTICS FOR L4940V12 (refer to the , Voltage vs. Temperature (L4940V12). G- S 398f2 6/13 * 7 # MieReiBuæiniieHies fZ T SGS-THOMSON , (L4940V12). G -B390/1 Figure 19 : Supply Voltage Rejection vs. Frequency (L4940V5). Figure 20
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OCR Scan
L4940C L4940CD2T5 L494 T0-220

L4940V12

Abstract: L4940P10 L4940V85 L4940V10 L4940V12 L4940P5 L4940P85 L4940P10 L4940P12 L4940D2T5 L4940D2T85 L4940D2T10 , VI = 14V 2 2.7 A 2.2 2.9 VI = 11.7V ELECTRICAL CHARACTERISTICS OF L4940V12 , : Output Voltage vs Temperature (L4940V5) Figure 9 : Output Voltage vs Temperature (L4940V12) 6/16 , Current (L4940V5) Figure 18 : Low Voltage Behavior (L4940V12) Figure 21 : Lad Dump Characteristics
STMicroelectronics
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l4940d2m5

Abstract: L4940V10 L4940V10 L4940V12 L4940P5 L4940P85 L4940P10 L4940P12 L4940D2T5 L4940D2T85 L4940D2T10 , : Electrical Characteristics Of L4940V12 (Refer to test circuit, VI=14V, CI = 0.1µF, CO = 22µF, TJ = 25 , : Output Voltage vs Temperature (L4940V12) 6/18 L4940 SERIES Figure 12: Quiescent Current vs , (L4940V12) Figure 23: Lad Dump Characteristics (L4940V5) 8/18 L4940 SERIES Figure 24: Line
STMicroelectronics
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l4940d2m5 l4940 regulator

L4940V5

Abstract: L4940P12 (*) OUTPUT VOLTAGE L4940V5 L4940V85 L4940V10 L4940V12 L4940P5 L4940P85 L4940P10 L4940P12 , CHARACTERISTICS OF L4940V12 (Refer to test circuit, VI=14V, CI = 0.1µF, CO = 22µF, TJ = 25°C, unless otherwise , Temperature (L4940V12) 6/15 L4940 SERIES Figure 10 : Quiescent Current vs Temperature (L4940V5 , Voltage Rejection vs Output Current (L4940V5) Figure 18 : Low Voltage Behavior (L4940V12) Figure 21
STMicroelectronics
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P011P6G

L4940V12

Abstract: L4940V5 L4940D2T10 10V L4940V12 L4940D2T12 12V ABSOLUTE MAXIMUM RATING Symbol Description VI , L4940V12 (refer to the test circuits, T j = 25 oC, Vi = 14V, Ci = 0.1 µF, Co = 22 µF unless otherwise , : Output voltage vs. Temperature (L4040V10). Figure 9 : Output Voltage vs. Temperature (L4940V12). , Behavior (L4940V10). Figure 18 : Low Voltage Behavior (L4940V12). Figure 19 : Supply Voltage
STMicroelectronics
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P011P6/F

L4940V12

Abstract: L4940V5 L4940D2T10 10V L4940V12 L4940D2T12 12V ABSOLUTE MAXIMUM RATING Symbol Description VI , CHARACTERISTICS FOR L4940V12 (refer to the test circuits, Tj = 25 oC, Vi = 14V, Ci = 0.1 µF, Co = 22 µF unless , (L4040V10). Figure 9 : Output Voltage vs. Temperature (L4940V12). 6/13 L4940 series Figure 10 , (L4940V85). Figure 17 : Low Voltage Behavior (L4940V10). Figure 18 : Low Voltage Behavior (L4940V12).
STMicroelectronics
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P011D

L4940V12

Abstract: L4940V5 L4940V12 12V ABSOLUTE MAXIMUM RATING Symbol Description VI Reverse Input Voltage Tj , ELECTRICAL CHARACTERISTICS FOR L4940V12 (refer to the test circuits, Tj = 25 °C, Vi = 14V, Ci = 0.1 µF, Co = , oltage vs . Temperature (L4040V10). Fi gure 9 . Output Vol ta ge vs. Temperature (L4940V12). 6/12 , Figure 18. Low Voltage Behavior (L4940V12). Figure 19. Supply Voltage Rejection vs. Frequency
STMicroelectronics
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L4940P10

Abstract: L4940P12 L4940V85 L4940V10 L4940V12 TO-220FP L4940P5 L4940P85 L4940P10 L4940P12 D2PAK L4940D2T5 L4940D2T85 , Electrical characteristics of L4940V12 (Refer to test circuit, VI=14V, CI = 0.1µF, CO = 22µF, TJ = 25 , temperature (L4940V12) Figure 12. Quiescent current vs temperature (L4940V5) Figure 13. Quiescent , (L4940V10) Figure 20. Low voltage behavior (L4940V12) Figure 21. Supply voltage rejection vs frequency
STMicroelectronics
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Abstract: L4940V12 Linear ICs Fixed Positive Voltage Regulator statusû Military/High-RelN Output Voltage Nominal (V)12.0 Load Current Max. (A) Tolerance (%) Drop-Out Volt Max.400 P(D) Max. (W) Supply Voltage Maximum (V)30 Minimum Operating Temp (øC)-40 Maximum Operating Temp (øC)150 Package StyleTO-220 Mounting StyleT Pinout Equivalence Code3-184 # Pins3 Ckt. (Pinout) NumberLN00300184 American Microsemiconductor American Microsemiconductor
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LN00300184
Abstract: > 10V L4940V12 INPUT 8.5V L4940V10 1 5 GROUND - © 5V L4940V85 > OUTPUT , (iVA/o ELECTRICAL CHARACTERISTICS FOR L4940V12 (refer to the test circuits, Tj = 25 °C, Vi = 14V , . Temperature (L4940V12). G - 639T/1 I 0 DDS11BS 7ÃD L4940 Series Figure 10 : Quiescent , 0 1 2 3 i 5 6 7 8 V| (V) Figure 18 : Low Voltage Behavior (L4940V12). -
OCR Scan
Abstract: 10V L4940V12 L 4 9 4 0 D 2 T 12 12V ABSOLUTE MAXIMUM RATING Symbol Description Vi , 36 l0 = 0.5A m il ELECTRICAL CHARACTERISTICS FOR L4940V12 (refer to the test circuits, Tj = , Voltage vs. Temperature (L4940V12). (3- S S J 3 T1 6/13 â' 25 G- S 398f2 SGS-THOMSON , 2 3 * 5 6 7 e V¡ (V) Figure 18 : Low Voltage Behavior (L4940V12). Figure -
OCR Scan
L4940D
Abstract: /1 O R D E R IN G N U M B E R S OUTPUT V O LTAG E L4940V5 L4940V85 L4940V10 L4940V12 , (L4040V10) Fig. 9 - Output voltage vs. temperature (L4940V12) 5 -Ã J t l C l Fig. 7 - Output , SGS-THOMSON Fig. 18 - Low voltage bf havior (L4940V12) Fig. 21 - Load dump charai teristics (L4940V5 -
OCR Scan

L4940

Abstract: L4940P10 L4940V10 L4940P10 5V 8.5 V L4940D2T10 L4940V12 May 2007 Output voltage 10 V 12 V , Electrical characteristics Table 6. Symbol L4940 series Electrical characteristics of L4940V12 (Refer , ) Figure 11. Output voltage vs temperature (L4940V12) Figure 12. Quiescent current vs temperature , 19. Low voltage behavior (L4940V10) Figure 20. Low voltage behavior (L4940V12) Figure 21
STMicroelectronics
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LF33CV

Abstract: LD1117S33 SOT223 -LF52CV 511-LF60CV 511-LF80CV 511-LF85CV 511-L4940V85 511-LD1086V90 511-L4940V10 511-L4940V12 STM Part No , L4940V12 TO-263 SOT-23-5L SOT-23-5L TO-263A SOT-23-5L SOT-23-5L TO-252 TO-252 SOT-223 TO-252 TO-263A TO
Mouser Catalog
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511-LD1117S25C LD1086D2M33 LF33CV LD1117S33 SOT223 stm ld1117s33 lf50cv L4941bV 12 511-LD1086D2T12 511-LK112M18 511-LK112SM18 511-LD1086D2M18 511-LK112M25 511-LK112SM25

L4940V5

Abstract: L4940 5V L4940D2T85-TR 8.5 V L4940V10 L4940D2T10-TR 10 V L4940V12 L4940D2T12-TR 12 , (L4940V12) 11/23 Typical application Figure 12. Quiescent current vs temperature (L4940V5 , . Low voltage behavior (L4940V10) Figure 20. Low voltage behavior (L4940V12) Figure 21. Supply
STMicroelectronics
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L4940D2T5-TR

L9943

Abstract: CAR ALTERNATOR VOLTAGE REGULATOR L4805/85/92/10/12 L4901A L4902A L4904A L4916 L4918 L4920/21 L4922 L4923 L4936/8 L4937 L4940V12 L4945
STMicroelectronics
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L9943 CAR ALTERNATOR VOLTAGE REGULATOR transistor tda2003 l4949nd STP65N06 RB040-40T L4620 L9610C/11C L9686 L9700 L9703 L9704
Abstract: (L4940V85) Figure 10. Output voltage vs. temperature (L4940V12) Figure 11. Quiescent current vs , Figure 18. Low voltage behavior (L4940V12) Figure 19. Supply voltage rejection vs. frequency (L4940V5 STMicroelectronics
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ID2141

L4940

Abstract: L4940D2T10-TR voltage vs. temperature (L4940V10) Figure 9. Figure 11. Output voltage vs. temperature (L4940V12 , ) Figure 19. Low voltage behavior (L4940V10) Figure 20. Low voltage behavior (L4940V12) Figure 21
STMicroelectronics
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L4940XX5 L4940XX85 L4940XX10 L4940XX12
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