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  • H02M3/00
    		•  Conversion of dc power input into dc power output HB CC 5H730
  • H02M3/00@A
    		•  Overall structures HB CC 5H730
  • H02M3/00@B
    		•  Starting or shutting off HB CC 5H730
  • H02M3/00@C
    		•  Protection HB CC 5H730
  • H02M3/00@E
    		•  .Preventing noises HB CC 5H730
  • H02M3/00@G
    		•  Charging condensers HB CC 5H730
  • H02M3/00@H
    		•  Control HB CC 5H730
  • H02M3/00@J
    		•  .Constant current HB CC 5H730
  • H02M3/00@K
    		•  .Detecting inputs HB CC 5H730
  • H02M3/00@N
    		•  .Counters HB CC 5H730
  • H02M3/00@P
    		•  .PWM HB CC 5H730
  • H02M3/00@Q
    		•  Resonance type HB CC 5H730
  • H02M3/00@R
    		•  Snubbers HB CC 5H730
  • H02M3/00@S
    		•  Switching HB CC 5H730
  • H02M3/00@T
    		•  .FET HB CC 5H730
  • H02M3/00@U
    		•  Vertical type HB CC 5H730
  • H02M3/00@W
    		•  Parallel operation (circuits for uniformly distributing loads) HB CC 5H730
  • H02M3/00@X
    		•  Auxiliary electric power supplies HB CC 5H730
  • H02M3/00@Y
    		•  Enclosures HB CC 5H730
  • H02M3/00@Z
    		•  Others HB CC 5H730
  • H02M3/02
    		•  .without intermediate conversion into ac HB CC 5H730
  • H02M3/04
    		•  ..by static converters HB CC 5H730
  • H02M3/06
    		•  ...using resistors or capacitors, e.g. potential divider HB CC 5H730
  • H02M3/07
    		•  ....using capacitors charged and discharged alternately by semiconductor devices with control electrode [4] HB CC 5H730
  • H02M3/08
    		•  ...using discharge tubes without control electrode or semiconductor devices without control electrode HB CC 5H730
  • H02M3/10
    		•  ...using discharge tubes with control electrode or semiconductor devices with control electrode (H02M 3/07 takes precedence) [4] HB CC 5H730
  • H02M3/125
    		•  ....using devices of a thyratron or thyristor type requiring extinguishing means [2] HB CC 5H730
  • H02M3/13
    		•  .....using discharge tubes only [2] HB CC 5H730
  • H02M3/135
    		•  .....using semiconductor devices only [2] HB CC 5H730
  • H02M3/135@A
    		•  Overall structures HB CC 5H730
  • H02M3/135@B
    		•  Starting or shutting off HB CC 5H730
  • H02M3/135@C
    		•  Protection HB CC 5H730
  • H02M3/135@D
    		•  Switching batteries HB CC 5H730
  • H02M3/135@F
    		•  Vertical connections HB CC 5H730
  • H02M3/135@G
    		•  Gates HB CC 5H730
  • H02M3/135@H
    		•  .OFF pulses HB CC 5H730
  • H02M3/135@J
    		•  .Current limiting HB CC 5H730
  • H02M3/135@K
    		•  .Drive circuits HB CC 5H730
  • H02M3/135@L
    		•  Main circuits HB CC 5H730
  • H02M3/135@M
    		•  .Main circuits M HB CC 5H730
  • H02M3/135@N
    		•  .Supplemental charging circuits HB CC 5H730
  • H02M3/135@R
    		•  .Main circuits R HB CC 5H730
  • H02M3/135@S
    		•  .Main circuits C HB CC 5H730
  • H02M3/135@Q
    		•  .Bypass contactors HB CC 5H730
  • H02M3/135@U
    		•  .Two-way HB CC 5H730
  • H02M3/135@W
    		•  Series-parallel HB CC 5H730
  • H02M3/135@Y
    		•  GTO HB CC 5H730
  • H02M3/135@Z
    		•  Others HB CC 5H730
  • H02M3/137
    		•  ......with automatic control of output voltage or current, e.g. switching regulators [4] HB CC 5H730
  • H02M3/139
    		•  .......with digital control [4] HB CC 5H730
  • H02M3/142
    		•  .......including plural semiconductor devices as final control devices for a single load [4] HB CC 5H730
  • H02M3/145
    		•  ....using devices of a triode or transistor type requiring continuous application of a control signal [2] HB CC 5H730
  • H02M3/145@A
    		•  Overall structures HB CC 5H730
  • H02M3/145@B
    		•  Starting HB CC 5H730
  • H02M3/145@C
    		•  Protection HB CC 5H730
  • H02M3/145@H
    		•  Drives HB CC 5H730
  • H02M3/145@P
    		•  Signal processing HB CC 5H730
  • H02M3/145@S
    		•  Switches HB CC 5H730
  • H02M3/145@Z
    		•  Others HB CC 5H730
  • H02M3/15
    		•  .....using discharge tubes only [2] HB CC 5H730
  • H02M3/155
    		•  .....using semiconductor devices only [2] HB CC 5H730
  • H02M3/155@A
    		•  Overall structures HB CC 5H730
  • H02M3/155@B
    		•  Starting or shutting off HB CC 5H730
  • H02M3/155@C
    		•  Protection (protection circuits in general R H 02 H) HB CC 5H730
  • H02M3/155@E
    		•  .Preventing noises HB CC 5H730
  • H02M3/155@F
    		•  Stepping up or inverting HB CC 5H730
  • H02M3/155@G
    		•  Charging condensers HB CC 5H730
  • H02M3/155@H
    		•  Control HB CC 5H730
  • H02M3/155@J
    		•  .Constant current HB CC 5H730
  • H02M3/155@K
    		•  .Detecting inputs HB CC 5H730
  • H02M3/155@L
    		•  .Self-excited type HB CC 5H730
  • H02M3/155@M
    		•  .Supplemental OSC HB CC 5H730
  • H02M3/155@N
    		•  ..Counters HB CC 5H730
  • H02M3/155@P
    		•  ..PWM HB CC 5H730
  • H02M3/155@Q
    		•  Resonance type HB CC 5H730
  • H02M3/155@R
    		•  Snubbers HB CC 5H730
  • H02M3/155@S
    		•  Switching (switching circuits per se R H 03 K 17/00) HB CC 5H730
  • H02M3/155@T
    		•  .FET HB CC 5H730
  • H02M3/155@U
    		•  Vertical type HB CC 5H730
  • H02M3/155@V
    		•  Branched outputs HB CC 5H730
  • H02M3/155@W
    		•  Parallel operation HB CC 5H730
  • H02M3/155@X
    		•  Supplemental electric power supplies HB CC 5H730
  • H02M3/155@Y
    		•  Enclosures HB CC 5H730
  • H02M3/155@Z
    		•  Others HB CC 5H730
  • H02M3/156
    		•  ......with automatic control of output voltage or current, e.g. switching regulators [4] HB CC 5H730
  • H02M3/157
    		•  .......with digital control [4] HB CC 5H730
  • H02M3/158
    		•  .......including plural semiconductor devices as final control devices for a single load [4] HB CC 5H730
  • H02M3/16
    		•  ..by dynamic converters HB CC 5H730
  • H02M3/18
    		•  ...using capacitors or batteries which are alternately charged and discharged, e.g. charged in parallel and discharged in series HB CC 5H730
  • H02M3/20
    		•  ..by combination of static with dynamic converters; by combination of dynamo-electric with other dynamic or static converters HB CC 5H730
  • H02M3/22
    		•  .with intermediate conversion into ac HB CC 5H730
  • H02M3/24
    		•  ..by static converters HB CC 5H730
  • H02M3/24@H
    		•  Circuits using piezo transformers HB CC 5H730
  • H02M3/24@Y
    		•  .characterised by structures of piezo electric transformers per se HB CC 5H730
  • H02M3/24@Z
    		•  Others HB CC 5H730
  • H02M3/26
    		•  ...using discharge tubes without control electrode or semiconductor devices without control electrode to produce the intermediate ac HB CC 5H730
  • H02M3/28
    		•  ...using discharge tubes with control electrode or semiconductor devices with control electrode to produce the intermediate ac HB CC 5H730
  • H02M3/28@A
    		•  Overall structures HB CC 5H730
  • H02M3/28@B
    		•  Starting or shutting off, e.g. circuits for preventing rush-in HB CC 5H730
  • H02M3/28@C
    		•  Protection (protection circuits in general R H 02 H) HB CC 5H730
  • H02M3/28@D
    		•  .Preventing magnetic deviations HB CC 5H730
  • H02M3/28@E
    		•  .Preventing noises HB CC 5H730
  • H02M3/28@F
    		•  Rectification circuits HB CC 5H730
  • H02M3/28@G
    		•  Charging condensers HB CC 5H730
  • H02M3/28@H
    		•  Control HB CC 5H730
  • H02M3/28@J
    		•  .Constant current HB CC 5H730
  • H02M3/28@K
    		•  .Detecting inputs HB CC 5H730
  • H02M3/28@L
    		•  .Detecting windings HB CC 5H730
  • H02M3/28@M
    		•  .Control windings HB CC 5H730
  • H02M3/28@N
    		•  .Counters HB CC 5H730
  • H02M3/28@P
    		•  .PWM HB CC 5H730
  • H02M3/28@Q
    		•  Resonance type HB CC 5H730
  • H02M3/28@R
    		•  Snubbers, e.g. spike limiters HB CC 5H730
  • H02M3/28@S
    		•  Switching HB CC 5H730
  • H02M3/28@T
    		•  .FET HB CC 5H730
  • H02M3/28@U
    		•  Vertical type HB CC 5H730
  • H02M3/28@V
    		•  Multi-output type, e.g. positive and negative DC outputs HB CC 5H730
  • H02M3/28@W
    		•  Parallel operation HB CC 5H730
  • H02M3/28@X
    		•  Supplemental electric power supplies HB CC 5H730
  • H02M3/28@Y
    		•  Enclosures (including insulation methods) HB CC 5H730
  • H02M3/28@Z
    		•  Others HB CC 5H730
  • H02M3/305
    		•  ....using devices of a thyratron or thyristor type requiring extinguishing means [2] HB CC 5H730
  • H02M3/31
    		•  .....using discharge tubes only [2] HB CC 5H730
  • H02M3/315
    		•  .....using semiconductor devices only [2] HB CC 5H730
  • H02M3/325
    		•  ....using devices of a triode or a transistor type requiring continuous application of a control signal [2] HB CC 5H730
  • H02M3/325@A
    		•  Self-excited type HB CC 5H730
  • H02M3/325@B
    		•  Separately excited type HB CC 5H730
  • H02M3/325@D
    		•  Push-pull HB CC 5H730
  • H02M3/325@Z
    		•  Others HB CC 5H730
  • H02M3/33
    		•  .....using discharge tubes only [2] HB CC 5H730
  • H02M3/335
    		•  .....using semiconductor devices only [2] HB CC 5H730
  • H02M3/335@B
    		•  One-stone separately excited type HB CC 5H730
  • H02M3/335@E
    		•  Bridge type HB CC 5H730
  • H02M3/335@F
    		•  Multi-stone type (excluding push-pull) HB CC 5H730
  • H02M3/335@Z
    		•  Others HB CC 5H730
  • H02M3/337
    		•  ......in push-pull configuration [4] HB CC 5H730
  • H02M3/337@C
    		•  Self-excited type HB CC 5H730
  • H02M3/337@D
    		•  Separately excited type HB CC 5H730
  • H02M3/337@Z
    		•  Others HB CC 5H730
  • H02M3/338
    		•  ......in a self-oscillating arrangement (H02M 3/337 takes precedence) [4] HB CC 5H730
  • H02M3/338@A
    		•  One-stone type, e.g. blocking oscillation circuits HB CC 5H730
  • H02M3/338@Z
    		•  Others HB CC 5H730
  • H02M3/34
    		•  ..by dynamic converters HB CC 5H730
  • H02M3/36
    		•  ...using mechanical parts to select progressively or to vary continuously the input potential HB CC 5H730
  • H02M3/38
    		•  ...using mechanical contact-making and -breaking parts to interrupt a single potential HB CC 5H730
  • H02M3/40
    		•  ....wherein the parts are rotating and collectors co-operate with brushes or rollers HB CC 5H730
  • H02M3/42
    		•  ....with electromagnetically-operated vibrating contacts, e.g. chopper HB CC 5H730
  • H02M3/44
    		•  ..by combination of static with dynamic converters; by combination of dynamo-electric with other dynamic or static converters HB CC 5H730
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