"230V DC" PFC Search Results

1105o

Abstract: EN50081-2 power supply 12v 1a ACE-716C locamation ACE-716 ACE-716A ACE-716AP ACE-716T CISPR22
Contextual Info: www.locamation.com ACE-716 Rugged AC/DC Input 150W Power Supply ● Hi-pot PFC BAUART GEPR FT ¤ T V Rheinland SPECIFICATIONS ● Input Table : Model ACE-716A/716AP ACE-716T ACE-716C ● Output Input Current 4A@115V AC or 2A@230V AC 6A@-48V DC 12A@+24V DC

Contextual Info: 75 WATT AC-DC CONVERTER PFC-SX SERIES Features Input Input Voltage: Input Voltage Range: Input Current: Frequency: Input Frequency Range: Phase: Inrush Current: *1 Leakage Current: AC100-230V AC85-264V 0.7-1.2 A 50/60Hz 47-63Hz Single 20A max. at AC100V 40A(max.) at AC230V

CSA-C22

Abstract: SL10
Contextual Info: Eingangsspannung Vin • Schalterstellung • Nennwert Frequenz • AC Dauerbetrieb • DC Dauerbetrieb Eingangsstrom Iin • Nennwert • Einschaltstrom 230 230V AC 230 V 47-63 Hz 176-264 240-375 Ausgang DCout 115V 115 AC 115 V 85-132 V –gV < 2,8 A <6A

CSA-C22

Abstract: SL10
Contextual Info: Eingangsspannung Vin • Schalterstellung • Nennwert Frequenz • AC Dauerbetrieb • DC Dauerbetrieb Eingangsstrom Iin • Nennwert • Einschaltstrom 230 230V AC 230 V 47-63 Hz 176-264 240-375 Ausgang DCout 115V 115 AC 115 V 85-132 V –gV < 2,8 A <6A

CSA-C22

Abstract: IEC127 Fusivel 2A
Contextual Info: Eingangsspannung Vin • Schalterstellung • Nennwert Frequenz • AC Dauerbetrieb • DC Dauerbetrieb Eingangsstrom Iin • Nennwert • Einschaltstrom typ. Ausgang (DCout) g 230 230V AC 230 V 47-63 Hz 176-264 160-375 115V 115 AC115V 85-132 V –fV < 0,7 A

EN50081-1

Abstract: SL10 E137006
Contextual Info: 5 A with PFC SilverLine SL5.105 X X X X X X Input: AC 115V / 230V, DC 210-375 V Output: 24.28V / 120 W Power Boost up to 144 W High overload current, no switch-off Quasi-Wide-Range Input Robust mechanics and EMV EMC and Low Volt. Directive Data sheet Input

Contextual Info: 5 A with PFC CB scheme SL5.105 IEC60950 Data sheet UL508 LISTED IND. CONT. EQ. 18 WM, 60°C • • • • • • Input: AC 115V / 230V, DC 210-375 V Output: 24.28V / 120 W Power Boost up to 144 W High overload current, no switch-off Quasi-Wide-Range Input

Fuse t4ah

Abstract: T4ah fuse IEC-127 IEC127 AC115 CSA-C22 EN50081-1 EN50082-1 potenciometro 10 K T4AH
Contextual Info: Eingangsspannung Vin h 230 • Schalterstellung 230V 115V 115 • Nennwert AC 230 V AC115 V Frequenz 47-63 Hz • AC Dauerbetrieb 176-264 85-132 V V • DC Dauerbetrieb 210-375 –g Eingangsstrom Iin • Nennwert < 1,2 A < 2,6 A < 15 A < 15 A • Einschaltstrom

EN50081-1

Abstract: CSA-C22 SL10 tip 410
Contextual Info: Eingangsspannung Vin • Schalterstellung • Nennwert Frequenz • AC Dauerbetrieb • DC Dauerbetrieb Eingangsstrom Iin • Nennwert • Einschaltstrom 230 230V AC 230 V 47-63 Hz 176-264 240-375 Ausgang DCout 115V 115 AC 115 V 85-132 V –gV 24 V 24-28 V f

300v dc 230v ac inverter

Abstract: design sine wave power inverter 12vdc to 120vac inverter inverter 5kva design pure "sine wave" power inverter design sine wave power inverter dc ac inverter 5kva 48vdc magnetek power supply Sine wave PWM DC to AC Inverter PFC 1.5kw
Contextual Info: P O W E R I N G O E M S Y S T E M S Inverters: The “Other” Power Converters by Ye Chu T HE TECHNOLOGY of using an inverter to obtain a 230V or 110V ac power supply from a dc source is not new. However, the results were less than perfect until the sine

led 230v circuit diagram

Abstract: diode 230V AC to 90V DC 230v ac - 15v dc 230V ac to 12V dc circuit diagram 230v led circuit diagram 48V 100W zener diode DIODE ZENER 8725 100w led ZQF100-12S ZQF100-15S
Contextual Info: VER : B_1 update : 2010.04.02 LED Power ZQF100 SERIES 100 Watts KEY FEATURES „ „ „ „ „ „ „ „ Standard A Type Open Frame LED Power Supply Universal Input: 100-240 VAC Up to 277 VAC 3000 VAC Input to Output Isolation Bulit-in active PFC function, PF>0.95

led 230v circuit diagram

Abstract: 48V 100W zener diode DIODE ZENER 8725 230v to 12v dc circuit diagrams AC-DC Switching POWER SUPPLY 230V AC TO 110 VAC 230V ac to 12V dc circuit diagram ZQF100-12S ZQF100-48S ZQF100
Contextual Info: VER : A_1 update : 98.11.18 AC-DC Switching Power Supply ZQF100 SERIES 100 Watts KEY FEATURES Standard A Type „ Open Frame Switching Power Supply „ Universal Input: 90-305 VAC „ 3000 VAC Input to Output Isolation „ Bulit-in active PFC function, PF>0.95

Contextual Info: 48-56V adjustable, PFC CB scheme SL10.106 IEC60950 Data sheet SilverLine UL508 LISTED IND. CONT. EQ. 18 WM, 60°C • Input: AC 230/115V, DC 240.375V • Output: 48-56V/240W • PULS Overload Design : Power boost up to 288W; high overload current, no switch-off

400w pfc

Abstract: UCC25600 230V ac to 36V dc converter circuit diagram rr 681k- 1kv capacitor
Contextual Info: TI Designs 230-V, 400-W High Efficiency Battery Charger With PFC and LLC for 36-V Power Tools TI Designs Design Features TI Designs provide the foundation that you need including methodology, testing and design files to quickly evaluate and customize the system. TI Designs

Fuse t4ah

Abstract: T4ah fuse AWG24-12 techsol T4AH tip 45C MM488
Contextual Info: Technische Daten D Technical Data GB/US Fig. 1: Vout vs. Iout typ. Fig. 2: RDY Relay terminals 28 Tamb = 60°C / 45°C / 25°C Powerfaktor (PFC): Gerät erfüllt EN 61000-3-2. 24 V +5% -1% 2% < 30 mVSS Nennspannung Vout • Regelgenauigkeit • Restwelligkeitc

T10A h.b.c

Abstract: EN50081-1 EN61000-6-2 SL10 dc to dc boost CONVERTERS 230V E137006
Contextual Info: 48-56V adjustable, PFC CB scheme Data sheet SilverLine SL10.106 IEC60950 • Input: AC 230/115V, DC 240.375V • Output: 48-56V/240W EN 60950 EN 50178 EN50081-1 EN61000-6-2 • PULS Overload Design : Power boost up to 288W; high overload current, no switch-off

Contextual Info: Power in square, PFC CB scheme Data sheet SL10.105 • • • • • • IEC60950 UL508 LISTED IND. CONT. EQ. 18 WM, 60°C Input: AC 230/115V, DC 240.375V Output: 24-28V/240W Power boost up to 288W High overload current, no switch-off Robust mechanics and EMC

B250C1500/1000

Abstract: B250C1500 1000 MUR856 zero crossing detector ic with 230v rm14 N67 S14 k250 230v ac dc smps circuit 220V ac to 96V dc converter 30w tda power amplifier ic 220V ac to 96V dc converter circuit
Contextual Info: Version 1.2 , Oct. 2003 Application Note AN-PFC-TDA4862-1 TDA4862 TDA4862 - Technical Description Authors: Wolfgang Frank Michael Herfurth Published by Infineon Technologies AG http://www.infineon.com/pfc Power Management & Supply N e v e r s t o p t h i n k i n g

VSP-200-15

Contextual Info: • VSP-200-15 Single Output with PFC Function Features •Universal AC input / full range ·Built-in active PFC function ·Short circuit, over load, over voltage, over temperature protected ·Built-in cooling fan speed control ·Built-in constant current limiting circuit

VSP-200-5

Contextual Info: • VSP-200-5 Single Output with PFC Function Features •Universal AC input / full range ·Built-in active PFC function ·Short circuit, over load, over voltage, over temperature protected ·Built-in cooling fan speed control ·Built-in constant current limiting circuit

VSP-200-48

Contextual Info: • VSP-200-48 Single Output with PFC Function Features •Universal AC input / full range ·Built-in active PFC function ·Short circuit, over load, over voltage, over temperature protected ·Built-in cooling fan speed control ·Built-in constant current limiting circuit

VLPP-150-24

Abstract: fuse f6.3A 250V F6.3A 250V
Contextual Info: • VLPP-150-24 150W Single Output with PFC Function Features •Universal AC input / Full range ·Built-in active PFC function, PF>0.96 ·Protections:Short circuit/Over load/Over voltage ·Protections:Over temperature option ·Cooling by free air convection

F6.3A 250V

Abstract: fuse f6.3A 250V svh-21t-1.1 B5P-VH VLPP-150-48
Contextual Info: • VLPP-150-48 150W Single Output with PFC Function Features •Universal AC input / Full range ·Built-in active PFC function, PF>0.96 ·Protections:Short circuit/Over load/Over voltage ·Protections:Over temperature option ·Cooling by free air convection

Contextual Info: • VSP-200-3.3 Single Output with PFC Function Features •Universal AC input / full range ·Built-in active PFC function ·Short circuit, over load, over voltage, over temperature protected ·Built-in cooling fan speed control ·Built-in constant current limiting circuit