FI (list display)

  • H01G4/00
  • Fixed capacitors; Processes of their manufacture (electrolytic capacitors H01G9/00) [2] HB CC 5E082
  • H01G4/00@A
  • Manufacturing method HB CC 5E082
  • H01G4/00@B
  • Structures HB CC 5E082
  • H01G4/00@Z
  • Others HB CC 5E082
  • H01G4/002
  • .Details [6] HB CC 5E082
  • H01G4/005
  • ..Electrodes [6] HB CC 5E082
  • H01G4/008
  • ...Selection of materials [6] HB CC 5E082
  • H01G4/008,500
  • ....fried electrodes HB CC 5E082
  • H01G4/01
  • ...Form of self-supporting electrodes [6] HB CC 5E082
  • H01G4/012
  • ...Form of non-self-supporting electrodes [6] HB CC 5E082
  • H01G4/015
  • ...Special provisions for self-healing [6] HB CC 5E082
  • H01G4/018
  • ..Dielectrics [6] HB CC 5E082
  • H01G4/02
  • ...Gas or vapour dielectrics [2, 6] HB CC 5E082
  • H01G4/04
  • ...Liquid dielectrics [2, 6] HB CC 5E082
  • H01G4/06
  • ...Solid dielectrics [2, 6] HB CC 5E082
  • H01G4/08
  • ....Inorganic dielectrics [2, 6] HB CC 5E082
  • H01G4/08@A
  • Using mica HB CC 5E082
  • H01G4/08@C
  • Vapour deposited HB CC 5E082
  • H01G4/08@Z
  • Others HB CC 5E082
  • H01G4/10
  • .....Metal-oxide dielectrics [2, 6] HB CC 5E082
  • H01G4/10,500
  • ......Using glass HB CC 5E082
  • H01G4/12
  • .....Ceramic dielectrics [2, 6] HB CC 5E001
  • H01G4/12,090
  • ......characterised by the ceramic dielectric material (H01G 4/12 720, H01G 4/12 810 take precedence) HB CC 5E001
  • H01G4/12,180
  • .......based on titanium oxides or titanates (H01G 4/12 450 takes precedence) HB CC 5E001
  • H01G4/12,270
  • ........based on alkaline earth titanates HB CC 5E001
  • H01G4/12,360
  • .......based on zirconium oxides or zirconates (H01G 4/12 630 takes precedence) HB CC 5E001
  • H01G4/12,450
  • ........containing also titanates HB CC 5E001
  • H01G4/12,540
  • .......based on niobium or tungsteen, tantalum oxides or niobates, tantalates HB CC 5E001
  • H01G4/12,630
  • ........containing also zirconium oxides or zirconates HB CC 5E001
  • H01G4/12,720
  • ......semiconductive ceramic capacitors HB CC 5E001
  • H01G4/12,810
  • .......with grain boundary layer HB CC 5E001
  • H01G4/12,900
  • ......containing a glassy phase, e.g. glass ceramic HB CC 5E001
  • H01G4/14
  • ....Organic dielectrics [2, 6] HB CC 5E082
  • H01G4/14,500
  • .....vapour deposited HB CC 5E082
  • H01G4/16
  • .....of fibrous material, e.g. paper [2, 6] HB CC 5E082
  • H01G4/18
  • .....of synthetic material, e.g. derivatives of cellulose (H01G4/16 takes precedence) [2, 6] HB CC 5E082
  • H01G4/18,300
  • ......Derivatives of cellulose (H01G 4/14 500 takes precedence) HB CC 5E082
  • H01G4/18,600
  • ......halogenated (H01G 4/14 500 takes precedence) HB CC 5E082
  • H01G4/20
  • ...using combinations of dielectrics from more than one of groups H01G4/02-H01G4/06 (H01G4/12 takes precedence) [2, 6] HB CC 5E082
  • H01G4/20,300
  • ....fibrous material or synthetic material HB CC 5E082
  • H01G4/20,600
  • ....inorganic and synthetic material HB CC 5E082
  • H01G4/22
  • ....impregnated [2, 6] HB CC 5E082
  • H01G4/22,100
  • .....characterised by the composition of the impregnant HB CC 5E082
  • H01G4/22,200
  • ......halogenated HB CC 5E082
  • H01G4/224
  • ..Housing; Encapsulation [2006.01] HB CC 5E001
  • H01G4/224,100
  • ...Encapsulation for ceramic capacitors HB CC 5E082
  • H01G4/224,200
  • ...Housing for film capacitors HB CC 5E082
  • H01G4/228
  • ..Terminals [6] HB CC 5E076
  • H01G4/228@A
  • Characterised by structure of mounting part to substrates HB CC 5E076
  • H01G4/228@B
  • Characterised by structure of connection part to electrodes HB CC 5E076
  • H01G4/228@E
  • Lead frame or chain lead structures HB CC 5E076
  • H01G4/228@F
  • Characterised by materials or cross sectional structures of lead HB CC 5E076
  • H01G4/228@G
  • Characterized by mounting on chassis or other arrangements HB CC 5E076
  • H01G4/228@H
  • Characterized by mounting on moulds or other arrangements HB CC 5E076
  • H01G4/228@J
  • Related to connections to multiple parts HB CC 5E076
  • H01G4/228@K
  • Terminals of special capacitors, e.g. penetrating type, thick-film, thin-film capacitors terminals HB CC 5E076
  • H01G4/228@L
  • Terminals of capacitors using organic dielectrics HB CC 5E076
  • H01G4/228@M
  • .cores or core closings HB CC 5E076
  • H01G4/228@Q
  • .terminals of resin injection seal type or mould type capacitors HB CC 5E076
  • H01G4/228@R
  • .related to protecting devices HB CC 5E076
  • H01G4/228@S
  • .related to connections of multiple elements HB CC 5E076
  • H01G4/228@T
  • .Chipped HB CC 5E076
  • H01G4/228@W
  • Chip type with lead HB CC 5E076
  • H01G4/228@Z
  • Others HB CC 5E076
  • H01G4/232
  • ...electrically connecting two or more layers of a stacked or rolled capacitor [6] HB CC 5E076
  • H01G4/232@A
  • having an inorganic dielectric [2] HB CC 5E076
  • H01G4/232@B
  • Characterised by the material of the terminals HB CC 5E076
  • H01G4/232@E
  • Connecting electrodes and terminals mechanically or by welding or soldering HB CC 5E076
  • H01G4/232@Z
  • Others HB CC 5E076
  • H01G4/236
  • ...leading through the housing, i.e. lead-through [6] HB CC 5E076
  • H01G4/242
  • ...the capacitive element surrounding the terminal [6] HB CC 5E076
  • H01G4/245
  • ....Tabs between the layers of a rolled electrode [6] HB CC 5E076
  • H01G4/248
  • ...the terminals embracing or surrounding the capacitive element, e.g. caps (H01G4/252 takes precedence) [6] HB CC 5E076
  • H01G4/252
  • ...the terminals being coated on the capacitive element (H01G4/232 takes precedence) [6] HB CC 5E076
  • H01G4/252@B
  • Related to metallikon, conductive paints, soldering or depositing HB CC 5E076
  • H01G4/252@C
  • .characterized by metallikon materials or structures of conductive paints, soldering or depositing HB CC 5E076
  • H01G4/252@D
  • .characterized by terminal connection by metallikon, conductive paints, soldring or depositing HB CC 5E076
  • H01G4/252@V
  • Leadless chip type HB CC 5E076
  • H01G4/252@Z
  • Others HB CC 5E076
  • H01G4/255
  • ..Means for correcting the capacitance value [6] HB CC 5E082
  • H01G4/258
  • ..Temperature compensation means [6] HB CC 5E082
  • H01G4/26
  • .Folded capacitors [2] HB CC 5E082
  • H01G4/28
  • .Tubular capacitors [2] HB CC 5E082
  • H01G4/30
  • .Stacked capacitors (H01G4/33 takes precedence) [2, 6] HB CC 5E082
  • H01G4/30,120
  • ..obtained by injection of metal in cavities formed in a ceramic body HB CC 5E082
  • H01G4/30,140
  • ..obtained from a another capacitor HB CC 5E082
  • H01G4/30,160
  • ..made by thin film techniques HB CC 5E082
  • H01G4/30,180
  • ..made by transfer techniques HB CC 5E082
  • H01G4/30,201
  • ..structures or materials HB CC 5E082
  • H01G4/30,201@A
  • Laminated structures HB CC 5E082
  • H01G4/30,201@B
  • Internal electrodes HB CC 5E082
  • H01G4/30,201@C
  • .structures of internal electrodes HB CC 5E082
  • H01G4/30,201@D
  • .Materials of internal electrodes HB CC 5E082
  • H01G4/30,201@E
  • External electrodes HB CC 5E082
  • H01G4/30,201@F
  • .structures of external electrodes HB CC 5E082
  • H01G4/30,201@G
  • .Materials of external electrodes HB CC 5E082
  • H01G4/30,201@H
  • .Leads connecting external electrodes HB CC 5E082
  • H01G4/30,201@J
  • Dielectrics HB CC 5E082
  • H01G4/30,201@K
  • .structures of dielectrics HB CC 5E082
  • H01G4/30,201@L
  • .Materials of dielectrics HB CC 5E082
  • H01G4/30,201@M
  • .characterised by dielectric body of cover layer HB CC 5E082
  • H01G4/30,201@N
  • .characterised by dielectric body of side margin HB CC 5E082
  • H01G4/30,201@P
  • Chip type HB CC 5E082
  • H01G4/30,201@Q
  • Coaxial type HB CC 5E082
  • H01G4/30,201@R
  • Connected in series HB CC 5E082
  • H01G4/30,201@S
  • With safety arrangements HB CC 5E082
  • H01G4/30,201@Z
  • Others HB CC 5E082
  • H01G4/30,311
  • ..Manufacturing methods HB CC 5E082
  • H01G4/30,311@A
  • Trimming methods HB CC 5E082
  • H01G4/30,311@B
  • .Trimming method after winding around drum HB CC 5E082
  • H01G4/30,311@C
  • .Trimming by crushing after winding HB CC 5E082
  • H01G4/30,311@D
  • Manufacturing method of internal electrodes HB CC 5E082
  • H01G4/30,311@E
  • Manufacturing method of external electrodes HB CC 5E082
  • H01G4/30,311@F
  • Laminating methods HB CC 5E082
  • H01G4/30,311@Z
  • Others HB CC 5E082
  • H01G4/30,500
  • ..Ceramic capacitors HB CC 5E001
  • H01G4/30,501
  • ...semiconductor magnetic capacitors HB CC 5E001
  • H01G4/30,504
  • ....Grain boundary insulated or reduced and re-oxdised type HB CC 5E001
  • H01G4/30,506
  • ....Grain boundary insulated type HB CC 5E001
  • H01G4/30,508
  • ....Reduced and re-oxdised type HB CC 5E001
  • H01G4/30,510
  • ...Laminated ceramic capacitors (H01G 4/30 501 takes precedence) HB CC 5E001
  • H01G4/30,511
  • ....structures HB CC 5E001
  • H01G4/30,512
  • .....Dielectrics HB CC 5E001
  • H01G4/30,513
  • .....Internal electrodes or external electrodes HB CC 5E001
  • H01G4/30,514
  • ....Materials HB CC 5E001
  • H01G4/30,515
  • .....Dielectrics HB CC 5E001
  • H01G4/30,516
  • .....Internal electrodes or external electrodes HB CC 5E001
  • H01G4/30,517
  • ....Manufacturing methods HB CC 5E001
  • H01G4/30,520
  • ...Cylindrical, urn-shaped, pillar-shaped HB CC 5E001
  • H01G4/30,530
  • ...Wound types HB CC 5E001
  • H01G4/30,540
  • ...Printed board type, e.g. capacitors having thick or thin films HB CC 5E001
  • H01G4/30,541
  • ....structures HB CC 5E001
  • H01G4/30,544
  • ....Materials HB CC 5E001
  • H01G4/30,547
  • ....Manufacturing methods HB CC 5E001
  • H01G4/30,550
  • ...Penetrating type HB CC 5E001
  • H01G4/30,560
  • ...ceramic capacitors in general, e.g. plate-shaped or U-shaped capacitors HB CC 5E001
  • H01G4/32
  • .Wound capacitors [2] HB CC 5E082
  • H01G4/32,301
  • ..Structures HB CC 5E082
  • H01G4/32,301@A
  • Combination or laying out films HB CC 5E082
  • H01G4/32,301@B
  • Structures of film per se HB CC 5E082
  • H01G4/32,301@C
  • With safety arrangements HB CC 5E082
  • H01G4/32,301@D
  • Cooling pipe type HB CC 5E082
  • H01G4/32,301@E
  • Chip type HB CC 5E082
  • H01G4/32,301@F
  • Sheathes or containers HB CC 5E082
  • H01G4/32,301@Z
  • Others HB CC 5E082
  • H01G4/32,305
  • ...Leads or lead outlets HB CC 5E082
  • H01G4/32,305@A
  • Leads HB CC 5E082
  • H01G4/32,305@B
  • End surface electrodes, e.g. metallikon electrodes, etc. HB CC 5E082
  • H01G4/32,305@Z
  • Others HB CC 5E082
  • H01G4/32,311
  • ..Manufacturing methods HB CC 5E082
  • H01G4/32,311@A
  • Winding methods HB CC 5E082
  • H01G4/32,311@Z
  • Others HB CC 5E082
  • H01G4/32,500
  • ..film capacitors HB CC 5E082
  • H01G4/32,510
  • ...structures or materials of film capacitors HB CC 5E082
  • H01G4/32,511
  • ....structures or materials of metalic film capacitors HB CC 5E082
  • H01G4/32,511@A
  • structures of HB CC 5E082
  • H01G4/32,511@D
  • Materials of HB CC 5E082
  • H01G4/32,511@G
  • structures of dielectric films HB CC 5E082
  • H01G4/32,511@H
  • .Mixed with powders or granules HB CC 5E082
  • H01G4/32,511@J
  • .With mesh elements HB CC 5E082
  • H01G4/32,511@K
  • .Rough surfaces HB CC 5E082
  • H01G4/32,511@L
  • Materials of dielectric films HB CC 5E082
  • H01G4/32,511@P
  • With insulating materials located between metallised films HB CC 5E082
  • H01G4/32,511@Z
  • Others HB CC 5E082
  • H01G4/32,521
  • ....structures or materials of nonmetallized films HB CC 5E082
  • H01G4/32,521@A
  • Electrode foil HB CC 5E082
  • H01G4/32,521@G
  • Dielectric films HB CC 5E082
  • H01G4/32,521@H
  • .With charge-transfer type complexes HB CC 5E082
  • H01G4/32,521@J
  • .Complex salts HB CC 5E082
  • H01G4/32,521@K
  • .simple salts HB CC 5E082
  • H01G4/32,521@L
  • .Unwoven fabrics HB CC 5E082
  • H01G4/32,521@P
  • Combinations or arrangements of electrode foils and dielectric films HB CC 5E082
  • H01G4/32,521@Q
  • Gluing electrode foils and dielectric films HB CC 5E082
  • H01G4/32,521@Z
  • Others HB CC 5E082
  • H01G4/32,530
  • ....structure of external electrodes, e.g. structure of metallikon electrodes HB CC 5E082
  • H01G4/32,531
  • ....leads connecting to electrodes end surfaces HB CC 5E082
  • H01G4/32,540
  • ....housing, moulds, containers or injection of gas HB CC 5E082
  • H01G4/32,541
  • ....immersed HB CC 5E082
  • H01G4/32,542
  • ....chip type HB CC 5E082
  • H01G4/32,543
  • ....connected in series HB CC 5E082
  • H01G4/32,544
  • ....with safety arrangements, e.g. fuse electrodes HB CC 5E082
  • H01G4/32,550
  • ...manufacturing methods of film capacitors HB CC 5E082
  • H01G4/32,551
  • ....manufacturing methods of metallised films HB CC 5E082
  • H01G4/32,551@A
  • Manufacturing methods of capacitor forming electrodes, e.g. deposition method HB CC 5E082
  • H01G4/32,551@B
  • Manufacturing methods of dielectric films HB CC 5E082
  • H01G4/32,551@Z
  • Others HB CC 5E082
  • H01G4/32,561
  • ....manufacturing methods of nonmetallized films HB CC 5E082
  • H01G4/32,561@A
  • Manufacturing methods of electrode foils HB CC 5E082
  • H01G4/32,561@B
  • Manufacturing methods of dielectric films HB CC 5E082
  • H01G4/32,561@C
  • .By radiation processing, e.g. light or electron beams HB CC 5E082
  • H01G4/32,561@D
  • .By electric discharge processing HB CC 5E082
  • H01G4/32,561@Z
  • Others HB CC 5E082
  • H01G4/32,571
  • ....Heat treatments HB CC 5E082
  • H01G4/32,572
  • ....Compressing or machining HB CC 5E082
  • H01G4/32,573
  • ....Trimming HB CC 5E082
  • H01G4/32,574
  • ....Treatments by multiple processes HB CC 5E082
  • H01G4/33
  • .Thin- or thick-film capacitors [6] HB CC 5E082
  • H01G4/33,101
  • ..Thick film capacitors, e.g. dielectrics formed by coating or printing HB CC 5E082
  • H01G4/33,102
  • ..Thin film capacitors, e.g. dielectrics formed by depositing or anodising HB CC 5E082
  • H01G4/35
  • .Feed-through capacitors or anti-noise capacitors [6] HB CC 5E082
  • H01G4/35,301
  • ..Cylindrical types HB CC 5E082
  • H01G4/35,311
  • ..Wound types HB CC 5E082
  • H01G4/35,321
  • ..Coaxial types HB CC 5E082
  • H01G4/35,331
  • ..Multi-layer types HB CC 5E082
  • H01G4/35,341
  • ..Combined types HB CC 5E082
  • H01G4/38
  • .Multiple capacitors, i.e. structural combinations of fixed capacitors [2] HB CC 5E082
  • H01G4/38@A
  • Consisting of fixed capacitors only HB CC 5E082
  • H01G4/38@B
  • single unit multiple capacitors HB CC 5E082
  • H01G4/38@Z
  • Others HB CC 5E082
  • H01G4/40
  • .Structural combinations of fixed capacitors with other electric elements not covered by this subclass, the structure mainly consisting of a capacitor, e.g. RC combinations [2] HB CC 5E082
  • H01G4/40@A
  • Not containing other capacitors than fixed type HB CC 5E082
  • H01G4/40@Z
  • Others HB CC 5E082
  • H01G4/40,301
  • ..Combinations with resistance elements HB CC 5E082
  • H01G4/40,301@A
  • Not containing other capacitors than fixed type HB CC 5E082
  • H01G4/40,301@Z
  • Others HB CC 5E082
  • H01G4/40,304
  • ...Combinations with resistance elements having nonlinearity with voltage HB CC 5E082
  • H01G4/40,304@A
  • Not containing other capacitors than fixed type HB CC 5E082
  • H01G4/40,304@Z
  • Others HB CC 5E082
  • H01G4/40,307
  • ...Combinations with deposited resistance HB CC 5E082
  • H01G4/40,307@A
  • Not containing other capacitors than fixed type HB CC 5E082
  • H01G4/40,307@Z
  • Others HB CC 5E082
  • H01G4/40,310
  • ...For protecting from over-voltages HB CC 5E082
  • H01G4/40,310@A
  • Not containing other capacitors than fixed type HB CC 5E082
  • H01G4/40,310@Z
  • Others HB CC 5E082
  • H01G4/40,313
  • ....With discharge gaps or discharge resistances HB CC 5E082
  • H01G4/40,313@A
  • Not containing other capacitors than fixed type HB CC 5E082
  • H01G4/40,313@Z
  • Others HB CC 5E082
  • H01G4/40,321
  • ..Combinations with inductance elements HB CC 5E082
  • H01G4/40,321@A
  • Not containing other capacitors than fixed type HB CC 5E082
  • H01G4/40,321@Z
  • Others HB CC 5E082
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