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Part Manufacturer Description Datasheet BUY
RJ4-450V220MJ6# ELNA America Inc Aluminum Electrolytic Capacitor, Polarized, Aluminum, 450V, 20% +Tol, 20% -Tol, 22uF visit Digikey Buy
B43697A5226Q9 TDK Epcos CAP ALUM 22UF 450V AXIAL visit Digikey Buy
B43697A5226Q7 TDK Epcos CAP ALUM 22UF 450V AXIAL visit Digikey Buy
B43699A5226Q7 TDK Epcos CAP ALUM 22UF 450V AXIAL visit Digikey Buy
B43699A5226Q9 TDK Epcos CAP ALUM 22UF 450V AXIAL visit Digikey Buy
MKP1848622454P4 Vishay BCcomponents CAP 22UF 450V METAL POLYPRO RAD visit Digikey Buy

capacitor 450v 22uF

Catalog Datasheet MFG & Type PDF Document Tags

22uf 450v electrolytic capacitor

Abstract: 100uF 400V Electrolytic Capacitor 105 0.6 3.5 22 0.8 5 8 10 250V 400V 450V 2.2uF 8×12 8×14 8×16 3.3uF , 0.6 3.5 0.8 5 8 3.3uF 250V 400V 450V 8×12 2.2uF 16 8×14 10×13 , Aluminum Electrolytic Capacitor Part Number System EC 473 M 1C A 12 T 15 , Capacitor 6 d Voltage 5 2 2.5 3.5 5 6.5 8 8 10 10V 13V 16V 20V , Voltage 5 d Capacitor 4 1.5 2.0 2.5 3.5 25V 35V 50V 0.1MFD 4×7
Productwell Precision Elect.
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STP6N60

Abstract: BYT13-600 47µF/68µF 250V MOS STP6N60 4 C2 22µF 25V C6 10nF Vo=450V Po=140W R8 6.15K 1% R10 510K 5% C6 47µF/68µF 250V - D95IN260A Figure 2. VMAINS = 277VAC, VO = 450V, PO = , Vo=450V Po=70W R7 1.1M 1% C2 22µF 25V 6 7 R5 10 MOS STP4NA60 4 R4 330 C4 , ) Max. Output Power Po = 140W Output Voltage Vo = 450V The second one (see fig 2) is still a , 450V Figure 1. VMAINS = 277VAC, VO = 450V, PO = 140W + D1 BYT13-600 T R7 1.1M 1% VCC
STMicroelectronics
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AN830 L6560 AN667 BY255 LM358 LM358-8 thomson-csf B1ET2910A core THOMSON-CSF B1ET2910A Thomson-CSF L6560/A B1ET2910A

core THOMSON-CSF B1ET2910A

Abstract: B1ET2910A 6 C2 22µF 25V C6 10nF Vo=450V Po=140W R8 6.15K 1% R6 0.68 500mW R10 510K , - R10 6.2K 5% Vo=450V Po=70W R7 1.1M 1% VCC C2 22µF 25V 6 7 R5 10 MOS STP4NA60 4 R4 330 C4 1nF R6 1.5 250mW C5 22µF/47µF 250V R8 6.15K 1% R10 , . Output Power Po = 140W Output Voltage Vo = 450V Figure 1: VMAINS = 277VAC, VO = 450V, PO = , output power. The target specifications are: Vo = 450V Figure 2: VMAINS = 277VAC, VO = 450V, PO =
STMicroelectronics
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L6569 BALLAST 277V ballast lamp 70w Thomson-CSF capacitors B1ET2910A electronic ballast capacitor 4.7uf 450v circuit diagram lm358 220VAC 400VDC D95IN306A

core THOMSON-CSF B1ET2910A

Abstract: B1ET2910A 6 C2 22µF 25V C6 10nF Vo=450V Po=140W R8 6.15K 1% R6 0.68 500mW R10 510K , . Output Power Po = 140W Output Voltage Vo = 450V Figure 1: VMAINS = 277VAC, VO = 450V, PO = , output power. The target specifications are: Vo = 450V Figure 2: VMAINS = 277VAC, VO = 450V, PO = , 3 R10 6.2K 5% C6 10nF 5 2 R9 620K 5% 1 L6560 - C2 22µF 25V , 0.1µF 630V Vo=450V Po=70W R7 1.1M 1% VCC 7 R5 10 MOS STP4NA60 4 6 R4 330
STMicroelectronics
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capacitor 22uf 450v core Thomson-CSF 1uF 450V power capacitor l6569 l6560 capacitor 450v 22uF THOMSON-CSF PRODUCTS
Abstract: capacitor should be less than 240Vp-p ,and zero to peak voltage should be less than 450V. Capacitance , applying voltage in alternating current (50 Hz or 60 Hz sine wave) to a capacitor with DC rated voltage , 2.2uF 5 2.2uF 0 1.0uF -5 -5 -10 -40 -20 0 20 40 60 80 100 , 2.2uF 0.0 -40 -20 10 1000 0 20 40 60 80 8 2.2uF 6 4 2 0 100 , ) 10 Frequency Characteristics 1.E+12 1.E+11 1.E+10 1.0uF 1.E+09 2.2uF 1 Panasonic
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DC450V

core THOMSON-CSF B1ET2910A

Abstract: STP6N60 C5 47µF/68µF 250V MOS STP6N60 4 C2 22µF 25V C6 10nF Vo=450V Po=140W R8 , ) Max. Output Power Po = 140W Output Voltage Vo = 450V uc d s) t( The second one , 70W Output Voltage Vo = 450V te le Figure 1. VMAINS = 277VAC, VO = 450V, PO = 140W so , 277VAC, VO = 450V, PO = 70W bs O FUSE Vac 277V +10% -15% R9 1.8M 5% 8 3 R10 , inductance of 710µH C3 0.47µF/1µF R1 68K 5% C1 0.1µF 630V Vo=450V Po=70W R7 1.1M 1% VCC
STMicroelectronics
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Systems 10nF 250v Thomson-CSF power capacitors B1ET2910 Thomson-CSF 15 220VA
Abstract: capacitor should be less than 240Vp-p ,and zero to peak voltage should be less than 450V. Capacitance , alternating current (50 Hz or 60 Hz sine wave) to a capacitor with DC rated voltage, please refer to the page , 1.0uF 0 2.2uF -5 -10 -40 -20 0 20 40 60 80 100 5 2.2uF 0 1.0uF -5 , 40 2.2uF 60 80 2.2uF 6 4 1.0uF 2 0 100 1 10 100 1000 Frequency , .E+09 2.2uF 1.E+08 Impedance(ohm) 1.E+13 1.E+07 1000 8 Temperature(â"ƒ) 1.E+14 100 Panasonic
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din 41240 220uf

Abstract: 1.5uf 450v ellyt 10uF/400V Axiell ellyt 22uF/400V Axiell ellyt 47uF/400V 67-691-11 67-691-29 67-691-37 67-691-45 67-691-52 67-691-60 67-691-78 Axiell ellyt 2,2uF/450V Axiell ellyt 4,7uF/450V Axiell ellyt 6,8uF/450V Axiell ellyt 10uF/450V Axiell ellyt 15uF/450V Axiell ellyt 22uF/450V Axiell ellyt , 67-690-04 67-690-12 Axiell ellyt 22uF/63V Axiell ellyt 47uF/63V Axiell ellyt 100uF/63V Axiell ellyt , 67-690-61 Axiell ellyt 10uF/100V Axiell ellyt 22uF/100V Axiell ellyt 47uF/100V Axiell ellyt 100uF/100V
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din 41240 220uf 1.5uf 450v PEG124EF4100Q PEG124EG4150Q PEG124EJ4220Q PEG124EL4330Q F/25V F/63V F/100V F/400V F/450V

10D-9

Abstract: NTC 10D-9 /450V Electrolytic Capacitor R2 370k 1/4W C10 12nF/100V Film Capacitor R3 , 2.2nF/3kV Ceramic Capacitor NTC C6 22µF/25V Electrolytic Capacitor 10D-9 C7 47nF , 470V R1 56k 1/4W C9 33µF/450V Electrolytic Capacitor R2 600k 1/4W C10 , /275VAC Box Capacitor C3,C4 2.2nF/3kV Ceramic Capacitor NTC C6 22µF/25V , C6 22µF/25V Electrolytic Capacitor 10D-9 C7 47nF/50V Ceramic Capacitor Resistor
Fairchild Semiconductor
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FAN7529 AN6026 NTC 10D-9 EI2519 25V Electrolytic capacitor EI3026 capacitor tnr 471 AN-6026 FAN7527B

LX8816

Abstract: linfinity low-value output capacitor, typically 2.2µF on the outputs, allowing designers flexibility in external , capacitor is of at least 2.2uF is required. Generally we recommend a 20uF ceramic or tantalum or 22uF , Supply Voltage of 4.3V to 13.2V ! Loop Stability Independent of Output Capacitor Type W W W , VIN = 5V V IN = 5V 22µF VIN V2 V IN 2.5V @ 1.0A 10 µF LX8816-01 22µF V1 , GND with at least 2.2µF of low ESR and ESL capacitance. ADJ Adjustable Input. The output
Microsemi
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LX8816 linfinity

ac dc led constant current driver

Abstract: regulation âVDD,Line 1 V Load regulation âVDD,Load VIN = 8V, 2.2uF at VDD, IDD(ext)=0, 500pF at GATE, RT=226kâ"¦, PWMD=VDD VIN = 8~450V, 2.2uF at VDD, IDD(ext)=0, 500pF at GATE, RT=226kâ"¦, PWMD=VDD VIN = 12V, 2.2uF at VDD, IDD(ext)=0~1mA, 500pF at GATE, RT=226kâ"¦, PWMD=VDD VDD rising VDD , be bypassed with a sufficient, low ESR capacitor to GND. The linear dimming input. It sets the , Voltage Internal Regulator Output voltage IINSD VDDmax PMD to GND, VIN = 8~450V External voltage
TM Technology
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ac dc led constant current driver T8601 MR-16 T8601-AD
Abstract: capacitor is of at least 2.2uF is required. Generally we recommend a 20uF ceramic or tantalum or 22uF , independently for each regulator output. The LX8816 regulator is stable with a low-value output capacitor, typically 2.2µF on the outputs, allowing designers flexibility in external component selection. Linfinity , Independent of Output Capacitor Type APPLICATIONS/BENEFITS APPLICATIONS/BENEFITS ! ! ! ! ! ! 5V to 3.3V/2.5V , LX8816-01 22µF LX8816-02 22µF GND ADJ V1 R1 634 R2 511 GND 2.8V* @ 1.0A 10µF V1 ADJ Microsemi
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film cap 250v 0.47uF

Abstract: voltage applied on the capacitor should be less than 240Vp-p ,and zero to peak voltage should be less than 450V. 630 VDC(Derating of rated voltage by 1.0%/ at more than 85) 250 VDC 0.1 uF to 6.8 uF 0.1 uF to , applying voltage in alternating current (50 Hz or 60 Hz sine wave) to a capacitor with DC rated voltage , ) Capacitance change(%) 6.8uF 2.2uF 5 5 0.1uF 0 0 -5 -10 1 10 100 1000 -5 6.8uF 2.2uF 0.1uF -10 -40 -20 0 20 40 60 80 100 Temperature() 0.5 Frequency(kHz) 6.8uF 2.2uF at 1kHz
Panasonic
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film cap 250v 0.47uF 500VDC 630VDC 250VDC 630VDCH 450VDCA 450VDC

ECWFA2J104J

Abstract: ECWFA2J474J voltage applied on the capacitor should be less than 240Vp-p ,and zero to peak voltage should be less than 450V. 630 VDC(Derating of rated voltage by 1.0%/ at more than 85) 250 VDC 0.1 uF to 6.8 uF 0.1 uF to , applying voltage in alternating current (50 Hz or 60 Hz sine wave) to a capacitor with DC rated voltage , change(%) 6.8uF 2.2uF 5 5 0.1uF 0 0 -5 -10 1 10 100 1000 -5 6.8uF 2.2uF 0.1uF -10 -40 -20 0 20 40 60 80 100 Temperature() 0.5 Frequency(kHz) 6.8uF 2.2uF at 1kHz
Panasonic
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DC630V ECWFA2J104J ECWFA2J474J ecwf ECWF2W 0.1UF 630 V

0.1uf 450v FILM capacitor

Abstract: film capacitor 0.1uf 250v the capacitor should be less than 240Vp-p, and zero to peak voltage should be less than 450V. 250 VDC , capacitor with DC rated voltage, please refer to the page of "Permissible voltage (R.M.S) in alternating , Capacitance change(%) Capacitance change(%) 6.8uF 2.2uF 5 5 0.1uF 0 0 -5 -10 1 10 100 1000 -5 6.8uF 2.2uF 0.1uF -10 -40 -20 0 20 40 60 80 100 Temperature() 0.5 Frequency(kHz) 6.8uF 2.2uF at 1kHz Dissipation factor(%) 10 8 6 4 2 0 1 10 100 1000 0.1uF
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0.1uf 450v FILM capacitor film capacitor 0.1uf 250v DC100V

hv9910 boost converter

Abstract: HV9910 the bulk input capacitor is given by: CMIN = ILED*VLEDs*0.06/VIN^2 CMIN = 22 µF, a value 22µF/250V , milliamps and up to more than 1.0A. >90% Efficiency 8V to 450V input range Constant-current LED driver , Low-Frequency Dimming via Enable pin Input Voltage Surge ratings up to 450V Applications , up to 450V. Output current to an LED string can be programmed to any value between zero and its , V VIN = 8 ­ 450V, IDD(ext) = 0, pin Gate open Pin PWM_D to GND, VIN = 8V - - 13.5
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HV9910 hv9910 boost converter hv9910 application note 25W led driver circuit diagram led tail light pwm dimming BUSH-2820R5B 16-LEAD DSFP-HV9910 C071906
Abstract: the capacitor should be less than 240Vp-p, and zero to peak voltage should be less than 450V. 250 VDC , capacitor with DC rated voltage, please refer to the page of "Permissible voltage (R.M.S) in alternating , > Temperature Characteristics 10 at 1kHz Capacitance change(%) Capacitance change(%) 6.8uF 2.2uF 5 5 0.1uF 0 0 -5 -10 1 10 100 1000 -5 6.8uF 2.2uF 0.1uF -10 -40 -20 0 20 40 60 80 100 Temperature() 0.5 Frequency(kHz) 6.8uF 2.2uF at 1kHz Dissipation factor(%) 10 8 Panasonic
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hv9910 application note

Abstract: HV9910 the bulk input capacitor is given by: CMIN = ILED*VLEDs*0.06/VIN^2 CMIN = 22 µF, a value 22µF/250V , milliamps and up to more than 1.0A. >90% Efficiency 8V to 450V input range Constant-current LED driver , Low-Frequency Dimming via Enable pin Input Voltage Surge ratings up to 450V Applications , up to 450V. Output current to an LED string can be programmed to any value between zero and its , 7.5 8.0 V VIN = 8 ­ 450V, IDD(ext) = 0, pin Gate open Pin PWM_D to GND, VIN = 8V - -
Supertex
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12V ENERGY LIGHT CIRCUIT DIAGRAM 2820r5b offline linear LED driver AC HV9910NG-G HV9910LG power factor correction buck topology B260A-13 IRFL014 27BSC 25MIN C090406

BUSH-2820R5B

Abstract: HV9910 % Efficiency 8V to 450V input range Constant-current LED driver Applications from a few mA to more than 1A , Voltage Surge ratings up to 450V Applications HV9910 uses a rugged high voltage junction isolated process that can withstand an input voltage surge of up to 450V. Output current to an , - 0.5 1 mA 7.0 7.5 8.0 V VIN = 8 ­ 450V, IDD(ext) = 0, pin Gate open Pin , - - 1.0 V VIN = 8 ­ 450V VEN(hi) Pin PWM_D input high voltage 2.4 - -
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HV9910B HV9910B* application HV9910B dc to dc converter 12v design Ac to Dc led driver with pwm dimming HV9910 hv9910b boost converter 12V, 350mA LED driver

105k 400V capacitor

Abstract: capacitor 105k 400V DESIGN FEATURESL DC/DC Converter, Capacitor Charger Takes Inputs from 4.75V to 400V by Robert Milliken and Peter Liu Introduction High voltage power supplies and capacitor chargers are readily , general purpose flyback controller that can be used as either a voltage regulator or as a capacitor , VCC OFF ON VTRANS C2 2.2µF 5 R6 40.2k C3 680µF D1 D2 · C4 100µF · VOUT 50V TO 450V + R8 40.2k LT3751 DONE RVOUT HVGATE LVGATE CSP FAULT UVLO1
Linear Technology
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105k 400V capacitor capacitor 105k 400V 400V Automatic Voltage Regulator 105k 630v ceramic any circuit using irf830 battery charger 330FK400M22X38
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