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capacitor 450v

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: ELM916DA ELM916DA 450V LED controller ■General description ELM916DA ELM916DA is high efficiency LED driver , mode. ELM916DA ELM916DA consists of an 8 to 450V linear regulator, which makes working in wide input voltage , linear regulator : 8 to 450V Constant off time function : 50% (when duty cycle is over) • Package , †‘ ↑ a b c * Taping direction is one way. 6- 1 Rev.1.3 ELM916DA ELM916DA 450V LED controller , 450V DC Sense LED string current Device ground Drives the gate of the external MOSFET Low frequency ... ELM Technology
Original
datasheet

6 pages,
503 Kb

ELM916DA TEXT
datasheet frame
Abstract: Data Sheet Capacitor Radial Type 105 LHK Series Radial Type 105, LHK Series, General Purpose , 160V~450V DC I 0.01CV+3(uA) I 0.03CV+3(uA) I: Leakage current(uA) C: Rated Capacitance(uF) V , application of DC working voltage for 30 minutes. Capacitor Radial Type 105 Diagram of Dimensions: D , ) Multiplier Capacitor Radial Type 105 Case Size Ø D x L (mm) WV {SV} 6.3 uF Size {8} 10 , (mA,rms)at105 120Hz Capacitor Radial Type 105 Case Size WV {SV} uF 50 {63} 63 {79 ... RS Components
Original
datasheet

19 pages,
274.24 Kb

ELECTROLYTIC capacitor, 4700 uF 35V capacitor 6800 uf 63v capacitor 4700 uf 63V capacitor 4700 uf 25v rs567 rs685 Delphi 7111-693 711-1520 RS1046 rs105-400v-rl6x11 radial capacitor 160V rs337 RS-686 RS-685 Delphi 7111-889 RS686 RS-687 RS687 LHK SERIES TEXT
datasheet frame
Abstract: ELM916DA ELM916DA 450V LED controller ■General description ELM916DA ELM916DA is high efficiency LED driver , mode. ELM916DA ELM916DA consists of an 8 to 450V linear regulator, which makes working in wide input voltage , linear regulator : 8 to 450V Constant off time function : 50% (when duty cycle is over) • Package , †‘ ↑ a b c * Taping direction is one way. 6- 1 Rev.1.4 ELM916DA ELM916DA 450V LED controller , 450V DC Sense LED string current Device ground Drives the gate of the external MOSFET Low frequency ... ELM Technology
Original
datasheet

6 pages,
491.51 Kb

ELM916DA TEXT
datasheet frame
Abstract: Torque Current Capacitor power r/min Ncm A MF go 1250 eg o,8g e,0 (450V) go 1250 eg o,8g e,0 (450V) go 1320 e1 o,5e e,0 (450V) go 1320 e1 o,5e e,0 (450V) go 1350 e4 0,31 e,0 (450V) go 1250 eg o,g2 7,0 (450V) go 1275 e7 o,8g 7,0 (450V) go g0-1200 2g-54 1,50 e,0 (450V) Weight with gearbox Kg 4,7/4,8 4,7/4,8 , terminal box Virtually silent running Globally approved CE/ UL/ cUL/CCC Supplied with run capacitor ... OCR Scan
datasheet

1 pages,
90.44 Kb

MZ9G5B 2G54 MY9G20B M91Z9OGN4GG1 MZ9G15B MY9G50B MY9G30B 3x230V MY9G15B MY9G180B gearbox MY9G75B 220 MF CAPACITOR 450v TEXT
datasheet frame
Abstract: 0.40 5.70 ± 0.40 Capacitance Change ± 15% ± 22% +22/-33% Voltage (DC) 16V 25V 35V 50V 100V 250V 450V , Temperature Characteristics: X7R (± 15%), X7S (± 22%), X7T (+22/-33%) Rated Voltage: 450V (2W), 250V (2E , (250V) 1H (50V) 1V (35V) 1C (16V) X7S 2A (100V) C2012 C2012 [EIA CC0805 CC0805] X7T 2W (450V) 2E (250V , 100V 100V 100V 250V 250V 250V 250V 450V 450V 450V 4,700,000 2,200,000 470,000 1,000,000 220,000 470,000 , (2J), 450V (2W), 250V (2E), 100V (2A), 50V (1H), 35V (1V), 25V (1E) Capacitance (pF) 10,000 22,000 47 ... TDK
Original
datasheet

16 pages,
1047.73 Kb

C2012X7R2E C3216X7R1H105 C3225X7R2E104 C5750X7S2A106M capacitor 10MF 100v capacitor 450v 10MF CC1210 CC1210 106 SN30A tdk capacitors c5750 c5750x7t2 MLCC CRACK C5750X7S2a C2012 CC0805 CC2220 C2012 CC0805 X7T voltage C2012 CC0805 C3225X7R2A225 C2012 CC0805 C2012 C2012 CC0805 CC0805 C3216 CC1206 C3225 C4532 CC1812 C5750 TEXT
datasheet frame
Abstract: components are required to complete the circuit. A 10uF 450V low impedance type electrolytic capacitor is , complete the circuit. A 10uF 450V low impedance type electrolytic capacitor is connected between pins 1 , decoupling the capacitor should be Figure 2: M57182N-315 M57182N-315 Basic Circuit located as close as possible to the , -315 220uF 50V low impedance electrolytic from pin 12 to common. Like the input decoupling capacitor, this capacitor should also 1 3 6 8 10 12 be connected with short traces to the hybrid circuit. A 1mH, VO ... Powerex
Original
datasheet

4 pages,
436.71 Kb

igbt gate drive circuits ELECTROLYTIC capacitor, .10uF 50V M571 DC regulator with IGBT M57160AL-01 electrolytic capacitor 100uF 50v C13-FR M57184N715 POWEREX DIP-IPM M57182N-315 DIP-IPM M5718 1mh inductor design APPLICATION OF dc-dc chopper M57145L-01 M57184N-715 step down chopper using igbt for 50v 1mh inductor 100uF 450v capacitor electrolytic 10uF 450v TEXT
datasheet frame
Abstract: Voltage=ON 1 5678 Short.Output Voltage=OFF GND On/Off or Caution External Input Capacitor/External Output Capacitor When an inductance or a switch device are connected to Input line, or when , capacitors as shown in the following figure. Input capacitor C1: Be sure to connect low impedance capacitors of more than 30uF in high frequency range. Output capacitor C2: Capacitance values indicated illustrate maximum values. C2: Permissible maximum capacitance ESR is less than 30m capacitor, ceramic ... muRata
Original
datasheet

24 pages,
1210.03 Kb

sil 1162 capacitor 100 uf 450v denso Denso converter MPDTY011S MPDTY012S MPDTY013S MPDTY014S MPDTY015S MPDTY016S MPDTY021S MPDTY022S MPDTY023S MPDTY21 MPDTY024S MPDTY025S eul150 47 16S surface mounting capacitor 10SA33M TEXT
datasheet frame
Abstract: regulator. It has a wide operating input voltage range of 12V to 450V. The output voltage can be adjusted , voltage of 10uA times R2. 12V to 450V input voltage range Adjustable 1.20V to 440V output regulation , stability, a bypass capacitor of 1.0uF or larger and a minimum DC output current of 500uA are required , TLIMIT TJ < 85°C, VIN - VOUT = 10V mA TJ > 125°C, VIN - VOUT = 450V 0.3 50 mA 0.5 , Application Circuits * V VIN=15V to 450V VOUT=5.0V V IN OUT ADJ LR8 R1 6.04K ±1% ... Supertex
Original
datasheet

11 pages,
135.41 Kb

120v battery charger Schematic Diagram 12V SMPS HIGH CURRENT BATTERY CHARGER 2003 pwm controller smps LR8K4 high voltage constant current source ceramic capacitor 1uf 450v 400V voltage regulator LR8N3 pwm controller 450v input voltage adjustable output smps 1uF 400V capacitor 12V SMPS charger circuit diagram adjustable regulator high voltage lr8n3 440v to 12v smps power supply 400V to 12V DC Regulator TEXT
datasheet frame
Abstract: operating voltages for all capacitor 3. Features of each type of capacitor models , , 25 - 250, 450V DC 85°C, 2000 hours High voltage and Large capacitance for inverters 85 , , 350 - 450 V DC 105°C, 5000 hours Long life, high ripple, 350 - 450V DC 105°C, 5000 hours ... Hitachi AIC
Original
datasheet

4 pages,
69.81 Kb

TEXT
datasheet frame
Abstract: / 450V 1.5mH V LOAD VIN V A (Low-impedance capacitor) + - 12 7 5 3 1 BP5046 BP5046 Fig.1 VIN 220uF / 50V 10uF / 450V 1.0mH A (Low-impedance capacitor) + - 12 , voltage of at least 450V. (2) Smoothing capacitor for output pin The capacitor should have a , 22 220V 5 + LED Display -12V MICON 10uF/450V + 100uF/50V + TRIAC DRIVE , MICON + 10uF/450V + 220uF/50V TRIAC DRIVE Fig.6 BP5046 BP5046 / BP5046-5 BP5046-5 Power Module ... ROHM
Original
datasheet

7 pages,
91.12 Kb

SIP12 capacitor 450v 100uF BP5046-5 220v ac to 5v dc converter circuit 220v to 5v transformer 230V ac to 12v dc converter circuit 220V AC to 5V DC transformer 240 AC to 12V dc transformer BP5046 10uF 450v TEXT
datasheet frame

Archived Files

Abstract Saved from Date Saved File Size Type Download
components; the typical configuration uses a big H.V. capacitor (450V or 600V), a diode, a zener diode
/datasheets/files/stmicroelectronics/stonline/prodpres/discrete/vipower/vb409/vb409-v1.htm
STMicroelectronics 14/11/2000 7.24 Kb HTM vb409-v1.htm
today realized by using discrete components; the typical configuration uses a big H.V. capacitor (450V
/datasheets/files/stmicroelectronics/stonline/prodpres/discrete/vipower/vb409/vb409.htm
STMicroelectronics 20/10/2000 6.84 Kb HTM vb409.htm
140W Output Voltage V o = 450V AN830/0896 AN830/0896 8 3 BRIDGE 4 x BY255 BY255 R9 1.8M 5% C1 0.22 m F 630V R10 330 4 D1 BYT13-600 BYT13-600 R7 1.1M 1% C5 47 m F/68 m F 250V Vo=450V Po=140W + - D95IN260A D95IN260A TRANSFORMER T 450V, P O = 140W 8 3 BRIDGE 4 x BY255 BY255 R9 1.8M 5% C1 0.1 m F 630V R10 6.2K 5% C2 22 m F 25V 1.1M 1% Vo=450V Po=70W + - D95IN261A D95IN261A TRANSFORMER T: core THOMSON-CSF B1ET2910A B1ET2910A primary 90T of 620K 5% R10 620K 5% C6 22 m F/47 m F 250V Figure 2: V MAINS = 277VAC 277VAC, V O = 450V, P O = 70W The
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/4047.htm
STMicroelectronics 20/10/2000 10.33 Kb HTM 4047.htm
450V AN830/0896 AN830/0896 8 3 BRIDGE 4 x BY255 BY255 R9 1.8M 5% C1 0.22 m F 630V R10 6.2K 5% C2 22 m F 25V 1.1M 1% C5 47 m F/68 m F 250V Vo=450V Po=140W + - D95IN260A D95IN260A TRANSFORMER T: core THOMSON-CSF 510K 5% R10 510K 5% C6 47 m F/68 m F 250V Figure 1: V MAINS = 277VAC 277VAC, V O = 450V, P O = 140W 8 3 L6560 L6560 7 2 1 C3 0.47 m F/1 m F R5 10 MOS STP4NA60 STP4NA60 R4 330 4 D1 BYT13-600 BYT13-600 R7 1.1M 1% Vo=450V Po=70W + - F 250V Figure 2: V MAINS = 277VAC 277VAC, V O = 450V, P O = 70W The second one (see fig 2) is still a
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/4047-v1.htm
STMicroelectronics 02/04/1999 7.95 Kb HTM 4047-v1.htm
450V AN830/0896 AN830/0896 8 3 BRIDGE 4 x BY255 BY255 R9 1.8M 5% C1 0.22 m F 630V R10 6.2K 5% C2 22 m F 25V 1.1M 1% C5 47 m F/68 m F 250V Vo=450V Po=140W + - D95IN260A D95IN260A TRANSFORMER T: core THOMSON-CSF 510K 5% R10 510K 5% C6 47 m F/68 m F 250V Figure 1: V MAINS = 277VAC 277VAC, V O = 450V, P O = 140W 8 3 L6560 L6560 7 2 1 C3 0.47 m F/1 m F R5 10 MOS STP4NA60 STP4NA60 R4 330 4 D1 BYT13-600 BYT13-600 R7 1.1M 1% Vo=450V Po=70W + - F 250V Figure 2: V MAINS = 277VAC 277VAC, V O = 450V, P O = 70W The second one (see fig 2) is still a
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/4047-v2.htm
STMicroelectronics 14/06/1999 7.92 Kb HTM 4047-v2.htm
Power P o = 140W Output Voltage V o = 450V AN830/0896 AN830/0896 8 3 BRIDGE 4 x BY255 BY255 R9 1.8M 5% m F 250V Vo=450V Po=140W + - D95IN260A D95IN260A TRANSFORMER T: core THOMSON-CSF B1ET2910A B1ET2910A 450V, P O = 140W 8 3 BRIDGE 4 x BY255 BY255 R9 1.8M 5% C1 0.1 m F 630V R10 6.2K 5% C2 R4 330 4 D1 BYT13-600 BYT13-600 R7 1.1M 1% Vo=450V Po=70W + - D95IN261A D95IN261A TRANSFORMER T: core 250V Figure 2: V MAINS = 277VAC 277VAC, V O = 450V, P O = 70W The second one (see fig 2) is still a
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/4047-v3.htm
STMicroelectronics 25/05/2000 9.74 Kb HTM 4047-v3.htm
value. Assuming 50 Hz minimum line frequency, a 47 m F/450V capacitor has been selected. This gives an conventional off-line converters, typically made up of a full wave rect ifier bridge with a capacitor filter, gets an unregulated DC bus from the AC mains. The filter capacitor must be large enough to have a the voltage on the capacitor most of the time, thus the rectifiers con duct only for a small portion ) preregulator, located betwe en the recti - fier bridge and the filter capacitor, allows to draw from the mains
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/5408-v2.htm
STMicroelectronics 14/06/1999 42.38 Kb HTM 5408-v2.htm
different components: B1 - Whenever a capacitor is charged or discharged through a resistor, half of two devices are being driven, one per channel. If V SS is generated with a bootstrap capacitor/diode the high voltage bus through the power device and the bootstrap capacitor. If the high side flip-flop the lower device and the epi resistance. The losses incurred in charging or discharging a capacitor resistance of the power devices during their switching transitions. Assuming a charge value of 7nC at 450V
/datasheets/files/international-rectifier/docs/wcd00009/wcd00997.htm
International Rectifier 06/10/1998 13.18 Kb HTM wcd00997.htm
value. Assuming 50 Hz minimum line frequency, a 47 m F/450V capacitor has been selected. This gives an conventional off-line converters, typically made up of a full wave rect ifier bridge with a capacitor filter, gets an unregulated DC bus from the AC mains. The filter capacitor must be large enough to have a the voltage on the capacitor most of the time, thus the rectifiers con duct only for a small portion ) preregulator, located betwe en the recti - fier bridge and the filter capacitor, allows to draw from the mains
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/5408-v1.htm
STMicroelectronics 02/04/1999 42.42 Kb HTM 5408-v1.htm
current limited and can deliver an output current up to 10mA. 12 SS A capacitor connected to ground external capacitor defining the soft start time constant. An internal MOS discharge, the external soft start capacitor both in overvoltage and UVLO conditions. 13 VA-OUT Error amplifier output, an RC connected to ground fixes the constant charging current of C OSC . 18 C OSC An external capacitor 412K 1% R9 910K 1% D1 5TTA5060 5TTA5060 12 C5 1 m F 16V 11 17 18 9 5 8 FUSE C2 100 m F 450V
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1366-v1.htm
STMicroelectronics 30/10/2000 23.96 Kb HTM 1366-v1.htm