PLANAR WAVEGUIDE Search Results

1x32

Abstract: fiber optic splitter "Power Splitters" Power Splitters Lightwave Microsystems splitter schematic GR-1209 "Power Splitter"
Contextual Info: LightWeaver TM Integrated Planar Lightwave Circuits for Advanced Optical Communications Systems The 1xN Fiber Optic Power Splitters, based on Lightwave Microsystems’ proprietary planar silica LightWeaverTM waveguide technology, offer superior performance and stability

GR-1209

Abstract: 2x2-Optical-Switch GR-1221 "Optical Switch" Leap Electronic Lightwave Microsystems switching transistor 331 LMC-TOSW-2028-15-H05 array microsystems optical switch
Contextual Info: LightWeaver TM Integrated Planar Lightwave Circuits for Advanced Optical Communications Systems 2x2 OPTICAL SWITCH: 8 ARRAY LMC-TOSW-2028-15-H05 The 2x2 Optical Switch Arrays, based on Lightwave Microsystems’ proprietary planar LightWeaverTM waveguide technology, offer superior

DWDM AWG

Abstract: Lightwave Microsystems optical "planar waveguide" mux 50 GHz dwdm LMC-AWGD-R-401-590-POR-0056 GR-1209
Contextual Info: LightWeaver TM Integrated Planar Lightwave Circuits for Advanced Optical Communications Systems AWG DWDM MULTIPLEXERS/ DEMULTIPLEXERS LMC-AWGD-R-401-590-POR-0056 The AWG DWDM MUX/ DMUX devices, based on Lightwave Microsystems’ proprietary planar silica LightWeaverTM waveguide

Contextual Info: Fiber Optics Planar Waveguide Splitter Product Description Agiltron PLCS Series planar waveguide splitter from 1x4 to 1x64 and 2x4 to 2x64 featuring high reliability and wide operation wavelength. The devices are designed and qualified for the FTTH and FTTB

Contextual Info: Fiber Optics Planar Waveguide 1x32 Splitter patent pending Product Description The PW Series 1x32 planar waveguide splitter is based on Agiltron’s high performance optical waveguide chips technology and compact packaging structure. It features high uniformity, low excess and very low

Contextual Info: Agilent K422C Waveguide Planar-Doped Barrier Detector 18.0 to 26.5 GHz Data Sheet Agilent Technologies K422C Specifications1 Outstanding performance The Planar-Doped Barrier PDB diode technology combines the best characteristics of point-contact and low-barrier Schottky to provide exceptional

Contextual Info: P B t i GEC plessey DC1872/3 PLANAR DOPED BARRIER X BAND WAVEGUIDE DETECTOR DIODES Planar Doped Barrier PDB diodes represent a major advancement in detector technology. These diodes offer very high tangential sensitivity, high compression point and very

Contextual Info: P S H IG E C P L E S S E Y DC1870 Series PLANAR DOPED BARRIER WAVEGUIDE MIXER DIODES Planar doped barrier PDB waveguide mixer diodes represent a major advancement in mixer/detector technology. These diodes offer good conversion loss at low local oscillator

Contextual Info: 3ü 37bô522 DOlûSIS EOT » P L E B GEC P L E S S EY SEMICONDUCTORS DC1872/3 PLANAR DOPED BARRIER X BAND WAVEGUIDE DETECTOR DIODES Planar Doped Barrier PDB diodes represent a major advancement in detector technology. These diodes offer very high tangential sensitivity, high compression point and very

GR-1209

Abstract: Lightwave Microsystems LMC-VOAC-0180-5N-H05 GR-1221
Contextual Info: LightWeaver TM Integrated Planar Lightwave Circuits for Advanced Optical Communications Systems VARIABLE OPTICAL ATTENUATOR: 8 ARRAY LMC-VOAC-0180-5N-H05 The Variable Optical Attenuator Arrays, based on Lightwave Microsystems’proprietary planar silica and polymer

TBA 150A

Abstract: TBA+150A
Contextual Info: 37bflSS2 0Ü1ÖS13 437 IPLSB GEC P LE S S E Y S E M I C O N D U C T O R S DC1870 Series PLANAR DOPED BARRIER WAVEGUIDE MIXER DIODES Planar doped barrier PDB waveguide mixer diodes represent a major advancement in mixer/detector technology. These diodes offer good conversion loss at tow local oscillator

fiber optic 1 by 2 splitter

Abstract: PLC optical splitter rack mount drawing
Contextual Info: FIBER OPTIC TECHNOLOGY CALIBRATION LABORATORY SFT-P series 1xN Planar Optical Splitter Description: The 1xN Planar Lightwave Circuits PLC Optical Splitters are high performance, reliable and compact devices for splitting optical power, specifically designed to meet the tough requirements of

R422C

Abstract: MIL-F-3922/54-003
Contextual Info: Agilent R422C mm-Wave Planar-Doped Barrier Detector Data Sheet 26.5 to 40.0 GHz Outstanding Performance The Planar-Doped Barrier PDB diode technology combines the best characteristics of point-contact and low barrier Schottky to provide exceptional performance. This PDB diode technology provides

MIL-W-85

Abstract: 4433 support R422C MIL-F-3922/54-003
Contextual Info: Agilent R422C mm-Wave Planar-Doped Barrier Detector Data Sheet 26.5 to 40.0 GHz Outstanding Performance The Planar-Doped Barrier PDB diode technology combines the best characteristics of point-contact and low barrier Schottky to provide exceptional performance. This PDB diode technology provides

DWDM AWG

Abstract: Lightwave Microsystems 4 channel AWG dwdm 4 channel 100 ghz multiplexer lightweaver GR-1209 GR-122 optical "planar waveguide" mux 50 GHz dwdm
Contextual Info: LightWeaver TM Integrated Planar Lightwave Circuits for Advanced Optical Communications Systems AWG DWDM MULTIPLEXERS/ DEMULTIPLEXERS L M C - A W G D - W - 4 0 1 - 0 1 - P 0 R The AWG DWDM MUX/ DMUX devices, based on Lightwave Microsystems’ proprietary planar silica

IMPATT

Contextual Info: MA45300 Series Axial Lead Silicon Planar Abrupt Tuning Varactors Features • HIGH Q ■ LOW LEAKAGE ■ LOW POST TUNING DRIFT ■ CUSTOM DESIGNS AVAILABLE ■ FREQUENCY RANGE THROUGH X-BAND ■ CAN BE SCREENED TO TX, TXV SPECIFICATIONS Applications The MA45300 series of silicon planar abrupt junction tun­

DC2118A

Abstract: DC2110A Marconi Applied Technologies modulators DC2110B DC2110C DC2110G DC2118B DC2118C DC2118G
Contextual Info: Waveguide PIN Diodes Suitable for use as switches, modulators, attenuators and limiters. * Low resistance * Frequency range 10 MHz to 18 GHz * Low capacitance * Mesa and planar versions available * High breakdown voltage Minimum Maximum Maximum reverse forward

conical horn

Abstract: Monopulse
Contextual Info: Application Note: Planar Waveguide for Miniature Monopulse Comparators Monopulse comparators are normally constructed by joining 3 dB hybrids together with equal lengths of transmission line; these perform very well at frequen­ cies from 1 to 10 GHz. Advances in stripline and

Contextual Info: PLC S plitter Module - P1C Silica-on-Silica Planar Lightwave Circuit P LC Splitter • 1x4, 1x8, 1x16, 1x32, 1x64* modules'* ■ Packaged Optical Waveguide chips based on Patented Plasma Chemical Vapour Deposition (P-CVD) technology for stable optical characteristics and high reliability

Waveguide antenna

Contextual Info: Application Note: Planar Waveguide for M iniature Monopulse Com parators Monopulse comparators are normally constructed by joining 3 dB hybrids together with equal lengths of transmission line; these perform very well at frequen­ cies from 1 to 10 GHz. Advances in stripline and

Peltier module circuit

Abstract: mach zehnder interferometer PLC Mach-Zehnder Interferometer Peltier Mach-Zehnder Interferometer interferometer PLC devices Heater temp controller using PLC Peltier module MACH-ZEHNDER
Contextual Info: Photonic Network Innovation Since 1980 the research and development of PLC planar lightwave circuit devices using silica glass waveguides has been conducted. As a result of the continuing development of this technology we have realized the mass production of PLC devices for optical communications

Monopulse

Contextual Info: M iniaturized M illim eter Wave Monopulse Com parator Feed Assem bly Features I Deep Null Depth > 30 dB I High Efficiency > 55% I Excellent Performance I Small Size I Light Weight I Planar Waveguide D escription Applications Alpha’s miniaturized millimeter wave monopulse

optical fiber DSF 1550 nm

Abstract: mach zehnder interferometer optical fiber DSF E2000 connector MACH-ZEHNDER
Contextual Info: Photonic Network Innovation Since 1980 the research and development of PLC planar lightwave circuit devices using silica glass waveguides has been conducted. As a result of the continuing development of this technology we have realized the mass production of PLC devices for optical communications

plc transceiver

Abstract: optical electronics
Contextual Info: Photonic Network Innovation Since 1980 the research and development of PLC planar lightwave circuit devices using silica glass waveguides has been conducted. As a result of the continuing development of this technology we have realized the mass production of PLC devices for optical communications