H02M   1/00  \	0	0	5H740	H02M   1/00	25	Ѵ֤κΣ	Details of apparatus for conversion [1,2007.01]
H02M   1/00  A	0	0	5H740	H02M   1/00	395	ɽƻ	Indicating or monitoring
H02M   1/00  B	0	0	5H740	H02M   1/00	282	¬	Testing or measuring
H02M   1/00  C	0	0	5H740	H02M   1/00	1358	ξ㸡	Detecting failures
H02M   1/00  E	0	1	5H740	H02M   1/00	745	Ű˴ؤ븡Сݸ	Protection or detection related to voltages
H02M   1/00  F	0	2	5H740	H02M   1/00	998	ݥݸ	Surge protection
H02M   1/00  G	0	2	5H740	H02M   1/00	96	Űݸ	Reverse voltage protection
H02M   1/00  H	0	1	5H740	H02M   1/00	1485	ή˴ؤ븡Сݸ	Protection or detection related to voltages
H02M   1/00  J	0	1	5H740	H02M   1/00	272	ľ³ǻҤ˴ؤݸ	Protection related to elements connected in series
H02M   1/00  K	0	2	5H740	H02M   1/00	83	Űʬô	Voltage sharing
H02M   1/00  L	0	1	5H740	H02M   1/00	130	³ǻҤ˴ؤݸ	Protection related to elements connected in parallel
H02M   1/00  M	0	2	5H740	H02M   1/00	190	ήХ	Current balance
H02M   1/00  N	0	1	5H740	H02M   1/00	44	³ǻҤ˴ؤݸ	Protection related to back-to-back connection elements
H02M   1/00  P	0	1	5H740	H02M   1/00	101	ľ³ǻҤ˴ؤݸ	Protection related to series-parallel connected elements
H02M   1/00  Q	0	1	5H740	H02M   1/00	39	Ѵݸ	Protection of light ignition type converters
H02M   1/00  R	0	1	5H740	H02M   1/00	970	١Ǯ˴ؤݸ	Protection related to temperatures or heats
H02M   1/00  S	0	1	5H740	H02M   1/00	85	žήԤ˴ؤ븡Сݸ	Detection or protection related to commutation failures
H02M   1/00  Z	0	0	5H740	H02M   1/00	433	¾	Others
H02M   1/02  \	1	1	5H740	H02M   1/02	281	Ż߷ѴѤŴɤγʻޤϥʥϤȯѤϩ	Circuits specially adapted for the generation of grid-control or igniter-control voltages for discharge tubes incorporated in static converters
H02M   1/04  \	2	2	5H740	H02M   1/04	244	ʻҤĴѤΤ	for tubes with grid control
H02M   1/06  \	1	1	5H740	H02M   1/06	16	ŴɤޤȾƳ֡㡥ȥ󡤥ꥹƳ̤ˤ뤿äŬ礷ϩΣ	Circuits specially adapted for rendering non-conductive gas discharge tubes or equivalent semiconductor devices, e.g. thyratrons, thyristors [2]
H02M   1/06  A	1	0	5H740	H02M   1/06	434	ݥ󥪥ղϩ	Turnoff circuits
H02M   1/06  B	1	1	5H740	H02M   1/06	609	ǣԣϤΥݥȲϩ	GTO gate circuits
H02M   1/06  C	1	1	5H740	H02M   1/06	66	ǣԣϤľ³	Series-parallel GTO connections
H02M   1/06  D	1	1	5H740	H02M   1/06	391	ǣԣϤݸ	GTO protection
H02M   1/06  Z	1	0	5H740	H02M   1/06	21	¾	Others
H02M   1/08  \	1	1	5H740	H02M   1/08	86	Ż߷ѴѤȾƳ֤ŰȯѤϩ	Circuits specially adapted for the generation of control voltages for semiconductor devices incorporated in static converters
H02M   1/08  A	1	0	5H740	H02M   1/08	4362	ݥȲϩ	Gate circuits
H02M   1/08  B	1	0	5H740	H02M   1/08	258	Ʊȯϩ	Synchronous signal generating circuits
H02M   1/08  C	1	0	5H740	H02M   1/08	760	ݥŸ	Gate voltages
H02M   1/08  Z	1	0	5H740	H02M   1/08	457	¾	Others
H02M   1/08 301 \	2	2	5H740	H02M   1/08	24	ݥȿã	Transferring gate signals
H02M   1/08 301 A	2	0	5H740	H02M   1/08	247	ѥ륹ȥ	Pulse transformers
H02M   1/08 301 B	2	0	5H740	H02M   1/08	406		Lights
H02M   1/08 301 Z	2	0	5H740	H02M   1/08	102	¾	Others
H02M   1/08 311 \	2	2	5H740	H02M   1/08	2	̥ѥ륹ȷ	Waveforms of point arc pulse
H02M   1/08 311 A	2	0	5H740	H02M   1/08	47	ѥ륹	Wide pulses
H02M   1/08 311 B	2	0	5H740	H02M   1/08	37	ѥ륹	Pulse arrays
H02M   1/08 311 C	2	0	5H740	H02M   1/08	73	ϥݥȥѥ륹	High gate pulses
H02M   1/08 311 D	2	0	5H740	H02M   1/08	117	ѥ륹	Pulse width modulation
H02M   1/08 311 E	2	0	5H740	H02M   1/08	38	ѥ륹	Pulse reforming
H02M   1/08 311 Z	2	0	5H740	H02M   1/08	79	¾	Others
H02M   1/08 321 \	2	2	5H740	H02M   1/08	13		Phase control
H02M   1/08 321 A	2	0	5H740	H02M   1/08	99	ꥹ	Thyristors
H02M   1/08 321 B	2	1	5H740	H02M   1/08	127		Magnetic phase transfer
H02M   1/08 321 C	2	1	5H740	H02M   1/08	15	ġݥϩ	Toulon circuits
H02M   1/08 321 D	2	1	5H740	H02M   1/08	13	ߥĥȲϩ	Schmitt circuits
H02M   1/08 321 E	2	1	5H740	H02M   1/08	101	գʣ	UJT
H02M   1/08 321 F	2	1	5H740	H02M   1/08	114	Уգ	PUT
H02M   1/08 321 G	2	1	5H740	H02M   1/08	83	üǻ	Two-pin elements
H02M   1/08 321 H	2	1	5H740	H02M   1/08	114	¿	Multi-phase phase shifting
H02M   1/08 321 J	2	1	5H740	H02M   1/08	289	ǥ	Digital phase shifting
H02M   1/08 321 T	2	0	5H740	H02M   1/08	644	ȥ饤ĥ	TRIACs
H02M   1/08 321 Z	2	0	5H740	H02M   1/08	760	¾	Others
H02M   1/08 331 \	2	2	5H740	H02M   1/08	0	̲ϩ	Zero point ignition circuits
H02M   1/08 331 A	2	0	5H740	H02M   1/08	182	ȥ饤ĥ	TRIACs
H02M   1/08 331 B	2	0	5H740	H02M   1/08	78		Lights
H02M   1/08 331 Z	2	0	5H740	H02M   1/08	254	¾	Others
H02M   1/08 341 \	2	2	5H740	H02M   1/08	6	ϩǻҤ³	Connecting main circuit elements
H02M   1/08 341 A	2	0	5H740	H02M   1/08	356	ľ	Series
H02M   1/08 341 B	2	0	5H740	H02M   1/08	320		Parallel
H02M   1/08 341 C	2	0	5H740	H02M   1/08	135	ľ	Series-parallel
H02M   1/08 341 D	2	0	5H740	H02M   1/08	180		Back-to-back connection
H02M   1/08 341 Z	2	0	5H740	H02M   1/08	18	¾	Others
H02M   1/08 351 \	2	2	5H740	H02M   1/08	1	üʼϩǻ	Special main circuit elements
H02M   1/08 351 A	2	0	5H740	H02M   1/08	80	ų̥ꥹ	Field effect thyristors
H02M   1/08 351 B	2	0	5H740	H02M   1/08	27	Ǯꥹ	Heat sensing thyristors
H02M   1/08 351 C	2	0	5H740	H02M   1/08	43	üҥꥹ	Two-pin thyristors
H02M   1/08 351 Z	2	0	5H740	H02M   1/08	49	¾	Others
H02M   1/084  \	2	2	5H740	H02M   1/084	104	¿ꥷƥΤĤ˶̤ϩ˻ѤΡΣ	using a control circuit common to several phases of a multi-phase system [4]
H02M   1/088  \	2	2	5H740	H02M   1/088	124	ľޤ³줿ȾƳ֤ƱΤΤΡΣ	for the simultaneous control of series or parallel connected semiconductor devices [4]
H02M   1/092  \	3	3	5H740	H02M   1/092	202	Ū濮Σ	the control signals being transmitted optically [4]
H02M   1/096  \	3	3	5H740	H02M   1/096	5	祹åǻҤ³ϩؤεšʣȣͣͥˡΣ	the power supply of the control circuit being connected in parallel to the main switching element (H02M 1/092 takes precedence) [4]
H02M   1/10  \	1	1	5H740	H02M   1/10	466	ۤʤäζϡ㡥ήޤľή٤ž뤿Ѵ֤Ѥ	Arrangements incorporating converting means for enabling loads to be operated at will from different kinds of power supplies, e.g. from ac or dc
H02M   1/12  \	1	1	5H740	H02M   1/12	1493	ήϤޤϽϤĴȤ򸺾뤿	Arrangements for reducing harmonics from ac input or output
H02M   1/14  \	1	1	5H740	H02M   1/14	1171	ľήϤޤϽϤåץ򸺾뤿	Arrangements for reducing ripples from dc input or output
H02M   1/15  \	2	2	5H740	H02M   1/15	257	ǽưǻҤѤΡΣ	using active elements [4]
H02M   1/16  \	1	1	5H740	H02M   1/16	323	ϩγĻΩ夬ή򶡵뤹뤿֡㡥˰¥ꥢȥĤ	Means for providing current step on switching, e.g. with saturable reactor
H02M   1/20  \	1	1	5H740	H02M   1/20	1	Ż߷Ѵ	Contact mechanisms of dynamic converters
H02M   1/22  \	2	2	5H740	H02M   1/22	0	֤ӥ֥饷Ѥ	incorporating collectors and brushes
H02M   1/24  \	2	2	5H740	H02M   1/24	3	ưޤžưѤ	incorporating rolling or tumbling contacts
H02M   1/26  \	2	2	5H740	H02M   1/26	0	Ѥ	incorporating cam-operated contacts
H02M   1/28  \	2	2	5H740	H02M   1/28	1	żŪ뿶ưѤ	incorporating electromagnetically-operated vibrating contacts
H02M   1/30  \	2	2	5H740	H02M   1/30	0	Ѥ	incorporating liquid contacts
H02M   1/32  \	1	1	5H740	H02M   1/32	640	ưǤˤΰʳΡѴݸ뤿μʡΣ	Means for protecting converters other than by automatic disconnection
H02M   1/34  \	2	2	5H740	H02M   1/34	1253	ʥвϩΣ	Snubber circuits [2007.01]
H02M   1/36  \	1	1	5H740	H02M   1/36	122	Ѵưޤߤ뤿μʡΣ	Means for starting or stopping converters [2007.01]
H02M   1/38  \	1	1	5H740	H02M   1/38	256	å󥰼ʤƱƳ̤뤳Ȥɻߤ뤿μʡΣ	Means for preventing simultaneous conduction of switches [2007.01]
H02M   1/40  \	1	1	5H740	H02M   1/40	124	Ū˰¡мˤ뤳ȤɻߤʡΣ	Means for preventing magnetic saturation [2007.01]
H02M   1/42  \	1	1	5H740	H02M   1/42	318	ѴΨޤĴ᤹뤿βϩޤ֡Σ	Circuits or arrangements for compensating for or&nbsp;adjusting power factor in converters or inverters [2007.01]
H02M   1/44  \	1	1	5H740	H02M   1/44	427	Ѵż˸뤿βϩޤ֡Σ	Circuits or arrangements for compensating for electromagnetic interference in converters or inverters [2007.01]
H02M   3/00  \	0	0	5H730	H02M   3/00	52	ľήϰľήѴ	Conversion of dc power input into dc power output
H02M   3/00  A	0	0	5H730	H02M   3/00	101	ι	Overall structures
H02M   3/00  B	0	0	5H730	H02M   3/00	548	ư	Starting or shutting off
H02M   3/00  C	0	0	5H730	H02M   3/00	925	ݸ	Protection
H02M   3/00  E	0	1	5H730	H02M   3/00	198	ɻ	Preventing noises
H02M   3/00  G	0	0	5H730	H02M   3/00	120	ǥ󥵽	Charging condensers
H02M   3/00  H	0	0	5H730	H02M   3/00	1266		Control
H02M   3/00  J	0	1	5H730	H02M   3/00	52	ή	Constant current
H02M   3/00  K	0	1	5H730	H02M   3/00	218	ϸ	Detecting inputs
H02M   3/00  N	0	1	5H730	H02M   3/00	24		Counters
H02M   3/00  P	0	1	5H730	H02M   3/00	299	Уף	PWM
H02M   3/00  Q	0	0	5H730	H02M   3/00	34		Resonance type
H02M   3/00  R	0	0	5H730	H02M   3/00	33	ʥ	Snubbers
H02M   3/00  S	0	0	5H730	H02M   3/00	69	ĥ	Switching
H02M   3/00  T	0	1	5H730	H02M   3/00	24	ƣţ	FET
H02M   3/00  U	0	0	5H730	H02M   3/00	295	³	Vertical type
H02M   3/00  W	0	0	5H730	H02M   3/00	768	ž̶ʬôϩ	Parallel operation (circuits for uniformly distributing loads)
H02M   3/00  X	0	0	5H730	H02M   3/00	72	Ÿ	Auxiliary electric power supplies
H02M   3/00  Y	0	0	5H730	H02M   3/00	919		Enclosures
H02M   3/00  Z	0	0	5H730	H02M   3/00	572	¾	Others
H02M   3/02  \	1	1	5H730	H02M   3/02	4	֤˸ήѴ⤿ʤ	without intermediate conversion into ac
H02M   3/04  \	2	2	5H730	H02M   3/04	3	Ż߷Ѵˤ	by static converters
H02M   3/06  \	3	3	5H730	H02M   3/06	16	񹳤ޤŴѤΡ㡥ʬѤ	using resistors or capacitors, e.g. potential divider
H02M   3/07  \	4	4	5H730	H02M   3/07	3366	ŶˤͭȾƳ֤ˤäƸߤ˽Ť륳ǥ󥵤ѤΡΣ	using capacitors charged and discharged alternately by semiconductor devices with control electrode [4]
H02M   3/08  \	3	3	5H730	H02M   3/08	10	Ŷˤ⤿ʤŴɤޤŶˤ⤿ʤȾƳ֤Ѥ	using discharge tubes without control electrode or semiconductor devices without control electrode
H02M   3/10  \	3	3	5H730	H02M   3/10	23	ŶˤͭŴɤޤŶˤͭȾƳ֤ѤΡʣȣͣͥˡΣ	using discharge tubes with control electrode or semiconductor devices with control electrode (H02M 3/07 takes precedence) [4]
H02M   3/125  \	4	4	5H730	H02M   3/125	1	ø̼ʤɬפȤ륵ȥޤϥꥹ֤ѤΡΣ	using devices of a thyratron or thyristor type requiring extinguishing means [2]
H02M   3/13  \	5	5	5H730	H02M   3/13	0	ŻҴɤΤߤѤΡΣ	using discharge tubes only [2]
H02M   3/135  \	5	5	5H730	H02M   3/135	39	ȾƳ֤ΤߤѤΡΣ	using semiconductor devices only [2]
H02M   3/135  A	5	0	5H730	H02M   3/135	4	ι	Overall structures
H02M   3/135  B	5	0	5H730	H02M   3/135	58	ư	Starting or shutting off
H02M   3/135  C	5	0	5H730	H02M   3/135	234	ݸ	Protection
H02M   3/135  D	5	0	5H730	H02M   3/135	13		Switching batteries
H02M   3/135  F	5	0	5H730	H02M   3/135	24	³³	Vertical connections
H02M   3/135  G	5	0	5H730	H02M   3/135	156	ݥ	Gates
H02M   3/135  H	5	1	5H730	H02M   3/135	52	ϣƣƥѥ륹	OFF pulses
H02M   3/135  J	5	1	5H730	H02M   3/135	44	ή	Current limiting
H02M   3/135  K	5	1	5H730	H02M   3/135	75	ɥ饤ֲϩ	Drive circuits
H02M   3/135  L	5	0	5H730	H02M   3/135	280	ϩ	Main circuits
H02M   3/135  M	5	1	5H730	H02M   3/135	13	ϩ	Main circuits M
H02M   3/135  N	5	1	5H730	H02M   3/135	60	佼Ųϩ	Supplemental charging circuits
H02M   3/135  R	5	1	5H730	H02M   3/135	24	ϩ	Main circuits R
H02M   3/135  S	5	1	5H730	H02M   3/135	24	ϩ	Main circuits C
H02M   3/135  Q	5	1	5H730	H02M   3/135	19	Хѥ󥿥	Bypass contactors
H02M   3/135  U	5	1	5H730	H02M   3/135	27		Two-way
H02M   3/135  W	5	0	5H730	H02M   3/135	76	ľ	Series-parallel
H02M   3/135  Y	5	0	5H730	H02M   3/135	32	ǣԣ	GTO
H02M   3/135  Z	5	0	5H730	H02M   3/135	239	¾	Others
H02M   3/137  \	6	6	5H730	H02M   3/137	23	ŰޤήμưͭΡ㡥å󥰥쥮졼Σ	with automatic control of output voltage or current, e.g. switching regulators [4]
H02M   3/139  \	7	7	5H730	H02M   3/139	2	ǥͭΡΣ	with digital control [4]
H02M   3/142  \	7	7	5H730	H02M   3/142	0	ñ٤Τκǽ֤ȤƤʣȾƳ֤ޤΡΣ	including plural semiconductor devices as final control devices for a single load [4]
H02M   3/145  \	4	4	5H730	H02M   3/145	0	濮Ϣ³ŪäɬפȤ뻰˴ɤޤϥȥ󥸥֤ѤΡΣ	using devices of a triode or transistor type requiring continuous application of a control signal [2]
H02M   3/145  A	4	0	5H730	H02M   3/145	50	ι	Overall structures
H02M   3/145  B	4	0	5H730	H02M   3/145	45	ư	Starting
H02M   3/145  C	4	0	5H730	H02M   3/145	104	ݸ	Protection
H02M   3/145  H	4	0	5H730	H02M   3/145	82	ư	Drives
H02M   3/145  P	4	0	5H730	H02M   3/145	45		Signal processing
H02M   3/145  S	4	0	5H730	H02M   3/145	78	ĥ	Switches
H02M   3/145  Z	4	0	5H730	H02M   3/145	46	¾	Others
H02M   3/15  \	5	5	5H730	H02M   3/15	0	ŻҴɤΤߤѤΡΣ	using discharge tubes only [2]
H02M   3/155  \	5	5	5H730	H02M   3/155	71	ȾƳ֤ΤߤѤΡΣ	using semiconductor devices only [2]
H02M   3/155  A	5	0	5H730	H02M   3/155	108	ι	Overall structures
H02M   3/155  B	5	0	5H730	H02M   3/155	1281	ư	Starting or shutting off
H02M   3/155  C	5	0	5H730	H02M   3/155	3039	ݸݸϩ̢ȣȡ	Protection (protection circuits in general R H 02 H)
H02M   3/155  E	5	1	5H730	H02M   3/155	614	ɻ	Preventing noises
H02M   3/155  F	5	0	5H730	H02M   3/155	2686	ȿž	Stepping up or inverting
H02M   3/155  G	5	0	5H730	H02M   3/155	273	ǥ󥵽	Charging condensers
H02M   3/155  H	5	0	5H730	H02M   3/155	6466		Control
H02M   3/155  J	5	1	5H730	H02M   3/155	349	ή	Constant current
H02M   3/155  K	5	1	5H730	H02M   3/155	887	ϸ	Detecting inputs
H02M   3/155  L	5	1	5H730	H02M   3/155	110	巿	Self-excited type
H02M   3/155  M	5	1	5H730	H02M   3/155	48	ϣӣ	Supplemental OSC
H02M   3/155  N	5	2	5H730	H02M   3/155	101		Counters
H02M   3/155  P	5	2	5H730	H02M   3/155	1938	Уף	PWM
H02M   3/155  Q	5	0	5H730	H02M   3/155	616		Resonance type
H02M   3/155  R	5	0	5H730	H02M   3/155	299	ʥ	Snubbers
H02M   3/155  S	5	0	5H730	H02M   3/155	995	ĥ󥰡̥ĥ󥰲ϩ΢ȣˣ	Switching (switching circuits per se R H 03 K 17/00)
H02M   3/155  T	5	1	5H730	H02M   3/155	254	ƣţ	FET
H02M   3/155  U	5	0	5H730	H02M   3/155	1466	³	Vertical type
H02M   3/155  V	5	0	5H730	H02M   3/155	520	ʬ	Branched outputs
H02M   3/155  W	5	0	5H730	H02M   3/155	2272	ž	Parallel operation
H02M   3/155  X	5	0	5H730	H02M   3/155	280	Ÿ	Supplemental electric power supplies
H02M   3/155  Y	5	0	5H730	H02M   3/155	959		Enclosures
H02M   3/155  Z	5	0	5H730	H02M   3/155	517	¾	Others
H02M   3/156  \	6	6	5H730	H02M   3/156	41	ŰޤήμưͭΡ㡥ڴĴΣ	with automatic control of output voltage or current, e.g. switching regulators [4]
H02M   3/157  \	7	7	5H730	H02M   3/157	49	ǥͭΡΣ	with digital control [4]
H02M   3/158  \	7	7	5H730	H02M   3/158	31	ñ٤Τκǽ֤ȤƤʣȾƳ֤ޤΡΣ	including plural semiconductor devices as final control devices for a single load [4]
H02M   3/16  \	2	2	5H730	H02M   3/16	3	Ż߷Ѵˤ	by dynamic converters
H02M   3/18  \	3	3	5H730	H02M   3/18	12	ߤ˽ŤŤ롤㡥³ǽŤ졤ľ³Ť롤ŴޤӤѤ	using capacitors or batteries which are alternately charged and discharged, e.g. charged in parallel and discharged in series
H02M   3/20  \	2	2	5H730	H02M   3/20	2	Ż߷Ż߷ѴȤηˤΡưϷ¾Ż߷ޤŻ߷ѴȤηˤ	by combination of static with dynamic converters; by combination of dynamo-electric with other dynamic or static converters
H02M   3/22  \	1	1	5H730	H02M   3/22	5	֤˸ήѴĤ	with intermediate conversion into ac
H02M   3/24  \	2	2	5H730	H02M   3/24	11	Ż߷Ѵˤ	by static converters
H02M   3/24  H	2	0	5H730	H02M   3/24	583	ťȥ󥹤Ѥϩ	Circuits using piezo transformers
H02M   3/24  Y	2	1	5H730	H02M   3/24	336	ťȥ󥹼Τι¤ħΤ	characterised by structures of piezo electric transformers per se
H02M   3/24  Z	2	0	5H730	H02M   3/24	11	¾	Others
H02M   3/26  \	3	3	5H730	H02M   3/26	2	öήȯ뤿Ŷˤ⤿ʤŴɤޤŶˤ⤿ʤȾƳ֤Ѥ	using discharge tubes without control electrode or semiconductor devices without control electrode to produce the intermediate ac
H02M   3/28  \	3	3	5H730	H02M   3/28	134	öήȯ뤿ŶˤŴɤޤŶˤȾƳ֤Ѥ	using discharge tubes with control electrode or semiconductor devices with control electrode to produce the intermediate ac
H02M   3/28  A	3	0	5H730	H02M   3/28	103	ι	Overall structures
H02M   3/28  B	3	0	5H730	H02M   3/28	2196	ưߡ㡤ɻ߲ϩ	Starting or shutting off, e.g. circuits for preventing rush-in
H02M   3/28  C	3	0	5H730	H02M   3/28	4282	ݸݸϩ̢ȣȡ	Protection (protection circuits in general R H 02 H)
H02M   3/28  D	3	1	5H730	H02M   3/28	252	мɻ	Preventing magnetic deviations
H02M   3/28  E	3	1	5H730	H02M   3/28	843	ɻ	Preventing noises
H02M   3/28  F	3	0	5H730	H02M   3/28	2046	ήϩ	Rectification circuits
H02M   3/28  G	3	0	5H730	H02M   3/28	349	ǥ󥵽	Charging condensers
H02M   3/28  H	3	0	5H730	H02M   3/28	6300		Control
H02M   3/28  J	3	1	5H730	H02M   3/28	301	ή	Constant current
H02M   3/28  K	3	1	5H730	H02M   3/28	860	ϸ	Detecting inputs
H02M   3/28  L	3	1	5H730	H02M   3/28	380		Detecting windings
H02M   3/28  M	3	1	5H730	H02M   3/28	396		Control windings
H02M   3/28  N	3	1	5H730	H02M   3/28	116		Counters
H02M   3/28  P	3	1	5H730	H02M   3/28	1200	Уף	PWM
H02M   3/28  Q	3	0	5H730	H02M   3/28	3188		Resonance type
H02M   3/28  R	3	0	5H730	H02M   3/28	827	ʥС㡥ѥߥĥ	Snubbers, e.g. spike limiters
H02M   3/28  S	3	0	5H730	H02M   3/28	860	ĥ	Switching
H02M   3/28  T	3	1	5H730	H02M   3/28	303	ƣţ	FET
H02M   3/28  U	3	0	5H730	H02M   3/28	1144	³	Vertical type
H02M   3/28  V	3	0	5H730	H02M   3/28	2334	¿Ϸ㡥ľήϡ	Multi-output type, e.g. positive and negative DC outputs
H02M   3/28  W	3	0	5H730	H02M   3/28	1895	ž	Parallel operation
H02M   3/28  X	3	0	5H730	H02M   3/28	713	Ÿ	Supplemental electric power supplies
H02M   3/28  Y	3	0	5H730	H02M   3/28	1673	Ρˡޤ	Enclosures (including insulation methods)
H02M   3/28  Z	3	0	5H730	H02M   3/28	628	¾Τ	Others
H02M   3/305  \	4	4	5H730	H02M   3/305	2	ø̼ʤɬפȤ륵ȥޤϥꥹ֤ѤΡΣ	using devices of a thyratron or thyristor type requiring extinguishing means [2]
H02M   3/31  \	5	5	5H730	H02M   3/31	25	ŻҴɤΤߤѤΡΣ	using discharge tubes only [2]
H02M   3/315  \	5	5	5H730	H02M   3/315	140	ȾƳ֤ΤߤѤΡΣ	using semiconductor devices only [2]
H02M   3/325  \	4	4	5H730	H02M   3/325	1	濮Ϣ³ŪäɬפȤ뻰˴ɤޤϥȥ󥸥֤ѤΡΣ	using devices of a triode or a transistor type requiring continuous application of a control signal [2]
H02M   3/325  A	4	0	5H730	H02M   3/325	146	巿	Self-excited type
H02M   3/325  B	4	0	5H730	H02M   3/325	184	¾巿	Separately excited type
H02M   3/325  D	4	0	5H730	H02M   3/325	146	ץĥץ	Push-pull
H02M   3/325  Z	4	0	5H730	H02M   3/325	2	¾	Others
H02M   3/33  \	5	5	5H730	H02M   3/33	2	ŻҴɤΤߤѤΡΣ	using discharge tubes only [2]
H02M   3/335  \	5	5	5H730	H02M   3/335	76	ȾƳ֤ΤߤѤΡΣ	using semiconductor devices only [2]
H02M   3/335  B	5	0	5H730	H02M   3/335	862	¾	One-stone separately excited type
H02M   3/335  E	5	0	5H730	H02M   3/335	808	֥ĥ	Bridge type
H02M   3/335  F	5	0	5H730	H02M   3/335	316	¿з̥ץĥץ	Multi-stone type (excluding push-pull)
H02M   3/335  Z	5	0	5H730	H02M   3/335	15	¾Τ	Others
H02M   3/337  \	6	6	5H730	H02M   3/337	11	ץåץ빽ˤΡΣ	in push-pull configuration [4]
H02M   3/337  C	6	0	5H730	H02M   3/337	150	巿	Self-excited type
H02M   3/337  D	6	0	5H730	H02M   3/337	331	¾巿	Separately excited type
H02M   3/337  Z	6	0	5H730	H02M   3/337	4	¾Τ	Others
H02M   3/338  \	6	6	5H730	H02M   3/338	36	ȯ֤ˤΡʣȣͣͥˡΣ	in a self-oscillating arrangement (H02M 3/337 takes precedence) [4]
H02M   3/338  A	6	0	5H730	H02M   3/338	1536	з㡤֥ĥȯϩ	One-stone type, e.g. blocking oscillation circuits
H02M   3/338  Z	6	0	5H730	H02M   3/338	36	¾	Others
H02M   3/34  \	2	2	5H730	H02M   3/34	8	ŪʤѤ	by dynamic converters
H02M   3/36  \	3	3	5H730	H02M   3/36	0	Ű߿Ū򤷤ޤϢ³ŪѲ뤿˵ŪʤѤ	using mechanical parts to select progressively or to vary continuously the input potential
H02M   3/38  \	3	3	5H730	H02M   3/38	1	ñŸ³뤿˵ŪʤѤ	using mechanical contact-making and -breaking parts to interrupt a single potential
H02M   3/40  \	4	4	5H730	H02M   3/40	2	ʤϲžϥ֥饷ޤϥȶƯ	wherein the parts are rotating and collectors co-operate with brushes or rollers
H02M   3/42  \	4	4	5H730	H02M   3/42	1	żŪ뿶ư㡥åѤĤ	with electromagnetically-operated vibrating contacts, e.g. chopper
H02M   3/44  \	2	2	5H730	H02M   3/44	2	Ż߷ѴŻ߷ѴȤȹ碌ˤΡžŵ¾ŻߤޤŻ߷ѴȤȹ碌ˤ	by combination of static with dynamic converters; by combination of dynamo-electric with other dynamic or static converters
H02M   5/00  \	0	0	5H750	H02M   5/00	67	ήߴ֤㡥ŰȿޤѴ	Conversion of ac power input into ac power output, e.g. for change of voltage, for change of frequency, for change of number of phases
H02M   5/02  \	1	1	5H750	H02M   5/02	34	֤ľήѴ⤿ʤ	without intermediate conversion into dc
H02M   5/04  \	2	2	5H750	H02M   5/04	8	Ż߷ѴˤΡꥢȥޤϥ硼桤㡥åڴˤΣȣУˡΣ	by static converters (controlling transformers, reactors or choke coils, e.g. by tap changing, H02P 13/00) [4]
H02M   5/04  A	2	0	5H750	H02M   5/04	12	Ѵ	Phase conversion
H02M   5/04  B	2	0	5H750	H02M   5/04	26	Ѵ	Converting number of phases
H02M   5/04  C	2	0	5H750	H02M   5/04	35	ȿѴ	Frequency conversion
H02M   5/04  Z	2	0	5H750	H02M   5/04	51	¾Τ	Others
H02M   5/06  \	3	3	5H750	H02M   5/06	1	ԡ󥹤Ѥ	using impedances
H02M   5/06  A	3	0	5H750	H02M   5/06	117	Ѵ	Phase conversion
H02M   5/06  B	3	0	5H750	H02M   5/06	44	Ѵ	Converting number of phases
H02M   5/06  C	3	0	5H750	H02M   5/06	79	ȿѴ	Frequency conversion
H02M   5/06  Z	3	0	5H750	H02M   5/06	21	¾Τ	Others
H02M   5/08  \	4	4	5H750	H02M   5/08	12	ǥ󥵤Ѥ	using capacitors only
H02M   5/10  \	3	3	5H750	H02M   5/10	10	ѰѤ	using transformers
H02M   5/10  A	3	0	5H750	H02M   5/10	92	Ѵ	Phase conversion
H02M   5/10  Z	3	0	5H750	H02M   5/10	123	¾Τ	Others
H02M   5/12  \	4	4	5H750	H02M   5/12	17	ŰޤήѴ	for conversion of voltage or current amplitude only
H02M   5/12  A	4	0	5H750	H02M   5/12	178	ĥڴԤʤ	Switching taps
H02M   5/12  B	4	1	5H750	H02M   5/12	180	ľȥ󥹤Ѥ	using serial transformers
H02M   5/12  C	4	2	5H750	H02M   5/12	78	̵Τ	non-contact type
H02M   5/12  D	4	1	5H750	H02M   5/12	40	̵ΤΡ̣¤ͥ	Non-contact type (B takes precedence.)
H02M   5/12  E	4	0	5H750	H02M   5/12	51	ΰ٤Τ	for stepping up
H02M   5/12  Z	4	0	5H750	H02M   5/12	81	¾Τ	Others
H02M   5/14  \	4	4	5H750	H02M   5/14	13	ۤʤϩ֤Ѵ	for conversion between circuits of different phase number
H02M   5/14  A	4	0	5H750	H02M   5/14	37	ñ꤫黰ؤѴ	Conversion from single phase to three phase
H02M   5/14  B	4	0	5H750	H02M   5/14	94	꤫ñؤѴ	Conversion from three phase to single phase
H02M   5/14  Z	4	0	5H750	H02M   5/14	56	¾Τ	Others
H02M   5/16  \	4	4	5H750	H02M   5/16	117	ȿѴ	for conversion of frequency
H02M   5/18  \	4	4	5H750	H02M   5/18	22	ȷѴ	for conversion of waveform
H02M   5/20  \	3	3	5H750	H02M   5/20	0	Ŷˤ⤿ʤŴɤޤŶˤ⤿ʤȾƳ֤Ѥ	using discharge tubes without control electrode or semiconductor devices without control electrode
H02M   5/20  A	3	0	5H750	H02M   5/20	18	ΰ٤Τ	For stepping up
H02M   5/20  B	3	0	5H750	H02M   5/20	9	ȿѴ	Frequency conversion
H02M   5/20  Z	3	0	5H750	H02M   5/20	11	¾Τ	Others
H02M   5/22  \	3	3	5H750	H02M   5/22	10	ŶˤŴɤޤŶˤȾƳ֤Ѥ	using discharge tubes with control electrode or semiconductor devices with control electrode
H02M   5/25  \	4	4	5H750	H02M   5/25	38	ø̼ʤɬפȤ륵ȥޤϥꥹ֤ѤΡΣ	using devices of a thyratron or thyristor type requiring extinguishing means
H02M   5/253  \	5	5	5H750	H02M   5/253	27	ŻҴɤΤߤѤΡΣ	using discharge tubes only [2]
H02M   5/257  \	5	5	5H750	H02M   5/257	14	ȾƳ֤ΤߤѤΡΣ	using semiconductor devices only [2]
H02M   5/257  A	5	0	5H750	H02M   5/257	21	Ѵ	Phase conversion
H02M   5/257  B	5	0	5H750	H02M   5/257	34	Ѵ	Converting number of phases
H02M   5/257  Z	5	0	5H750	H02M   5/257	131	¾ΤΡήŰѴ	Others (current or voltage conversion)
H02M   5/27  \	5	5	5H750	H02M   5/27	56	ȿѴΤΤΡΣ	for conversion of frequency [2]
H02M   5/27  A	5	0	5H750	H02M   5/27	73	ȤؤѴ	Converting to high frequencies
H02M   5/27  C	5	1	5H750	H02M   5/27	105	ưϩѤ	using vibrating circuits
H02M   5/27  D	5	0	5H750	H02M   5/27	28	⡤ȤξѴǽʤ	able to be converted to either low or high frequency
H02M   5/27  E	5	0	5H750	H02M   5/27	247	ȤؤѴ	Conversion to low frequency
H02M   5/27  F	5	1	5H750	H02M   5/27	49	ȾȤιˤ	by synthesising positive and negative half-waves
H02M   5/27  G	5	1	5H750	H02M   5/27	197	Ψ	Control power factors
H02M   5/27  H	5	1	5H750	H02M   5/27	82	ȷ	Control waveforms
H02M   5/27  J	5	2	5H750	H02M   5/27	88	Ĵ	Inhibiting harmonics
H02M   5/27  K	5	1	5H750	H02M   5/27	82	žήϩħΤ	characterised by commutation circuits
H02M   5/27  L	5	2	5H750	H02M   5/27	79	Х󥯤ڴ	Bank switching control
H02M   5/27  M	5	2	5H750	H02M   5/27	29	žήϩѤ	using forced commutation circuits
H02M   5/27  P	5	1	5H750	H02M   5/27	157	ݸ	Protection
H02M   5/27  Z	5	0	5H750	H02M   5/27	51	¾Τ	Others
H02M   5/275  \	4	4	5H750	H02M   5/275	26	濮Ϣ³ŪäɬפȤ뻰˴ɤޤϥȥ󥸥֤ѤΡΣ	using devices of a triode or transistor type requiring continuous application of a control signal
H02M   5/29  \	5	5	5H750	H02M   5/29	14	ŻҴɤΤߤѤΡΣ	using discharge tubes only [2]
H02M   5/293  \	5	5	5H750	H02M   5/293	17	ȾƳ֤ΤߤѤΡΣ	using semiconductor devices only [2]
H02M   5/293  A	5	0	5H750	H02M   5/293	24	Ѵ	Phase conversion
H02M   5/293  B	5	0	5H750	H02M   5/293	95	Ѵ	Converting number of phases
H02M   5/293  Z	5	0	5H750	H02M   5/293	374	¾Τ	Others
H02M   5/297  \	5	5	5H750	H02M   5/297	363	ȿѴΤΤΡΣ	for conversion of frequency [2]
H02M   5/32  \	2	2	5H750	H02M   5/32	56	Ż߷Ѵˤ	by dynamic converters
H02M   5/34  \	3	3	5H750	H02M   5/34	15	ŪʤѤ	using mechanical contact-making and -breaking parts
H02M   5/36  \	4	4	5H750	H02M   5/36	22	ʤϲžϥ֥饷ޤϥȶƯ	wherein the parts are rotating and collectors co-operate with brushes or rollers
H02M   5/38  \	2	2	5H750	H02M   5/38	1	Ż߷ѴŻ߷ѴȤȹ碌ˤΡžŵ¾ŻߤޤŻ߷ѴȤȤ߹碌ˤ	by combination of static with dynamic converters; by combination of dynamo-electric with other dynamic or static converters
H02M   5/38  A	2	0	5H750	H02M   5/38	3	Ѵ	Phase conversion
H02M   5/38  B	2	0	5H750	H02M   5/38	12	Ѵ	Converting number of phases
H02M   5/38  C	2	0	5H750	H02M   5/38	108	żۤʤȿ֤ϢѴ	Cooperative conversion between dual magnetic fields or dissimilar frequencies
H02M   5/38  Z	2	0	5H750	H02M   5/38	3	¾Τ	Others
H02M   5/40  \	1	1	5H750	H02M   5/40	17	֤ľήѴĤ	with intermediate conversion into dc
H02M   5/42  \	2	2	5H750	H02M   5/42	25	Ż߷Ѵˤ	by static converters
H02M   5/44  \	3	3	5H750	H02M   5/44	32	֤ľήήѴ뤿ŴɤޤȾƳ֤Ѥ	using discharge tubes or semiconductor devices to convert the intermediate dc into ac
H02M   5/443  \	4	4	5H750	H02M   5/443	18	ø̼ʤɬפȤ륵ȥޤϥꥹ֤ѤΡΣ	using devices of a thyratron or thyristor type requiring extinguishing means [2]
H02M   5/447  \	5	5	5H750	H02M   5/447	24	ŻҴɤΤߤѤΡΣ	using discharge tubes only [2]
H02M   5/45  \	5	5	5H750	H02M   5/45	13	ȾƳ֤ΤߤѤΡΣ	using semiconductor devices only [2]
H02M   5/45  A	5	0	5H750	H02M   5/45	49	¿š¿ѴѤ	using multiplex or multi-phase converters
H02M   5/45  C	5	0	5H750	H02M   5/45	46	ư	Starting
H02M   5/45  D	5	0	5H750	H02M   5/45	22	žήϩħΤ	characterised by commutation circuits
H02M   5/45  E	5	1	5H750	H02M   5/45	24	žήϩѤ	using forced commutation circuits
H02M   5/45  F	5	0	5H750	H02M   5/45	43	ȷ	Control waveforms
H02M   5/45  H	5	0	5H750	H02M   5/45	125	ݸ	Protection
H02M   5/45  Z	5	0	5H750	H02M   5/45	157	¾Τ	Others
H02M   5/451  \	6	6	5H750	H02M   5/451	12	ŰޤϼȿμưͭΡΣ	with automatic control of output voltage or frequency [4]
H02M   5/452  \	6	6	5H750	H02M   5/452	2	ȷμưͭΡΣ	with automatic control of output waveform [4]
H02M   5/453  \	4	4	5H750	H02M   5/453	70	濮Ϣ³ŪäɬפȤ뻰˴ɤޤϥȥ󥸥֤ѤΡΣ	using devices of a triode or transistor type requiring continuous application of a control signal [2]
H02M   5/456  \	5	5	5H750	H02M   5/456	0	ŻҴɤΤߤѤΡΣ	using discharge tubes only [2]
H02M   5/458  \	5	5	5H750	H02M   5/458	173	ȾƳ֤ΤߤѤΡΣ	using semiconductor devices only [2]
H02M   5/46  \	2	2	5H750	H02M   5/46	1	Ż߷Ѵˤ	by dynamic converters
H02M   5/48  \	2	2	5H750	H02M   5/48	46	Ż߷ѴŻ߷ѴȤȤ߹碌ˤΡžŵ¾ŻߤޤŻ߷ѴȤȤ߹碌ˤ	by combination of static with dynamic converters; by combination of dynamo-electric with other dynamic or static converters
H02M   7/00  \	0	0	5H006	H02M   7/00	777	ήϰľήѴľήϡήѴ	Conversion of ac power input into dc power output; Conversion of dc power input into ac power output
H02M   7/00  A	0	0	5H006	H02M   7/00	31	ĥήŸ	Rectified electric power supplies for plating
H02M   7/00  Z	0	0	5H006	H02M   7/00	86	¾Τ	Others
H02M   7/02  \	1	1	5H006	H02M   7/02	39	ήϡľήѴǤäĵŪʤ	Conversion of ac power input into dc power output without possibility of reversal
H02M   7/04  \	2	2	5H006	H02M   7/04	303	Ż߷Ѵˤ	by static converters
H02M   7/04  A	2	0	5H006	H02M   7/04	502	ƴ	Containers
H02M   7/04  B	2	0	5H006	H02M   7/04	728		Air-cooled
H02M   7/04  C	2	0	5H006	H02M   7/04	702		Liquid-cooled
H02M   7/04  D	2	0	5H006	H02M   7/04	1148	Ω	Assembly frames
H02M   7/04  E	2	0	5H006	H02M   7/04	529	ѰȤȹ礻	Combinations with transformers
H02M   7/04  F	2	0	5H006	H02M   7/04	98	žή	Rotary rectifiers
H02M   7/04  G	2	0	5H006	H02M   7/04	1	ήѰȤη	Combinations of mercury rectifier and transformer
H02M   7/04  H	2	0	5H006	H02M   7/04	85	ήˤϩ	Circuits by mercury rectifier
H02M   7/04  Z	2	0	5H006	H02M   7/04	679	¾ΤΡ̻֡	Others (miscellaneous devices)
H02M   7/06  \	3	3	5H006	H02M   7/06	636	Ŷˤ⤿ʤŴɤޤŶˤ⤿ʤȾƳ֤Ѥ	using discharge tubes without control electrode or semiconductor devices without control electrode
H02M   7/06  A	3	0	5H006	H02M   7/06	2003	ʿ	Smooth
H02M   7/06  B	3	0	5H006	H02M   7/06	114	˰¥ꥢ	Saturable reactors
H02M   7/06  C	3	0	5H006	H02M   7/06	81	ȯݥ	Light emitting diodes
H02M   7/06  D	3	0	5H006	H02M   7/06	16	ݥ	L-control diodes
H02M   7/06  E	3	0	5H006	H02M   7/06	384	ݥɲϩ	Diode circuits
H02M   7/06  F	3	0	5H006	H02M   7/06	280	ĥղϩ	Circuits with tap
H02M   7/06  G	3	0	5H006	H02M   7/06	1164	֥ĥ	Bridges
H02M   7/06  H	3	0	5H006	H02M   7/06	1348	ݸ	Protection
H02M   7/06  J	3	0	5H006	H02M   7/06	990	ե饤Хĥή֡ήޤޤʤե饤Хĥȥ󥹢ȣơ	Flyback rectifiers (flyback transformers not including rectifier R H 01 F)
H02M   7/06  K	3	0	5H006	H02M   7/06	238	ե饤Хĥήϩ	Flyback rectification circuits
H02M   7/06  L	3	0	5H006	H02M   7/06	85	߰ή	Step-down rectification
H02M   7/06  M	3	0	5H006	H02M   7/06	255	ήʣȣߡ	Three-phase AC (Newly established in H11.)
H02M   7/06  N	3	0	5H006	H02M   7/06	514	ήɻߡʣȣߡ	Preventing rush-in currents (Newly established in H11.)
H02M   7/06  P	3	0	5H006	H02M   7/06	596	Ψʣȣߡ	Improving power factors (Newly established in H11.)
H02M   7/06  S	3	0	5H006	H02M   7/06	578	ڴ㡥ȡܰʣȣߡ	Switching, e.g.  Full wave - double voltage (Newly established in H11.)
H02M   7/06  T	3	0	5H006	H02M   7/06	174	¿경ʣȣߡ	Multiple phasing (Newly established in H11.)
H02M   7/06  U	3	1	5H006	H02M   7/06	72	üʥȥ󥹤ѤΡʣȣߡ	using special transformers (Newly established in H11.)
H02M   7/06  V	3	0	5H006	H02M   7/06	687	¿ϡʣȣߡ	Multiple outputs (Newly established in H11.)
H02M   7/06  Z	3	0	5H006	H02M   7/06	781	¾ΤΡ̻ϩ	Others (miscellaneous circuits)
H02M   7/08  \	4	4	5H006	H02M   7/08	525	ưΤߤ줿	arranged for operation in parallel
H02M   7/10  \	4	4	5H006	H02M   7/10	192	ľư㡥ŰܡΤߤ줿	arranged for operation in series, e.g. for multiplication of voltage
H02M   7/10  A	4	0	5H006	H02M   7/10	278	¿	Multiple steps
H02M   7/10  B	4	0	5H006	H02M   7/10	605	¿ܰ	Voltage  multiplier
H02M   7/10  Z	4	0	5H006	H02M   7/10	1090	¾ΤΡ¿ܰϩ̥͡ƥӤιⰵϩȣΡ	Others (voltage multiplication circuits) (high voltage supply circuits for TV  R H 04 N)
H02M   7/12  \	3	3	5H006	H02M   7/12	93	ŶˤŴɤޤŶˤȾƳ֤Ѥ	using discharge tubes with control electrode or semiconductor devices with control electrode
H02M   7/12  A	3	0	5H006	H02M   7/12	953	ʣȣߡ	Control (Newly established in H11.)
H02M   7/12  B	3	1	5H006	H02M   7/12	592	Уף͡ʣȣߡ	PWM (Newly established in H11.)
H02M   7/12  C	3	1	5H006	H02M   7/12	255	ǥʣȣߡ	Digital control (Newly established in H11.)
H02M   7/12  D	3	1	5H006	H02M   7/12	84	٥ȥʣȣߡ	Vector control (Newly established in H11.)
H02M   7/12  F	3	0	5H006	H02M   7/12	351	ήľܥå󥰤Ρ֥̽å͡ʣȣߡ	Starting or shutting off (excluding bridges) (Newly established in H11.)
H02M   7/12  G	3	0	5H006	H02M   7/12	1146	ưߡʣȣߡ	Starting or shutting off (Newly established in H11.)
H02M   7/12  H	3	0	5H006	H02M   7/12	2285	ݸʣȣߡ	Protection (Newly established in H11.)
H02M   7/12  J	3	0	5H006	H02M   7/12	218	ʥСʣȣߡ	Snubbers (Newly established in H11.)
H02M   7/12  K	3	0	5H006	H02M   7/12	179	åħΤΡʣȣߡ	characterised by switching (Newly established in H11.)
H02M   7/12  L	3	1	5H006	H02M   7/12	53	åǻҤηѡʣȣߡ	Sharing switching elements (Newly established in H11.)
H02M   7/12  M	3	0	5H006	H02M   7/12	810	ήʣȣߡ	Three-phase AC (Newly established in H11.)
H02M   7/12  N	3	0	5H006	H02M   7/12	743	ήɻߡʣȣߡ	Preventing rush-in currents (Newly established in H11.)
H02M   7/12  P	3	0	5H006	H02M   7/12	1234	Ψʣȣߡ	Improving power factors (Newly established in H11.)
H02M   7/12  Q	3	1	5H006	H02M   7/12	2237	åѤˤΡʣȣߡ	by choppers (Newly established in H11.)
H02M   7/12  R	3	1	5H006	H02M   7/12	565	﷿СˤΡʣȣߡ	by insulated converters (Newly established in H11.)
H02M   7/12  S	3	0	5H006	H02M   7/12	513	ڴ㡥ȡܰʣȣߡ	Switching, e.g. full wave - double voltage (Newly established in H11.)
H02M   7/12  T	3	0	5H006	H02M   7/12	320	¿경ʣȣߡ	Multiple phasing (Newly established in H11.)
H02M   7/12  U	3	1	5H006	H02M   7/12	58	üʥȥ󥹤ѤΡʣȣߡ	using special transformers (Newly established in H11.)
H02M   7/12  V	3	0	5H006	H02M   7/12	506	¿ϡʣȣߡ	Multiple outputs (Newly established in H11.)
H02M   7/12  W	3	0	5H006	H02M   7/12	1119	ʣȣߡ	Parallel (Newly established in H11.)
H02M   7/12  X	3	0	5H006	H02M   7/12	695	ľʣȣߡ	Series (Newly established in H11.)
H02M   7/12  Y	3	0	5H006	H02M   7/12	250	ŸϩŸˡʣȣߡ	Auxiliary power supplies (control power supplies) (Newly established in H11.)
H02M   7/12  Z	3	0	5H006	H02M   7/12	197	¾ΤΡʣȣߡ	Others (Newly established in H11.)
H02M   7/12 601 \	4	4	5H006	H02M   7/12	26	֥åʣȣߡ	Bridges (Newly established in H11.)
H02M   7/12 601 A	4	0	5H006	H02M   7/12	314	ե֥åʣȣߡ	Full bridges (Newly established in H11.)
H02M   7/12 601 B	4	0	5H006	H02M   7/12	768	֥åʣȣߡ	Mixed bridges (Newly established in H11.)
H02M   7/12 601 C	4	0	5H006	H02M   7/12	21	ήʣȣߡ	Current type (Newly established in H11.)
H02M   7/12 601 D	4	0	5H006	H02M   7/12	260	٥롤סʣȣߡ	Three-level, neutral point clamp (Newly established in H11.)
H02M   7/12 601 Z	4	0	5H006	H02M   7/12	30	¾ΤΡʣȣߡ	Others (Newly established in H11.)
H02M   7/145  \	4	4	5H006	H02M   7/145	84	ø̼ʤɬפȤ륵ȥޤϥꥹ֤ѤΡΣ	using devices of a thyratron or thyristor type requiring extinguishing means [2,4]
H02M   7/15  \	5	5	5H006	H02M   7/15	0	ŻҴɤΤߤѤΡΣ	using discharge tubes only [2]
H02M   7/155  \	5	5	5H006	H02M   7/155	413	ȾƳ֤ΤߤѤΡΣ	using semiconductor devices only [2]
H02M   7/155  A	5	0	5H006	H02M   7/155	331	ø̼ʤĤ	with means for extinguishing arcs
H02M   7/155  B	5	0	5H006	H02M   7/155	119	ѥ륹	On pulses
H02M   7/155  C	5	0	5H006	H02M   7/155	650	ݥ	Gates
H02M   7/155  D	5	0	5H006	H02M   7/155	86	ХѥʤĤ	with bypassing means
H02M   7/155  E	5	0	5H006	H02M   7/155	69	Сݥ̣ɣ֡	Inverters (IV)
H02M   7/155  F	5	0	5H006	H02M   7/155	180	ư	Starting or shutting off
H02M   7/155  G	5	0	5H006	H02M   7/155	731	ݸ	Protection
H02M   7/155  Z	5	0	5H006	H02M   7/155	481	¾ΤΡ̼ϩ	Others (main circuits)
H02M   7/162  \	6	6	5H006	H02M   7/162	253	֥åˤΡΣ	in a bridge configuration [4]
H02M   7/17  \	6	6	5H006	H02M   7/17	447	ưΤߤ줿ΡΣ	arranged for operation in parallel [2,4]
H02M   7/19  \	6	6	5H006	H02M   7/19	269	ľưΤߤ줿Ρ㡥ŰܤΤΤΡΣ	arranged for operation in series, e.g. for voltage multiplication [2,4]
H02M   7/21  \	4	4	5H006	H02M   7/21	98	濮Ϣ³ŪäɬפȤ뻰˴ɤޤϥȥ󥸥֤ѤΡΣ	using devices of a triode or transistor type requiring continuous application of a control signal [2,4]
H02M   7/21  A	4	0	5H006	H02M   7/21	910	Ʊήϩ	Synchronous rectification circuits
H02M   7/21  Z	4	0	5H006	H02M   7/21	1033	¾ΤΡ̿ήϩȣġ	Others (signal rectification circuits R H 03 D)
H02M   7/213  \	5	5	5H006	H02M   7/213	2	ŻҴɤΤߤѤΡΣ	using discharge tubes only [2]
H02M   7/217  \	5	5	5H006	H02M   7/217	820	ȾƳ֤ΤߤѤΡΣ	using semiconductor devices only [2]
H02M   7/219  \	6	6	5H006	H02M   7/219	537	֥åˤΡΣ	in a bridge configuration [4]
H02M   7/23  \	6	6	5H006	H02M   7/23	85	ưΤߤ줿ΡΣ	arranged for operation in parallel [2,4]
H02M   7/25  \	6	6	5H006	H02M   7/25	58	ľưΤߤ줿Ρ㡥ŰܤΤΤΡΣ	arranged for operation in series, e.g. for multiplication of voltage [2,4]
H02M   7/26  \	3	3	5H006	H02M   7/26	5	вִַ֡㡥ޥ륯ή֤Ѥ	using open-spark devices, e.g. Marx rectifier
H02M   7/28  \	3	3	5H006	H02M   7/28	5	ŲήѤ	using electrolytic rectifiers
H02M   7/30  \	2	2	5H006	H02M   7/30	3	Ż߷Ѵˤ	by dynamic converters
H02M   7/32  \	3	3	5H006	H02M   7/32	90	ŪʤѤ	using mechanical contact-making and -breaking parts
H02M   7/34  \	4	4	5H006	H02M   7/34	58	ʤϲžŻҤϥ֥饷ޤϥȶư	wherein the parts are rotating and collectors co-operate with brushes or rollers
H02M   7/36  \	4	4	5H006	H02M   7/36	158	żŪ뿶ư㡥åѤĤ	with electromagnetically-operated vibrating contacts, e.g. chopper
H02M   7/38  \	3	3	5H006	H02M   7/38	0	Ŷˤξž룱ޤʣβвŶˤѤ	using one or more sparking electrodes rotating over counterelectrodes
H02M   7/40  \	2	2	5H006	H02M   7/40	7	Ż߷ѴŻ߷ѴȤȹ碌ˤΡžŵ¾ŻߤޤŻ߷ѴȤȹ碌ˤ	by combination of static with dynamic converters; by combination of dynamo-electric with other dynamic or static converters
H02M   7/42  \	1	1	5H770	H02M   7/42	85	ľήϡήѴǤäĵŪʤ	Conversion of dc power input into ac power output without possibility of reversal
H02M   7/44  \	2	2	5H770	H02M   7/44	166	Ż߷Ѵˤ	by static converters
H02M   7/46  \	3	3	5H770	H02M   7/46	16	Ŷˤ⤿ʤŴɤޤŶˤ⤿ʤȾƳ֤Ѥ	using discharge tubes without control electrode or semiconductor devices without control electrode
H02M   7/48  \	3	3	5H770	H02M   7/48	1902	ŶˤŴɤޤŶˤȾƳ֤ѤΡΣ	using discharge tubes with control electrode or semiconductor devices with control electrode [1,2007.01]
H02M   7/48  A	3	0	5H770	H02M   7/48	1888	ϩͭ	with resonant circuits
H02M   7/48  P	3	1	5H770	H02M   7/48	746	ٰʳ˶ϩͭ	with resonant circuit besides load
H02M   7/48  B	3	0	5H770	H02M   7/48	83	ʬ	Time-sharing type
H02M   7/48  R	3	0	5H770	H02M   7/48	3804	Ϣ	System cooperation
H02M   7/48  S	3	0	5H770	H02M   7/48	275	ľ	Series
H02M   7/48  T	3	0	5H770	H02M   7/48	614	¿ϡ¿	Multiple inputs and outputs
H02M   7/48  U	3	0	5H770	H02M   7/48	479	¿	Multi-step
H02M   7/48  E	3	0	5H770	H02M   7/48	7134	ϩ	Output control circuits
H02M   7/48  F	3	1	5H770	H02M   7/48	6251	Уף	PWM (Newly established in H11.)
H02M   7/48  V	3	2	5H770	H02M   7/48	141	ֻͣУף	Instantaneous PWM value
H02M   7/48  W	3	3	5H770	H02M   7/48	140	߶	Circular approximation
H02M   7/48  X	3	2	5H770	H02M   7/48	127	üȷ	Special waveforms
H02M   7/48  G	3	1	5H770	H02M   7/48	311	ѥ륹	Pulse width control
H02M   7/48  H	3	1	5H770	H02M   7/48	614	ǥ	Digital control
H02M   7/48  J	3	1	5H770	H02M   7/48	1142	ޥѤ	using microcomputers
H02M   7/48  K	3	1	5H770	H02M   7/48	699	Ѵϩ륨ͥ륮ݤβ	Regenerating energy generated by converting circuits
H02M   7/48  Y	3	1	5H770	H02M   7/48	817	Ψ֤ͭ	with power factor improvement devices
H02M   7/48  L	3	0	5H770	H02M   7/48	2073	ư	Starting or shutting off
H02M   7/48  M	3	0	5H770	H02M   7/48	9846	ݸ	Protection
H02M   7/48  N	3	0	5H770	H02M   7/48	1131	̵	Uninterruptive
H02M   7/48  Z	3	0	5H770	H02M   7/48	12987	¾Τ	Others
H02M   7/483  \	4	4	5H770	H02M   7/483	823	ϤȤƣͰʾΰۤʤŰ٥ĤȤǽѴΣ	Converters with outputs that each can have more than two voltage levels [2007.01]
H02M   7/487  \	5	5	5H770	H02M   7/487	1221	׼СΣ	Neutral point clamped inverters [2007.01]
H02M   7/49  \	5	5	5H770	H02M   7/49	861	ʣѴνŰžΡΣ	Combination of the output voltage waveforms of a plurality of converters [2007.01]
H02M   7/493  \	4	4	5H770	H02M   7/493	2311	ư褦֤줿Ż߷ѴΣ	the static converters being arranged for operation in parallel [2007.01]
H02M   7/497  \	4	4	5H770	H02M   7/497	650	꤬ۤʤʣŰȷνŤ͹碌ˤȾŰΡΣ	sinusoidal output voltages being obtained by combination of several voltages being out of phase [2007.01]
H02M   7/501  \	4	4	5H770	H02M   7/501	120	ȥѥ륹ۤʤʣΥѥ륹ŰȷνŤ͹碌ˤȾŰΡΣ	sinusoidal output voltages being obtained by the combination of several pulse-voltages having different amplitude and width [2007.01]
H02M   7/505  \	4	4	5H770	H02M   7/505	3	ø̼ʤɬפȤ륵ȥޤϥꥹ֤ѤΡΣ	using devices of a thyratron or thyristor type requiring extinguishing means [2]
H02M   7/51  \	5	5	5H770	H02M   7/51	165	ŻҴɤΤߤѤΡΣ	using discharge tubes only [2]
H02M   7/515  \	5	5	5H770	H02M   7/515	237	ȾƳ֤ΤߤѤΡΣ	using semiconductor devices only [2,2007.01]
H02M   7/515  A	5	0	5H770	H02M   7/515	690	žήϩħͭ	characterised by commutation circuits
H02M   7/515  B	5	1	5H770	H02M   7/515	151	Ÿͭ	with auxiliary power supplies
H02M   7/515  C	5	0	5H770	H02M   7/515	231	¿ꡤ¿Ų	Multiple phasing or multiplexing
H02M   7/515  D	5	0	5H770	H02M   7/515	420	ǣԣϡƳ̥ꥹϥȥ饤ĥѤ	using GTO, reverse conducting thyristors or TRIACs
H02M   7/515  E	5	0	5H770	H02M   7/515	721	̲ϩ	Output control or ignition circuits
H02M   7/515  F	5	1	5H770	H02M   7/515	158	;͵	Margin angle control
H02M   7/515  G	5	0	5H770	H02M   7/515	467	ݸ	Protection
H02M   7/515  H	5	1	5H770	H02M   7/515	337	žήݸ	Commutation failure protection
H02M   7/515  J	5	0	5H770	H02M   7/515	398	ư	Starting or shutting off
H02M   7/515  Z	5	0	5H770	H02M   7/515	371	¾Τ	Others
H02M   7/516  \	6	6	5H770	H02M   7/516	40	ȯ֡Σ	Self-oscillating arrangements [2007.01]
H02M   7/517  \	6	6	5H770	H02M   7/517	3	ü쵯ưͭΡΣ	with special starting equipment [4]
H02M   7/519  \	6	6	5H770	H02M   7/519	7	ץåץ빽ˤΡʣȣͣͥˡΣ	in a push-pull configuration (H02M 7/517 takes precedence) [4]
H02M   7/521  \	6	6	5H770	H02M   7/521	267	֥åˤΡΣ	in a bridge configuration [4]
H02M   7/523  \	6	6	5H770	H02M   7/523	23	ϩˣ̣öϩͭΡΣ	with LC-resonance circuit in the main circuit [4]
H02M   7/525  \	6	6	5H770	H02M   7/525	9	ȷޤϼȿμưͭΡʣȣͣȣͣͥˡΣ	with automatic control of output waveform or frequency (H02M 7/517-H02M 7/523 take precedence) [4]
H02M   7/527  \	7	7	5H770	H02M   7/527	31	ѥ륹ĴˤΡΣ	by pulse width modulation [4]
H02M   7/529  \	8	8	5H770	H02M   7/529	0	ǥѤΡΣ	using digital control [4]
H02M   7/53  \	4	4	5H770	H02M   7/53	3	濮Ϣ³ŪäɬפȤ뻰˴ɤޤϥȥ󥸥֤ѤΡΣ	using devices of a triode or transistor type requiring continuous application of a control signal [2]
H02M   7/533  \	5	5	5H770	H02M   7/533	7	ŻҴɤΤߤѤΡΣ	using discharge tubes only [2]
H02M   7/537  \	5	5	5H770	H02M   7/537	372	ȾƳ֤ΤߤѤΡ㡥зСˡΣ	using semiconductor devices only, e.g. single switched pulse inverters [2]
H02M   7/537  A	5	0	5H770	H02M   7/537	848	з	One-stone type
H02M   7/537  B	5	0	5H770	H02M   7/537	737	ưݸ	Starring, stopping or protection
H02M   7/537  C	5	1	5H770	H02M   7/537	745	ƱƳɻ	Preventing simultaneous conducting
H02M   7/537  D	5	1	5H770	H02M   7/537	268	мɻ	Preventing magnetic deviations
H02M   7/537  E	5	0	5H770	H02M   7/537	489	ƣţԤѤ	using FET
H02M   7/537  Z	5	0	5H770	H02M   7/537	617	¾Τ	Others
H02M   7/5375  \	6	6	5H770	H02M   7/5375	8	ü쵯ưͭΡΣ	with special starting equipment [4]
H02M   7/538  \	6	6	5H770	H02M   7/538	975	ץåץ빽ˤΡʣȣͣͥˡΣ	in a push-pull configuration (H02M 7/5375 takes precedence) [4,2007.01]
H02M   7/538  A	6	0	5H770	H02M   7/538	423	󥰥륨ǥĥɥץĥץ	Single ended push-pull
H02M   7/538  Z	6	0	5H770	H02M   7/538	221	¾	Others
H02M   7/5381  \	7	7	5H770	H02M   7/5381	906	󷿤ΤΡΣ	Parallel type [2007.01]
H02M   7/5383  \	6	6	5H770	H02M   7/5383	590	ȯ֤ˤΡʣȣͣͥˡΣ	in a self-oscillating arrangement (H02M 7/538 takes precedence) [4,2007.01]
H02M   7/53838  \	7	7	5H770	H02M   7/53838	1	ñžήϩѤΡΣ	using a single commutation path [2007.01]
H02M   7/53846  \	7	7	5H770	H02M   7/53846	8	ϩΣ	Control circuits [2007.01]
H02M   7/53854  \	8	8	5H770	H02M   7/53854	5	ꥹѴѡΣ	using thyristor type converters [2007.01]
H02M   7/53862  \	8	8	5H770	H02M   7/53862	162	ȥ󥸥ѴѡΣ	using transistor type converters [2007.01]
H02M   7/5387  \	6	6	5H770	H02M   7/5387	1297	֥åˤΡΣ	in a bridge configuration [4,2007.01]
H02M   7/5387  A	6	0	5H770	H02M   7/5387	489	ϡݥե֥ĥ	Half-bridges
H02M   7/5387  Z	6	0	5H770	H02M   7/5387	2075	¾	Others
H02M   7/5388  \	7	7	5H770	H02M   7/5388	69	оΤΥåǻҤĤΡΣ	with asymmetrical configuration of switches [2007.01]
H02M   7/539  \	6	6	5H770	H02M   7/539	7	ȷޤϼȿμưͭΡʣȣͣȣͣͥˡΣ	with automatic control of output wave form or frequency (H02M 7/5375-H02M 7/5387 take precedence) [4]
H02M   7/5395  \	7	7	5H770	H02M   7/5395	43	ѥ륹ĴˤΡΣ	by pulse-width modulation [4]
H02M   7/54  \	2	2	5H770	H02M   7/54	86	Ż߷Ѵˤ	by dynamic converters
H02M   7/56  \	3	3	5H770	H02M   7/56	0	Ű߿Ū򤷤ޤϢ³ŪѲ뤿˵ŪʤѤ	using mechanical parts to select progressively, or to vary continuously, the input potential
H02M   7/58  \	3	3	5H770	H02M   7/58	2	ñŸ³뤿˵ŪʤѤ	using mechanical contact-making and -breaking parts to interrupt a single potential
H02M   7/60  \	4	4	5H770	H02M   7/60	43	ʤϲžŻҤϥ֥饷ޤϥȶư	wherein the parts are rotating and collectors co-operate with brushes or rollers
H02M   7/62  \	4	4	5H770	H02M   7/62	2	żŪ뿶ư㡥åѤĤ	with electromagnetically-operated vibrating contacts, e.g. chopper
H02M   7/64  \	2	2	5H770	H02M   7/64	9	Ż߷ѴŻ߷ѴȤȹ碌ˤΡžŵ¾ŻߤޤŻ߷ѴȤȹ碌ˤ	by combination of static with dynamic converters; by combination of dynamo-electric with other dynamic or static converters
H02M   7/66  \	1	1	5H770	H02M   7/66	102	ĵŪʤ	with possibility of reversal
H02M   7/68  \	2	2	5H770	H02M   7/68	8	Ż߷Ѵˤ	by static converters
H02M   7/70  \	3	3	5H770	H02M   7/70	0	Ŷˤ⤿ʤŴɤޤŶˤ⤿ʤȾƳ֤Ѥ	using discharge tubes without control electrode or semiconductor devices without control electrode
H02M   7/72  \	3	3	5H770	H02M   7/72	248	ŶˤŴɤޤŶˤȾƳ֤Ѥ	using discharge tubes with control electrode or semiconductor devices with control electrode
H02M   7/75  \	4	4	5H770	H02M   7/75	36	ø̼ʤɬפȤ륵ȥޤϥꥹ֤ѤΡΣ	using devices of a thyratron or thyristor type requiring extinguishing means
H02M   7/753  \	5	5	5H770	H02M   7/753	6	ŻҴɤΤߤѤΡΣ	using discharge tubes only [2]
H02M   7/757  \	5	5	5H770	H02M   7/757	290	ȾƳ֤ΤߤѤΡΣ	using semiconductor devices only [2]
H02M   7/758  \	6	6	5H770	H02M   7/758	3	ȷޤϼȿμưͭΡΣ	with automatic control of output waveform or frequency [4]
H02M   7/77  \	5	5	5H770	H02M   7/77	12	Τߤ줿ΡΣ	arranged for operation in parallel [2]
H02M   7/79  \	4	4	5H770	H02M   7/79	20	濮Ϣ³ŪäɬפȤ뻰˴ɤޤϥȥ󥸥֤ѤΡΣ	using devices of a triode or transistor type requiring continuous application of a control signal
H02M   7/793  \	5	5	5H770	H02M   7/793	0	ŻҴɤΤߤѤΡΣ	using discharge tubes only [2]
H02M   7/797  \	5	5	5H770	H02M   7/797	554	ȾƳ֤ΤߤѤΡΣ	using semiconductor devices only [2]
H02M   7/81  \	5	5	5H770	H02M   7/81	5	Τߤ줿ΡΣ	arranged for operation in parallel [2]
H02M   7/82  \	3	3	5H770	H02M   7/82	0	вִַ֡㡥ޥ륯ή֤Ѥ	using open-spark devices, e.g. Marx rectifier
H02M   7/84  \	3	3	5H770	H02M   7/84	0	ŲήѤ	using electrolytic rectifiers
H02M   7/86  \	2	2	5H770	H02M   7/86	3	Ż߷Ѵˤ	by dynamic converters
H02M   7/88  \	3	3	5H770	H02M   7/88	13	Ű߿Ū򤷤ޤϢ³ŪѲ뤿˵ŪʤѤ	using mechanical parts to select progressively or to vary continuously the input potential
H02M   7/90  \	3	3	5H770	H02M   7/90	0	ñŸ³뤿˵ŪʤѤ	using mechanical contact-making and -breaking parts to interrupt a single potential
H02M   7/92  \	4	4	5H770	H02M   7/92	4	ʤϲžŻҤϥ֥饷ޤϥȶư	wherein the parts are rotating and collectors co-operate with brushes or rollers
H02M   7/94  \	4	4	5H770	H02M   7/94	1	ʤϲžޤϥ֤ˤ	wherein the parts are operated by rotating cams or cam-like devices
H02M   7/95  \	4	4	5H770	H02M   7/95	171	żŪ뿶ư㡥åѤĤ	with electromagnetically-operated vibrating contacts, e.g. chopper
H02M   7/96  \	4	4	5H770	H02M   7/96	0	ưĤ	with moving liquid contacts
H02M   7/98  \	2	2	5H770	H02M   7/98	3	Ż߷ѴŻ߷ѴȤȹ碌ˤΡžŵ¾ŻߤޤŻ߷ѴȤȹ碌ˤ	by combination of static with dynamic converters; by combination of dynamo-electric with other dynamic or static converters
H02M   9/00  \	0	0	5H790	H02M   9/00	7	ľήޤϸήϡѴΣ	Conversion of dc or ac input power into surge output power [2]
H02M   9/00  A	0	0	5H790	H02M   9/00	187	ͻŸ	Electric power supplies for nuclear fusion arrangements
H02M   9/00  B	0	0	5H790	H02M   9/00	699	ܵŸ	Electric power supplies for welding machines
H02M   9/00  C	0	0	5H790	H02M   9/00	31		Shearing devices
H02M   9/00  D	0	0	5H790	H02M   9/00	268	вϩ	Ignition circuits
H02M   9/00  Z	0	0	5H790	H02M   9/00	246	¾	Others
H02M   9/02  \	1	1	5H790	H02M   9/02	210	ľήϤˤΡΣ	with dc input power [2]
H02M   9/04  \	2	2	5H790	H02M   9/04	28	ŴѤΡΣ	using capacitative stores [2]
H02M   9/04  A	2	0	5H790	H02M   9/04	188	Ŵšľ	Parallel or series charging condensers
H02M   9/04  B	2	0	5H790	H02M   9/04	153	ŴťĥפѤ	using condensers and charging gaps
H02M   9/04  C	2	0	5H790	H02M   9/04	450	Ŵĥȥ󥹤Ѥ	using condensers, switches or transformers
H02M   9/04  Z	2	0	5H790	H02M   9/04	380	¾	Others
H02M   9/06  \	1	1	5H790	H02M   9/06	6	ήϤˤΡΣ	with ac input power [2]
H02M   9/06  A	1	0	5H790	H02M   9/06	66	ŴѤ	using condensers
H02M   9/06  B	1	0	5H790	H02M   9/06	88	Ŵšľ	Parallel or series charging condensers
H02M   9/06  C	1	0	5H790	H02M   9/06	29	ŴťĥפѤ	using condensers and charging gaps
H02M   9/06  D	1	0	5H790	H02M   9/06	213	Ŵĥȥ󥹤Ѥ	using condensers, switches or transformers
H02M   9/06  Z	1	0	5H790	H02M   9/06	155	¾	Others
H02M  11/00  \	0	0	5H790	H02M  11/00	37	Υ֥饹¾Υ롼פޤʤѴƥΣ	Power conversion systems not covered by the other groups of this subclass [4]
