36:
96:
235:
Single-ended transmission line: A single-ended transmission line is a two-conductor transmission line in which one conductor is referenced to a common ground, the second conductor. The single-ended mode is more susceptible to common-mode noise and cross talk.
217:: A differential transmission line is a balanced two-conductor transmission line in which the phase difference between currents is 180 degrees. The differential mode is less susceptible to common mode noise and cross talk.
202:
Digital phase shifters provide a discrete set of phase shifts or time delays. Discretization leads to quantization errors. Digital phase shifters require parallel bus control.
509:
691:
662:
175:
144:
171:
140:
338:
A phase shifter provides an invariable phase shift with frequency, and is used for fixed-beam frequency-invariant pattern synthesis.
159:
702:
A low cost electro-mechanical phase shifter design, including a brief summary of solid state methods @ www.activefrance.com
720:
605:
Microwave Solid State
Circuit Design, 2nd Ed., by Inder Bahl and Prakash Bhartia, John Wiley & Sons, 2003 (Chapter 12)
561:
410:
211:
108:
659:
391:
614:
RF MEMS Theory, Design and
Technology by Gabriel Rebeiz, John Wiley & Sons, 2003 (Chapter 9-10)
95:
307:
89:
695:
670:
214:
685:
576:
Phase shift / noise figure (phase shifter) or time delay / noise figure (TTD phase shifter)
342:
240:
700:
666:
494:
286:
220:
82:
715:
346:
292:
623:
Antenna
Engineering Handbook, 4th Ed., by John Volakis, McGraw-Hill, 2007 (Chapter 21)
341:
A TTD phase shifter provides an invariable time delay with frequency, and is used for
709:
276:
270:
One-conductor or dielectric transmission line versus two-conductor transmission line
520:
256:
153:
116:
61:
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high-pass sections cancel out the distortion of the right-handed low-pass sections
88:"Phase shifter" redirects here. For the type of electric utility transformer, see
199:
Analog phase shifters provide a continuously variable phase shift or time delay.
641:
Phased Array
Antenna Handbook, 2nd Ed., by Robert Mailloux, Artech House, 2005
311:
299:
17:
632:
Phased Array
Antennas, 2nd Ed., by R. C. Hansen, John Wiley & Sons, 1998
570:
421:
319:
250:
132:
Active phase shifters provide gain, while passive phase shifters are lossy.
112:
50:
650:
Phased Array
Antennas by Arun K. Bhattacharyya, John Wiley & Sons, 2006
315:
46:
379:
280:
81:
This article is about the microwave device. For the guitar effect, see
224:
94:
414:
395:
99:
A microwave (6 to 18 GHz) Phase
Shifter and Frequency Translator
406:
399:
29:
239:
Antenna selection: double folded slot (DFS), microstrip,
111:
module which provides a controllable phase shift of the
181:
Loss: the phase shifter attenuates while phase shifting
57:
150:
Gain: The phase shifter amplifies while phase shifting
497:
554:
Biasing: current-driven, high-voltage electrostatic
503:
275:One-conductor or dielectric transmission line (
378:Non semi-conducting (ferrite, ferro-electric,
8:
469:phase shifter, because of 3 dB coupler
496:
328:TEM or quasi-TEM mode is TTD or quasi-TTD
298:Higher-order TE, TM, HE or HM modes are
598:
334:Phase shifters versus TTD phase shifter
206:Differential, single-ended or waveguide
551:Number of effective bits, if digital
7:
245:Examples: CPW, microstrip, stripline
176:passive electronically scanned array
145:passive electronically scanned array
172:active electronically scanned array
141:active electronically scanned array
445:Undistorted and TTD if distributed
230:Examples: coplanar strip, slotline
25:
567:Gain if active, loss if passive
306:Two-conductor transmission line (
356:Reciprocal versus non-reciprocal
34:
536:Distortion: undistorted and TTD
533:Applications: UWB beam steering
455:Applications: reflect arrays (S
255:Antenna selection: waveguide,
49:format but may read better as
1:
115:. Phase shifters are used in
325:Differential or single-ended
227:, tapered slot antenna (TSA)
737:
390:Semi-conducting (RF CMOS,
87:
80:
562:group velocity dispersion
696:Herley General Microwave
671:Herley General Microwave
472:Undistorted and TTD if S
27:Microwave network module
692:Microwave Phase Shifter
660:Microwave Phase Shifter
187:Reciprocity: reciprocal
58:converting this article
505:
417:, RFICs or optical ICs
366:Non-reciprocal: T or R
295:, not TTD or quasi-TTD
100:
557:DC power consumption
506:
489:High-pass or low-pass
194:Analog versus digital
128:Active versus passive
98:
721:Microwave technology
504:{\displaystyle \pi }
495:
349:(UWB) beam steering.
688:, Micorwaves101.com
519:Undistorted if the
442:Distorted if lumped
382:, liquid crystal):
665:2003-03-27 at the
501:
105:phase shift module
101:
90:quadrature booster
60:, if appropriate.
694:information from
669:information from
483:Switched-network
413:transistor based
215:transmission line
109:microwave network
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16:(Redirected from
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686:"Phase Shifters"
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546:Figures of merit
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162:: not reciprocal
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56:You can help by
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588:Switching time
579:Power handling
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363:Reciprocal: T/R
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123:Classification
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64:is available.
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43:This article
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18:Phase shifter
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582:Reliability
573:: IP3, P1dB
560:Distortion:
516:Distortion:
462:Distortion:
439:Distortion:
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212:Differential
205:
154:Noise figure
131:
104:
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67:
62:Editing help
44:
521:left-handed
223:selection:
160:Reciprocity
710:Categories
593:References
373:Technology
345:-free and
312:microstrip
291:No TEM or
571:Linearity
499:π
486:Network:
422:PIN diode
420:Passive:
320:stripline
300:distorted
251:Waveguide
167:Passive:
113:RF signal
70:July 2019
663:Archived
405:Active:
402:or Sb):
316:slotline
241:monopole
174:(AESA),
143:(AESA),
136:Active:
398:, InP,
385:Passive
380:RF MEMS
281:finline
221:Antenna
564:(GVD)
431:Design
343:squint
225:dipole
178:(PESA)
147:(PESA)
45:is in
716:Radar
585:Size
415:MMICs
287:Modal
107:is a
51:prose
511:or T
396:SiGe
392:GaAs
257:horn
156:(NF)
47:list
411:FET
409:or
407:BJT
400:GaN
322:):
308:CPW
712::
474:11
467:21
457:11
394:.
318:,
314:,
310:,
279:,
208::
119:.
103:A
92:.
85:.
72:)
68:(
54:.
20:)
Text is available under the Creative Commons Attribution-ShareAlike License. Additional terms may apply.
