BLC

(redirected from Branch-Line Coupler)
AcronymDefinition
BLCBack Light Compensation (video cameras)
BLCBoston Library Consortium
BLCBethany Lutheran College (Minnesota)
BLCBasic Leader Course (US Army)
BLCBethany Lutheran Church (various locations)
BLCBelo Corporation (stock symbol)
BLCBeer Line Cleaner (product; various companies)
BLCBlack Light Compensation
BLCBlock Length Counter
BLCBus Logic Controller
BLCBoard of Library Commissioners (various locations)
BLCBroadband Loop Carrier
BLCBuilding Learning Communities
BLCBurma Lawyers Council
BLCBusiness Location Center (Berlin, Germany)
BLCBoundary Layer Control
BLCBois Lamellé Collé (French: Glued Laminated Wood)
BLCBusiness Law Center (various locations)
BLCBlank Label Comics (est. 2005)
BLCBlended Learning Course
BLCBank of Lancaster County (Harrisburg, PA)
BLCBrian Lara Cricket (online gaming)
BLCBaseline Correction
BLCBerkeley Language Center (University of California, Berkeley)
BLCBrookdale Living Communities (Chicago, IL)
BLCBusiness Leadership Center
BLCBecoming Like Christ
BLCBritish Logic Colloquium
BLCBanque Laurentienne du Canada (French: Laurentian Bank of Canada)
BLCBicycle Leadership Conference
BLCBiggest Loser Club (weight loss)
BLCBusiness Local Calling (AT&T)
BLCBig League Chew
BLCBloodlined Calligraphy (band)
BLCBelfort Laser Ceilometer (remote sensing instrument)
BLCBusiness Liaison Committee (various locations)
BLCBeam Line Component (fusion engineering)
BLCBrightstar Learning Center (Huntington Beach, CA)
BLCBaccalaureus Legum Civilum (Bachelor of Civil Law)
BLCBoston Law Collaborative
BLCBarking Learning Centre (Barking, UK)
BLCBottom Line Conference (Canadian Mental Health Association)
BLCBuilding Leadership Capacity (various organizations)
BLCBroadband Learning Corporation
BLCBanking Law Committee (various organizations)
BLCBreech Loading Converted
BLCBanja Luka College (Bosnia and Herzegovina; est. 2000)
BLCBranch-Line Coupler
BLCBovine Liver Catalase
BLCBinary Linear Code
BLCBetter Living Construction (California)
BLCBinary-Labeled Channel
BLCBloodline Champions (game)
BLCBrights Local Constituency
BLCBordeaux Longskate Club (France)
BLCBiggest Little City
BLCBrisbane Learning Centre (Queensland, Australia)
BLCBrown Ledge Camp (Colchester, VT)
BLCBad Luck Charm (band)
BLCBusiness Lunch Club
BLCBeacon Learning Center
BLCBase Level Computing
BLCBuilding Load Coefficient
BLCBakweri Land Committee
BLCBare-Leg Catch (mosquito collection method)
BLCBiology Learning Centre (University of Arizona, Tucson, AZ)
BLCBefore-Landing Check
BLCBacon Lettuce and Cheese
BLCBarrier-Layer Cell
BLCBrad Lake Consulting (Canada)
BLCBack Left Corner
BLCBulk Liquid Container
BLCBradley Leader Course (US Army)
BLCBedworth Lions Club (UK)
BLCBaseband Level Control
BLCBrie Loisirs et Culture (French leisure and culture association)
BLCBoundary Layer Check
BLCBeauchamp Loisirs et Culture (French: Beauchamp Leisure and Culture; Beauchamp, France)
BLCBedale Leisure Centre (UK)
BLCBlue-Line Copy
BLCBlackout City
BLCBroadband Latching Circulator
BLCBiosciences Learning Center
BLCBrandt Language Centre
BLCBodacious Lucas and Cameron
BLCBusiness Line Coordinator
BLCBoucle Locale Cuivre (French: Local Copper Loop)
BLCBritish Leather Conferation
BLCBusiness Logic Computing (IT consulting firm)
References in periodicals archive ?
The ATL is useful to achieve various microwave components, such as branch-line couplers [2], antennas [3], and baluns [4].
As it will be demonstrated, the 2-sections branch-line coupler can be adopted in DPAs to play the role of both the output combiner and input splitter in a wide frequency range.
In this paper, a novel design of a dual-band planar asymmetric branch-line coupler terminated by arbitrary impedances for arbitrary coupling levels is proposed.
Weide, "A compact branch-line coupler using discontinuous microstrip lines," IEEE Microwave and Wireless Technology Letters, Vol.
Recently, several design techniques have been reported for size reduction and harmonic suppression, such as rat-race couplers with defected ground structure (DGS) and micro-strip resonant cells [7-11] and branch-line couplers using slow-wave structure [12-14].
To realize a balanced amplifier design for each push-pull device, a printed microstrip 3 dB branch-line coupler was developed to drive each of the two push-pull devices.
In the simulated results, there are three frequency points with phase of -90-degree in the passbands, and this characteristic has been applied in designing the triple-band branch-line coupler in this paper.
This antenna type can be considered a dual-polarized antenna that is fed by the decoupled output ports of a branch-line coupler. Since the design of a 3 dB hybrid is well known, only the design steps of the dual-polarized antenna are illustrated.
It is known that the branch-line coupler usually has narrow bandwidth.
The conventional branch-line coupler is composed of four quarter-wavelength transmission sections at designed frequency, which result in a large occupied area especially at low frequencies.
The branch-line coupler requires an additional 90 [degrees] phase-shifting network.