99279 Search Results

18mv

Contextual Info: G FEATURINperature Range July 2000 Tem ommercial Extended C 70˚C to C 0˚ -2 ment dheld Equip an H e bl ta or for P ML4863 High Efficiency Flyback Controller GENERAL DESCRIPTION FEATURES The ML4863 is a flyback controller designed for use in multi-cell battery powered systems such as PDAs and

an8411

Abstract: flyback transformer for Lt1308 an8499 12v battery charger lm317 automatic notebook Universal LCD inverter 12v-20v 6v battery charger lm317 automatic sot-23 fet smd code 12w LTC1373 universal laptop schematic power supply 19v circuit diagram schematic diagram 48V solar charge controller
Contextual Info: Application Note 84 April 2000 Linear Technology Magazine Circuit Collection, Volume IV Power Products Richard Markell, Editor INTRODUCTION Application Note 84 is the fourth in a series that excerpts useful circuits from Linear Technology magazine to preserve them for posterity. This application note highlights

24V 20A SIEMENS battery charger

Abstract: 48v to 24v buck an5435 an5430 an5424 AN5437 application note 54 ltc1149 LT1149 UPL1C222MRH SMP40P06
Contextual Info: Application Note 54 March 1993 Power Conversion from Milliamps to Amps at Ultra-High Efficiency Up to 95% Dimitry Goder Randy Flatness INTRODUCTION High efficiency is frequently the main goal for power supplies in portable computers and hand-held equipment.

Contextual Info: LTC3704 Wide Input Range, No RSENSETM Positive-to-Negative DC/DC Controller FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ U ■ DESCRIPTIO High Efficiency Operation No Sense Resistor Required Wide Input Voltage Range: 2.5V to 36V Current Mode Control Provides Excellent Transient

MBR0502l

Abstract: step down transformer 30v schematic MAX797 13.5v 200mA smps step down transformer 200mA MAX796 MAX796CPE MAX796CSE MAX796EPE MAX796ESE
Contextual Info: 19-0221; Rev 4; 9/05 KIT ATION EVALU E L B AVAILA Step-Down Controllers with Synchronous Rectifier for CPU Power The MAX796/MAX797/MAX799 high-performance, stepdown DC-DC converters with single or dual outputs provide main CPU power in battery-powered systems.

98737

Abstract: BA 85d AE-20
Contextual Info: }z0x zAx -{xzy{y|y}y~ :/5+@ ;8-4/< -2+:+-</:3;<3-; @cX_[dj j[cf[hWjkh[ > > . / D_b[ Ke2> 84464487 D_b[ Ke2> C6977;4 OYh[m j[hc_dWb0 BGK hW_b cekdj_d]0 S_j^ \_d][h fhej[Yj_ed Z[l_Y[ NWj[Z lebjW][> NWj[Z Ykhh[dj > B_[b[Yjh_Y ijh[d]j^ c_d2 > N[jW_d[h > JWha[h >

48V 3A SMPS circuit diagram

Abstract: fly back transformer monitor i630
Contextual Info: 1 9-0480; R e v 2 ; t J V \Æ X A J V \ Multi-Output, Low-Noise Power-Supply Controllers for Notebook Computers Up to 96% efficiency is achieved through synchronous rectification and Maxim’s proprietary Idle Mode control scheme. Efficiency is greater than 80% over a 1000:1

GRM42-6X7R104K50V

Abstract: GRM42-6X7R103K50V 1n4148 diod 1n5819sm 4148 diod MAX786CAI
Contextual Info: 19-0160; Rev 1;5/94 V M X X iy M Dual-Output Power-Supply C ontroller for N otebook Com puters _ F e a tu re s ♦ Dual PWM Buck Controllers +3.3V and +5V High efficiency (95% at 2A; greater than 80% at loads from 5mA to 3A) is achieved through synchronous recti­

smps to motherboard wiring diagram

Abstract: intel 486SL TTI5870 BST-37 CTX03 ICL7665 MAX782 MAX782RCBX toroid ferrite smps inductor Charge Controller battery 2n4401 2n4403
Contextual Info: 19-0146; Rev 2; 5/94 it d nK atio nclude u l Eva tion I a form In Triple-Output Power-Supply Controller for Notebook Computers _Applications Notebook Computers Portable Data Terminals Communicating Computers Pen-Entry Systems ON3 µP

TTI5902

Abstract: DIODE d3s MAX783CBX 595D157X0010D2B MAX783 MAX782 MAX783RCBX DRIVERS high-speed power MOSFET 350KHZ
Contextual Info: 19-0045; Rev 1; 5/94 it d nK atio nclude u l a I Ev tion a form Triple-Output Power-Supply Controller for Notebook Computers In High efficiency 95% at 2A, greater than 80% at loads from 5mA to 3A is achieved through synchronous rectification and PWM operation at heavy loads, and Idle-ModeTM operation at light loads. The MAX783 uses physically small

Contextual Info: 19- 0305 ; Rev 2: 9/95 JVW YXAJSn 5 V I3 .3 V or A djustable, High-Efficiency, Low-Dropout, Step-Down DC-DC Controllers _ G e n e ra l D e s c rip tio n F e a tu re s ♦ More than 90% Efficiency 10mA to 1.5A Loads ♦ More than 12.5W Output Power

Contextual Info: 19-1075; R e v 0; 6 /9 6 jv \ / \ y a jv \ 5 V /3 .3 V or A djustable, 100% Duty-Cycle, High-Efficiency; Step-Down DC-DC Controllers Features ♦ Low Dropout Voltage These step-dow n controllers drive an external P-channel MOSFET, allowing design flexibility for a pplications

Si4840BDP

Abstract: LT3757IMSE 3757f LT3757EDD flyback sr 605 ac to dc flyback converter inductor sp MBRS340T3G sepic converter 550khz tms+3757
Contextual Info: LT3757 Boost, Flyback, SEPIC and Inverting Controller FEATURES DESCRIPTION n The LT 3757 is a wide input range, current mode, DC/DC controller which is capable of generating either positive or negative output voltages. It can be configured as either a boost, flyback, SEPIC or inverting converter. The LT3757

how mosfets connect parallel

Abstract: 1500uF CR16-221JM WRC0603-1622-F-P-LT sanyo 1500uF 6.3V capacitor DC202 IRF7801 LTC1649 LTC1649CS MBR0520LT1
Contextual Info: DEMO MANUAL DC202 LOW INPUT VOLTAGE SWITCHER LTC1649 ConstantFrequency Synchronous 15A DC/DC Converter DESCRIPTIO U Demonstration Circuit 202 is a constant-frequency, high efficiency regulator using the LTC1649 switching regulator. This controller is optimized for use with very low

MBR0502l

Abstract: MAX797 24v 5a smps MBR0502 step down transformer 30v schematic MAX796 MAX796CPE MAX796CSE MAX796EPE MAX796ESE
Contextual Info: 19-0221; Rev 4; 9/05 KIT ATION EVALU E L B AVAILA Step-Down Controllers with Synchronous Rectifier for CPU Power The MAX796/MAX797/MAX799 high-performance, stepdown DC-DC converters with single or dual outputs provide main CPU power in battery-powered systems.

zeta converter its applications

Abstract: for inductor for oscillator LTC1773 MSOP-10 Si9801DY Si9804DY D104C FDS6375 680uF 4v LR2512-01-R010-J
Contextual Info: DESIGN FEATURES Synchronous Buck Controller Extends Battery Life and Fits in a Small Footprint by Peter Guan Introduction Operation Portable electronic devices continue to decrease in size and their supply voltages are also falling, but load current requirements are increasing as a

ALLEN BRADLEY DIPS

Abstract: marcon capacitor 8020 SMA Allen Bradley POTENTIOMETERS LTC4400-1 RF2138 RF2140
Contextual Info: October 15, 2002 DC420A-A DEMO BOARD QUICK START GUIDE DESCRIPTION The DC420A-A contains the LTC4400-1 RF power controller chip and can be used to test the RF detector and controller characteristics. The LTC4400-1 is a power controller for fast turn-on RF power amplifiers. This demo board has been designed to demonstrate

CTX33-2

Abstract: 1E106ZY5U-C304F-T THCS50EIE106Z marcon capacitor ce marcon capacitor CR1206F3K83CT marcon CE capacitor 8.4v battery charger 2N7002 LT1510
Contextual Info: DEMO MANUAL DC086 BATTERY CHARGER DESCRIPTIO LT1510 Constant-Voltage/ Constant-Current Lithium-Ion Battery Charger U Demonstration board DC086 is a complete lithium-ion battery charger designed for 1-, 2- or 3-cell applications other rechargeable battery types can also be charged, see

LTC1628 power supply chip

Abstract: marcon capacitor marcon CE capacitor TAD 6108 EEFCD0J470R FDS8936A LTC1628 LTC1628CG MBRM140T3 LTC1628 design notes
Contextual Info: DEMO MANUAL DC265 DESIGN-READY SWITCHERS DESCRIPTIO LTC1628 2-Phase, Synchronous, 5V/3A–3.3V/3A 12V/200mA DC/DC Converter U This demonstration board provides 5V/3A, 3.3V/3A and 12V/200mA outputs using a low EMI, 2-phase, constant frequency, adjustable, dual switching regulator controller.

1RF7413

Abstract: MAX1630
Contextual Info: 1 9-0480; R ev 2 ; 12/96 _ G e n e r a l D e s c r i p t i o n The MAX1630-MAX1635 are buck-topology, step-down, switch-mode, power-supply controllers that generate logic-supply voltages in battery-powered systems. These high-performance, dual/triple-output devices include on­

Adjustable PC Power Supply Schematic Diagram

Abstract: MAX4332 MBRS130LT3 STPS2L25U 10BQ040 MAX1636 MAX1636CPUEVKIT JV3 diode THCR50E1E106ZT
Contextual Info: MAX1636 CPU Supply Evaluation Kit The MAX1636 CPU supply evaluation kit EV kit circuit is intended for converting high-voltage battery power into a low-voltage supply rail for next-generation notebook CPU cores. The output is digitally adjustable between 1.25V and 2V in 50mV increments. The input

LM385 1.25V zener

Abstract: LT1034 LT1004 LT1389 LT1634 LT1495
Contextual Info: LT1389 Nanopower Precision Shunt Voltage Reference U DESCRIPTION FEATURES • ■ ■ ■ ■ Initial Voltage Accuracy: 0.05% Low Operating Current: 800nA Low Drift: 10ppm/°C Max Less Than 1Ω Dynamic Impedance Available in 1.25V and 2.5V SO-8 Packages U

r075f

Abstract: lr201001r075f MAX770 MAX771 MAX772
Contextual Info: MAX770 Evaluation Kit _Features ♦ 5V or Adjustable Output Voltage The MAX770 EV kit comes with a MAX770CSA IC, but it can also evaluate the 12V-output MAX771 or 15V-output MAX772—simply order a free sample of the MAX771CSA or MAX772CSA to substitute for the

DALE R1F resistor

Abstract: DALE R1F resistor DALE R1F Lithium-ion battery diagram schematic max745eap
Contextual Info: 19-1182; Rev 2; 12/98 MAX745 Evaluation Kit The MAX745 evaluation kit EV kit is an assembled and tested PC board that implements a step-down, switching power supply designed for charging lithium-ion (LiIon) batteries. The output voltage can be set for one to