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    TOPSWITCH REFERENCE DESIGN BOARD Search Results

    TOPSWITCH REFERENCE DESIGN BOARD Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    10161239-101
    		Amphenol Communications Solutions The FCI Basics crimping hand tool is professionally designed for applications in the prototyping phase or small production quantities. The hand tool is designed for Amphenols Minitek Board-In 2.00/2.50mm Crimp-to-Wire product. Click on the Product Drawing to see all information related to the product. PDF
    10161239-001
    		Amphenol Communications Solutions The FCI Basics crimping hand tool is professionally designed for applications in the prototyping phase or small production quantities. The hand tool is designed for Amphenols Minitek Board-In 2.00/2.50mm Crimp-to-Wire product. Click on the Product Drawing to see all information related to the product. PDF
    10161238-001
    		Amphenol Communications Solutions The FCI Basics crimping hand tool is professionally designed for applications in the prototyping phase or small production quantities. The hand tool is designed for Amphenols Minitek Board-In 2.00/2.50mm Crimp-to-Wire product. Click on the Product Drawing to see all information related to the product. PDF
    10161238-101
    		Amphenol Communications Solutions The FCI Basics crimping hand tool is professionally designed for applications in the prototyping phase or small production quantities. The hand tool is designed for Amphenols Minitek Board-In 2.00/2.50mm Crimp-to-Wire product. Click on the Product Drawing to see all information related to the product. PDF
    TIPD144
    		Texas Instruments Comparator with Hysteresis Reference Design Visit Texas Instruments

    TOPSWITCH REFERENCE DESIGN BOARD Datasheets Context Search

    Catalog Datasheet Type Document Tags PDF

    NEC2501 Optocoupler

    Abstract: NEC2501 Optocoupler free TOP204Yai equivalent TOPSWITCH DN-8 PWR-TOP200YAI AN-16 topswitch TOPSWITCH DN-14 nec2501 TOPSWITCH DN-7 AN-14 topswitch
    Contextual Info: TOPSwitch Tips, Techniques, and Troubleshooting Guide Application Note AN-14 Answers to All Common TOPSwitch Technical Questions can be found in this application note, the TOPSwitch Data Sheets, the TOPSwitch Design Notes, and the TOPSwitch reference design/evaluation board documentation. The fastest


    Original     		an-14an-16nec2501 optocouplernec2501 optocoupler free+8top204yai equivalenttopswitch dn-8pwr-top200yaian-16 topswitchtopswitch dn-14nec2501topswitch dn-7an-14 topswitch PDF

    step down transformer 230 v to 12 v

    Abstract: TOP210PFI TOPSWITCH TOPSwitch II 1N4I48 step down transformer 230 v to 15 v BR360 T1RD2 FURUKAWA Wire BE-16-118CPH
    Contextual Info: RD2 TOPSwitch Reference Design Board POWER 85 to 132 VAC or 170 to 265 VAC Input, 8W 10W Peak Output INTEGRATIONS, INC. Product Highlights Low Cost Production Worthy Reference Design • Only 21 components! • Single sided board • Low cost thru-hole components


    OCR Scan     		pi-1740-010596step down transformer 230 v to 12 vtop210pfitopswitch+7topswitch ii1n4i48step down transformer 230 v to 15 vbr360t1rd2furukawa wirebe-16-118cph PDF

    PC40 EI25

    Abstract: EEL22 EI25 pc40 TDK Core EEL22 PC40 TOP224 RD5A EE22 core TOP224P core EEL22 transformer Nyleze
    Contextual Info: RD5 ® TOPSwitch-II Reference Design Board 85 to 265 VAC Input, 20W 30W Peak Output Product Highlights Low Cost Production Worthy Reference Design • Only 22 components! • Single sided board • Low cost thru-hole components • Fully assembled and tested


    Original     		pc40 ei25eel22ei25 pc40tdk core eel22 pc40+6top224rd5aee22 coretop224pcore eel22 transformernyleze PDF

    TOP223Y

    Abstract: EEL22 TOP223 TRANSFORMER DESIGN DATA DE7100F222MVA1 5053CX eel-22 TOP223 top223y characteristics step down transformer 230 v to 12 v electric diagram tl431n
    Contextual Info: RD6 ® TOPSwitch-II USB Reference Design Board 85 to 265 VAC Input, 15W Output Product Highlights Low Cost Production Worthy Reference Design • Complete self-powered USB power supply • Supports 4 ports and hub controller • Single sided board • Fully assembled and tested


    Original     		pi-2167-012098top223yeel22top223 transformer design data+7de7100f222mva15053cxeel-22top223top223y characteristicsstep down transformer 230 v to 12 v electric diagramtl431n PDF

    top223y

    Abstract: EEL22 PC40 EI25 EI25 pc40 5053CX 3.3V REGULATOR TOP223 top223y characteristics DE7100F222MVA1 EE22 core RPE110Z5U103M50V
    Contextual Info: RD6 ® TOPSwitch-II USB Reference Design Board 85 to 265 VAC Input, 15W Output Product Highlights Low Cost Production Worthy Reference Design • Complete self-powered USB power supply • Supports 4 ports and hub controller • Single sided board • Fully assembled and tested


    Original     		pi-2167-012098top223yeel22pc40 ei25+7ei25 pc405053cx3.3v regulator top223top223y characteristicsde7100f222mva1ee22 corerpe110z5u103m50v PDF

    tdk ee16 pc40 bobbin

    Abstract: bobbin BE-16 schematic diagram UPS 600 Power free BE-16-118CPH top210pfi TOP210 schematic T1RD2 tdk ee16 pc40 bobbin 9 pin TOP210 EE16 pc40
    Contextual Info: RD2 TOPSwitch ® Reference Design Board 85 to 132 VAC or 170 to 265 VAC Input, 8W 10W Peak Output Product Highlights Low Cost Production Worthy Reference Design • Only 21 components! • Single sided board • Low cost thru-hole components • Fully assembled and tested


    Original     		tdk ee16 pc40 bobbinbobbin be-16schematic diagram ups 600 power freebe-16-118cph+6top210pfitop210 schematict1rd2tdk ee16 pc40 bobbin 9 pintop210ee16 pc40 PDF

    EE16 transformer atx

    Abstract: optocoupler atx power supply schematic TDK EEL16 PC40 TOP221P core EEL16 transformer 5043CX100R0J tdk ee16 pc40 bobbin ECEA1EGE101 core pc40 EE16 EEL16 transformer
    Contextual Info: RD7 ® TOPSwitch-II PC Standby Reference Design Board 90 to 375 VDC Input, 3.5 W Output Product Highlights Low Cost Production Worthy Reference Design • Up to 3.5 W of output power • Meets Blue Angel requirements 5 W • Single sided board • Low cost through-hole components


    Original     		pi-2271-062998ee16 transformer atxoptocoupler atx power supply schematictdk eel16 pc40+7top221pcore eel16 transformer5043cx100r0jtdk ee16 pc40 bobbinecea1ege101core pc40 ee16eel16 transformer PDF

    F222M

    Abstract: ST204A sec 102m se PE131R Nyleze ST204A reference TOPSWITCH ST204A TOPSwitch Reference Design board
    Contextual Info: ST204A TOPSwitch Reference Design Board POWER 85 to 265 VAC Input, 30W 60W Peak Output INTEGRATIONS, INC. Product Highlights Low Cost Production Worthy Reference Design • O n ly 26 co m p o n e n ts! • • S in g le sid ed bo ard L ow co st th ru -h o le c o m p o n e n ts


    OCR Scan     		st204af222msec 102m sepe131r+4nylezest204a referencetopswitch st204atopswitch reference design board PDF

    TOPSWITCH ST202A

    Abstract: ST202A EE22-Z 1N4148 ST-202A ST202A reference TOPSwitch Reference Design board PHILIPS BLY 94 sec 102m se
    Contextual Info: ST202A TOPSwitch Reference Design Board 85 to 265 VAC Input, 15W 30W Peak Output POWER INTEGRATIONS, INC Product Highlights Low Cost Production W orthy Reference Design • • O nly 22 co m p o n e n ts! S ing le sid ed b o ard • • L ow co st th ru -h o le co m p o n e n ts


    OCR Scan     		st202at28a01txxx-3t1202topswitch st202a+7ee22-z1n4148st-202ast202a referencetopswitch reference design boardphilips bly 94sec 102m se PDF

    YC2504

    Abstract: top266vg SNX-R1521 YC-2504 YC2504 SNX-R1521 MAR 751 MOSFET TRANSISTOR TOP266 TOPSWITCH 242 EKXG401ELL820MM25S TDK PC44
    Contextual Info: Title Reference Design Report for a 30 W Supply Using TOPSwitch -JX TOP266VG Specification 85 VAC – 264 VAC Input; 12 V, 2.5 A Output Application General Purpose Author Applications Engineering Department Document Number RDR-242 Date March 1, 2010 Revision


    Original     		op266vgrdr-242yc2504top266vg+8snx-r1521yc-2504yc2504 snx-r1521mar 751 mosfet transistortop266topswitch 242ekxg401ell820mm25stdk pc44 PDF

    nec2501

    Abstract: B26 ZENER DIODE NEC2501 Optocoupler NEC2501* Opto coupler SMPS 12V, 5V power integrations AN-16 topswitch topswitch flyback SMPS 12V power integrations ST204A zener Diode B19
    Contextual Info: ® TOPSwitch Flyback Design Methodology Application Note AN-16 Designing an off-line switching power supply involves many aspects of electrical engineering: analog and digital circuits, bipolar and MOS power device characteristics, magnetics, thermal considerations, safety requirements, control loop


    Original     		an-16nec2501b26 zener diodenec2501 optocoupler+7nec2501* opto couplersmps 12v, 5v power integrationsan-16 topswitchtopswitch flybacksmps 12v power integrationsst204azener diode b19 PDF

    transistor top222y

    Abstract: TOP224Y design examples TOP222G top223g TOP227 TRANSFORMER DESIGN DATA TOP227 TOP221-227 TOP222 5v top223 using top223 for pc power supply
    Contextual Info: TOP221-227 ® TOPSwitch-II Family Three-terminal Off-line PWM Switch Product Highlights • • • • • • • • • • Lowest cost, lowest component count switcher solution Cost competitive with linears above 5W Very low AC/DC losses – up to 90% efficiency


    Original     		op221-227pi-1951-091996transistor top222ytop224y design examples+8top222gtop223gtop227 transformer design datatop227top221-227top222 5vtop223using top223 for pc power supply PDF

    using top223 for pc power supply

    Abstract: TOP227 TRANSFORMER DESIGN DATA TOP227Y transformer design TOP223 TRANSFORMER DESIGN DATA transistor top222y TOP223 Reference Design Board TOP227Y TOPSWITCH buck TOP226 12V TOP221
    Contextual Info: TOP221-227 ® TOPSwitch-II Family Three-terminal Off-line PWM Switch Product Highlights • • • • • • • • • • Lowest cost, lowest component count switcher solution Cost competitive with linears above 5W Very low AC/DC losses – up to 90% efficiency


    Original     		op221-227pi-1951-091996using top223 for pc power supplytop227 transformer design data+8top227y transformer designtop223 transformer design datatransistor top222ytop223 reference design boardtop227ytopswitch bucktop226 12vtop221 PDF

    transistor top222y

    Abstract: TOP224Y design examples TOP222y SMD cq 603 transistor smd zener diode code 20w flyback 150W schematic diagram TOP221G OF TOP227 TOP224Y data TOP227
    Contextual Info: TOP221-227 T O P S w i t c h - I I Family Three-terminal Off-line PWM Switch POWER INTEGRATIONS, INC. Product Highlights Lowest cost, lowest component count switcher solution Cost competitive with linears above 5W Very low AC/DC losses - up to 90% efficiency


    OCR Scan     		op221-227witc08transistor top222ytop224y design examples+8top222ysmd cq 603 transistorsmd zener diode code 20wflyback 150w schematic diagramtop221gof top227top224y datatop227 PDF

    nec2501

    Abstract: NEC2501 Optocoupler IN5386B TOP202 in5386 TOP200 TOP203 top204 NEC2501 datasheet TOP214
    Contextual Info: TOP200-4/14 TOPSwitch® Family Three-terminal Off-line PWM Switch Product Highlights Low Cost Replacement for Discrete Switchers • 20 to 50 fewer components - cuts cost, increases reliability • Source-connected tab and Controlled MOSFET turn-on reduce EMI and EMI filter costs


    Original     		op200-4/14nec2501nec2501 optocouplerin5386b+7top202in5386top200top203top204nec2501 datasheettop214 PDF

    TOP223

    Abstract: TOP221-227 TOP222G transistor top222y TOP227 TOP226 top222y TOP221 TOP222P TOP227 TRANSFORMER DESIGN DATA
    Contextual Info: TOP221-227 ® TOPSwitch-II Family Three-terminal Off-line PWM Switch Product Highlights • • • • • • • • • • Lowest cost, lowest component count switcher solution Cost competitive with linears above 5W Very low AC/DC losses – up to 90% efficiency


    Original     		op221-227pi-1951-091996top223top221-227+8top222gtransistor top222ytop227top226top222ytop221top222ptop227 transformer design data PDF

    top221y

    Abstract: TOP224Y design examples TOP224 TOP223 application note TOP221 application note
    Contextual Info: TOP221-227 ® TOPSwitch-II Family Three-terminal Off-line PWM Switch Product Highlights • • • • • • • • • • Lowest cost, lowest component count switcher solution Cost competitive with linears above 5W Very low AC/DC losses – up to 90% efficiency


    Original     		op221-227pi-1951-091996top221ytop224y design examples+3top224top223 application notetop221 application note PDF

    TOP209P

    Abstract: top210pfi TOP210 TOP210 schematic schematic diagram UPS active power 600 schematic diagram offline UPS topswitch flyback MBR360 smd 7474 IC datasheets 1N4148
    Contextual Info: TOP209/210 ® TOPSwitch Family Three-terminal Off-line PWM Switch Product Highlights Cost Effective Switcher for Low Power Applications • Replaces linear power supplies • Replaces discrete switcher and 20 to 50 components – cuts cost, increases reliability


    Original     		op209/210top209ptop210pfitop210+7top210 schematicschematic diagram ups active power 600schematic diagram offline upstopswitch flybackmbr360 smd7474 ic datasheets1n4148 PDF

    PWR-TOP200

    Contextual Info: PWR-TOP200-4/14 TOPSwitch Family Three-terminal Off-line PWM Switch POWER INTEGRATIONS, INC Product Highlights Low Cost Replacement for Discrete Switchers • 20 to 50 fewer components - cuts cost, increases reliability • Source-connected tab and Controlled MOSFET turn-on


    OCR Scan     		pwr-top200-4/14po-017-041394pwr-top200 PDF

    top200y

    Abstract: TOP201 Transformer TOP202 top204 TOPSWITCH DN-16 ST204A reference
    Contextual Info: TOP200-4/14 TOPSwitch® Family Three-terminal Off-line PWM Switch Product Highlights Low Cost Replacement for Discrete Switchers • 20 to 50 fewer components - cuts cost, increases reliability • Source-connected tab and Controlled MOSFET turn-on reduce EMI and EMI filter costs


    Original     		op200-4/14top200ytop201 transformertop202+3top204topswitch dn-16st204a reference PDF

    Three-terminal Off-line PWM Switch

    Abstract: EST TL431 top200yai TOP214YAI TOP202 transistor top200yai top200y AN-14 topswitch top201yai TOP203YAI
    Contextual Info: T O P 2 0 0 - 4 / 1 4 TOPSwitch Family POWER Three-terminal Off-line PWM Switch INTEGRATIONS, INC. Product Highlights Low Cost Replacement for Discrete Switchers • 20 to 50 fewer components - cuts cost, increases reliability • Source-connected tab and Controlled MOSFET turn-on


    OCR Scan     		three-terminal off-line pwm switchest tl431top200yaitop214yai+6top202transistor top200yaitop200yan-14 topswitchtop201yaitop203yai PDF

    PWR-TOP200

    Abstract: TOP202 PWR-TOP200YAI RTOP200 tl 431 PWR-TOP204YAI C1194
    Contextual Info: PWR-TOP200-4/14 TOPSwitch Family POWER Three-terminal Off-line PWM Switch INTEGRATIONS, INC. Product Highlights Low Cost Replacement for Discrete Switchers • 20 to 50 fewer components - cuts cost, increases reliability • Source-connected tab and Controlled MOSFET turn-on


    OCR Scan     		pwr-top200-4/14pa190o-220i7-041394+7pwr-top200top202pwr-top200yairtop200tl 431pwr-top204yaic1194 PDF

    NEC2501

    Abstract: TOP225P TOP227P TOP225Y top225 TOP224Y design examples NEC2501 Optocoupler TOP227Y transformer design TOP223 TOP224
    Contextual Info: TOP221-227 ® TOPSwitch-II Family Three-terminal Off-line PWM Switch Product Highlights • • • • • • • • • • Lowest cost, lowest component count switcher solution Cost competitive with linears above 5W Very low AC/DC losses-up to 90% efficiency


    Original     		op221-227pi-1951-091996nec2501top225p+8top227ptop225ytop225top224y design examplesnec2501 optocouplertop227y transformer designtop223top224 PDF

    Three-terminal Off-line PWM Switch

    Abstract: schematic diagram offline UPS PI-2074-070897 TOP210 schematic TOP209P top209g PI-2045-052397 TOP210PFI TOP210 TOPSWITCH
    Contextual Info: TOP209/210 TOPSwitch® Family Three-terminal Off-line PWM Switch Product Highlights Cost Effective Switcher for Low Power Applications • Replaces linear power supplies • Replaces discrete switcher and 20 to 50 components – cuts cost, increases reliability


    Original     		op209/210three-terminal off-line pwm switchschematic diagram offline upspi-2074-070897+7top210 schematictop209ptop209gpi-2045-052397top210pfitop210topswitch PDF