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Part Manufacturer Description PDF & SAMPLES
ISL91117IIAZ-T Intersil Corporation High Efficiency Synchronous Boost Converter with 4.2A Switches and Output Disconnect; WLCSP20; Temp Range: -40° to 85°C
ISL91117IIAZ-T7A Intersil Corporation High Efficiency Synchronous Boost Converter with 4.2A Switches and Output Disconnect; WLCSP20; Temp Range: -40° to 85°C
ISL9113ER7Z-T Intersil Corporation Low Input Voltage and High Efficiency Synchronous Boost Converter with 1.3A Switch; DFN8, WLCSP6; Temp Range: -25° to 85°C
ISL9113AIRAZ-T Intersil Corporation Low Input Voltage and High Efficiency Synchronous Boost Converter with 1.3A Switch; DFN8; Temp Range: -40° to 85°C
ISL9113EI9Z-T Intersil Corporation Low Input Voltage and High Efficiency Synchronous Boost Converter with 1.3A Switch; DFN8, WLCSP6; Temp Range: -25° to 85°C
ISL9113EIAZ-T Intersil Corporation Low Input Voltage and High Efficiency Synchronous Boost Converter with 1.3A Switch; DFN8, WLCSP6; Temp Range: -25° to 85°C

"boost converter" and 1996

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: Jun 1996 TDA 4814 The TDA 4814 A contains all functions for designing electronic ballasts and , operation at input voltages between 90 V and 270 V. Version 2.0 15 1 Jun 1996 TDA 4814 , Datasheet, V2.0, 1 Jun 1996 PFC-DCM TDA4814 Power Factor Controller IC for Higher Power Factor and Active Harmonic Filter Power Management & Supply N e v e r s t o p t h i n k i n , (major changes since last revision) For questions on technology, delivery and prices please contact Infineon Technologies
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active harmonic filter ic 4814 4814 Q67000-A8163 TDA-4814 D-81541
Abstract: previous designs by combining low quiescent current with high efficiency, and by eliminating diode drop , 125°C TEST CIRCUIT ©1996 SEMTECH CORP. 652 MITCHELL ROAD NEWBURY PARK CA 91320 SEMT , negative supply from an available positive supply and without the need of any external diodes. The LV pin , Battery Splitter A common need in many systems is to obtain (+) and (-) supplies from a single battery or , solution. ©1996 SEMTECH CORP. 652 MITCHELL ROAD NEWBURY PARK CA 91320 CH SWITCHED-CAPACITOR -
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SC1660 SC1660-XX RS-232 SC1660CN SC1660CS
Abstract: IC conditions. Figure 25 shows start-up time and voltage of capacitor C1. Copyright © 1996 Rev , audible frequency and cause inductor humming. In fact, Figure 32 (next page) shows Copyright © 1996 , (resistor dividers), and ±0.25% (E.A. input bias current). 19 PRODUCT DATABOOK 1996/1997 LX1562 , been added to prevent no load runaway conditions. And finally, output drive clamps limiting power , large current gaps from appearing thereby minimizing distortion and enhancing power factor correction Microsemi
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1N4935 1rf730 mosfet 1RF730 220v 300w ac regulator circuit 300w 12V 230V Inverter irf840 pwm ac sine inverter IN4007 silicon diode LX1562/1563 26AWG 90-265VAC 400VDC PQ2625/H7C1 IRF840
Abstract: IC conditions. Figure 25 shows start-up time and voltage of capacitor C1. Copyright © 1996 Rev , audible frequency and cause inductor humming. In fact, Figure 32 (next page) shows Copyright © 1996 , (resistor dividers), and ±0.25% (E.A. input bias current). 19 PRODUCT DATABOOK 1996/1997 LX1562 , clamping of the error amplifier and multiplier outputs improves turn on overshoot characteristics and , added to prevent no load runaway conditions. And finally, output drive clamps limiting power MOSFET Linfinity Microelectronics
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220v ac to 3.7v dc converter pq2625 regulator input 220V output 12V DC 3A ELECTRONIC BALLAST 300W circuit diagram TRANSISTOR mosfet IRF840 BALLAST controller 8pin SG3561A 22AWG 1N4148 1N4004 IN4007 MR856
Abstract: Preregulator 5 SLUA146A - May 1996 - Revised April 2004 2 Control Circuit Operation and Design , Factor Preregulator 21 SLUA146A - May 1996 - Revised April 2004 4.3.3 ZVT Switch and , , and EMI. 22 UC3855A/B High Performance Power Factor Preregulator SLUA146A - May 1996 - , Application Report SLUA146A - May 1996 - Revised April 2004 UC3855A/B High Performance Power , these resonant techniques increase the semiconductor current and/or voltage stress, leading to larger Texas Instruments
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500w audio amplifier circuit diagram zvt boost converter high power FERRITE TRANSFORMER ZVT 440 uc3855 Application Note SATURABLE CORE
Abstract: the rated current at a junction temperature TJ of 25 °C and a gate-emitter Components XXXI (1996) No , types BUP 401 (600 V) and BUP 314 (120 V) with optimized Components XXXI (1996) No. 4 APPLICATIONS , above 20 kHz. This has been demonstrated in tests comparing them with MOSFETs and standard IGBTs , converters for welding equipment, and uninterruptible power supplies (UPS). They are available in TO-220 and TO-218 packages for reverse voltages of 600, 1000, and 1200 V. High-speed IGBTs for reverse Siemens
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BUP410 BUP410S BUP401 BUZ334 BUP307 BUP314 igbt types BUZ MOSFET BUP401S
Abstract: optimal performance for applications with light output loading and low input volt ages. Efficiency beyond , switching rate results in a small er magnetic component, capacitor size, and output voltage ripple. The , like pagers, electronic cameras and wireless microphones. TYPICAL APPLICATION SC1636 SC1636 , ©1996 SEMTECH CORP. 652 MITCHELL ROAD NEWBURY PARK CA 91320 3-PIN ONE-CELL STEP-UP DC-DC , Leakage" ma ©1996 SEMTECH CORP. 652 MITCHELL ROAD NEWBURY PARK CA 91320 41 3-PIN ONE-CELL -
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2 SC 1636 SC1636-XXX SC1636-3 SC1637 SB02-03C
Abstract: , inductorless DC/DC converters, DC power management and off-line power conversion are also pre- The 1996 , high performance microprocessors using switching and linear approaches. For a free copy of the 1996 , LinearTechnologyChronicle A Showcase of Linear Technology's Focus Products April 1996 Product of the Month Multiple Output Power Supply ICs for Portable Computers Have Wide Input Range and Constant Switching Frequency The LTC ®1438 and LTC1439 high efficiency power conversion ICs offer the Linear Technology
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MBRS140 MTD20N03HL ctx10-4 200uF, 10V transistor digital 47k 22k 500ma 100ma MBRS340T3 FZT849 LT1304 LT1373 1N5819 LT1510
Abstract: LinearTechnologyChronicle A Showcase of Linear Technology's Focus Products August 1996 , Circuits The LT ®1307 combines small packaging and high frequency operation to provide the world , . Fixed 600kHz frequency operation allows the use of very small and inexpensive L1 10uH C1 1uF , , formerly required for this function. Inductor size and cost is also reduced by using standard 10uH surface mountable devices. These small components and the 600kHz fixed switching frequency make the Linear Technology
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LT1307 3000w inverter circuit diagram 3000w dc to ac inverter Circuit diagram LT1069 D01608C-103 power amplifier 3000w diagram transformer buses LT1508/LT1509 LT1508 1-800-4-LINEAR
Abstract: line power converters. Although the IC is the inductor current and maintains discontinuous optimized , temperature range of -25°C to +85°C. stage, a current sense comparator and a totem MICRO-POWER START-UP , COMPENSATION REQUIRED AVAILABLE IN 8 & 14-PIN PLASTIC DIP AND 8-PIN SOIC PACKAGE SEE LX1562/1563 FOR NEW , PRODUCT DATABOOK 1996/1997 SG3561A POWER FACTOR CONTROLLER NOT RECOMMENDED FOR NEW DESIGNS A B S O L , . ±10mA Error Amp, Multiplier, and Comparator Input Voltages . -0.3V Microsemi
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PQ2620 ilpi -115 tdk h7c1 ilpi 031 pn junction DIODE 1N4007 Electronic ballast 80W 1N4007 IRFBE42 432VDC PQ2620/H7C1 F/600V
Abstract: external R/C filter network. Internal clamping of the error amplifier and multiplier outputs improves turn on overshoot characteristics and current limiting. Special circuitry has also been added to prevent no load runaway conditions. And finally, output drive clamps limiting power MOSFET gate drive , minimizing distortion and enhancing power factor correction. PRODUCT HIGHLIGHT Typical Application of the , This Material Copyrighted By Its Respective Manufacturer PRODUCT OATABOOK 1996/199 -
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IN4007 silicon diode data sheet transformer 220V to 12V 500mA Y2W zener BALLAST 300W circuit diagram zener diode y2w IN4007 mic 62T450 24AWG QXF2J224KRPT 47HF/630V 22HF/35V F/50V
Abstract: of low-voltage dc-to-dc converters have two main concerns: reducing size and reducing losses. As a , on-resistance. But the results have not been optimal for dc-to-dc conversion designs, since gate charge and , . The result is reduced gate drive and crossover losses, allowing designers of dc-to-dc converters to simultaneously reduce the design footprint and increase efficiency. rDS(on) Ciss Source FIGURE 1 , voltage, and the rDS(on) of the MOSFET. This model can then be used to compare the efficiency of designs Vishay Siliconix
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AN805 LS4148 Si6542DQ Si6552DQ Si6801DQ Si9160
Abstract: Design Note 33 Issue 1 April 1996 Isolating High Side Switch for Thermal Printer SMPS R1 L1 +12V d.c 60uH 68R 2.5W L2 D1 1N5821 Vin Vsw Q1 ZTX 949 +24V d.c , , a direct path is available through the boost inductor L1 and the Schottky diode D1. The low VCE(sat) of the ZTX949 (rated at a BVCEO of 30V, a continuous collector current of 4.5A and a pulsed , parts do not permit cost and space effective designs. DN33 - 1 Zetex Semiconductors Zetex Semiconductors
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LT1170 ZTX107 24v 2a smps LT1170 boost converter 12v dc 24V 20A SMPS ZTX107 transistor 24v 5a smps
Abstract: and Steve Sandler. Intusoft Inc. HFPC Power Conversion, September 1996 Proceedings. Jerry Fennel , low-voltage dc-to-dc converters have two main concerns: reducing size and reducing losses. As a way of , the results have not been optimal for dc-to-dc conversion designs, since gate charge and switching , result is reduced gate drive and crossover losses, allowing designers of dc-to-dc converters to simultaneously reduce the design footprint and increase efficiency. rDS(on) Source Figure 1. Generic Temic Semiconductors
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6542 si9145 siliconix an805
Abstract: input voltage and load current. A similar idea appeared in the August 15, 1996 issue of EDN. Related , controllers, converters, convertors, solar cell power Aug 15, 1996 APPLICATION NOTE 1029 Supply , DC-DC converter and MAX1771 boost controller are used to start up and provide 5V rail under full load and as low as 0.8V input voltage. Applications powered by solar cells often require a +5V power , two-step approach (Figure 1) enables the system to start up and produce the 5V rail under full load Maxim Integrated Products
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MAX866 AN1029 APP1029 application note 1029 dc converter solar MAX1771 equivalent
Abstract: and Steve Sandler. Intusoft Inc. HFPC Power Conversion, September 1996 Proceedings. Jerry Fennel , low-voltage dc-to-dc converters have two main concerns: reducing size and reducing losses. As a way of , the results have not been optimal for dc-to-dc conversion designs, since gate charge and switching , result is reduced gate drive and crossover losses, allowing designers of dc-to-dc converters to simultaneously reduce the design footprint and increase efficiency. rDS(on) Source Figure 1. Generic Temic Semiconductors
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80 Hz crossover N-channel Power MOSFET MOSFET SWITCHING FREQUENCY parallel mosfet single HIGH SPEED POWER MOSFET Cross Reference power MOSFET
Abstract: and load current. A similar idea appeared in the August 15, 1996 issue of EDN. Application Note , controllers, converters, convertors, solar cell power Aug 15, 1996 APPLICATION NOTE 1029 Supply , DC-DC converter and MAX1771 boost controller are used to start up and provide 5V rail under full load and as low as 0.8V input voltage. Applications powered by solar cells often require a +5V power , two-step approach (Figure 1) enables the system to start up and produce the 5V rail under full load Maxim Integrated Products
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solar controller solar converter
Abstract: 1996 3 The 1996 Data Conversion Solutions brochure has just been published and is now , and what formulas to use. Vendor LINEAR TECHNOLOGY CORPORATION 1996 DATA CONVERSION SOLUTIONS , LinearTechnologyChronicle A Showcase of Linear Technology's Focus Products September 1996 , /LTC1598L are 8-channel multiplexed 12-bit micropower ADCs for single 5V and 3V supply applications. The , . Each has an 8-channel high impedance input and are packaged in a 24-pin SSOP. Maximum differential Linear Technology
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LTC1598 LTC1598L LT107X LT127X CD73 load cell interface WITH ADC LT1500 LT1501 75LSB 1598/LTC1598L LTC1598/LTC1598L 12-BIT
Abstract: . offers a wide range of inductor values and sizes to accomodate varying power level February, 1996 TOKO , . The output voltage is laser-trimmed to 3.0 V. An internal detector monitors the output voltage and , has been taken to achieve high reliability through the use of Oxide, Nitride passivation and an , decision is made just before the start of each cycle and is based on comparing the output voltage to an , . The average duty ratio is effectively modulated by the "bursting" and skipping of pulses which can TOKO
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TK65015 TOKO VARIABLE INDUCTOR 3df s 45 LL103A TK65015M TOKO INDUCTORS 5CA IC-137-TK65015
Abstract: output voltage is laser-trimmed to 3.0 V. An internal detector monitors the output voltage and provides , . Special care has been taken to achieve high reliability through the use of Oxide, Nitride passivation and , period. The decision is made just before the start of each cycle and is based on comparing the output , and skipping of pulses which can be seen at the IND pin of the IC. The TK65015 provides the power switch and the control circuit for a boost converter. The converter takes a DC input (typically a -
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MARKING CODE AV0A
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