bypass capacitor - определение. Что такое bypass capacitor
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Что (кто) такое bypass capacitor - определение

CAPACITOR USED TO DECOUPLE ONE PART OF AN ELECTRICAL CIRCUIT FROM ANOTHER
Bypass capacitor; By-pass capacitor; Decoupling capacitors; Decoupling cap; Bypass cap; Bypass (capacitor); Emitter-bypass capacitor; Emitter bypass capacitor; Emitter capacitor; Cathode-bypass capacitor; Cathode capacitor; Cathode bypass capacitor; Bypassing capacitor
  • Impedance curves of aluminum [[electrolytic capacitor]]s (solid lines) and [[polymer capacitor]]s (dashed lines)
  • linear voltage regulator]] with 2 decoupling capacitors
  • Typical impedance curves of X7R and NP0 [[ceramic capacitor]]s
  • SMD]] ceramic at top left; SMD tantalum at bottom left; [[through-hole]] tantalum at top right; through-hole electrolytic at bottom right. Major scale divisions are cm.

Decoupling capacitor         
A decoupling capacitor is a capacitor used to decouple one part of an electrical network (circuit) from another. Noise caused by other circuit elements is shunted through the capacitor, reducing the effect it has on the rest of the circuit.
Film capacitor         
  • Film capacitors, ceramic capacitors and electrolytic capacitors do have a lot of common applications, which leads to overlapping use
  • Capacitor bank with 75 MVA for PFC of 150 kV transmission lines
  • An opened electronic lighting ballast device with a "naked" non-encapsulated film capacitor (gray rectangle. mid-photo) for [[power-factor correction]]
  •  Three examples of different film capacitor configurations for increasing surge current ratings
  • Process flow diagram for production of metallized film capacitors with dipped lacquered coating
  • Series-equivalent circuit model of a film capacitor
  • Highly simplified cross-section diagram of self-healing, after a point-defect short-circuit between the metallized electrodes is burned out. Lower diagram shows top view of foil after burn-out of a point defect.
  • Typical curves of impedances for film capacitors with different capacitance values
  • date=November 11, 2011 }}</ref>
  • Typical graphs of insulation resistance <math>R_{isol}</math> of different film capacitor types as a function of the temperature
  • Examples of partial metallization on one side of the metallized insulating film, to increase the voltage rating of film capacitors. This technique effectively forms multiple small capacitors, connected in series, to raise the effective [[breakdown voltage]]
  • Typical RMS AC voltage curves as a function of frequency, for four different capacitance values of a 63&nbsp;V DC capacitor series
  • Voltage derating between upper rated temperature (85&nbsp;°C for PP, PET and 105&nbsp;°C for PEN, PPS), and upper category temperature
  • HVDC]] transmission at [[Hydro-Québec]] fulfill the same snubber functions as film snubbers, but belong to the family of power capacitors
  •  Simplified series-equivalent circuit of a film capacitor for higher frequencies (above); vector diagram with electrical reactances and resistance ESR and for illustration the impedance and dissipation factor tan&nbsp;δ
  • HERA]]), located on the [[DESY]] site in [[Hamburg]]
  • Mullard (and Phillips) C280 polyester capacitors, with striped color codes, popular during 1960s/1970s
  • FKP 1 polypropylene (PP) capacitor for pulse applications with metal foil manufactured by WIMA
  •  Shape-optimized metallization to increase the surge current rating
  • "T metallization" segmentation to isolate and reduce damage during the self-healing process
CONSTRUCTION OF ELECTRICAL CAPACITORS
Metallized plastic polypropylene; Polyethylene terephthalate film capacitor; Polyethylene terephthalate capacitor; PET film capacitor; PET capacitor; Polyester film capacitor; Polyester capacitor; MKT film capacitor; Polyphenylene sulfide film capacitor; Polyphenylene sulfide capacitor; PPS film capacitor; PPS capacitor; MKI film capacitor; Polyethylene naphthalate film capacitor; Polyethylene naphthalate capacitor; PEN film capacitor; PEN capacitor; Polypropylene film capacitor; Polypropylene capacitor; PP film capacitor; PP capacitor; MKP film capacitor; MKP capacitor; FKP film capacitor; FKP capacitor; Polytetrafluoroethylene film capacitor; Polytetrafluoroethylen capacitor; PTFE film capacitor; PTFE capacitor; Polycarbonate film capacitor; Polycarbonate capacitor; PC film capacitor; PC capacitor; MKC film capacitor; MKC capacitor; KC film capacitor; KC capacitor; Polystyrole film capacitor; Polystyrole capacitor; Styroflex film capacitor; Styroflex capacitor; KS film capacitor; KS capacitor; Plastic film capacitor; Film dielectric capacitor; Polymer film capacitor; RFI suppression capacitor; EMI suppression capacitor; Suppression capacitor; Snubber capacitor; Damping capacitor; Class-X capacitor; Class-Y capacitor; Class-X safety capacitor; Class-Y safety capacitor; Safety-certified capacitor; Safety capacitor; X capacitor; Y capacitor; XY capacitor; X1 capacitor; Y1 capacitor; X2 capacitor; Y2 capacitor; X3 capacitor; Y3 capacitor; Y4 capacitor; X1 safety capacitor; Y1 safety capacitor; X2 safety capacitor; Y2 safety capacitor; X3 safety capacitor; Y3 safety capacitor; Y4 safety capacitor; Across the line capacitor; Across-the-line capacitor; Line to ground capacitor; Line bypass capacitor; Line-to-ground capacitor; Line-bypass capacitor; EMI/RFI suppression capacitor; EMI/RFI-suppression capacitor; AC line filter safety capacitor; AC-line filter safety capacitor; AC line filter capacitor; AC-line filter capacitor; EMI-/RFI-suppression capacitor; EMI-suppression capacitor; RFI-suppression capacitor; EMI & RFI suppression capacitor; Safety cap (electronics); Anti-interference capacitor; Interference-suppression capacitor; Interference suppression capacitor; Suppressor capacitor; Capacitive suppressor; Radio-interference suppression capacitor; X/Y capacitor; X-Y capacitor; X & Y capacitor; Lighting ballast capacitor; Power capacitor; Power film capacitor
Film capacitors, plastic film capacitors, film dielectric capacitors, or polymer film capacitors, generically called film caps as well as power film capacitors, are electrical capacitors with an insulating plastic film as the dielectric, sometimes combined with paper as carrier of the electrodes.
relief road         
  • Plaridel Bypass Road in Bulacan, an example of a bypass road in the Philippines
  • Outer Bypass Road (Atal ORR) at Narsinghi, Hyderabad in India
ROAD TAKING A NEW ROUTE WHICH AVOIDS A PREVIOUSLY PASSED LOCATION
Bypass route; Truck route; Bypass road; Bypass highway; Road bypass; Traffic bypass; Byepass; Relief road; Bypass routes; Truck routes; Truck Route; Bypass Road; Diversion road
¦ noun Brit. a road taking traffic around, rather than through, a congested urban area.

Википедия

Decoupling capacitor

In electronics, a decoupling capacitor is a capacitor used to decouple (i.e. prevent electrical energy from transferring to) one part of a circuit from another. Noise caused by other circuit elements is shunted through the capacitor, reducing its effect on the rest of the circuit. For higher frequencies, an alternative name is bypass capacitor as it is used to bypass the power supply or other high-impedance component of a circuit.