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  • H01G5/00
    		•  Capacitors in which the capacitance is varied by mechanical means, e.g. by turning a shaft; Processes of their manufacture [2] HB CC 5E083
  • H01G5/01
    		•  .Details HB CC 5E083
  • H01G5/01@B
    		•  Characterised by transmitting mechanisms HB CC 5E083
  • H01G5/01@C
    		•  Characterised by turning shafts HB CC 5E083
  • H01G5/01@D
    		•  Characterised by mounting HB CC 5E083
  • H01G5/01@E
    		•  Characterised by grounding HB CC 5E083
  • H01G5/01@F
    		•  Characterised by shields HB CC 5E083
  • H01G5/01@G
    		•  Characterised by terminals HB CC 5E083
  • H01G5/01@H
    		•  Characterised by preventing vibrations HB CC 5E083
  • H01G5/01@J
    		•  Characterised by boards HB CC 5E083
  • H01G5/01@Z
    		•  Others HB CC 5E083
  • H01G5/011
    		•  ..Electrodes [6] HB CC 5E083
  • H01G5/012
    		•  ...at least one of the electrodes being a displaceable liquid or powder [6] HB CC 5E083
  • H01G5/013
    		•  ..Dielectrics [6] HB CC 5E083
  • H01G5/013,100
    		•  ...having air, gas, or vacuum as the dielectric (using displacement of liquid or solid dielectric H01G 5/013, 200- H01G 5/013, 390) HB CC 5E083
  • H01G5/013,200
    		•  ...having a liquid dielectric HB CC 5E083
  • H01G5/013,300
    		•  ...having a solid dielectric HB CC 5E083
  • H01G5/013,310
    		•  ....with movable electrodes HB CC 5E083
  • H01G5/013,315
    		•  .....Dielectric made of a plastic material HB CC 5E083
  • H01G5/013,316
    		•  ......Characterised by plastic materials HB CC 5E083
  • H01G5/013,320
    		•  .....Dielectric made of an oxide material HB CC 5E083
  • H01G5/013,321
    		•  ......Dielectric made of a glass material HB CC 5E083
  • H01G5/013,325
    		•  .....Rotary type without shaft HB CC 5E083
  • H01G5/013,330
    		•  .....Cylindrical type HB CC 5E083
  • H01G5/013,335
    		•  .....Slide type HB CC 5E083
  • H01G5/013,340
    		•  .....Multiple type HB CC 5E083
  • H01G5/013,345
    		•  .....Characterised by manufacturing methods HB CC 5E083
  • H01G5/013,350
    		•  .....Characterised by plates HB CC 5E083
  • H01G5/013,351
    		•  ......Characterised by fixed plates HB CC 5E083
  • H01G5/013,352
    		•  ......Characterised by movable plates HB CC 5E083
  • H01G5/013,355
    		•  .....Characterised by pressing members HB CC 5E083
  • H01G5/013,360
    		•  .....Characterised by mounting HB CC 5E083
  • H01G5/013,365
    		•  .....Characterised by terminals HB CC 5E083
  • H01G5/013,370
    		•  .....Characterised by rotating shafts HB CC 5E083
  • H01G5/013,375
    		•  .....Characterised by boards HB CC 5E083
  • H01G5/013,380
    		•  .....By changes in effective electrode areas HB CC 5E083
  • H01G5/013,381
    		•  ......Due to rotation of flat or essentially flat electrodes HB CC 5E083
  • H01G5/013,385
    		•  .....Due to changes in gaps between electrodes HB CC 5E083
  • H01G5/013,390
    		•  ....with movable dielectric HB CC 5E083
  • H01G5/014
    		•  ..Housing; Encapsulation [2006.01] HB CC 5E083
  • H01G5/015
    		•  ..Current collectors HB CC 5E083
  • H01G5/017
    		•  ..Temperature compensation [6] HB CC 5E083
  • H01G5/019
    		•  ..Means for correcting the capacitance characteristics [6] HB CC 5E083
  • H01G5/04
    		•  .using variation of effective area of electrode [6] HB CC 5E083
  • H01G5/06
    		•  ..by rotation of flat or substantially flat electrodes [6] HB CC 5E083
  • H01G5/06@B
    		•  Characterised by transmitting mechanisms HB CC 5E083
  • H01G5/06@C
    		•  Characterised by turning shafts HB CC 5E083
  • H01G5/06@K
    		•  Characterised by containers HB CC 5E083
  • H01G5/06@L
    		•  Characterised by plates HB CC 5E083
  • H01G5/06@M
    		•  .Characterised by fixed plates HB CC 5E083
  • H01G5/06@N
    		•  .Characterised by movable plates HB CC 5E083
  • H01G5/06@P
    		•  Characterised by pressing members HB CC 5E083
  • H01G5/06@Q
    		•  Characterised by auxiliary capacitors HB CC 5E083
  • H01G5/06@Z
    		•  Others HB CC 5E083
  • H01G5/08
    		•  ...becoming active in succession [6] HB CC 5E083
  • H01G5/10
    		•  ..due to rotation of helical electrodes [6] HB CC 5E083
  • H01G5/12
    		•  ..due to rotation of part-cylindrical, conical, or spherical electrodes [6] HB CC 5E083
  • H01G5/14
    		•  ..due to longitudinal movement of electrodes [6] HB CC 5E083
  • H01G5/16
    		•  .using variation of distance between electrodes [6] HB CC 5E083
  • H01G5/18
    		•  ..due to change in inclination, e.g. by flexing or by spiral wrapping [6] HB CC 5E083
  • H01G5/38
    		•  .Multiple capacitors, e.g. ganged HB CC 5E083
  • H01G5/40
    		•  .Structural combinations of variable capacitors with other electric elements not covered by this subclass, the structure mainly consisting of a capacitor, e.g. RC combinations [6] HB CC 5E083
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