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154MKP275KG4 Illinois Capacitor Inc CAPACITOR, METALLIZED FILM visit Digikey
474MMR630KG Illinois Capacitor Inc CAPACITOR, METALLIZED FILM visit Digikey
257DER2R5SDP Illinois Capacitor Inc CAPACITOR, ELECTRIC DOUBLE LAYER visit Digikey
357DER2R5SEZ Illinois Capacitor Inc CAPACITOR, ELECTRIC DOUBLE LAYER visit Digikey
205DER2R5SFQ Illinois Capacitor Inc CAPACITOR, ELECTRIC DOUBLE LAYER visit Digikey
205DCN2R7S Illinois Capacitor Inc CAPACITOR, ELECTRIC DOUBLE LAYER visit Digikey

476+capacitor

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Abstract: befreit werden. PhaseCap Capacitor Type Revision Um die Packungsdichte pro Bank noch weiter zu erhöhen , PhaseCap® applications a Automatic power factor correction (PFC) equipments, capacitor banks a Individual , correction (several equipments connected in a group) a Tuned and detuned capacitor banks a Harmonic trap , von PCB 3 The compact PhaseCap capacitor is a self-healing, metalized polypropylene film capacitor. The currentcarrying metal layer (electrode) is vapor-deposited onto one side of the film. Compact EPCOS
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MKK415-D-25 476 capacitor epcos 230 gas discharge tube Kondensator 103
Abstract: befreit werden. PhaseCap Capacitor Type Revision Um die Packungsdichte pro Bank noch weiter zu erhöhen , Decoding System PhaseCap® applications a Automatic power factor correction (PFC) equipments, capacitor , fixed power factor correction (several equipments connected in a group) a Tuned and detuned capacitor , Umweltfreundlich a Produkt frei von PCB 3 The compact PhaseCap capacitor is a self-healing, metalized polypropylene film capacitor. The currentcarrying metal layer (electrode) is vapor-deposited onto one side of EPCOS
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MKK400-D-25 siemens 230 gas discharge tube B25667A7467A375 MKK-440-D-14 MKK230-D-10 MKK440-D-28
Abstract: ® applications a Automatic power factor correction (PFC) equipments, capacitor banks a Individual fixed power , (several equipments connected in a group) a Tuned and detuned capacitor banks a Harmonic trap applications , von PCB 3 The compact PhaseCap capacitor is a self-healing, metalized polypropylene film capacitor. The currentcarrying metal layer (electrode) is vapor-deposited onto one side of the film. Compact , lid. Triple safety system a Dry technology: instead of a liquid impregnating agent, the capacitor is EPCOS
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MKK440-D-28-01 siemens gas discharge tube 350 97 0 MKK400-I-05-01 metallschicht impulsfest EPCOS 230 11 O
Abstract: connected to IREF. A 0.1 jiF ceramic capacitor must always be used to bypass this pin to VAA. The COMP capacitor must be as close to the device as possible to keep lead lengths to an absolute minimum. Refer to , capacitor. A 0.1 |iF ceramic capacitor is used to decouple this input to GND, as shown in Figures 4. If the , capacitor must be as close to the device as possible to keep lead lengths to an absolute minimum. Reference , connector. Best power supply decoupling perform ance is obtained with a 0.1 (J.F ceramic capacitor -
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B1476 BT471KPJ35 bt471kpj50 capacitor 476 A BT479 Bt478KPJ80 RS-343A/RS-170-C 471KPJ66 471KPJ50 471KPJ35 B1476KPJ66 476KPJ50
Abstract: (Figure 5), this pin should be connected to IREF. A 0.1 jiF ceramic capacitor must always be used to bypass this pin to VAA. The COMP capacitor must be as close to the device as possible to keep lead , pin should be left floating, except for the bypass capacitor. A 0.1 JJ.F ceramic capacitor is used to , be obtained by decoupling VREF to VAA. The decoupling capacitor must be as close to the device as , capacitor decoupling each of the two groups of VAA pins to GND. For operation above 75 MHz, a 0.1 J4.F -
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B1471KPJ50 476KPJ66 476KPJ35 476KP66 476KP50 476KP35
Abstract: a group of capacitor units that can be cut in and cut out and which are driven and switched by a , Installation AC capacitors overview Four AC capacitor series cover all requirements for power factor correction , Contactor Capacitor contactors 32 4 Reactor Antiresonance three-phase filter reactor 42 5 PFC capacitor PhaseCap AC capacitors PhaseCap HD AC capacitors WindCap AC capacitors PhiCap AC , Fundamentals of Power Factor Correction Capacitor bank with pre-loading capacitor contactors L1 L2 L3 PEN EPCOS
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siemens VDE 0660 iec 947-2 ups transformer winding formula siemens IEC 947-2 VDE 0660 400 kvar LV capacitor bank B4406 siemens IEC 60947 VDE 0660
Abstract: connected to IREF. A 0.1 ^F ceramic capacitor must be used to bypass this pin to VAA. The COMP capacitor , bypass capacitor must still be connected. A 0.1 fjF ceramic capacitor is used to decouple this input to GND, as shown in Figure 4. The decoupling capacitor must be as close to the device as possible to keep , obtained with a 0.1 )iF ceramic capacitor, decoupling each of the two groups of VAA pins to GND. For operation above 75 MHz, a 0.1 (iF capacitor in parallel with a 0.01 (iF chip capacitor is recommended. The -
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BT478KPJ35 RAMDAC DIP BT477 BT478KPJ50 BROOKTREE Bt475 bt473 BT475 256-W RS-343A-C 471KPJ80 478KPJ80 478KPJ66 478KPJ50
Abstract: Layout Considerations section), this pin should be connected to IREF. A 0.1 ^F ceramic capacitor must be used to bypass this pin to VAA. The COM P capacitor must be as close to the device as possible to keep , , the bypass capacitor must still be connected. A 0.1 (iF ceramic capacitor is used to decouple this input to GND, as shown in Figure 4. The decoupling capacitor m ust be as close to the device as possible , pow er supply decoupling perform ance is ob tained with a 0.1 )iF ceram ic capacitor, decoupling each -
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BT476KPJ35 BT471KPJ66 L4780 bt478 BT476KPJ50 bt471 RS-343A 478KPJ35
Abstract: . A 0.1 |xF ceramic capacitor must always be used to bypass this pin to VAA. The COMP capacitor must , , except for the bypass capacitor. A 0.1 (iF ceramic capacitor must be used to decouple this input to VAA, as shown in Figures 3 and 4. The decoupling capacitor must be as close to the device as possible to , reduce the lead inductance. Best performance is obtained with a 0.1 jiF ceramic capacitor decou pling , Capacitor 10 pf Tantalum Capacitor Ferrite Bead 75 £11 % Metal Film Resistor 1% Metal Film Resistor 1.2 V -
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mallory start capacitor sc11471 I1471/478 RS-343A/RS-170 SC11471/478 SC11478 1MSG176 SC11471
Abstract: 4.50 12 VDC Input 10.80 15 VDC Input 13.50 24 VDC Input 21.60 Internal Capacitor Input Voltage , recommended that an external 1 ÂuF ceramic capacitor & 10 ÂuF electrolytic capacitor be placed in parallel , simple connection shown below will typically meet EN 55022 Class B. For dual output units, a capacitor MicroPower Direct
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MD200
Abstract: 4.50 12 VDC Input 10.80 15 VDC Input 13.50 24 VDC Input 21.60 Internal Capacitor Input Voltage , external 1 ÂuF ceramic capacitor & 10 ÂuF electrolytic capacitor be placed in parallel from the +Vout pin , will typically meet EN 55022 Class B. For dual output units, a capacitor should be connected from each MicroPower Direct
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F/50V
Abstract: ceramic capacitor must always be used to bypass this pin to VAA. The COMP capacitor m ust be as close to , , except for the bypass capacitor. A 0.1 JJ.F ceramic capacitor must be used to decouple this input to VAA, as shown in Figures 3 and 4. The decoupling capacitor must be as close to the device as possible to , operation, to reduce the lead inductance. Best performance is obtained with a 0.1 (J.F ceramic capacitor , RSET 21 R4 D ESC R IPTIO N 0.1 nF Ceramic Capacitor 10 |.iF Tantalum Capacitor Ferrite Bead 75 -
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SCU471/SC11476/SC11478 SCI1471/478 IMSG176 SC11476 1471CV-35 1471CV-80
Abstract: reflected-ripple current is measured with an inductor Lin and Capacitor Cin to simulate source impedance , want to further decrease the input/output ripple, an capacitor filtering network may be connected to , the capacitance of the capacitor must be proper. If the capacitance is too large, a startup problem , recommended capacitance of the capacitor refer to Table 1. Dual O ut put +Vo Vin Cout DC DC Cin , ) Vin (VDC) 5 EXTERNAL CAPACITOR TABLE (Table 1) Cin Single Vo Cout Dual Vo (ÂuF) (VDC) (ÂuF MORNSUN
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3000VDC E0505D-2WR2 E0509D-2WR2 E0512D-2WR2 E0515D-2WR2 E0524D-2WR2
Abstract: DISCONTINUED PRODUCT NOTIFICATION SUBJECT: ECA-xxF (HF) Series Radial Leaded Aluminum Electrolytic Capacitor will be Discontinued Effective per below. BULLETIN #: ECG.PG.44.00.0503 Date: May 3, 2000 LAST TIME BUY: October 31, 2000 LAST TIME SHIPMENT: December 31, 2000 SUGGESTED REPLACEMENT: EEU-FC (FC series) Radial Leaded Aluminum Electrolytic Capacitor The EEU-FC (FC Series) radial leaded aluminum electrolytic capacitor is the recommended replacement for the HF series. Please Panasonic Electronic Components
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ECEA1AF221 ECEA1AF471 ECEA1AF222 ECEA1CF222 ECEA1JF221 ECEA1VF471 ecea1cf471 ecea1vf ECE-A1CF101 ECEA1AF101 ECEA1AF331 ECEA1AF102
Abstract: control in step-down applications with a simple compensation network and a feedforward capacitor for more , the boost capacitor (C8) has a voltage rating greater than or equal to the output voltage for applications where the boost diode is placed in D2. However, the boost capacitor must have a voltage rating Linear Technology
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LT1765EFE LT1765 CDRH4D28-1R2M B220A CDRH5D28-2R5M capacitor 476 10V 12v to 3V 3A converter ceramic capacitor 100pf 63V 25MHZ CDRH6D28-3R0M
Abstract: office. Recent highlights include: ­ TACmicrochip ­ the world's first 0603 Tantalum capacitor. V , , our Low Profile Tantalum capacitor range has now been broadened to include Low Profile versions of , TACmicrochip Capacitor Array Capacitance uF Code 0.33 334 0.47 474 0.68 684 1.0 105 1.5 155 , manufacturing process allows AVX to offer the world's first molded 0603 Tantalum capacitor. It offers you the AVX
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capacitor 226 20V 156 Tantalum Capacitor TPS 334 application ELCO 2.2 16v capacitor 475 tantalum 476 Tantalum Capacitor E470/10 D220/10 D150/16 B100/4 D33/35 S-TREX10M598-N
Abstract: EPCOS AG 3 The compact WindCap capacitor is a self-healing, metalized polypropylene film capacitor using MKK technology with self-healing properties. The current-carrying metal layer (electrode) is , separated capacitor elements are wound concentrically in a single operation on an insulated metal core tube , face ends of the winding elements. The capacitor elements are connected in delta circuit (also at 690 V , impregnating agent like oil or PCB, the capacitor is filled with gas. So there is no risk of fire caused by EPCOS
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MKK690-D-12 MKK800-D-25-11 25 kvar capacitor 400V B25668A6836A37 B44066X9122 MKK690-D-25-11 B44066-K1212 B44066-K1421 KLK1393-M KLK1392-E C61010-A415-C15 KLK1394-V
Abstract: below: 1.1 RATED CAPACITANCE The nominal or rated value of the capacitor is measured at 25°C in a , the DC Voltage at which the capacitor can operate continuously up to a temperature of 85 °C. Values , current that flows through a capacitor at rated voltage, after the initial charging period. DC leakage , electrolytic capacitor. The Impedance is measured at 100 KHz., at 0.5 V rms and 25°C. Impedance is frequency dependent. 1.10 SURGE VOLTAGE The highest voltage that the capacitor may be subjected to, for short Sharma Electro Components
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336 Tantalum Capacitor IC SAF 0300 DATA TDA104K50CB TDA155K16CB TDA104K35CB TDA225K16CB TDA154K35CB TDA335K16CB
Abstract: OxiCapTM ­ NOS Low ESR NbO Capacitor A Kyocera Group Company TANTALUM DIVISION PRODUCT SPECIFICATIONS: Nominal Capacitance @ 120Hz Capacitance Tolerance Rated Voltage DC (VR) Category Voltage DC (VC) Surge Voltage (VS) 47uF M = ± 20% < 85oC 2.5V < 105oC 1.7V < 125 oC 1.3V < 85oC 3.3V < 105oC 2.2V , Low ESR NbO Capacitor A Kyocera Group Company CASE DIMENSIONS: millimetres Case EIA AVX W +0.2 ­ , Capacitance & ESR versus FREQUENCY PLOT (typical @25C): Capacitor behaviour of NOSB476M002R0500 50.0 10.000 AVX
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Abstract: below Dissipation Factor, tan 8, is the ra­ tio of the capacitor's ESR to its re­ actance. It , . 0- 6.8 0.05 >6.8 - 68 0.06 >68 0.08 Temperature Cycle: After subject­ ing the capacitor to , the capacitor body for 10 seconds at 260°C. A fter Test L im its Test C a p a c ita n c e -
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K 685
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