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Part Manufacturer Description Datasheet Download Buy Part
LT1111CJ8-12 Linear Technology SWITCHING REG +12V OUT
LT1172CT#31 Linear Technology IC IC,SMPS CONTROLLER,CURRENT-MODE,BIPOLAR,ZIP,5PIN,PLASTIC, Switching Regulator or Controller
LT1172MJ8#PBF Linear Technology IC IC,SMPS CONTROLLER,CURRENT-MODE,BIPOLAR,DIP,8PIN,CERAMIC, Switching Regulator or Controller
LTC1263IS8#TR Linear Technology IC CONV DC/DC FLASHMEM 12V 8SOIC
LTC1044ACS8#TRPBF Linear Technology LTC1044A - 12V CMOS Voltage Converter; Package: SO; Pins: 8; Temperature Range: 0°C to 70°C
LTC1044ACS8 Linear Technology LTC1044A - 12V CMOS Voltage Converter; Package: SO; Pins: 8; Temperature Range: 0°C to 70°C

smps 12v Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2009 - SMPS 12v

Abstract: IRFB4110 IRFB4227 TRANSFORMER 220 to 60V IRFB4227PbF IRF6641 smps transformer design IRF6648 irf6646
Text: Smarter, Cooler, Smaller 240W LCD TV SMPS 12V Rail Rectifier 2 24V Rail Rectifier 2 SMPS efficiency: + 1.5% Rectifier temperature: -25°C Input: 240 VRMS, 50/60Hz; Outputs: 24V/7.5A, 12V /3A, 5V/4A , IR1168-based solution delivers an efficiency improvement of 1.5 % for a standard 240 W LCD TV SMPS and a


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PDF IR1168 500kHz IRFB3206PbF IRFB3306PbF IRF7855PbF IRFB3307PbF IRFB3507PbF IRF7854PbF IRFB4110PbF IRFB4310PbF SMPS 12v IRFB4110 IRFB4227 TRANSFORMER 220 to 60V IRFB4227PbF IRF6641 smps transformer design IRF6648 irf6646
48V SMPS

Abstract: smps 12v triac dimmer LED mr16 TIGER TRIAC 1W HB LED LM3423 4060 TRIAC LM3409 cd 6283 cs lm 7404
Text: - 12V () / ( SMPS ) LM3481 Common Anode Window Die Junction TB Window Frame LM3433 , SMPS Chassis + 12V /4A LM3481 Floating for other Buck-boost Converter electronics Heat Sink , 44.2k 2.2 µF 22 µF 0.01 LED CATHODE LM3433 LED · / ( SMPS ) - 12V () LED · , (IF) (VF) LED 8V 16V "" 12V ±10% () LED 350 mA LED LED / LED , 4.7 µF GND - 12V HO LED HS 0.47µF BST VCC 6 µH Q2 LO SS DIM +3.3V


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2009 - flyback transformer for medical

Abstract: CMPD2836 Si4416DY Si4812DY Si9136 Si9136DB Si9136LG SSOP-28
Text: Regulator 3.3-V Voltage Reference +3.3 V 3.3-V SMPS 5-V SMPS 12-V SMPS Control Inputs , -V Input Voltage Range 3.3-V, 5-V, and 12-V Outputs 200-kHz Low-Noise Fixed Frequency Operation , 65 _ 12-V Flyback Controller Total Regulation (Line, Load, and Temperature) VIN = 6 to 30 V , -V internal reference. ON and OFF control input for 12-V flyback controller. 13 3.3 ON/OFF ON and , 10 Current (A) Efficiency vs. 12-V Output Current 85 VIN = 15 V Frequency = 200 kHz 80


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PDF Si9136 28-Pin 200-kHz Si9136 18-Jul-08 flyback transformer for medical CMPD2836 Si4416DY Si4812DY Si9136DB Si9136LG SSOP-28
2005 - CMPD2836

Abstract: Si4416DY Si4812DY Si9136 Si9136DB Si9136LG SSOP-28
Text: Regulator 3.3-V Voltage Reference +3.3 V 3.3-V SMPS 5-V SMPS 12-V SMPS Control Inputs , -V Input Voltage Range 3.3-V, 5-V, and 12-V Outputs 200-kHz Low-Noise Fixed Frequency Operation , 65 _ 12-V Flyback Controller Total Regulation (Line, Load, and Temperature) VIN = 6 to 30 V , -V internal reference. ON and OFF control input for 12-V flyback controller. 13 3.3 ON/OFF ON and , 10 Current (A) Efficiency vs. 12-V Output Current 85 VIN = 15 V Frequency = 200 kHz 80


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PDF Si9136 28-Pin 200-kHz Si9136 08-Apr-05 CMPD2836 Si4416DY Si4812DY Si9136DB Si9136LG SSOP-28
2000 - feedback flyback converter

Abstract: CMPD2836 Si4416DY Si4812DY Si9136 Si9136DB Si9136LG SSOP-28 343 flyback
Text: Regulator 3.3-V Voltage Reference +3.3 V 3.3-V SMPS 5-V SMPS 12-V SMPS Control Inputs , -V Input Voltage Range 3.3-V, 5-V, and 12-V Outputs 200-kHz Low-Noise Fixed Frequency Operation , 65 _ 12-V Flyback Controller Total Regulation (Line, Load, and Temperature) VIN = 6 to 30 V , -V internal reference. ON and OFF control input for 12-V flyback controller. 13 3.3 ON/OFF ON and , 10 Current (A) Efficiency vs. 12-V Output Current 85 VIN = 15 V Frequency = 200 kHz 80


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PDF Si9136 28-Pin 200-kHz Si9136 S-00583--Rev. 03-Apr-00 feedback flyback converter CMPD2836 Si4416DY Si4812DY Si9136DB Si9136LG SSOP-28 343 flyback
2009 - flyback transformer for medical

Abstract: CMPD2836 Si4416DY Si4812DY Si9135 Si9135LG SSOP-28
Text: Regulator 3.3-V Voltage Reference +3.3 V 3.3-V SMPS 5-V SMPS 12-V SMPS VREF (+3.3 V , Regulation (Each Controller) 5.5-V to 30-V Input Voltage Range 3.3-V, 5-V, and 12-V Outputs 200-kHz/300 , 12-V Flyback Controller Total Regulation (Line, Load, and Temperature) VIN = 6 to 30 V, 0 < VCSP , (A) Efficiency vs. 12-V Output Current 85 VIN = 15 V Frequency = 200 kHz 80 6V , Current (1 A/div) Ch2: Load Current (1 A/div) PSM Õ PWM PWM Õ PSM Start-Up 12-V Converter


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PDF Si9135 28-Pin 200-kHz/300-kHz Si9135 18-Jul-08 flyback transformer for medical CMPD2836 Si4416DY Si4812DY Si9135LG SSOP-28
2005 - 40806

Abstract: SMPS flyback transformer medical Si9135LG Si9135 Si4812DY Si4416DY CMPD2836 flyback transformer for medical bidirectional isolated dc-dc converter datasheet SSOP-28
Text: Regulator 3.3-V Voltage Reference +3.3 V 3.3-V SMPS 5-V SMPS 12-V SMPS VREF (+3.3 V , Regulation (Each Controller) 5.5-V to 30-V Input Voltage Range 3.3-V, 5-V, and 12-V Outputs 200-kHz/300 , 12-V Flyback Controller Total Regulation (Line, Load, and Temperature) VIN = 6 to 30 V, 0 < VCSP , (A) Efficiency vs. 12-V Output Current 85 VIN = 15 V Frequency = 200 kHz 80 6V , Current (1 A/div) Ch2: Load Current (1 A/div) PSM Õ PWM PWM Õ PSM Start-Up 12-V Converter


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PDF Si9135 28-Pin 200-kHz/300-kHz Si9135 08-Apr-05 40806 SMPS flyback transformer medical Si9135LG Si4812DY Si4416DY CMPD2836 flyback transformer for medical bidirectional isolated dc-dc converter datasheet SSOP-28
b 58055

Abstract: feedback flyback converter s600 io vcs3 Design 24 v 3 A SMPS CMPD2836 Si9136 58055
Text: Reference 3.3-V 5-V SMPS SMPS 12-V SM PS Power-Up Control „ VREF O (+3.3 V) O +5 V +12 V , • 3.3-V, 5-V, and 12-V Outputs • 200-kHz Low-Noise Fixed Frequency Operation • Precision 3.3 , mfi 65 ° 12-v flyback controller Total Regulation (Line, Load, and Temperature) V|N = 6 to , . 12 12 on/OFF ON and OFF control input for 12-V flyback controller. 13 3.3 on/off ON and OFF control , Frequency = 200 kHz I I I Mil V|N = 6 V 0.001 Efficiency vs. 12-V Output Current Fr eqi er c y = = 2 00


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PDF 200-kHz 28-Pin Si9136 S-58055â 11-Aug-98 b 58055 feedback flyback converter s600 io vcs3 Design 24 v 3 A SMPS CMPD2836 58055
AC to DC flyback converter

Abstract: buck converter integrated flyback converter 100MS Si9135 Si9135LG SSOP-28 MAC11-1 vcs3
Text: Data Line O- 5-V 3.3-V Linear Voltage Regulator Reference 3.3-V 5-V SMPS SMPS 12-V , Voltage Range • 3.3-V, 5-V, and 12-V Outputs • 200-kHz/300-kHz Low-Noise Frequency Operation â , ° 12-v flyback controller Total Regulation (Line, Load, and Temperature) V|N = 6 to 30 V, 0 , Efficiency vs. 12-V Output Current Fr eqi er c = 2 30 kHz I \ I I 'in I = 15 \ 6 3 V , €¢'.,-.-.-.••.«.• M 50.Ops Ch4 \ 7.8mV ch4 lo.omvn PWM O PSM lad (1 A/div) 12-V Converter (V|N = 10 V


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PDF 200-kHz/300-kHz 28-Pin Si9135 S-58054â 11-Aug-98 AC to DC flyback converter buck converter integrated flyback converter 100MS Si9135LG SSOP-28 MAC11-1 vcs3
Not Available

Abstract: No abstract text available
Text: Regulator 3.3 - V Voltage Reference + 3.3 V 3.3-V SMPS 5-V SMPS 12-V SMPS VREF (+ 3.3


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PDF Si9138 Si9135 Si9135 2011/65/EU 2002/95/EC. 2002/95/EC 2011/65/EU. 12-Mar-12
2011 - Not Available

Abstract: No abstract text available
Text: 3.3 V 3.3-V SMPS 5-V SMPS 12-V SMPS VREF (+ 3.3 V) +5V + 12 V SMBUS Clock Line


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PDF Si9135 Si9135 2002/95/EC. 2002/95/EC 2011/65/EU. JS709A 02-Oct-12
2013 - MCP8024

Abstract: No abstract text available
Text: MOSFETs - Peak output current: 0.5A @ 12V - Shoot-through protection - Overcurrent and short circuit , - 12V @ 20 mA • Internal Bandgap Reference • Three Operational Amplifiers for Motor Phase , has three half-bridge drivers capable of delivering a peak output current of 0.5A at 12V for driving , companion microcontroller. The buck regulator may be disabled if not used. The on-board 5V and 12V low , 35 PGND PWM2H 1 30 + 12V PWM1L 2 29 VBA CE 3 34 + 12V PWM1H


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PDF MCP8024 MCP8024 DS20005228A-page
2000 - 12v 200W AUDIO booster CIRCUIT DIAGRAM

Abstract: TR359 schematic SMPS 12V PTC C851 SFR16t TDA8447 12v 200W AUDIO AMPLIFIER CIRCUIT DIAGRAM transistor for horizontal deflection output new bright R266 TU305B2
Text: Mains AC MHR Mains Rectifier Mains_plus Main SMPS 82V 18V 12V 12V _stab - 12V , 12V Supply Main SMPS - 12V Supply Main SMPS Rotation Input DAC Rotation/tilt V_trap_sync , Stabilised out of 12V Main SMPS Video processor Video processor CRT Processed RGB signals Black , .27 4.2 Main SMPS , RG SCL SDA SMPS SMPTE SOG TTL USB V Phase Locked Loop Power On Reset Random Access


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PDF CCM433 AN00033 TP97035 2/W97 12v 200W AUDIO booster CIRCUIT DIAGRAM TR359 schematic SMPS 12V PTC C851 SFR16t TDA8447 12v 200W AUDIO AMPLIFIER CIRCUIT DIAGRAM transistor for horizontal deflection output new bright R266 TU305B2
2004 - 48LC8M16A2

Abstract: schematic diagram of a adsl wifi router realtek rtl8305 RTL8305 pin diagram of intel ixp425 processor 48LC8M16 smps 12v ixp425 d link schematic circuit diagram adsl router board RTL8305 kit
Text: mezzanine card UTOPIA 2 Power Supply SMPS 12V , 1.5A JTAG Revision 001 Intel® IXDPG425 , is provided through the UTOPIA Level 2 interface. The ADSL mezzanine card requires 3.3-V and 12-V , UTP_TX_EN 98 UTP_RX_EN 86 UTP_RX_D4 99 UTP_RX_A0 87 Ground 100 + 12V 88


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PDF IXDPG425 design/network/products/npfamily/ixdpg425 48LC8M16A2 schematic diagram of a adsl wifi router realtek rtl8305 RTL8305 pin diagram of intel ixp425 processor 48LC8M16 smps 12v ixp425 d link schematic circuit diagram adsl router board RTL8305 kit
2014 - 691102710002

Abstract: 4 pin optocoupler 12v INFINEON application note
Text: AN- EVAL- 3 RBR06 65 JZ BDTIC 30W 12V SMPS e va l uat ion boar d wit h I CE3RB R0665J Z , other persons may be endangered. www.BDTIC.com/infineon 30W 12V SMPS evaluation board with , -3RBR0665JZ 3 www.BDTIC.com/infineon V1.0, 2014-07-22 30W 12V SMPS evaluation board with ICE3RBR0665JZ , 12V SMPS evaluation board with ICE3RBR0665JZ Table of Contents Revision History , 30W 12V SMPS evaluation board with ICE3RBR0665JZ 11.6 11.7 11.8 11.9 11.10 11.11 11.12


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PDF RBR06 R0665J R0665JZ ICE3RBR0665JZ DSO-16/12) AN-EVAL-3RBR0665JZ 691102710002 4 pin optocoupler 12v INFINEON application note
12v DC SMPS

Abstract: 12V 2A SMPS circuit diagram AD DC SMPS MAX717 MAX713 equivalent forward smps 12v 2n2955 Power Transistor PNP SMPS 12V, 5V voltage regulator transistor 2N2955 equivalent 12V SMPS
Text: SMPS IN 3.3V MODE, AUX SMPS IN 12V MODE \ \ -2 0 C +85 C : 600 +85' C -20 CIRCUIT OF FIG , linear regulator is powered up, SHDN is overridden. 12V SMPS On/Off Control Input enables the auxiliary (5V/ 12V ) SMPS when high. Selects the main output voltage setting; 5V when low. Detects presence of a , regulation by 6% or more. Feedback Input for the auxiliary (+ 12V ) SMPS Current-Sense Input for the + 12V SMPS controller. 200mV corresponds with the maximum current-limit threshold. Driver for the + 12V SMPS N-Channel


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PDF X717-M MAX717-MAX721 100nF, 200mA. 12v DC SMPS 12V 2A SMPS circuit diagram AD DC SMPS MAX717 MAX713 equivalent forward smps 12v 2n2955 Power Transistor PNP SMPS 12V, 5V voltage regulator transistor 2N2955 equivalent 12V SMPS
1995 - SMPS CIRCUIT DIAGRAM 12v 5v

Abstract: smps 12v circuit diagram of high power smps 12v 1 amps 12v 1a smps circuit diagram pc smps circuit diagram smps 12 volt SMPS 30v smps 12v 1a mosfet 4 pin SMPS CIRCUIT DIAGRAM 12v 5v marcon capacitor
Text: 1200 12V AUXILIARY SMPS ONA = HIGH SHDN = HIGH 1000 800 600 5V MAIN SMPS ONA = LOW SHDN = , (µA) 8 7 EFFICIENCY vs. LOAD CURRENT ( 12V AUXILIARY SMPS ) -20 20 0 40 60 80 , ) QUIESCENT INPUT CURRENT vs. INPUT VOLTAGE ( 12V AUXILIARY SMPS ) QUIESCENT INPUT CURRENT vs. INPUT , CURRENT ( 12V AUXILIARY SMPS ) LOAD REGULATION vs. LOAD CURRENT (5V MAIN SMPS ) 100 10 5V MAIN , VOLTAGE 35 30 25 20 15 600 5V MAIN SMPS 500 400 300 12V AUXILIARY SMPS 200 10


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PDF MAX624C/D MAX624ISE 785mm) 159mm) SMPS CIRCUIT DIAGRAM 12v 5v smps 12v circuit diagram of high power smps 12v 1 amps 12v 1a smps circuit diagram pc smps circuit diagram smps 12 volt SMPS 30v smps 12v 1a mosfet 4 pin SMPS CIRCUIT DIAGRAM 12v 5v marcon capacitor
smps

Abstract: No abstract text available
Text: ( 12V A U XILIA R Y SMPS ) -4 0 -2 0 0 20 40 60 80 10 0 -4 0 -2 0 0 , SMPS ) QUIESCENT INPUT CURRENT vs. INPUT V OLTAGE ( 12V A U XILIAR Y SMPS ) QUIESCENT INPUT CURRENT , REGULATION vs. LOAD CURRENT ( 12V AU XILIAR Y SMPS ) LOAD REGULATION vs. LOAD CURRENT (5V MAIN SMPS ) 0 L , AVEFORM S ( 12V AU XILIAR Y SMPS ) (V|N = 3.3V, I l o a d = t 2mA, S H D N = HIGH) START-UP W AVEFORM S (5V M AIN SMPS ) (Vin = 3.3V, I l o a d = 0A. O N A = LOW ) 100|js/div A : O N A (5V/div) B: 12V A


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PDF MAX624 100kHz smps
2006 - 24V 10A SMPS

Abstract: smps 12v B030A 24v 5a smps SMPS Controller 6TPB150ML computer smps circuit MAX1533 MAX1533A MAX1533AETJ
Text: . ELECTRICAL CHARACTERISTICS (Circuit of Figure 1, VIN = 12V , both SMPS enabled, VCC = 5V, FSEL = REF, SKIP = , (Circuit of Figure 1, VIN = 12V , both SMPS enabled, VCC = 5V, FSEL = REF, SKIP = GND, VILIM_ = VLDO5, VINA , (continued) (Circuit of Figure 1, VIN = 12V , both SMPS enabled, VCC = 5V, FSEL = REF, SKIP = GND, VILIM_ = , Computers (Circuit of Figure 1, VIN = 12V , both SMPS enabled, VCC = 5V, FSEL = REF, SKIP = GND, VILIM_ = , (continued) (Circuit of Figure 1, VIN = 12V , both SMPS enabled, VCC = 5V, FSEL = REF, SKIP = GND, VILIM_ =


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PDF MAX1533A/MAX1537A MAX1533A/MAX1537A 24V 10A SMPS smps 12v B030A 24v 5a smps SMPS Controller 6TPB150ML computer smps circuit MAX1533 MAX1533A MAX1533AETJ
12V 2A SMPS circuit diagram

Abstract: American Zettler AZ845-12 AZ845-12 computer smps circuit diagram 12 volt smps Circuit diagram 12v 1a smps circuit diagram 1n4001 equivalent 2N2955 equivalent motorola 1N4148 2N2955
Text: overridden. 2 2 2 120N 12V SMPS On/Off Control Input enables the auxiliary (5V/ 12V ) SMPS when high. 3 3 3 , FB12 Feedback Input for the auxiliary (+ 12V ) SMPS 11 11 11 CS12 Current-Sense Input for the + 12V SMPS , All devices include an identical 5V-/ 12V -selectable auxiliary SMPS , a linear regulator, a precision , )661-6322 MOSFET Soloctlon The 12V SMPS MOSFET (Q1) must be a logic-level N-channel type with no more than , the main SMPS 's output voltage. If the main SMPS is set at 3V or 3.3V, the 12V SMPS may not start


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PDF MAX717-MAX721 MAX721ESE MAX718EVKIT-SO MAX717MAX71MMX7M0NLY. MAX717MAX780MAX721 MAX717. 12V 2A SMPS circuit diagram American Zettler AZ845-12 AZ845-12 computer smps circuit diagram 12 volt smps Circuit diagram 12v 1a smps circuit diagram 1n4001 equivalent 2N2955 equivalent motorola 1N4148 2N2955
2006 - Not Available

Abstract: No abstract text available
Text: . ELECTRICAL CHARACTERISTICS (Circuit of Figure 1, VIN = 12V , both SMPS enabled, VCC = 5V, FSEL = REF, SKIP = , , both SMPS enabled, VCC = 5V, FSEL = REF, SKIP = GND, VILIM_ = VLDO5, VINA = 15V, VLDOA = 12V , ILDO5 = , (continued) (Circuit of Figure 1, VIN = 12V , both SMPS enabled, VCC = 5V, FSEL = REF, SKIP = GND, VILIM_ = , Computers (Circuit of Figure 1, VIN = 12V , both SMPS enabled, VCC = 5V, FSEL = REF, SKIP = GND, VILIM_ = , (continued) (Circuit of Figure 1, VIN = 12V , both SMPS enabled, VCC = 5V, FSEL = REF, SKIP = GND, VILIM_ =


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PDF 100mA 150mA MAX1537A 200kHz/300kHz/500kHz MAX1533A/MAX1537A
2006 - 4TPB220ML

Abstract: MAX1533 diode T132 MAX1537A MAX1533AETJ MAX1533A B030A 6TPB150ML smps 12v 24V 10A SMPS
Text: . ELECTRICAL CHARACTERISTICS (Circuit of Figure 1, VIN = 12V , both SMPS enabled, VCC = 5V, FSEL = REF, SKIP = , (Circuit of Figure 1, VIN = 12V , both SMPS enabled, VCC = 5V, FSEL = REF, SKIP = GND, VILIM_ = VLDO5, VINA , (continued) (Circuit of Figure 1, VIN = 12V , both SMPS enabled, VCC = 5V, FSEL = REF, SKIP = GND, VILIM_ = , Computers (Circuit of Figure 1, VIN = 12V , both SMPS enabled, VCC = 5V, FSEL = REF, SKIP = GND, VILIM_ = , (continued) (Circuit of Figure 1, VIN = 12V , both SMPS enabled, VCC = 5V, FSEL = REF, SKIP = GND, VILIM_ =


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PDF 100mA 150mA MAX1537A 200kHz/300kHz/500kHz MAX1533A/MAX1537A 4TPB220ML MAX1533 diode T132 MAX1533AETJ MAX1533A B030A 6TPB150ML smps 12v 24V 10A SMPS
2006 - B030A

Abstract: No abstract text available
Text: . ELECTRICAL CHARACTERISTICS (Circuit of Figure 1, VIN = 12V , both SMPS enabled, VCC = 5V, FSEL = REF, SKIP = , CHARACTERISTICS (continued) (Circuit of Figure 1, VIN = 12V , both SMPS enabled, VCC = 5V, FSEL = REF, SKIP = GND , /MAX1537A ELECTRICAL CHARACTERISTICS (continued) (Circuit of Figure 1, VIN = 12V , both SMPS enabled, VCC = , CHARACTERISTICS (continued) (Circuit of Figure 1, VIN = 12V , both SMPS enabled, VCC = 5V, FSEL = REF, SKIP = GND , /MAX1537A ELECTRICAL CHARACTERISTICS (continued) (Circuit of Figure 1, VIN = 12V , both SMPS enabled, VCC =


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PDF MAX1533A/MAX1537A 21-0140K T3255 MAX1533AETJ+ MAX1533AETJ B030A
2009 - CMSH3-40

Abstract: No abstract text available
Text: (VOUT = 1.2V ) CORE SMPS 2-PHASE EFFICIENCY vs. LOAD CURRENT (VOUT = 1.2V ) MAX17080 toc03 CORE SMPS 1-PHASE EFFICIENCY vs. LOAD CURRENT (VOUT = 1.2V ) 1.200 SKIP MODE AND PWM MODE 1.195 7V , ) 27 CORE SMPS OUTPUT VOLTAGE DISTRIBUTION VID = 1.2V SAMPLE PERCENTAGE (%) VOUT = 1.2V 29 , toc13 NB SMPS OUTPUT VOLTAGE DISTRIBUTION VID = 1.2V SAMPLE PERCENTAGE (%) MAX17080 AMD 2 , 12V , VDD = VCC = 5V, VDDIO = 2.5V, TA = +25°C, unless otherwise noted.) CORE SMPS 2


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PDF MAX17080 MAX17080 CMSH3-40
2009 - max17480G

Abstract: MAX17480 CMSH3-40 SI7336ADP SI7634DP smps mosfet single transistor forward 13.5v
Text: (VOUT = 1.2V ) CORE SMPS 2-PHASE EFFICIENCY vs. LOAD CURRENT (VOUT = 1.2V ) MAX17480 toc03 CORE SMPS 1-PHASE EFFICIENCY vs. LOAD CURRENT (VOUT = 1.2V ) 1.200 SKIP MODE AND PWM MODE 1.195 7V , SUPPLY CURRENT (mA) 27 CORE SMPS VID = 1.2V OUTPUT VOLTAGE DISTRIBUTION SAMPLE PERCENTAGE (% , VIN = 12V VBOOT = 1V VSVID = 1.2V ILOAD1 = 3A ILOAD2 = 3A ILOAD3 = 0.5A CORE SMPS 1 , 12V , VDD = VCC = 5V, VDDIO = 2.5V, TA = +25°C, unless otherwise noted.) CORE SMPS 2


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PDF MAX17480 MAX17480 ILIM12 max17480G CMSH3-40 SI7336ADP SI7634DP smps mosfet single transistor forward 13.5v
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