TOP210
Abstract: PM130-H1A TOP210 schematic SWITCHING REGULATOR CONTROL CIRCUIT FOR 500 kHz O PM130-H1 schematic diagram of PM130-H1A PM130-R1 flyback transformer pin configuration TOP221 Physical Transformer
Contextual Info: TABLE 1: ELECTRICAL SPECIFICATIONS AT 25 OC FIGURE 1: SCHEMATIC DIAGRAM SWITCHING TRANSFORMER DESIGNED FOR USE WITH POWER INTEGRATIONS PWR-TOP210PFI OR TOP221P REFER TO APPLICATION CIRCUITS OF FIGURE 4. PARAMETER MIN. PRIMARY INDUCTANCE 4-2 VOLTAGE = 0.250Vrms
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pwr-top210pfiop221p250vrms500vdc+15murs160t3op221op210mmbz5240blt1bas16wtop210pm130-h1atop210 schematicswitching regulator control circuit for 500 khz opm130-h1schematic diagram of pm130-h1apm130-r1flyback transformer pin configurationtop221physical transformer
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nec2501h
Abstract: PM130-H1 PM130-H1A s 816 VOLTAGE REGULATOR nec2501-h inductor 10uH 47-400Hz ee16 5 2 pin core ee16 transformer schematic E162344
Contextual Info: TABLE 1: ELECTRICAL SPECIFICATIONS AT 25 OC FIGURE 1: SCHEMATIC DIAGRAM SWITCHING TRANSFORMER DESIGNED FOR USE WITH POWER INTEGRATIONS PWR-TOP210PFI REFER TO APPLICATION CIRCUIT OF FIGURE 3 PARAMETER MIN. PRIMARY INDUCTANCE 2-1 VOLTAGE = 0.250Vrms FREQUENCY = 100 KHZ
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pwr-top210pfi250vrms22mhytsd-816+15vtp-0100110uhyuvs2g220mraurt2g220mra250vacnec2501hpm130-h1pm130-h1as 816 voltage regulatornec2501-hinductor 10uh47-400hzee16 5 2 pincore ee16 transformer schematice162344
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E16 CORE TRANSFORMER 6 pin
Abstract: E16 transformer PWR-TOP210 E16* transformer inductor 10uH PWR-TOP210PFI core ee16 transformer schematic E162344 PM130-H1A PM130-R1
Contextual Info: TABLE 1: ELECTRICAL SPECIFICATIONS AT 25 OC FIGURE 1: SCHEMATIC DIAGRAM SWITCHING TRANSFORMER DESIGNED FOR USE WITH POWER INTEGRATIONS PWR-TOP210PFI REFER TO APPLICATION CIRCUIT OF FIGURE 3 PARAMETER MIN. PRIMARY INDUCTANCE 2-1 VOLTAGE = 0.250Vrms FREQUENCY = 100 KHZ
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pwr-top210pfi250vrmsnec2501-hvtp-01001+131n5822250vactl431tsd-940e16 core transformer 6 pine16 transformerpwr-top210e16* transformerinductor 10uhcore ee16 transformer schematice162344pm130-h1apm130-r1
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PM130-R1
Abstract: PWR-TOP210 PM130-H1A PMCU-0330 EFD20 flyback transformer pin configuration 500 watt power circuit diagram flyback nec2501-h 385VDC transformer 14v op
Contextual Info: TABLE 1: ELECTRICAL SPECIFICATIONS AT 25 OC FIGURE 1: SCHEMATIC DIAGRAM SWITCHING TRANSFORMER DESIGNED FOR USE WITH POWER INTEGRATIONS PWR-TOP210PFI REFER TO APPLICATION CIRCUIT OF FIGURE 3 PARAMETER MIN. PRIMARY INDUCTANCE 2-1 VOLTAGE = 0.250Vrms FREQUENCY = 10 KHZ
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pwr-top210pfi250vrms265vacnec2501-h+13330uf1n4148vtp-01001mbr160pm130-r1pwr-top210pm130-h1apmcu-0330efd20flyback transformer pin configuration500 watt power circuit diagram flyback385vdctransformer 14v op
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MD-5 5VDC
Abstract: OPTO-coupler 816 PWR-TOP210 core ee16 transformer schematic Premier Magnetics opto-coupler 710 8 pin core EE16 transformer
Contextual Info: TABLE 1: ELECTRICAL SPECIFICATIONS AT 25 OC FIGURE 1: SCHEMATIC DIAGRAM SWITCHING TRANSFORMER DESIGNED FOR USE WITH POWER INTEGRATIONS PWR-TOP210PFI REFER TO APPLICATION CIRCUIT OF FIGURE 3. IMPROVED INSULATION VERSION OF TRD1 ON POWER INTEGRATIONS RD1 REFERENCE DESIGN BOARD
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pwr-top210pfi250vrms1n4148vtp-01001+111n5822600ma100ufpol-05006md-5 5vdcopto-coupler 816pwr-top210core ee16 transformer schematicpremier magneticsopto-coupler 710 8 pincore ee16 transformer
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PWR-TOP210
Abstract: ee16 5 2 pin core ee16 transformer schematic TRANSFORMER 220 to 14V nichicon 100uf 450v schematic diagram of PM130-H1A Class 130(B) transformer
Contextual Info: TABLE 1: ELECTRICAL SPECIFICATIONS AT 25 OC FIGURE 1: SCHEMATIC DIAGRAM SWITCHING TRANSFORMER DESIGNED FOR USE WITH POWER INTEGRATIONS PWR-TOP210PFI REFER TO APPLICATION CIRCUIT OF FIGURE 3. PARAMETER MIN. PRIMARY INDUCTANCE 2-1 VOLTAGE = 0.250Vrms FREQUENCY = 100 KHZ
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pwr-top210pfi250vrmstsd-946220uf+1114vdc200mavtp-01001mbr160pwr-top210ee16 5 2 pincore ee16 transformer schematictransformer 220 to 14vnichicon 100uf 450vschematic diagram of pm130-h1aclass 130(b) transformer
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PM130-H1A
Abstract: PWR-TOP210 transformer 220 25v 15Vdc regulator circuit diagram ee16 5 2 pin core ee16 transformer schematic
Contextual Info: TABLE 1: ELECTRICAL SPECIFICATIONS AT 25 OC FIGURE 1: SCHEMATIC DIAGRAM SWITCHING TRANSFORMER DESIGNED FOR USE WITH POWER INTEGRATIONS PWR-TOP210PFI REFER TO APPLICATION CIRCUIT OF FIGURE 3. PARAMETER MIN. PRIMARY INDUCTANCE 2-1 VOLTAGE = 0.250Vrms FREQUENCY = 100 KHZ
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pwr-top210pfi250vrmstsd-1003220uf+1015vdc200mavtp-01001mbr160pm130-h1apwr-top210transformer 220 25v15vdc regulator circuit diagramee16 5 2 pincore ee16 transformer schematic
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PWR-TOP210
Abstract: IC IL 1117 TSD-1330 PWR-TOP210PFI KE-25 10-PIN EE16 10 pin vertical bobbin spec lin transformer EE16 bobbin 10 PIN
Contextual Info: TABLE 1: ELECTRICAL SPECIFICATIONS AT 25 OC FIGURE 1: SCHEMATIC DIAGRAM SWITCHING TRANSFORMER DESIGNED FOR USE WITH POWER INTEGRATIONS PWR-TOP210PFI REFER TO APPLICATION CIRCUIT OF FIGURE 3. PARAMETER MIN. PRIMARY INDUCTANCE 2-1 VOLTAGE = 0.250Vrms FREQUENCY = 100 KHZ
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pwr-top210pfi250vrmstsd-1330pwr-top210+6ic il 1117ke-2510-pinee16 10 pin vertical bobbinspec lin transformeree16 bobbin 10 pin
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HIGH FREQUENCY Transformer ee19
Abstract: RFI filter schematic diagram 12v EE19 type core core ee19 transformer schematic switch mode transformer EE19 dc transformer E187 MUR160 824 MD ee19 TSD-876
Contextual Info: TABLE 1: ELECTRICAL SPECIFICATIONS AT 25 OC FIGURE 1: SCHEMATIC DIAGRAM SWITCHING TRANSFORMER DESIGNED FOR USE WITH POWER INTEGRATIONS PWR-TOP210PFI REFER TO APPLICATION CIRCUIT OF FIGURE 3 PARAMETER MIN. PRIMARY INDUCTANCE 2-1 VOLTAGE = 0.250Vrms FREQUENCY = 100 KHZ
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pwr-top210pfi250vrms200matsd-876+13uvs2g220mraurt2g220mra250vactl431high frequency transformer ee19rfi filter schematic diagram 12vee19 type corecore ee19 transformer schematicswitch mode transformeree19 dc transformere187mur160 824md ee19
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MUR160 SMD
Abstract: smd p6ke200a PWR-TOP210 PWR-TOP210PFI PM130-H1A 250-UL 12V .4A Transformer 12V 4A Transformer EP10 1N5994B
Contextual Info: TABLE 1: ELECTRICAL SPECIFICATIONS AT 25 OC FIGURE 1: SCHEMATIC DIAGRAM SWITCHING TRANSFORMER DESIGNED FOR USE WITH POWER INTEGRATIONS PWR-TOP210PFI REFER TO APPLICATION CIRCUITS OF FIGURE 4A OR 4B. PARAMETER MIN. PRIMARY INDUCTANCE 4-1 VOLTAGE = 0.250Vrms
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pwr-top210pfi250vrms370vdcp6ke200a+13mur16012vdc100ma220ufmur160 smdsmd p6ke200apwr-top210pm130-h1a250-ul12v .4a transformer12v 4a transformerep101n5994b
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24VDC VOLTAGE REGULATORS
Abstract: 8 pin 24v transformer 100uf, 25 watt nichicon capacitor ECA1VFG Nichicon CE Aluminum Electrolytic Capacitors PM130-H1 of capacitor 33uf 35v PANASONIC ce Series panasonic electrolytic cap marking
Contextual Info: TABLE 1: ELECTRICAL SPECIFICATIONS AT 25 OC FIGURE 1: SCHEMATIC DIAGRAM SWITCHING TRANSFORMER DESIGNED FOR USE WITH POWER INTEGRATIONS PWR-TOP210PFI REFER TO APPLICATION CIRCUIT OF FIGURE 3 PARAMETER MIN. PRIMARY INDUCTANCE 2-1 VOLTAGE = 0.250Vrms FREQUENCY = 100 KHZ
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pwr-top210pfi250vrms24vdc330uf+13eca1afg331100ufeca1afg101eca1vfg10124vdc voltage regulators8 pin 24v transformer100uf, 25 watt nichicon capacitoreca1vfgnichicon ce aluminum electrolytic capacitorspm130-h1of capacitor 33uf 35vpanasonic ce seriespanasonic electrolytic cap marking
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TOP210PFI equivalent
Abstract: TOP210 TOPSWITCH EN 50065-1 TOP210PFI TEX-E wire TOP210 schematic TOPSWITCH DN-15 PLT-21 dfo6m
Contextual Info: TOPSwitch® Power Supply for Echelon® PLT-21 Power Line Transceiver Design Note DN-15 Introduction A TOPSwitch power supply is ideally suited to power the Echelon PLT-21 power line transceiver control node. TOPSwitch requires 50% fewer components compared with a discrete
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plt-21dn-15top210pfi equivalenttop210+7topswitchen 50065-1top210pfitex-e wiretop210 schematictopswitch dn-15dfo6m
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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
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op209/210three-terminal off-line pwm switchschematic diagram offline upspi-2074-070897+7top210 schematictop209ptop209gpi-2045-052397top210pfitop210topswitch
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TOP224YAI
Abstract: TOP223YAI TOP104YAI TOP412G TOP210PFI TOP200YAI top209p TOP414G top202yai TOP223P
Contextual Info: Power Transformers OFF-LINE Switch Mode ELECTRICAL SPECIFICATIONS-TOPSWITCH FAMILY at 25ƨ œ Units designed to match the application of TOPXXX series, from Power Integration with universal AC input as designated. œ Operating temperature range : 0ƨƂ70ƨ
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ts102y01op102yaiee16hts200y01+15op200yaief20hts201y01op201yaits202y01top224yaitop223yaitop104yaitop412gtop210pfitop200yaitop209ptop414gtop202yaitop223p
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dfo6m
Abstract: AN-16 topswitch T1RD2
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
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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
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tdk ee16 pc40 bobbinbobbin be-16schematic diagram ups 600 power freebe-16-118cph+6top210pfitop210 schematict1rd2tdk ee16 pc40 bobbin 9 pintop210ee16 pc40
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TOP210
Abstract: TOP210 schematic TOP209P PI-2074-070897 TOPSWITCH top210pfi dfo6m self oscillating flyback converter circuit Three-terminal Off-line PWM Switch TOP209
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
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op209/210top210top210 schematictop209p+7pi-2074-070897topswitchtop210pfidfo6mself oscillating flyback converter circuitthree-terminal off-line pwm switchtop209
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TOP210PFI
Abstract: TOP210 schematic diagram offline UPS TOP210 schematic c796 schematic diagram UPS active power 600 schematic diagram on line UPS short circuit tracer schematic PI-1691-112895 1N4148
Contextual Info: TOP210 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
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op210op210pfipi-17ustomertop210pfi+9top210schematic diagram offline upstop210 schematicc796schematic diagram ups active power 600schematic diagram on line upsshort circuit tracer schematicpi-1691-1128951n4148
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SMD MOSFET wy
Abstract: HV RTN T Three-terminal Off-line PWM Switch TOP210 wy smd transistor j2kl AN-14 topswitch topswitch top209 TOP209P transistor smd C3Z
Contextual Info: TOP209/210 TOPSwi t c h Family POWER Three-terminal Off-line PWM Switch INTEGRATIONS, INC. 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
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op209/210smd mosfet wyhv rtn tthree-terminal off-line pwm switch+7top210wy smd transistorj2klan-14 topswitchtopswitch top209top209ptransistor smd c3z
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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
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op209/210top209ptop210pfitop210+7top210 schematicschematic diagram ups active power 600schematic diagram offline upstopswitch flybackmbr360 smd7474 ic datasheets1n4148
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BTS735N1
Abstract: TOP209P ST VIPER 20A bts735 KA1M0680 top210pfi tny255p TOP209PFI TOP223P KA1M0565R
Contextual Info: Cross Reference Guide April 2000 Switch Mode Power Supplies Competition ST nearest ST advanced features KA1H0165R VIPer20 1• VIPer in PENTAWATT H.V., PowerSO-10 & DIP-8 KA1H0265R VIPer50 1• VIPer in PENTAWATT H.V. & PowerSO-10; 2• Ron= 5Ω VIPer50 ; Ron= 6Ω (KA1H0265);
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ka1h0165rviper20powerso-10ka1h0265r+12viper50ka1h0265bts735n1top209pst viper 20abts735ka1m0680top210pfitny255ptop209pfitop223pka1m0565r
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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
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pi-1740-010596step down transformer 230 v to 12 vtop210pfitopswitch+7topswitch ii1n4i48step down transformer 230 v to 15 vbr360t1rd2furukawa wirebe-16-118cph
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TOP210PFI
Abstract: schematic diagram offline UPS TOP202 top210 flyback "gate 7" "dip-8" HV RTN T
Contextual Info: TOP210 TOPSwitch Family Three-terminal Off-line PWM Switch POWER INTEGRATIONS, INC. 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
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op210top210pfischematic diagram offline upstop202+3top210flyback "gate 7" "dip-8hv rtn t
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TOP210PFI equivalent
Abstract: TOP210 TOP210PFI irf840 mosfet drive circuit diagram IRFP460 full bridge int100s motor controller IRF830 IRFP450 bridge PI-1505-050195 INT100
Contextual Info: Function and Application of the INT100 and INT200-202 APPLICATION NOTE AN-10 The INT100 and INT200/201/202 comprise a family of devices designed to drive N-channel MOSFET transistors in a half bridge configuration. High-voltage integrated technology is
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int100int200-202an-10int200/201/202+9top210pfi equivalenttop210top210pfiirf840 mosfet drive circuit diagramirfp460 full bridgeint100smotor controller irf830irfp450 bridgepi-1505-050195
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