The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LT1160IS#TR Linear Technology IC 1.5 A HALF BRDG BASED MOSFET DRIVER, PDSO14, 0.150 INCH, PLASTIC, SO-14, MOSFET Driver
LT1158IS Linear Technology IC 15 A HALF BRDG BASED MOSFET DRIVER, PDSO16, PLASTIC, SOL-16, MOSFET Driver
LT1160IN Linear Technology IC 1.5 A HALF BRDG BASED MOSFET DRIVER, PDIP14, 0.300 INCH, PLASTIC, DIP-14, MOSFET Driver
LT1158CS#TR Linear Technology IC 15 A HALF BRDG BASED MOSFET DRIVER, PDSO16, SOIC-16, MOSFET Driver
LTC1177CSW Linear Technology IC BUF OR INV BASED MOSFET DRIVER, PDSO18, 0.300 INCH, PLASTIC, SO-18, MOSFET Driver
LTC4444-5IMS8E#PBF Linear Technology IC 1.75 A HALF BRDG BASED MOSFET DRIVER, PDSO8, LEAD FREE, PLASTIC, MSOP-8, MOSFET Driver

mosfet driver mark abw Datasheets Context Search

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aahp

Abstract: MAX1605EUT-T mosfet power supply 6PIN IC MAX1605ETT-T MAX1605 TDFN-6 tDFN 3mm 6pin low quiescent current converter 0,5a sot mark MAX1605EVKIT
Text: PINPACKAGE SOT MARK Palmtop Computers MAX1605EUT-T -40°C to +85°C 6 SOT23-6 AAHP Personal Digital Assistants (PDAs) MAX1605ETT-T -40°C to +85°C 6 TDFN ABW Organizers Handy , efficiency over a wide range of load conditions. An internal 0.5A MOSFET reduces external component count


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PDF 500kHz 125mA, 250mA, 500mA) MAX1605EUT-T OT23-6 MAX1605ETT-T MAX1605 500kHz) 500mA, aahp MAX1605EUT-T mosfet power supply 6PIN IC MAX1605ETT-T TDFN-6 tDFN 3mm 6pin low quiescent current converter 0,5a sot mark MAX1605EVKIT
2003 - mosfet driver mark abw

Abstract: MAX4838 MAX4838EXT-T MAX4839EXT-T MAX4840EXT-T MAX4841
Text: external MOSFET (s) off. EN does not override an OVLO or UVLO fault. GATE Driver An on-chip charge pump , 6-Pin SC70 Package Ordering Information PART TEMP RANGE PINPACKAGE TOP MARK MAX4838EXT-T -40°C to +85°C 6 SC70-6 ABW MAX4839EXT-T -40°C to +85°C 6 SC70-6 ABY , external MOSFET in back-to-back configuration; TA = +25°C, unless otherwise noted.) REVERSE CURRENT vs , MAX4838 toc02 SINGLE MOSFET REVERSE CURRENT (µA) 500 SUPPLY CURRENT (µA) 1000 MAX4838 toc01


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PDF MAX4838/MAX4840) MAX4838EXT-T SC70-6 MAX4838 MAX4841 mosfet driver mark abw MAX4838EXT-T MAX4839EXT-T MAX4840EXT-T MAX4841
2004 - top mark LC sc70-6

Abstract: No abstract text available
Text: -6 6 SC70-6 TOP MARK ABW ABY ABX ABZ ACE Typical Operating Circuit Applications Cell Phones , external MOSFET (s) off. EN does not override an OVLO or UVLO fault. GATE Driver An on-chip charge pump , correlation. Typical Operating Characteristics (VIN = +5V, MAX4838; Si9936DY external MOSFET in , MAX4838 toc03 12 SINGLE MOSFET REVERSE CURRENT (µA) 100 9 GATE VOLTAGE (V) 10 6 MAX4840 , Characteristics (continued) (VIN = +5V, MAX4838; Si9936DY external MOSFET in back-to-back configuration; TA =


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PDF MAX4838 MAX4842 MAX4838/MAX4839 MAX4840/MAX4841 MAX4841 MAX4838EXT top mark LC sc70-6
2004 - Not Available

Abstract: No abstract text available
Text: -6 6 SC70-6 TOP MARK ABW ABY ABX ABZ ACE Typical Operating Circuit Applications Cell Phones , external MOSFET (s) off. EN does not override an OVLO or UVLO fault. GATE Driver An on-chip charge pump , correlation. Typical Operating Characteristics (VIN = +5V, MAX4838; Si9936DY external MOSFET in , MAX4838 toc03 12 SINGLE MOSFET REVERSE CURRENT (µA) 100 9 GATE VOLTAGE (V) 10 6 MAX4840 , Characteristics (continued) (VIN = +5V, MAX4838; Si9936DY external MOSFET in back-to-back configuration; TA =


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PDF MAX4838 MAX4842 MAX4838/MAX4839 MAX4840/MAX4841 MAX4841 t077E
2004 - Not Available

Abstract: No abstract text available
Text: to force the external MOSFET (s) off. EN does not override an OVLO or UVLO fault. GATE Driver An , Information PART TEMP RANGE PINPACKAGE TOP MARK MAX4838EXT-T -40°C to +85°C 6 SC70-6 ABW MAX4839EXT-T -40°C to +85°C 6 SC70-6 ABY MAX4840EXT-T -40°C to +85°C 6 , Characteristics (VIN = +5V, MAX4838; Si9936DY external MOSFET in back-to-back configuration; TA = +25°C, unless , 12 MAX4838 toc02 SINGLE MOSFET REVERSE CURRENT (µA) 500 SUPPLY CURRENT (µA) 1000


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PDF MAX4838/MAX4839 MAX4840/MAX4841 MAX4842 MAX4838â MAX4841 MAX4838/MAX4840/MAX4842 MAX4842
2004 - MAX4838

Abstract: MAX4838EXT-T MAX4841 74 Series Logic ICs gate diagrams
Text: TOP MARK MAX4838EXT-T -40°C to +85°C 6 SC70-6 ABW MAX4839EXT-T -40°C to +85°C 6 , to force the external MOSFET (s) off. EN does not override an OVLO or UVLO fault. GATE Driver An , Characteristics (VIN = +5V, MAX4838; Si9936DY external MOSFET in back-to-back configuration; TA = +25°C, unless , 12 MAX4838 toc02 SINGLE MOSFET REVERSE CURRENT (µA) 500 SUPPLY CURRENT (µA) 1000 , Characteristics (continued) (VIN = +5V, MAX4838; Si9936DY external MOSFET in back-to-back configuration; TA =


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PDF MAX4838/MAX4840/MAX4842 MAX4839/MAX4841 MAX4838/MAX4840/ MAX4842) MAX4838 MAX4842 MAX4838EXT-T MAX4841 74 Series Logic ICs gate diagrams
2011 - FAN6863W

Abstract: power adapter for netbook schematic M0193 FAN6863WR
Text: provides current amplitude information for Current Mode control. VDD GATE Power Supply Power supply Driver Output The totem-pole output driver for driving the power MOSFET © 2011 Fairchild Semiconductor , clamped at 13.5V to protect the external MOSFET from over-voltage damage. Other protection functions , : ABU: FAN6863WTY ABV: FAN6863WRTY ABW : FAN6863WLTY TT: Wafer Lot Code : Year Code _ _ _: Week Code Figure 3. Top Mark Pin Configuration Figure 4. Pin Configuration Pin Definitions Pin # 1 2


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PDF FAN6863W FAN6863WL) 65KHz) FAN6863W power adapter for netbook schematic M0193 FAN6863WR
2011 - power adapter for netbook schematic

Abstract: FAN6863WR
Text: clamped at 13.5 V to protect the external MOSFET from over-voltage damage. Other protection functions , Integrated Green-Mode PWM Controller Marking Information ABx: ABV: FAN6863WRTY ABW : FAN6863WLTY TT: Wafer Lot Code : Year Code _ _ _: Week Code Figure 3. Top Mark Pin Configuration Figure 4. Pin , control. VDD GATE Power Supply Power supply Driver Output The totem-pole output driver for driving the power MOSFET © 2011 Fairchild Semiconductor Corporation FAN6863W · Rev. 1.0.2


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PDF FAN6863W FAN6863WL) FAN6863W power adapter for netbook schematic FAN6863WR
2011 - power adapter for netbook schematic

Abstract: No abstract text available
Text: provides current amplitude information for Current Mode control. VDD GATE Power Supply Power supply Driver Output The totem-pole output driver for driving the power MOSFET © 2011 Fairchild Semiconductor , at 13.5V to protect the external MOSFET from over-voltage damage. Other protection functions include , : ABU: FAN6863WTY ABV: FAN6863WRTY ABW : FAN6863WLTY TT: Wafer Lot Code : Year Code _ _ _: Week Code Figure 3. Top Mark Pin Configuration Figure 4. Pin Configuration Pin Definitions Pin # 1 2


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PDF FAN6863W FAN6863WL) 65KHz) FAN6863W power adapter for netbook schematic
2014 - 20 TQFN-EP

Abstract: No abstract text available
Text: total resistance dissipates more power, but provides slightly better accuracy. MOSFET Selection MOSFET selection is critical to design a proper protection circuit. Several factors must be taken into , have the same part number. For size-constrained applications, a dual MOSFET can save board area , Protection Configuration (MAX16127) MOSFET Power Dissipation The RDS(ON) must be low enough to limit the MOSFET power dissipation during normal operation. Power dissipation (per MOSFET ) during normal operation


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PDF MAX16126/MAX16127 MAX16126/MAX16127 20 TQFN-EP
2012 - lm3754

Abstract: No abstract text available
Text: Gate drive of the high-side N-channel MOSFET for Phase 2. 2 SW2 Switching node of the power , HG1 Gate drive of the high-side N-channel MOSFET for Phase 1. 9 Bootstrap of Phase 1 for the , OV Fault OC Fault Prebias + IAVE DRIVER CONTROL PWM 2 LG2 480 mV OVP 780 , DRIVER CONTROL OV Fault OC Fault Prebias + 15 8 SW1 + VDD 9 HG1 + A = , . VDD and PGND are the power and ground for the gate driver stage that controls the HG and LG pins. The


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PDF LM3754 SNVS789B LM3754
2000 - marking aaw 122

Abstract: marking aaa marking abw CAPACITOR MARKING AA3 marking AAW marking aae FAN2509S30 FAN2509
Text: Description Current through the series-pass P-channel MOSFET is controlled by the difference amplifier, which compares the load voltage with a bandgap reference. Series resistance of the pass P-channel MOSFET is , Package Marking AAA AAE AAM AAW AA3 ABE ABM ABW AB3 Preliminary Information LIFE SUPPORT POLICY


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PDF FAN2508, FAN2509 OT23-5 FAN2508 FAN2509 FAN2508: FAN2508-XX: FAN2509-XX: DS30002508 marking aaw 122 marking aaa marking abw CAPACITOR MARKING AA3 marking AAW marking aae FAN2509S30
2009 - Not Available

Abstract: No abstract text available
Text: the high-side N-channel MOSFET for Phase 2. 2 SW2 Switching node of the power stage of Phase , Gate drive of the high-side N-channel MOSFET for Phase 1. 9 BOOT1 Bootstrap of Phase 1 for the , IAVE2 = 2 mA/V 25 HG2 OV Fault OC Fault Prebias + IAVE DRIVER CONTROL PWM 2 LG2 OVP VCS2 - VCSM + 15 mV PWM COMPARATOR A = 50 + 26 DRIVER CONTROL OV Fault OC , pins, SGND and PGND. VDD and PGND are the power and ground for the gate driver stage that controls the


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PDF LM3753 SNVS614B LM3753
2012 - Not Available

Abstract: No abstract text available
Text: Gate drive of the high-side N-channel MOSFET for Phase 2. 2 SW2 Switching node of the power , HG1 Gate drive of the high-side N-channel MOSFET for Phase 1. 9 Bootstrap of Phase 1 for the , Fault Prebias + IAVE DRIVER CONTROL PWM 2 LG2 480 mV OVP 780 mV VCS2 - VCSM , DRIVER CONTROL OV Fault OC Fault Prebias + 15 8 SW1 + VDD 9 HG1 + A = , . VDD and PGND are the power and ground for the gate driver stage that controls the HG and LG pins. The


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PDF LM3754 SNVS789B LM3754
2000 - a13 marking sot235

Abstract: LBAA marking code mark A15 sot-23-6 voltage regulator marking code LGAA MARKING A11 SOT-23-6 lbaa marking A13, SOT-23-5 sot-23-5 op amp or regulator MICREL MIC marking
Text: IttyBittyTM Charge Pump D10 D11 ML10 MIC4416BM4 MIC4417BM4 MIC4416BM4 IttyBittyTM Low-Side MOSFET Driver IttyBittyTM Low-Side MOSFET Driver IttyBittyTM Low-Side MOSFET Driver F10 MIC2514BM5 IttyBittyTM Integrated High-Side Switch H10 MH10 MIC5018BM4 MIC5018BM4 IttyBittyTM High-Side MOSFET Driver IttyBittyTM High-Side MOSFET Driver noninverting early production mark LAx LAxx LBAA , devices use abbreviated markings for identification because of their small size. Mark Part Number


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PDF SC70-5 OT-23-5 OT-223 OT-23 OT-23-6 O-263 O-247 OT-143 O-220 MIC94030BM4 a13 marking sot235 LBAA marking code mark A15 sot-23-6 voltage regulator marking code LGAA MARKING A11 SOT-23-6 lbaa marking A13, SOT-23-5 sot-23-5 op amp or regulator MICREL MIC marking
1999 - eltek flatpack

Abstract: mosfet 407 sot-23-5 op amp or regulator mark A15 sot-23-6 LBAA sot-23 M6 negative VOLTAGE REGULATOR sot 23-6 SOT23 m6 sot-23-5 a13
Text: Comparator IttyBittyTM Charge Pump IttyBittyTM Low-Side MOSFET Driver IttyBittyTM Low-Side MOSFET Driver IttyBittyTM Low-Side MOSFET Driver IttyBittyTM Integrated High-Side Switch IttyBittyTM High-Side MOSFET Driver IttyBittyTM High-Side MOSFET Driver 80mA Low-Dropout Regulator (SOT-143) 150mA Low-Dropout Regulator 150mA , SOT-23-5 packaged devices use abbreviated markings for identification. Mark A11 A12 A12A A13 A14 , Low-Dropout Regulator noninverting early production mark fixed output (also see LK) adjustable output fixed


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PDF 1x104 SC70-5 OT-23 OT-23-6 OT-223 O-263 OT-143 O-247 OT-23-5 O-220 eltek flatpack mosfet 407 sot-23-5 op amp or regulator mark A15 sot-23-6 LBAA sot-23 M6 negative VOLTAGE REGULATOR sot 23-6 SOT23 m6 sot-23-5 a13
1999 - LGAA

Abstract: mark A15 sot-23-6 MIC5219BM5 LGAA A12A LDXX WM Mark code negative VOLTAGE REGULATOR sot 23-6 A16 SOT
Text: Comparator IttyBittyTM Charge Pump IttyBittyTM Low-Side MOSFET Driver IttyBittyTM Low-Side MOSFET Driver IttyBittyTM Low-Side MOSFET Driver IttyBittyTM Integrated High-Side Switch IttyBittyTM High-Side MOSFET Driver IttyBittyTM High-Side MOSFET Driver 80mA Low-Dropout Regulator (SOT-143) 150mA Low-Dropout Regulator 150mA , SOT-23-5 packaged devices use abbreviated markings for identification. Mark A11 A12 A12A A13 A14 , Low-Dropout Regulator noninverting early production mark fixed output (also see LK) adjustable output fixed


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PDF 1x104 SC70-5 OT-23 OT-23-6 OT-223 O-263 OT-143 O-247 OT-23-5 O-220 LGAA mark A15 sot-23-6 MIC5219BM5 LGAA A12A LDXX WM Mark code negative VOLTAGE REGULATOR sot 23-6 A16 SOT
2007 - 8PIN MARKING L46

Abstract: CM082B-SGR1-Z marking ABW 10-pin L1022 ABI ABN UDFN10 L822-1 marking ACY MAX16036 MAX16033
Text: asserted, VCEOUT = 0V mA CEIN to CEOUT Propagation Delay (Note 4) 50 source impedance driver , to OUT. OUT supplies up to 200mA from VCC. In battery-backup mode, an internal MOSFET connects the backup battery to OUT. The onresistance of the MOSFET is a function of the backupbattery voltage and , the 50% point of CEOUT, using a 50 driver and 50pF load capacitance. Minimize the capacitive load at CEOUT and use a low output-impedance driver to minimize propagation delay. In high-impedance mode, the


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PDF MAX16033 MAX16040 MAX16033/MAX16037) MAX16034/MA MAX16040 8PIN MARKING L46 CM082B-SGR1-Z marking ABW 10-pin L1022 ABI ABN UDFN10 L822-1 marking ACY MAX16036
2007 - 8PIN MARKING L46

Abstract: marking ABW 10-pin L1022 marking CODE ACH marking abw MAX16035PLB23 marking abz MARK ABG ABS ABT marking ACM 10-pin DEVICE MARKING CODE ABY
Text: asserted, VCEOUT = 0V mA CEIN to CEOUT Propagation Delay (Note 4) 50 source impedance driver , to OUT. OUT supplies up to 200mA from VCC. In battery-backup mode, an internal MOSFET connects the backup battery to OUT. The onresistance of the MOSFET is a function of the backupbattery voltage and , the 50% point of CEOUT, using a 50 driver and 50pF load capacitance. Minimize the capacitive load at CEOUT and use a low output-impedance driver to minimize propagation delay. In high-impedance mode, the


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PDF MAX16033 MAX16040 MAX16033/MAX16037) MAX16034/MA MAX16040 8PIN MARKING L46 marking ABW 10-pin L1022 marking CODE ACH marking abw MAX16035PLB23 marking abz MARK ABG ABS ABT marking ACM 10-pin DEVICE MARKING CODE ABY
1997 - MOSFET A13

Abstract: lbaa MIC2514BM5 78204 TO263 mark code A11 High-Side MOSFET Driver 15 AMP ADJUSTABLE REGULATOR MARK A11 MIC7211BM5 MOSFET driver SOT
Text: IttyBittyTM Low-Side MOSFET Driver IttyBittyTM Low-Side MOSFET Driver IttyBittyTM Low-Side MOSFET Driver IttyBittyTM Integrated High-Side Switch IttyBittyTM High-Side MOSFET Driver IttyBittyTM High-Side MOSFET Driver 80mA Low-Dropout Regulator 150mA Low-Dropout Regulator 150mA Low-Dropout Regulator 10mA , Regulator TinyFETTM P-Channel MOSFET TinyFETTM P-Channel MOSFET noninverting early production mark fixed , markings for identification. Mark A11 A51 A52 A12 A16 A13 A14 A15 B10 C10 D10 D11 ML10 F10 H10 MH10 LAxx


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PDF 1x104 OT-23-5 O-220 O-247 OT-23 OT-223 O-263 OT-143 150mA MOSFET A13 lbaa MIC2514BM5 78204 TO263 mark code A11 High-Side MOSFET Driver 15 AMP ADJUSTABLE REGULATOR MARK A11 MIC7211BM5 MOSFET driver SOT
2014 - Not Available

Abstract: No abstract text available
Text: „¦ source impedance driver , VCC = 4.75V CLOAD = 50pF VCC = 3.15V CEOUT Output-Voltage High RESET to , battery-backup mode, an internal MOSFET connects the backup battery to OUT. The on-resistance of the MOSFET is , © driver and 50pF load capacitance. Minimize the capacitive load at CEOUT and use a low output-impedance driver to minimize propagation delay. In high-impedance mode, the leakage current at CEIN is  , Packages Device Marking Codes PART TOP MARK PART TOP MARK PART TOP MARK PART


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PDF MAX16033â MAX16040 MAX16040 MAX16033/MAX16037)
2007 - Not Available

Abstract: No abstract text available
Text: driver , CLOAD = 50pF 1 2.0 VCC = 4.75V 1.5 7 VCC = 3.15V 2 9 VCC = 5V, VCC , to OUT. OUT supplies up to 200mA from VCC. In battery-backup mode, an internal MOSFET connects the backup battery to OUT. The onresistance of the MOSFET is a function of the backupbattery voltage and , the 50% point of CEOUT, using a 50Ω driver and 50pF load capacitance. Minimize the capacitive load at CEOUT and use a low output-impedance driver to minimize propagation delay. In high-impedance mode


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PDF MAX16033â MAX16040 MAX16033/MAX16037) MAX16040
Not Available

Abstract: No abstract text available
Text: +140NC, the MAX5981A/MAX5981B turn off the internal power MOSFET , LED driver , and 2EC current sink , Integrated Power MOSFET The MAX5981 provides a complete interface for a powered device (PD) to comply with , before switching to the higher current limit (720mA to 880mA) when the isolation power MOSFET is fully , consumption while still supporting MPS. The MAX5981 also features an LED driver that is automatically activated during sleep mode. During sleep mode, the LED driver sources a periodic current (ILED) at 250Hz


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PDF MAX5981 180mA 720mA 880mA)
2008 - SI1473DH

Abstract: 74371 tsop6 marking DC N2 SC70 6pin N2 SC70 marking R5* sc-70 MSOP-8 marking AX PIN diode Pspice model marking R5 sc-70 EQUIVALENT OF TO252 PACK OF P-CHANNEL MOSFET WITH
Text: New Product Si1473DH Vishay Siliconix P-Channel 30-V (D-S) MOSFET PRODUCT SUMMARY VDS (V , FEATURES · TrenchFET® Power MOSFET APPLICATIONS · Load Switch for Portable Devices RoHS COMPLIANT SOT-363 SC-70 (6-LEADS) S D 1 6 D Marking Code BJ D 2 5 D Part # Code D P-Channel MOSFET XX YY Lot , Device Model Si1473DH Vishay Siliconix P-Channel 30-V (D-S) MOSFET CHARACTERISTICS · P-Channel Vertical , Information Vishay Siliconix DEVICE: SC-70 for Si Part Numbers SC-70-3 SC-70-6 LL ABW


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PDF Si1473DH OT-363 SC-70 Si1473DH-T1-E3 03-May-07 74371 tsop6 marking DC N2 SC70 6pin N2 SC70 marking R5* sc-70 MSOP-8 marking AX PIN diode Pspice model marking R5 sc-70 EQUIVALENT OF TO252 PACK OF P-CHANNEL MOSFET WITH
2011 - MAX5981

Abstract: "power sourcing equipment" "powered device"
Text: thermal-shutdown threshold of +140NC, the MAX5981A/MAX5981B turn off the internal power MOSFET , LED driver , and , Integrated Power MOSFET The MAX5981 provides a com lete interface for a powp ered device (PD) to comply , before switching to the higher cur ent limit r (720mA to 880mA) when the isolation power MOSFET is , driver that is automatically activated during sleep mode. During sleep mode, the LED driver sources a , 36V S LED Driver with Programmable LED Current S Overtemperature Protection S Thermally Enhanced


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PDF MAX5981 180mA 720mA 880mA) "power sourcing equipment" "powered device"
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