The Datasheet Archive

SF Impression Pixel

Search Stock (17)

  You can filter table by choosing multiple options from dropdownShowing 17 results of 17
Part Manufacturer Supplier Stock Best Price Price Each Buy Part
L4940V5 STMicroelectronics RS Components 328 £1.42 £0.69
L4940V5 STMicroelectronics Avnet 2,000 $3.60 $2.73
L4940V5 STMicroelectronics Avnet - €0.94 €0.60
L4940V5 STMicroelectronics Avnet - $0.70 $0.59
L4940V5 STMicroelectronics Newark element14 397 $1.51 $0.61
L4940V5 STMicroelectronics Newark element14 315 $1.51 $0.65
L4940V5 STMicroelectronics Future Electronics 5,880 $1.01 $1.01
L4940V5 STMicroelectronics RS Components 1,799 £0.93 £0.69
L4940V5 STMicroelectronics Avnet - $1.51 $0.61
L4940V5 STMicroelectronics TME Electronic Components 79 $1.30 $0.80
L4940V5 STMicroelectronics ComS.I.T. 9,491 - -
L4940V5 STMicroelectronics Schukat electronic 4,830 €0.86 €0.44
L4940V5 STMicroelectronics Chip One Exchange 492 - -
L4940V5 STMicroelectronics Chip1Stop 11,500 $1.62 $0.74
L4940V5 STMicroelectronics element14 Asia-Pacific 738 $1.86 $0.85
L4940V5 STMicroelectronics Farnell element14 769 £0.95 £0.70
L4940V5 STMicroelectronics New Advantage Corporation 18,174 $2.02 $1.84

No Results Found

L4940V5 datasheet (9)

Part Manufacturer Description Type PDF
L4940V5 STMicroelectronics VERY LOW DROP 5V REGULATOR WITH RESET Original PDF
L4940V5 STMicroelectronics VERY LOW DROP 1.5 A REGULATORS Original PDF
L4940V5 STMicroelectronics VERY LOW DROP 1.5 A REGULATORS Original PDF
L4940V5 STMicroelectronics VERY LOW DROP 1.5 A REGULATORS Original PDF
L4940V5 STMicroelectronics VERY LOW DROP 1.5 A REGULATORS Original PDF
L4940V5 STMicroelectronics Very Low Drop 1.5 A Regulator Original PDF
L4940V5 STMicroelectronics Very low drop 1.5 A regulator Original PDF
L4940V5 STMicroelectronics PMIC - Voltage Regulators - Linear (LDO), Integrated Circuits (ICs), IC REG LDO 5V 1.5A TO220AB Original PDF
L4940V5 STMicroelectronics VERY LOW DROP 1.5 A REGULATORS Scan PDF

L4940V5 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1998 - L4940V5

Abstract: L4940V12 L4940V85 L4940 L4940D2T10 L4940D2T12 L4940D2T5 L4940D2T85 L4940V10
Text: VOLTAGE 2 TO-220 D PAK L4940V5 L4940D2T5 5V L4940V85 L4940D2T85 8.5V L4940V10 , series ELECTRICAL CHARACTERISTICS FOR L4940V5 (refer to the test circuits, Tj = 25 oC, Vi = 7V, Ci = , voltage vs. Temperature ( L4940V5 ). Figure 7 : Output Voltage vs. Temperature (L4940V85). Figure 8 , 6/13 L4940 series Figure 10 : Quiescent Current vs. Temperature ( L4940V5 ). Figure 11 : Quiescent Current vs. Input Voltage ( L4940V5 ). Figure 12 : Quiescent Current vs. Output Current


Original
PDF L4940 O-220 L4940V5 L4940V12 L4940V85 L4940D2T10 L4940D2T12 L4940D2T5 L4940D2T85 L4940V10
yx 801

Abstract: LA940V12 L4940V85 L4940V5 L4940V12 L4940V10 Scans-0049691 7C12C BBL494O-0J L4940
Text: NUMBERS OUTPUT VOLTAGE L4940V5 5V L4940V85 8.5V L4940V10 10V L4940V12 12V ABSOLUTE MAXIMUM RATING , CHARACTERISTICS FOR L4940V5 (refer to the test circuits, Tj = 25 °C, Vi = 7V, Ci = 0.1 |i.F, Co = 22 |iF unless , voltage vs. Temperature ( L4940V5 ). SO -25 0 25 50 75 100 Tj CC) Figure 7 : Output Voltage vs , L4940 Series Figure 10 : Quiescent Current vs. Temperature ( L4940V5 ). 'a L4940V5 ). >Q (mA) 24 20


OCR Scan
PDF L4940 L4940 O-220 L4941 L4940V5 LA940V12 yx 801 LA940V12 L4940V85 L4940V5 L4940V12 L4940V10 Scans-0049691 7C12C BBL494O-0J
1997 - L4940V12

Abstract: L4940V5 L4940 L4940D2T5 L4940V10 L4940V85 L4941 Svr 271
Text: VOLTAGE 2 TO-220 D PAK L4940V5 L4940D2T5 5V L4940V85 L4940D2T 85 8.5V L4940V10 , . Figure 3 : Ripple Rejection. 3/13 L4940 series ELECTRICAL CHARACTERISTICS FOR L4940V5 (refer to , . Temperature ( L4940V5 ). Figure 7 : Output Voltage vs. Temperature (L4940V85). Figure 8 : Output voltage , L4940 series Figure 10 : Quiescent Current vs. Temperature ( L4940V5 ). Figure 11 : Quiescent Current vs. Input Voltage ( L4940V5 ). Figure 12 : Quiescent Current vs. Output Current ( L4940V5 ).


Original
PDF L4940 O-220 L4940V12 L4940V5 L4940D2T5 L4940V10 L4940V85 L4941 Svr 271
L4940V12

Abstract: L4940V5 L4940V85 L4940 L4940V10 L4941
Text: ORDER CODES ORDERING NUMBERS OUTPUT VOLTAGE L4940V5 5V L4940V85 8.5V L4940V10 10V , CHARACTERISTICS FOR L4940V5 (refer to the test circuits, Tj = 25 °C, Vi = 7V, Ci = 0.1 µF, C o = 22 µF unless , Temperature ( L4940V5 ). Fi gure 7 . Output Vol ta ge vs. Temperature (L4940V85). Fi gur e 8. O utput v , L4940 Series Figure 10. Quiescent Current vs. Temperature ( L4940V5 ). Figure 11. Quiescent Current vs. Input Voltage ( L4940V5 ). Figure 12. Quiescent Current vs. Output Current ( L4940V5 ).


Original
PDF L4940 L4940 O-220 O-220 L4940V12 L4940V5 L4940V85 L4940V10 L4941
2001 - L4940V5

Abstract: L4940V12 L4940P5 L4940P10 L4940 L4940P12 L4940D2T5 L4940P85 L4940V10 L4940V85
Text: (*) OUTPUT VOLTAGE L4940V5 L4940V85 L4940V10 L4940V12 L4940P5 L4940P85 L4940P10 L4940P12 , Rejection Figure 3 : Ripple Rejection 3/15 L4940 SERIES ELECTRICAL CHARACTERISTICS OF L4940V5 , (L4940V10) Figure 6 : Output Voltage vs Temperature ( L4940V5 ) Figure 9 : Output Voltage vs Temperature (L4940V12) 6/15 L4940 SERIES Figure 10 : Quiescent Current vs Temperature ( L4940V5 ) Figure 13 : Short Circuit Current vs Temperature ( L4940V5 ) Figure 11 : Quiescent Current vs Input


Original
PDF L4940 500mV L4940 O-220, O-220FP L4940V5 L4940V12 L4940P5 L4940P10 L4940P12 L4940D2T5 L4940P85 L4940V10 L4940V85
2006 - L4940P10

Abstract: L4940P12
Text: , antisaturation circuit, thermal shut-down and safe area protection. Order code Part number TO-220 L4940V5 , Electrical characteristics of L4940V5 (Refer to test circuit, VI=7V, CI = 0.1µF, CO = 22µF, TJ = 25°C, unless , temperature ( L4940V5 ) Figure 9. Output voltage vs temperature (L4940V85) 11/23 Typical , temperature (L4940V12) Figure 12. Quiescent current vs temperature ( L4940V5 ) Figure 13. Quiescent current vs input voltage ( L4940V5 ) Figure 14. Quiescent current vs output current Figure 15. Short


Original
PDF L4940 450mV O-220 O-220FP O-220, O-220FP L4940P10 L4940P12
L494

Abstract: L4940V5 L4940CD2T5 L4940V12 L4940C
Text: neM Kio fZ T SGS-THOMSON 3/13 L4940 series ELECTRICAL CHARACTERISTICS FOR L4940V5 (refer , Figure 6 : Outputvoltage vs. Temperature ( L4940V5 ). G- B 355M Figure 7 : Outputvoltage vs , L4940 series FigurelO : Quiescent Current vs. Temperature ( L4940V5 ). GB 399/ t FigureH : Quiescent Current vs. Input Voltage ( L4940V5 ). v i = 7V I0 = 1 5A ¡A - lo =! mA -SO -2 5 0 25 50 75 100 T j CC) Figure 12 : Quiescent Current vs. OutputCurrent ( L4940V5 ). - 6400 t* Figure


OCR Scan
PDF L4940 O-220 O-263 L494 L4940V5 L4940CD2T5 L4940V12 L4940C
2013 - Not Available

Abstract: No abstract text available
Text: table Order codes TO-220 D²PAK L4940V5 L4940D2T5-TR L4940V85 5V 8.5 V , . temperature Figure 8. Output voltage vs. temperature ( L4940V5 ) Figure 9. Output voltage vs. temperature , . temperature ( L4940V5 ) DocID2141 Rev 13 9/22 Performance characteristics L4940 Figure 12. Quiescent current vs. input voltage ( L4940V5 ) Figure 13. Quiescent current vs. output current ( L4940V5 , ( L4940V5 ) differential voltage ( L4940V5 ) Figure 16. Low voltage behavior ( L4940V5 ) 10/22 Figure


Original
PDF L4940 O-220 L4940V5 L4940D2T5-TR L4940V85 L4940D2T12-TR L4940 O-220 DocID2141
2007 - L4940V5

Abstract: L4940V12 L4940V10 L4940P85 L4940D2T85-TR L4940D2T5-TR L4940D2T12-TR L4940D2T10-TR L4940 L4940V85
Text: protection. Device summary Order code Part number TO-220 L4940xx5 L4940V5 L4940xx85 , . Output voltage vs temperature ( L4940V5 ) Figure 9. Output voltage vs temperature (L4940V85 , (L4940V12) 11/23 Typical application Figure 12. Quiescent current vs temperature ( L4940V5 ) L4940xx Figure 13. Quiescent current vs input voltage ( L4940V5 ) Figure 14. Quiescent current vs output current Figure 15. Short circuit current vs temperature ( L4940V5 ) ( L4940V5 ) Figure 16. Peak


Original
PDF L4940xx O-220 O-220FP L4940 O-220, O-220FP L4940V5 L4940V12 L4940V10 L4940P85 L4940D2T85-TR L4940D2T5-TR L4940D2T12-TR L4940D2T10-TR L4940V85
2009 - Not Available

Abstract: No abstract text available
Text: L4940XX5 L4940V5 L4940D2T5-TR L4940XX85 L4940V85 5V 8.5 V L4940XX10 L4940D2T10-TR , voltage vs. temperature ( L4940V5 ) Output voltage vs. temperature (L4940V85) Figure 10. Output , Figure 12. Quiescent current vs. temperature ( L4940V5 ) Figure 13. Quiescent current vs. input voltage ( L4940V5 ) Figure 14. Quiescent current vs. output current ( L4940V5 ) Figure 15. Short circuit current vs. temperature ( L4940V5 ) Figure 16. Peak output current vs. input/output differential voltage


Original
PDF L4940XX5, L4940XX85 L4940XX10, L4940XX12 O-220 L4940 O-220, O-220FP
2009 - L4940

Abstract: L4940XX5 L4940XX12 L4940XX10 L4940V85 L4940V5 L4940D2T5-TR L4940D2T12-TR L4940D2T10-TR L4940XX85
Text: L4940V5 L4940D2T5-TR L4940XX85 L4940V85 Output voltages 5V 8.5 V L4940XX10 , voltage vs. temperature ( L4940V5 ) Output voltage vs. temperature (L4940V85) Figure 10. Output , Figure 12. Quiescent current vs. temperature ( L4940V5 ) Figure 13. Quiescent current vs. input voltage ( L4940V5 ) Figure 14. Quiescent current vs. output current ( L4940V5 ) Figure 15. Short circuit current vs. temperature ( L4940V5 ) Figure 16. Peak output current vs. input/output differential voltage


Original
PDF L4940XX5, L4940XX85 L4940XX10, L4940XX12 O-220 L4940 O-220, O-220FP L4940XX5 L4940XX12 L4940XX10 L4940V85 L4940V5 L4940D2T5-TR L4940D2T12-TR L4940D2T10-TR L4940XX85
2009 - L4940

Abstract: L4940XX5 L4940XX12 L4940XX10 L4940V85 L4940V5 L4940D2T5-TR L4940D2T12-TR L4940D2T10-TR L4940XX85
Text: L4940XX5 L4940V5 L4940D2T5-TR L4940XX85 L4940V85 5V 8.5 V L4940XX10 L4940D2T10-TR , voltage vs. temperature ( L4940V5 ) Output voltage vs. temperature (L4940V85) Figure 10. Output , Figure 12. Quiescent current vs. temperature ( L4940V5 ) Figure 13. Quiescent current vs. input voltage ( L4940V5 ) Figure 14. Quiescent current vs. output current ( L4940V5 ) Figure 15. Short circuit current vs. temperature ( L4940V5 ) Figure 16. Peak output current vs. input/output differential voltage


Original
PDF L4940XX5, L4940XX85 L4940XX10, L4940XX12 O-220 L4940 O-220, O-220FP L4940XX5 L4940XX12 L4940XX10 L4940V85 L4940V5 L4940D2T5-TR L4940D2T12-TR L4940D2T10-TR L4940XX85
1999 - L4940V12

Abstract: L4940V5 L4940 L4940D2T10 L4940D2T12 L4940D2T5 L4940D2T85 L4940V10 L4940V85
Text: VOLTAGE 2 TO-220 D PAK L4940V5 L4940D2T5 5V L4940V85 L4940D2T85 8.5V L4940V10 , series ELECTRICAL CHARACTERISTICS FOR L4940V5 (refer to the test circuits, Tj = 25 oC, Vi = 7V, Ci = , voltage vs. Temperature ( L4940V5 ). Figure 7 : Output Voltage vs. Temperature (L4940V85). Figure 8 , 6/13 L4940 series Figure 10 : Quiescent Current vs. Temperature ( L4940V5 ). Figure 11 : Quiescent Current vs. Input Voltage ( L4940V5 ). Figure 12 : Quiescent Current vs. Output Current


Original
PDF L4940 O-220 L4940V12 L4940V5 L4940D2T10 L4940D2T12 L4940D2T5 L4940D2T85 L4940V10 L4940V85
1997 - L4940V12

Abstract: L4940V5 L4940V10 L4940D2T85 L4940D2T5 L4940D2T12 L4940D2T10 L4940 L4940V85 P011D
Text: VOLTAGE 2 TO-220 D PAK L4940V5 L4940D2T5 5V L4940V85 L4940D2T85 8.5V L4940V10 , . 3/13 L4940 series ELECTRICAL CHARACTERISTICS FOR L4940V5 (refer to the test circuits, Tj = 25 , . Figure 5 : Dropout Voltage vs. Temperature. Figure 6 : Output voltage vs. Temperature ( L4940V5 ). , : Quiescent Current vs. Temperature ( L4940V5 ). Figure 11 : Quiescent Current vs. Input Voltage ( L4940V5 ). Figure 12 : Quiescent Current vs. Output Current ( L4940V5 ). Figure 13 : Short-circuit Current vs


Original
PDF L4940 O-220 L4940V12 L4940V5 L4940V10 L4940D2T85 L4940D2T5 L4940D2T12 L4940D2T10 L4940V85 P011D
2005 - l4940d2m5

Abstract: L4940V10 L4940V85 L4940V5 L4940P10 l4940 regulator L4940P12 L4940P85 L4940 L4940D2T5
Text: : Order Codes TO-220 TO-220FP D2PAK (*) D2PAK/A (*) OUTPUT VOLTAGE L4940V5 L4940V85 , Table 4: Electrical Characteristics Of L4940V5 (Refer to test circuit, VI=7V, CI = 0.1µF, CO = 22µF, TJ , Voltage vs Temperature (L4940V10) Figure 8: Output Voltage vs Temperature ( L4940V5 ) Figure 11 , Temperature ( L4940V5 ) Figure 15: Short Circuit Current vs Temperature ( L4940V5 ) Figure 13: Quiescent Current vs Input Voltage ( L4940V5 ) Figure 16: Peak Output Current vs Input/Output Differential


Original
PDF L4940 500mV O-220 O-220FP L4940 O-220, O-220FP l4940d2m5 L4940V10 L4940V85 L4940V5 L4940P10 l4940 regulator L4940P12 L4940P85 L4940D2T5
2003 - L4940V12

Abstract: L4940V5 L4940P10 L4940P12 L4940V10 L4940P85 L4940P5 L4940D2T5 L4940 L4940V85
Text: -220 TO-220FP D2PAK ORDERING CODES TO-220 TO-220FP D2PAK (*) OUTPUT VOLTAGE L4940V5 , Rejection 3/16 L4940 SERIES ELECTRICAL CHARACTERISTICS OF L4940V5 (Refer to test circuit, VI=7V, CI , : Output Voltage vs Temperature ( L4940V5 ) Figure 9 : Output Voltage vs Temperature (L4940V12) 6/16 L4940 SERIES Figure 10 : Quiescent Current vs Temperature ( L4940V5 ) Figure 13 : Short Circuit Current vs Temperature ( L4940V5 ) Figure 11 : Quiescent Current vs Input Voltage ( L4940V5 ) Figure


Original
PDF L4940 500mV O-220FP O-220 L4940 O-220, O-220FP L4940V12 L4940V5 L4940P10 L4940P12 L4940V10 L4940P85 L4940P5 L4940D2T5 L4940V85
Not Available

Abstract: No abstract text available
Text: – ~ L4940 Series PIN CO NNECTIO N AND ORDER CODES ORDERING NUMBERS OUTPUT VOLTAGE L4940V5 r , Series ELECTRICAL CHARACTERISTICS FOR L4940V5 (refer to the test circuits, Tj = 25 °C, Vi = 7V, Ci = , Voltage vs. Temperature. G -5 3 68 G - 53S4>' Figure 6 : Output voltage vs. Temperature ( L4940V5 ). , Current vs. Temperature ( L4940V5 ). Figure 11 : Quiescent Current vs. Input Voltage ( L4940V5 ). 'q , 100 T j CC) Figure 12 : Quiescent Current vs. Output Current ( L4940V5 ). Figure 13


OCR Scan
PDF L4940 L4940 T0-220 L4941
1994 - L4940V12

Abstract: L4940V5 L4940V85 L4940 L4940V10 L4941 L4040V10
Text: ORDER CODES ORDERING NUMBERS OUTPUT VOLTAGE L4940V5 5V L4940V85 8.5V L4940V10 10V , CHARACTERISTICS FOR L4940V5 (refer to the test circuits, Tj = 25 °C, Vi = 7V, Ci = 0.1 µF, C o = 22 µF unless , Temperature ( L4940V5 ). Fi gure 7 . Output Vol ta ge vs. Temperature (L4940V85). Fi gur e 8. O utput v , L4940 Series Figure 10. Quiescent Current vs. Temperature ( L4940V5 ). Figure 11. Quiescent Current vs. Input Voltage ( L4940V5 ). Figure 12. Quiescent Current vs. Output Current ( L4940V5 ).


Original
PDF L4940 L4940 O-220 O-220 L4940V12 L4940V5 L4940V85 L4940V10 L4941 L4040V10
Not Available

Abstract: No abstract text available
Text: CHARACTERISTICS FOR L4940V5 (refer to the test circuits, Tj = 25 °C, Vi = 7 V , Ci = 0.1 |j.F, Co = 2 2 |j,F , 6394/1 Figure 6 : O utputvoltage vs. Temperature ( L4940V5 ). M Figure 7 : O utputvoltage vs , ( L4940V5 ). F ig u re H : Quiescent Current vs. Input Voltage ( L4940V5 ). G■B 99/ t 3 v i = 7V , : Quiescent Current vs. O utputCurrent ( L4940V5 ). Figure 13 : Short-circuit Current vs. Temperature ( L4940V5 ). € - 6400 t* Figure 14 : Peak Output Current vs. Input/Output Differential Voltage


OCR Scan
PDF L4940 O-220 O-263
Not Available

Abstract: No abstract text available
Text: /1 O R D E R IN G N U M B E R S OUTPUT V O LTAG E L4940V5 L4940V85 L4940V10 L4940V12 , Fig. 6 - Output voltage vs. temperature ( L4940V5 ) Fig. 8 - Output voltage vs. temperature , voltage vs. temperature {L4940V85) -50 Fig. 10 - Quiescent current vs. temperature ( L4940V5 ) Fig. 11 - Quiescent current vs. input voltage ( L4940V5 ) 6 - «3 »«It -25 0 25 50 75 100 T jC C ) Fig. 12 - Quiescent current vs. output current ( L4940V5 ) 'q


OCR Scan
PDF L4940 500mV T0-220 L4941 -10J24M
2007 - L4940

Abstract: L4940P10 L4940V85 L4940V5 L4940V12 L4940V10 L4940P85 L4940D2T5 L4940D2T10 L4941
Text: . Order codes Part number TO-220 D2PAK TO-220FP L4940V5 L4940D2T5 L4940V85 L4940P85 , Electrical characteristics Table 3. Electrical characteristics of L4940V5 (Refer to test circuit, VI , . Output voltage vs temperature ( L4940V5 ) Figure 9. Output voltage vs temperature (L4940V85) 11 , ( L4940V5 ) Figure 13. Quiescent current vs input voltage ( L4940V5 ) Figure 14. Quiescent current vs output current Figure 15. Short circuit current vs temperature ( L4940V5 ) ( L4940V5 ) 12/23 L4940


Original
PDF L4940 450mV O-220 O-220FP O-220, O-220FP L4940P10 L4940V85 L4940V5 L4940V12 L4940V10 L4940P85 L4940D2T5 L4940D2T10 L4941
2008 - L4940

Abstract: L4940V5 L4940V12 L4940V10 L4940P85 L4940D2T85-TR L4940D2T5-TR L4940D2T12-TR L4940D2T10-TR L4940V85
Text: protection. Device summary Order code Part number TO-220 L4940xx5 L4940V5 L4940xx85 , . Output voltage vs temperature ( L4940V5 ) Figure 9. Output voltage vs temperature (L4940V85 , (L4940V12) 11/23 Typical application Figure 12. Quiescent current vs temperature ( L4940V5 ) L4940xx Figure 13. Quiescent current vs input voltage ( L4940V5 ) Figure 14. Quiescent current vs output current Figure 15. Short circuit current vs temperature ( L4940V5 ) ( L4940V5 ) Figure 16. Peak


Original
PDF L4940xx O-220 O-220FP L4940 O-220, O-220FP L4940V5 L4940V12 L4940V10 L4940P85 L4940D2T85-TR L4940D2T5-TR L4940D2T12-TR L4940D2T10-TR L4940V85
Not Available

Abstract: No abstract text available
Text: L4940V5 Linear ICs Fixed Positive Voltage Regulator statusû Military/High-RelN Output Voltage Nominal (V)5.0 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


Original
PDF L4940V5 StyleTO-220 Code3-184 NumberLN00300184
2004 - LF33CV

Abstract: LD1117S33 SOT223 LD1086D2M33 511-LD1117S25C stm ld1117s33 L4941bV 12 lf50cv
Text: -LD1085V36 511-LF47CV 511-LF50CV 511-L387A 511-LD1117V50C 511-L4941BV 511- L4940V5 511-LD1086V50 511-LD1085V50 511 , LD1117V50C L4941BV L4940V5 LD1086V50 LD1085V50 LF52CV LF60CV LF80CV LF85CV L4940V85 LD1086V90 L4940V10


Original
PDF O-263 511-LD1086D2T12 511-LK112M18 511-LK112SM18 511-LD1086D2M18 511-LK112M25 511-LK112SM25 511-LF25CDT 511-LD1117DT25C 511-LD1117S25C LF33CV LD1117S33 SOT223 LD1086D2M33 stm ld1117s33 L4941bV 12 lf50cv
1994 - L4810CV equivalent

Abstract: L4951 schematic diagram 3V dc voltage regulator L4885CV regulators equivalent l387a L4949E L4805CV L4808-L4810-L4812 L4810CV L4805-L4885-L4892
Text: OUTPUT VOLTAGE L4940V5 5V L4940V85 8.5V L4940V10 10V L4940V12 12V ABSOLUTE , Figure 3. - Ripple Rejection 3/12 L4940 Series ELECTRICAL CHARACTERISTICS FOR L4940V5 (refer to , . Temperature Fi gur e 6. O utput v oltage vs . Temperature ( L4940V5 ). Fi gure 7 . Output Vol ta ge vs , . Temperature ( L4940V5 ). Figure 11. Quiescent Current vs. Input Voltage ( L4940V5 ). Figure 12. Quiescent Current vs. Output Current ( L4940V5 ). Figure 13. Short-circuit Current vs. Temperature ( L4940V5 ).


Original
PDF L387A 500mA L387A L4810CV equivalent L4951 schematic diagram 3V dc voltage regulator L4885CV regulators equivalent l387a L4949E L4805CV L4808-L4810-L4812 L4810CV L4805-L4885-L4892
Supplyframe Tracking Pixel