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"DC-DC Converter" Datasheet

Part Manufacturer Description PDF Type
DC-DC Converters N/A DC-DC Converters Original

"DC-DC Converter"

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: . 4-31 2V-lnput, Regulated 5V-Output Charge-Pump Voltage Converter. 4-47 , . 4-59 3V/Adjustable, High-Efficiency, Low IQ, Step-Down DC-DC Converter. 4-47 100|iA Charge-Pump Voltage Converter -
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PWM 3V 5V NOTEBOOK Step-up 12V to 15V MAX831 MAX832 Step-up 12V PWM to voltage converter MAX1649 MAX1651 MAX1771 MAX603 MAX604 MAX613
Abstract: This application note explains how to configure the C8051F9xx's dc-dc converter in the one-cell mode to , performance due to the spurs generated by the dc-dc converter's switch frequency. 2. DC-DC Converter The C8051F9xx series MCU devices include an on-chip dc-dc converter allowing for operation from a single cell battery with a supply voltage as low as 0.9 V. The dc-dc converter uses a switching boost converter with , least 0.2 V lower than the output voltage. The dc-dc converter can supply the system with up to 65 mW Silicon Laboratories
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AN429 Si4431-A0 Si4431 one cell boost converter diagram of AC DC convertor DC/DC converter C8051F9
Abstract: a dc-dc buck converter and a given set of performance specifications, different control blocks and , finally validated with multiple test results from a prototype converter. 1 2 3 4 Contents , Digital Control Implementation for DC-DC Converter . 2 , Digital Control of DC-DC Converter . 2 DC-DC Converter Digital Control Loop Sampling Scheme . 3 DC-DC Converter Control Loop Texas Instruments
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C2000 PWM matlab Diode KD 514 adc matlab code adc matlab audio block diagram TMS320F280x SPRA902A TMS320F280
Abstract: actively control a power supply converter's output voltage can greatly enhance system performance and reliability. The converter may be an off-the shelf device or an on-board design consisting of a monolithic converter with associated circuitry. In both instances, the ADOC function dramatically improves voltage accuracy by implementing closed-loop active control of the converter's output voltage. ADOC is , the on-card converter (Figure 3). The ADOC TRIM pin is connected to the converter's Trim input. A Summit Microelectronics
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SMM105 SMM205 TDS3014 schematic diagram dc-dc AM503B SUPERLYNX summit Application Note 19 SMM105/205/605/665 SMM665/605
Abstract: Pages 2, 7 Editorial Opinion . . . Page 7 Optimum Solution for Notebook CPU Core DC/DC Converter . . , New Product nous rectifier isolated DC/DC converter applications. Selector Guide Page 10 The , low voltage DCDC converter applications. They are designed to replace 30V parts in Point-of-Load (POL , of the DC-DC converter. The efficiency plot to the right compares two chip sets-the one in red uses , typical two-phase PWM DCDC synchronous buck converter. The plot on the right shows the use of a Fairchild Semiconductor
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IGBT 60A spice model 1000V igbt dc to dc buck converter CAR IGNITION WITH IGBTS 10 kw schematic induction heating 1 kw schematic induction heating FQPF18N50
Abstract: ARM PrimeCellTM DC-DC Converter Interface (PL160) Technical Reference Manual ARM DDI 0147D ARM PrimeCellTM DC-DC Converter Interface (PL160) Technical Reference Manual © Copyright ARM Limited , PrimeCell DC-DC Converter Interface (PL160) and its reference documentation. It contains the following , This document is the technical reference manual for the ARM PrimeCell DC-DC Converter Interface (PL160 , Converter Interface and its features. Chapter 2 Functional Overview Read this chapter for a ARM
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PWM DC-DC ARM AMBA Peripheral Bus decoder
Abstract: BRICK FAMILY USER GUIDE Micro DC-DC Converter Evaluation Board Features , DC-DC Converter Evaluation Board Rev. 1.0 Page 1 Introduction Set Up The Micro , been optimized for user convenience. Refer to the appropriate DC-DC converter data sheet for , minimize stray source and load impedances in order to fully exercise the converter. Please refer to , Evaluation Board connections, high voltage input and output Micro DC-DC Converter Evaluation Board Rev -
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Vicor 29768 pcb design lab manual 29768 pr coupling transformer 29768 application of dc-dc converter dc-dc converter
Abstract: Rev.1.2_00 ULTRA-LOW VOLTAGE OPERATION CHARGE PUMP IC FOR STEP-UP DC-DC CONVERTER STARTUP S-882Z Series The S-882Z Series is a charge pump IC for step-up DC-DC converter startup, which differs from , stored in a startup capacitor, and it is discharged as the startup power of the step-up DC-DC converter , function is also provided, so that when the output voltage of the connected step-up DC-DC converter rises , smoothing capacitor value of the step-up DC-DC converter and the output voltage value. (Refer to Example of Seiko Instruments
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SOT-23-5 MARKING VF S-882Z18-M5T1G S-882Z20-M5T1G S-882Z22-M5T1G S-882Z24-
Abstract: DC-DC Converter Transformers < Step Up DC-DC Converter Transformers for Strobe > DC-DC Converter Transformers Step Up DC-DC Converter Transformers for Strobe OUTLINE / æ¦'要 小åž'ã , 0.2 PROVISIONAL 0.55 0.3 Max. 2.5 3.1 TPS65560 DC-DC Converter Transformers < Step Up DC-DC Converter Transformers for Strobe > These are coils for small size DSC strobe circuit , ™'æにつã"てはãå•åã›ä¸'さã"ã'' 47 DC-DC Converter Transformers < Step Up DC-DC Converter Transformers Sumida
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S1-0090 CLS4D23C A703-OAK-002 CMS5D28 S-1009-0016 CMS5D28E A801-SZK-001
Abstract: DC-DC Converter Transformer 0 Features l> Operating Switching Frequency Range : 10 ~ 500kHz , . > Multi-Output DC-DC Converter Transformer for low-Input Power supplies. > Available on tape and reel for , converter and other electronic eqipment. 0 Index of Part Number SD08AU5820-220 â'¢ â'¢ â'¢ â'¢ â'¢ â'¢ â'¢ ® Product code | S : SAMWHATECOM © Type D : DC-DC Converter Transformer (D Quantity of pins 06 , ) 4.7uH : 4R7 / 10uH:100 / 22uH:220 DC-DC Converter Transformer 0 Features > 5.6mm Max. heighs -
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high frequency step up transformer step down transformer 10 pin flyback transformer step down transformer 12 step down high frequency transformer flyback transformer pin SD08AU7856 SD08AU9756 SD08AU1158 SD08CS6933 SD08CS6937 SD08CS6945
Abstract: CHARGE PUMP IC FOR STEP-UP DC-DC CONVERTER STARTUP Rev.2.0_00 The S-882Z Series is a charge pump IC for step-up DC-DC converter startup, which differs from conventional charge pump ICs, in that it uses , is discharged as the startup power of the step-up DC-DC converter when the startup capacitor reaches , when the output voltage of the connected step-up DC-DC converter rises above a given value, the , on the output smoothing capacitor value of the step-up DC-DC converter and the output voltage value Seiko Instruments
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Abstract: DC-DC Converter UNIT KAW Series ( 30 W WIDE INPUT RANGE DC-DC CONVERTER ) FEATURES SIX-SIDE , Page: 1 / 6 Version: 4-Oct-02 DC-DC Converter UNIT KAW Series ( 30 W WIDE INPUT RANGE DC-DC CONVERTER ) SELECTION GUIDE 2:1 30W OUTPUT INPUT OUTPUT OUTPUT MODEL VOLTAGE VOLTAGE , VOLTAGE,FULL LOAD. www.Power-Systems.de Page: 2 / 6 Version: 4-Oct-02 DC-DC Converter UNIT KAW Series ( 30 W WIDE INPUT RANGE DC-DC CONVERTER ) SIMPLIFIED SCHEMATIC SINGLE OUTPUT +Vin Power Systems
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220KH
Abstract: , efficiency killer, dc-dc, converter circuits Apr 06, 2004 APPLICATION NOTE 3166 Source Resistance: The Efficiency Killer in DC-DC Converter Circuits Abstract: DC-DC converters, common in , power-conserving applications. Like a linear regulator, the DC-DC converter can regulate to a lower voltage. Unlike linear regulators, however, the DC-DC converter can boost an input voltage or invert it to create a negative voltage. As an added bonus, the DC-DC converter boasts efficiencies greater than 95 Maxim Integrated Products
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MAX1626 MAX1627 AN3166 MAX1653 MAX1710 MAX797 APP3166
Abstract: Rev.1.1_00 ULTRA-LOW VOLTAGE OPERATION CHARGE PUMP IC FOR STEP-UP DC-DC CONVERTER STARTUP S-882Z Series The S-882Z Series is a charge pump IC for step-up DC-DC converter startup, which differs from , stored in a startup capacitor, and it is discharged as the startup power of the step-up DC-DC converter , function is also provided, so that when the output voltage of the connected step-up DC-DC converter rises , smoothing capacitor value of the step-up DC-DC converter and the output voltage value. (Refer to Example of Seiko Instruments
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step-up RB551V-30 Step-up DC/DC Converter marking sot-23
Abstract: converter design, our DACs and automotive and UHP for beamers and projectors, as well as our latest , switching regulators provides compact and efficient solutions for all buck / boost DC-DC converter systems , converter range covers standard devices right up to highly integrated and dedicated conversion front-ends , MSPS for video, industrial and medical applications · TDA8752 and TDA8757A ­ front-end converter for , /A Converter D/A Converter D/A Converter D/A Converter D/A Converter D/A Converter D/A Philips Semiconductors
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LMC64821 smps LM339 lm339 pwm mosfet LM324 so14 philips uhp lamp driver tl431 sot23 A56611 TDA3664AT SA56612 SA56614 SSOP16 DIP14
Abstract: BRICK FAMILY USER GUIDE Maxi and Mini DC-DC Converter Evaluation Board Features , Mini DC-DC Converter Evaluation Board Rev. 1.0 Page 1 Introduction Set Up The Maxi and , converters and have been optimized for user convenience. Refer to the appropriate DC-DC converter data sheet , exercised to minimize stray source and load impedances in order to fully exercise the converter. Please , Connections, high voltage input and output Maxi and Mini DC-DC Converter Evaluation Board Rev. 1.0 -
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Abstract: configures the SMM766 registers to sequence the 6 DC-DC converters and monitors the DCDC converter output , the DC-DC converters. The waveforms in Figure 8 were generated using Channel 2 (3.3V DCDC converter , = 400mS Ch 1(1V/Div) = 3.3V (U2-Ch A) DC-DC converter output (Yellow trace) Ch 2 (1V/Div) = 1.2V (U2-Ch F) DC-DC converter output (Blue trace) Ch 3 (1V/Div) = 3.3V (U10-Ch A) DC-DC converter output (Purple trace) Ch 4 (1V/Div) = 1.2V (U10-Ch F) DC-DC converter output (Green trace) Ch 1(1V/Div) = Summit Microelectronics
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marking code C3 SMD ic marking code R38 SMD Transistor smd marking code j6 marking code R52 SMD Transistor marking code R51 SMD Transistor SMD MARKING CODE C72 SMM766EV SMM766EVAL
Abstract: DC-DC CONVERTER CC15-*S*-E , CC30-*S*-E SERIES TDK-Lambda Corporation DWG.No. TRSC , characteristics. PRODUCT NAME or MODEL,TITLE DC-DC Converter CC15-*S*-E , CC30-*S*-E Series TDK-Lambda , capacitor C2 , C3 , C4 Ceramic Capacitor PRODUCT NAME or MODEL,TITLE DC-DC Converter CC15-*S , or MODEL,TITLE DC-DC Converter CC15-*S*-E , CC30-*S*-E Series TDK-Lambda CORPORATION , 30.00 [MHz] PRODUCT NAME or MODEL,TITLE DC-DC Converter CC15-*S*-E , CC30-*S*-E Series TDK-Lambda
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ESHS10 KNW-407 ceramic capacitor, 2KV Kyoritsu BBA9106 knw407 TRSC-01765-1 CC30-2405S CC15-2405S CC15-2412S CC30-2412S CC15-4803S
Abstract: Converter DB3-F019 D GC3-2013 B DB3-I120 B D8 DC-DC Converter DB3-F020 C GC3-2013 B DB3-I121 A TK11819M D8 DC-DC Converter DB3-F021 GC3-2013 B DB3-G145 D TK11822M D22 DC-DC Converter DB3-G038 GC3-A007 A DB3-G059 B TK11823M D23 DC-DC Converter GC3-A007 A DB3-H140 A TK11830M D30 Pos-Neg DC-DC Converter GC3-3018 A TK11835M N5 Pos-Neg DC-DC Converter TK65025M M25 Toko Part # -
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TK11811M TK11812M TK11816M TK11817M TK11818M a007 converter TK65025 H140 f021 GC3-3005 DB3-J149 DB3-F018 DB3-I119
Abstract: converter. The wireless power system is constructed easily by combining with the TB6865FG which is a , â'¢ Maximum output current : Step-down DCDC converter . 1.2A 3.3V-LDO output (VDD33) . 60mA â'¢ Synchronous rectification step-down DCDC converter â'¢ â'¢ WPC v1.0.3 compliant , to GND. Status signal output terminal STAT=â'Lâ' : Step-down DCDC converter is on. STAT=â'Hâ' : Step-down DCDC converter is off. Monitor terminal for output voltage One third of VBAT input voltage is Toshiba
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TB6862WBG S-WFBGA39-0305-0 40A01
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