FI (list display)

H01P1/00	Auxiliary devices (coupling devices of the waveguide type H01P 5/00)	HB	CC	5J011

H01P1/00@A	Equalisers (correcting group transmission duration R H 04 B)	HB	CC	5J011

H01P1/00@B	Diode mounts	HB	CC	5J011

H01P1/00@C	Distributed RC elements	HB	CC	5J011

H01P1/00@D	Measuring microwaves (detection of discharge, microwave monitoring circuits R G 01 R)	HB	CC	5J011

H01P1/00@Z	Others, e.g. bias feed elements, dielectric filter mounted on printed circuit boards	HB	CC	5J011

H01P1/02	.Bends; Corners; Twists	HB	CC	5J011

H01P1/02@A	Bends	HB	CC	5J011

H01P1/02@B	Corners	HB	CC	5J011

H01P1/02@C	Twists	HB	CC	5J011

H01P1/02@Z	Others	HB	CC	5J011

H01P1/04	.Fixed joints	HB	CC	5J011

H01P1/06	.Movable joints, e.g. rotating joints	HB	CC	5J011

H01P1/08	.Dielectric windows	HB	CC	5J011

H01P1/10	.for switching or interrupting	HB	CC	5J012

H01P1/11	..by ferromagnetic devices [3]	HB	CC	5J012

H01P1/11@A	Latching circulators	HB	CC	5J012

H01P1/11@B	Ferrite switches	HB	CC	5J012

H01P1/11@C	.Faraday rotator type	HB	CC	5J012

H01P1/11@D	..Tetra-hedral junction type	HB	CC	5J012

H01P1/11@E	..Reggia-Spencer type	HB	CC	5J012

H01P1/11@Z	Others	HB	CC	5J012

H01P1/12	..by mechanical chopper	HB	CC	5J012

H01P1/14	..by electric discharge devices (discharge devices H01J 17/64)	HB	CC	5J012

H01P1/15	..by semiconductor devices [2]	HB	CC	5J012

H01P1/16	.for mode selection, e.g. mode suppression or mode promotion; for mode conversion [3]	HB	CC	5J012

H01P1/161	..sustaining two independent orthogonal modes, e.g. orthomode transducer [3]	HB	CC	5J012

H01P1/162	..absorbing spurious or unwanted modes of propagation [3]	HB	CC	5J012

H01P1/163	..specifically adapted for selection or promotion of the TE₀₁ circular-electric mode [3]	HB	CC	5J012

H01P1/165	.for rotating the plane of polarisation [2]	HB	CC	5J012

H01P1/17	..for producing a continuously rotating polarisation, e.g. circular polarisation [2]	HB	CC	5J012

H01P1/175	..using Faraday rotators [3]	HB	CC	5J012

H01P1/18	.Phase-shifters (H01P 1/165 takes precedence) [2]	HB	CC	5J012

H01P1/185	..using a diode or a gas filled discharge tube [3]	HB	CC	5J012

H01P1/19	..using a ferromagnetic device [3]	HB	CC	5J012

H01P1/195	...having a toroidal shape [3]	HB	CC	5J012

H01P1/20	.Frequency-selective devices, e.g. filters	HB	CC	5J006

H01P1/20@A	Dielectric filters (including filters using TE, TM or HE mode, filters using TEM mode 1/201 to 1/205)	HB	CC	5J006

H01P1/20@B	Helical filters	HB	CC	5J006

H01P1/20@Z	Others (Also assign to H 03 H 11/120 A for active filters combined with distribution constant oscillator)	HB	CC	5J006

H01P1/201	..Filters for transverse electromagnetic waves (H01P 1/212, H01P 1/213, H01P 1/215, H01P 1/219 take precedence) [3]	HB	CC	5J006

H01P1/202	...Coaxial filters (cascaded coaxial cavities H01P 1/205) [3]	HB	CC	5J006

H01P1/203	...Strip line filters [3]	HB	CC	5J006

H01P1/205	...Comb or interdigital filters; Cascaded coaxial cavities (H01P 1/203 takes precedence) [3]	HB	CC	5J006

H01P1/205@A	Interdigital filters (including dielectric loading)	HB	CC	5J006

H01P1/205@B	Comline filters (including dielectric loading)	HB	CC	5J006

H01P1/205@C	Vertically connected coaxial filters (including dielectric loading)	HB	CC	5J006

H01P1/205@D	Coupling	HB	CC	5J006

H01P1/205@E	.Loops	HB	CC	5J006

H01P1/205@F	.Resonator element pitches	HB	CC	5J006

H01P1/205@G	.Capacitors; probes	HB	CC	5J006

H01P1/205@H	.Connection holes; coating	HB	CC	5J006

H01P1/205@J	Frequency adjustments (resonant frequency adjustments)	HB	CC	5J006

H01P1/205@K	Polar characteristics	HB	CC	5J006

H01P1/205@Z	Others	HB	CC	5J006

H01P1/207	..Hollow waveguide filters (H01P 1/212, H01P 1/213, H01P 1/215, H01P 1/219 take precedence) [3]	HB	CC	5J006

H01P1/207@A	Planer circuits in hollow waveguides (including fin line filters)	HB	CC	5J006

H01P1/207@B	Resonating windows	HB	CC	5J006

H01P1/207@C	Cut-off filters	HB	CC	5J006

H01P1/207@Z	Others	HB	CC	5J006

H01P1/208	...Cascaded cavities; Cascaded resonators inside a hollow waveguide structure (H01P 1/205 takes precedence) [3]	HB	CC	5J006

H01P1/208@A	Dual modes	HB	CC	5J006

H01P1/208@Z	Others	HB	CC	5J006

H01P1/209	...comprising one or more branching arms or cavities wholly outside the main waveguide [3]	HB	CC	5J006

H01P1/211	...Waffle-iron filters; Corrugated structures [3]	HB	CC	5J006

H01P1/212	..suppressing or attenuating harmonic frequencies (H01P 1/215 takes precedence) [3]	HB	CC	5J006

H01P1/213	..combining or separating two or more different frequencies (H01P 1/215 takes precedence) [3]	HB	CC	5J006

H01P1/213@A	using hollow waveguides	HB	CC	5J006

H01P1/213@B	.Distributed connection type	HB	CC	5J006

H01P1/213@C	..Ring resonator type	HB	CC	5J006

H01P1/213@D	.Branched type	HB	CC	5J006

H01P1/213@E	..Resonator branching	HB	CC	5J006

H01P1/213@F	.using hybrid	HB	CC	5J006

H01P1/213@G	.using circulators	HB	CC	5J006

H01P1/213@H	.Semi-photometric	HB	CC	5J006

H01P1/213@J	Non-hollow waveguide filters	HB	CC	5J006

H01P1/213@K	.Distributed connection type	HB	CC	5J006

H01P1/213@L	..Ring resonator type	HB	CC	5J006

H01P1/213@M	.Branched type, e.g. duplexer (lumped element multiplexers → H 03 H)	HB	CC	5J006

H01P1/213@N	..Branching resonators	HB	CC	5J006

H01P1/213@P	.using hybrid	HB	CC	5J006

H01P1/213@Q	.using circulators	HB	CC	5J006

H01P1/213@R	.Semi-photometric	HB	CC	5J006

H01P1/213@Z	Others	HB	CC	5J006

H01P1/215	..using ferromagnetic material [3]	HB	CC	5J006

H01P1/217	...the ferromagnetic material acting as a tuning element in resonators [3]	HB	CC	5J006

H01P1/218	...the ferromagnetic material acting as a frequency selective coupling element, e.g. YIG-filters [3]	HB	CC	5J006

H01P1/219	..Evanescent mode filters [3]	HB	CC	5J006

H01P1/22	.Attenuating devices (dissipative terminating devices H01P 1/26)	HB	CC	5J013

H01P1/23	..using ferromagnetic material [3]	HB	CC	5J013

H01P1/24	.Terminating devices	HB	CC	5J013

H01P1/26	..Dissipative terminations	HB	CC	5J013

H01P1/28	..Short-circuiting plungers	HB	CC	5J013

H01P1/30	.for compensation of, or protection against, temperature or moisture effects	HB	CC	5J013

H01P1/30@A	Dehydrators	HB	CC	5J013

H01P1/30@Z	Others	HB	CC	5J013

H01P1/32	.Non-reciprocal transmission devices (H01P 1/02-H01P 1/30 take precedence) [3]	HB	CC	5J013

H01P1/36	..Isolators [2,3]	HB	CC	5J013

H01P1/36@A	Circulator type	HB	CC	5J013

H01P1/36@B	Edge guide mode (periphery mode)	HB	CC	5J013

H01P1/36@Z	Others	HB	CC	5J013

H01P1/365	...Resonance absorption isolators [3]	HB	CC	5J013

H01P1/365@A	Hollow waveguides	HB	CC	5J013

H01P1/365@B	Cross strip type	HB	CC	5J013

H01P1/365@Z	Others	HB	CC	5J013

H01P1/37	...Field displacement isolators [3]	HB	CC	5J013

H01P1/375	...using Faraday rotators [3]	HB	CC	5J013

H01P1/38	..Circulators [2,3]	HB	CC	5J013

H01P1/383	...Junction circulators, e.g. Y-circulators [3]	HB	CC	5J013

H01P1/383@A	Concentrated constant type	HB	CC	5J013

H01P1/383@Z	Others	HB	CC	5J013

H01P1/387	....Strip line circulators [3]	HB	CC	5J013

H01P1/39	....Hollow waveguide circulators [3]	HB	CC	5J013

H01P1/393	...using Faraday rotators [3]	HB	CC	5J013

H01P1/397	...using non-reciprocal phase shifters (H01P 1/393 takes precedence) [3]	HB	CC	5J013

This page displays all 「FI」 in main group H01P1/00.	HB:Handbook
	CC:Concordance