FI (list display)

H02M7/00	Conversion of ac power input into dc power output; Conversion of dc power input into ac power output	HB	CC	5H006

H02M7/00@A	Rectified electric power supplies for plating	HB	CC	5H006

H02M7/00@Z	Others	HB	CC	5H006

H02M7/02	.Conversion of ac power input into dc power output without possibility of reversal	HB	CC	5H006

H02M7/04	..by static converters	HB	CC	5H006

H02M7/04@A	Containers	HB	CC	5H006

H02M7/04@B	Air-cooled	HB	CC	5H006

H02M7/04@C	Liquid-cooled	HB	CC	5H006

H02M7/04@D	Assembly frames	HB	CC	5H006

H02M7/04@E	Combinations with transformers	HB	CC	5H006

H02M7/04@F	Rotary rectifiers	HB	CC	5H006

H02M7/04@G	Combinations of mercury rectifier and transformer	HB	CC	5H006

H02M7/04@H	Circuits by mercury rectifier	HB	CC	5H006

H02M7/04@Z	Others (miscellaneous devices)	HB	CC	5H006

H02M7/06	...using discharge tubes without control electrode or semiconductor devices without control electrode	HB	CC	5H006

H02M7/06@A	Smooth	HB	CC	5H006

H02M7/06@B	Saturable reactors	HB	CC	5H006

H02M7/06@C	Light emitting diodes	HB	CC	5H006

H02M7/06@D	L-control diodes	HB	CC	5H006

H02M7/06@E	Diode circuits	HB	CC	5H006

H02M7/06@F	Circuits with tap	HB	CC	5H006

H02M7/06@G	Bridges	HB	CC	5H006

H02M7/06@H	Protection	HB	CC	5H006

H02M7/06@J	Flyback rectifiers (flyback transformers not including rectifier R H 01 F)	HB	CC	5H006

H02M7/06@K	Flyback rectification circuits	HB	CC	5H006

H02M7/06@L	Step-down rectification	HB	CC	5H006

H02M7/06@M	Three-phase AC (Newly established in H11.)	HB	CC	5H006

H02M7/06@N	Preventing rush-in currents (Newly established in H11.)	HB	CC	5H006

H02M7/06@P	Improving power factors (Newly established in H11.)	HB	CC	5H006

H02M7/06@S	Switching, e.g. Full wave - double voltage (Newly established in H11.)	HB	CC	5H006

H02M7/06@T	Multiple phasing (Newly established in H11.)	HB	CC	5H006

H02M7/06@U	.using special transformers (Newly established in H11.)	HB	CC	5H006

H02M7/06@V	Multiple outputs (Newly established in H11.)	HB	CC	5H006

H02M7/06@Z	Others (miscellaneous circuits)	HB	CC	5H006

H02M7/08	....arranged for operation in parallel	HB	CC	5H006

H02M7/10	....arranged for operation in series, e.g. for multiplication of voltage	HB	CC	5H006

H02M7/10@A	Multiple steps	HB	CC	5H006

H02M7/10@B	Voltage multiplier	HB	CC	5H006

H02M7/10@Z	Others (voltage multiplication circuits) (high voltage supply circuits for TV R H 04 N)	HB	CC	5H006

H02M7/12	...using discharge tubes with control electrode or semiconductor devices with control electrode	HB	CC	5H006

H02M7/12@A	Control (Newly established in H11.)	HB	CC	5H006

H02M7/12@B	.PWM (Newly established in H11.)	HB	CC	5H006

H02M7/12@C	.Digital control (Newly established in H11.)	HB	CC	5H006

H02M7/12@D	.Vector control (Newly established in H11.)	HB	CC	5H006

H02M7/12@F	Starting or shutting off (excluding bridges) (Newly established in H11.)	HB	CC	5H006

H02M7/12@G	Starting or shutting off (Newly established in H11.)	HB	CC	5H006

H02M7/12@H	Protection (Newly established in H11.)	HB	CC	5H006

H02M7/12@J	Snubbers (Newly established in H11.)	HB	CC	5H006

H02M7/12@K	characterised by switching (Newly established in H11.)	HB	CC	5H006

H02M7/12@L	.Sharing switching elements (Newly established in H11.)	HB	CC	5H006

H02M7/12@M	Three-phase AC (Newly established in H11.)	HB	CC	5H006

H02M7/12@N	Preventing rush-in currents (Newly established in H11.)	HB	CC	5H006

H02M7/12@P	Improving power factors (Newly established in H11.)	HB	CC	5H006

H02M7/12@Q	.by choppers (Newly established in H11.)	HB	CC	5H006

H02M7/12@R	.by insulated converters (Newly established in H11.)	HB	CC	5H006

H02M7/12@S	Switching, e.g. full wave - double voltage (Newly established in H11.)	HB	CC	5H006

H02M7/12@T	Multiple phasing (Newly established in H11.)	HB	CC	5H006

H02M7/12@U	.using special transformers (Newly established in H11.)	HB	CC	5H006

H02M7/12@V	Multiple outputs (Newly established in H11.)	HB	CC	5H006

H02M7/12@W	Parallel (Newly established in H11.)	HB	CC	5H006

H02M7/12@X	Series (Newly established in H11.)	HB	CC	5H006

H02M7/12@Y	Auxiliary power supplies (control power supplies) (Newly established in H11.)	HB	CC	5H006

H02M7/12@Z	Others (Newly established in H11.)	HB	CC	5H006

H02M7/12,601	....Bridges (Newly established in H11.)	HB	CC	5H006

H02M7/12,601@A	Full bridges (Newly established in H11.)	HB	CC	5H006

H02M7/12,601@B	Mixed bridges (Newly established in H11.)	HB	CC	5H006

H02M7/12,601@C	Current type (Newly established in H11.)	HB	CC	5H006

H02M7/12,601@D	Three-level, neutral point clamp (Newly established in H11.)	HB	CC	5H006

H02M7/12,601@Z	Others (Newly established in H11.)	HB	CC	5H006

H02M7/145	....using devices of a thyratron or thyristor type requiring extinguishing means [2,4]	HB	CC	5H006

H02M7/15	.....using discharge tubes only [2]	HB	CC	5H006

H02M7/155	.....using semiconductor devices only [2]	HB	CC	5H006

H02M7/155@A	with means for extinguishing arcs	HB	CC	5H006

H02M7/155@B	On pulses	HB	CC	5H006

H02M7/155@C	Gates	HB	CC	5H006

H02M7/155@D	with bypassing means	HB	CC	5H006

H02M7/155@E	Inverters (IV)	HB	CC	5H006

H02M7/155@F	Starting or shutting off	HB	CC	5H006

H02M7/155@G	Protection	HB	CC	5H006

H02M7/155@Z	Others (main circuits)	HB	CC	5H006

H02M7/162	......in a bridge configuration [4]	HB	CC	5H006

H02M7/17	......arranged for operation in parallel [2,4]	HB	CC	5H006

H02M7/19	......arranged for operation in series, e.g. for voltage multiplication [2,4]	HB	CC	5H006

H02M7/21	....using devices of a triode or transistor type requiring continuous application of a control signal [2,4]	HB	CC	5H006

H02M7/21@A	Synchronous rectification circuits	HB	CC	5H006

H02M7/21@Z	Others (signal rectification circuits R H 03 D)	HB	CC	5H006

H02M7/213	.....using discharge tubes only [2]	HB	CC	5H006

H02M7/217	.....using semiconductor devices only [2]	HB	CC	5H006

H02M7/219	......in a bridge configuration [4]	HB	CC	5H006

H02M7/23	......arranged for operation in parallel [2,4]	HB	CC	5H006

H02M7/25	......arranged for operation in series, e.g. for multiplication of voltage [2,4]	HB	CC	5H006

H02M7/26	...using open-spark devices, e.g. Marx rectifier	HB	CC	5H006

H02M7/28	...using electrolytic rectifiers	HB	CC	5H006

H02M7/30	..by dynamic converters	HB	CC	5H006

H02M7/32	...using mechanical contact-making and -breaking parts	HB	CC	5H006

H02M7/34	....wherein the parts are rotating and collectors co-operate with brushes or rollers	HB	CC	5H006

H02M7/36	....with electromagnetically-operated vibrating contacts, e.g. chopper	HB	CC	5H006

H02M7/38	...using one or more sparking electrodes rotating over counterelectrodes	HB	CC	5H006

H02M7/40	..by combination of static with dynamic converters; by combination of dynamo-electric with other dynamic or static converters	HB	CC	5H006

H02M7/42	.Conversion of dc power input into ac power output without possibility of reversal	HB	CC	5H770

H02M7/44	..by static converters	HB	CC	5H770

H02M7/46	...using discharge tubes without control electrode or semiconductor devices without control electrode	HB	CC	5H770

H02M7/48	...using discharge tubes with control electrode or semiconductor devices with control electrode [1,2007.01]	HB	CC	5H770

H02M7/48@A	with resonant circuits	HB	CC	5H770

H02M7/48@P	.with resonant circuit besides load	HB	CC	5H770

H02M7/48@B	Time-sharing type	HB	CC	5H770

H02M7/48@R	System cooperation	HB	CC	5H770

H02M7/48@S	Series	HB	CC	5H770

H02M7/48@T	Multiple inputs and outputs	HB	CC	5H770

H02M7/48@U	Multi-step	HB	CC	5H770

H02M7/48@E	Output control circuits	HB	CC	5H770

H02M7/48@F	.PWM (Newly established in H11.)	HB	CC	5H770

H02M7/48@V	..Instantaneous PWM value	HB	CC	5H770

H02M7/48@W	...Circular approximation	HB	CC	5H770

H02M7/48@X	..Special waveforms	HB	CC	5H770

H02M7/48@G	.Pulse width control	HB	CC	5H770

H02M7/48@H	.Digital control	HB	CC	5H770

H02M7/48@J	.using microcomputers	HB	CC	5H770

H02M7/48@K	.Regenerating energy generated by converting circuits	HB	CC	5H770

H02M7/48@Y	.with power factor improvement devices	HB	CC	5H770

H02M7/48@L	Starting or shutting off	HB	CC	5H770

H02M7/48@M	Protection	HB	CC	5H770

H02M7/48@N	Uninterruptive	HB	CC	5H770

H02M7/48@Z	Others	HB	CC	5H770

H02M7/483	....Converters with outputs that each can have more than two voltage levels [2007.01]	HB	CC	5H770

H02M7/487	.....Neutral point clamped inverters [2007.01]	HB	CC	5H770

H02M7/49	.....Combination of the output voltage waveforms of a plurality of converters [2007.01]	HB	CC	5H770

H02M7/493	....the static converters being arranged for operation in parallel [2007.01]	HB	CC	5H770

H02M7/497	....sinusoidal output voltages being obtained by combination of several voltages being out of phase [2007.01]	HB	CC	5H770

H02M7/501	....sinusoidal output voltages being obtained by the combination of several pulse-voltages having different amplitude and width [2007.01]	HB	CC	5H770

H02M7/505	....using devices of a thyratron or thyristor type requiring extinguishing means [2]	HB	CC	5H770

H02M7/51	.....using discharge tubes only [2]	HB	CC	5H770

H02M7/515	.....using semiconductor devices only [2,2007.01]	HB	CC	5H770

H02M7/515@A	characterised by commutation circuits	HB	CC	5H770

H02M7/515@B	.with auxiliary power supplies	HB	CC	5H770

H02M7/515@C	Multiple phasing or multiplexing	HB	CC	5H770

H02M7/515@D	using GTO, reverse conducting thyristors or TRIACs	HB	CC	5H770

H02M7/515@E	Output control or ignition circuits	HB	CC	5H770

H02M7/515@F	.Margin angle control	HB	CC	5H770

H02M7/515@G	Protection	HB	CC	5H770

H02M7/515@H	.Commutation failure protection	HB	CC	5H770

H02M7/515@J	Starting or shutting off	HB	CC	5H770

H02M7/515@Z	Others	HB	CC	5H770

H02M7/516	......Self-oscillating arrangements [2007.01]	HB	CC	5H770

H02M7/517	......with special starting equipment [4]	HB	CC	5H770

H02M7/519	......in a push-pull configuration (H02M 7/517 takes precedence) [4]	HB	CC	5H770

H02M7/521	......in a bridge configuration [4]	HB	CC	5H770

H02M7/523	......with LC-resonance circuit in the main circuit [4]	HB	CC	5H770

H02M7/525	......with automatic control of output waveform or frequency (H02M 7/517-H02M 7/523 take precedence) [4]	HB	CC	5H770

H02M7/527	.......by pulse width modulation [4]	HB	CC	5H770

H02M7/529	........using digital control [4]	HB	CC	5H770

H02M7/53	....using devices of a triode or transistor type requiring continuous application of a control signal [2]	HB	CC	5H770

H02M7/533	.....using discharge tubes only [2]	HB	CC	5H770

H02M7/537	.....using semiconductor devices only, e.g. single switched pulse inverters [2]	HB	CC	5H770

H02M7/537@A	One-stone type	HB	CC	5H770

H02M7/537@B	Starring, stopping or protection	HB	CC	5H770

H02M7/537@C	.Preventing simultaneous conducting	HB	CC	5H770

H02M7/537@D	.Preventing magnetic deviations	HB	CC	5H770

H02M7/537@E	using FET	HB	CC	5H770

H02M7/537@Z	Others	HB	CC	5H770

H02M7/5375	......with special starting equipment [4]	HB	CC	5H770

H02M7/538	......in a push-pull configuration (H02M 7/5375 takes precedence) [4,2007.01]	HB	CC	5H770

H02M7/538@A	Single ended push-pull	HB	CC	5H770

H02M7/538@Z	Others	HB	CC	5H770

H02M7/5381	.......Parallel type [2007.01]	HB	CC	5H770

H02M7/5383	......in a self-oscillating arrangement (H02M 7/538 takes precedence) [4,2007.01]	HB	CC	5H770

H02M7/53838	.......using a single commutation path [2007.01]	HB	CC	5H770

H02M7/53846	.......Control circuits [2007.01]	HB	CC	5H770

H02M7/53854	........using thyristor type converters [2007.01]	HB	CC	5H770

H02M7/53862	........using transistor type converters [2007.01]	HB	CC	5H770

H02M7/5387	......in a bridge configuration [4,2007.01]	HB	CC	5H770

H02M7/5387@A	Half-bridges	HB	CC	5H770

H02M7/5387@Z	Others	HB	CC	5H770

H02M7/5388	.......with asymmetrical configuration of switches [2007.01]	HB	CC	5H770

H02M7/539	......with automatic control of output wave form or frequency (H02M 7/5375-H02M 7/5387 take precedence) [4]	HB	CC	5H770

H02M7/5395	.......by pulse-width modulation [4]	HB	CC	5H770

H02M7/54	..by dynamic converters	HB	CC	5H770

H02M7/56	...using mechanical parts to select progressively, or to vary continuously, the input potential	HB	CC	5H770

H02M7/58	...using mechanical contact-making and -breaking parts to interrupt a single potential	HB	CC	5H770

H02M7/60	....wherein the parts are rotating and collectors co-operate with brushes or rollers	HB	CC	5H770

H02M7/62	....with electromagnetically-operated vibrating contacts, e.g. chopper	HB	CC	5H770

H02M7/64	..by combination of static with dynamic converters; by combination of dynamo-electric with other dynamic or static converters	HB	CC	5H770

H02M7/66	.with possibility of reversal	HB	CC	5H770

H02M7/68	..by static converters	HB	CC	5H770

H02M7/70	...using discharge tubes without control electrode or semiconductor devices without control electrode	HB	CC	5H770

H02M7/72	...using discharge tubes with control electrode or semiconductor devices with control electrode	HB	CC	5H770

H02M7/75	....using devices of a thyratron or thyristor type requiring extinguishing means	HB	CC	5H770

H02M7/753	.....using discharge tubes only [2]	HB	CC	5H770

H02M7/757	.....using semiconductor devices only [2]	HB	CC	5H770

H02M7/758	......with automatic control of output waveform or frequency [4]	HB	CC	5H770

H02M7/77	.....arranged for operation in parallel [2]	HB	CC	5H770

H02M7/79	....using devices of a triode or transistor type requiring continuous application of a control signal	HB	CC	5H770

H02M7/793	.....using discharge tubes only [2]	HB	CC	5H770

H02M7/797	.....using semiconductor devices only [2]	HB	CC	5H770

H02M7/81	.....arranged for operation in parallel [2]	HB	CC	5H770

H02M7/82	...using open-spark devices, e.g. Marx rectifier	HB	CC	5H770

H02M7/84	...using electrolytic rectifiers	HB	CC	5H770

H02M7/86	..by dynamic converters	HB	CC	5H770

H02M7/88	...using mechanical parts to select progressively or to vary continuously the input potential	HB	CC	5H770

H02M7/90	...using mechanical contact-making and -breaking parts to interrupt a single potential	HB	CC	5H770

H02M7/92	....wherein the parts are rotating and collectors co-operate with brushes or rollers	HB	CC	5H770

H02M7/94	....wherein the parts are operated by rotating cams or cam-like devices	HB	CC	5H770

H02M7/95	....with electromagnetically-operated vibrating contacts, e.g. chopper	HB	CC	5H770

H02M7/96	....with moving liquid contacts	HB	CC	5H770

H02M7/98	..by combination of static with dynamic converters; by combination of dynamo-electric with other dynamic or static converters	HB	CC	5H770

This page displays all 「FI」 in main group H02M7/00.	HB:Handbook
	CC:Concordance