MICROSTRIP ANTENNAS Search Results

Microstrip Antennas

Abstract: circular microstrip patch antenna PAS-99 PAS-1060 microstrip antenna wlan H 6375 Beacon 406 MHz Multi-Element Array Antennas doppler ghz PAS-24
Contextual Info: MICROSTRIP PATCH ANTENNAS MICROSTRIP / STRIPLINE ANTENNAS Our PAS series microstrip patch antennas are ideally suited as primary radiators, reflector feeds and conformal array elements. PAS series patch antennas are optimized for large instantaneous bandwidths >10% and high radiating efficiencies.

ARINC743

Abstract: arinc-743 Antennas navstar circular microstrip patch antenna GPS antenna 1575 and 1227 Microstrip Antennas ARINC HAS-1575 PAS-1575
Contextual Info: GPS ANTENNAS GPS AND NAVSTAR For hemispherical coverage, GPS, and NAVSTAR applications, Antenna Research offers the PAS series microstrip patch antennas and the HAS series Helical antennas. GPS antennas can be utilized with or without a conductive mounting surface. NAVSTAR and GPS antennas

Contextual Info: DUAL POL PANEL ANTENNA PCS 1850-1990/65/9.5 TYPE P65X9NS0D GAIN 9.5DBI 65° AZIMUTH COVERAGE MICROSTRIP DESIGN TECHNICAL SPECIFICATION Frequency Range Gain VSWR Polarization Horizontal Beamwidth Vertical Beamwidth Downtilt Sidelobe Suppression Front to Back Ratio

Contextual Info: DUAL POL PANEL ANTENNA PCS 1850-1990/65/18 TYPE P65X56NS2E GAIN 18DBI 65° AZIMUTH TWIN BEAM COVERAGE MICROSTRIP DESIGN TECHNICAL SPECIFICATION Frequency Range Gain VSWR Polarization Horizontal Beamwidth Vertical Beamwidth Downtilt Sidelobe Suppression Null Fill

Contextual Info: DUAL POL PANEL ANTENNA PCS 1850-1990/65/17.5 TYPE P65X48VM0E GAIN 17.5DBI 65° AZIMUTH COVERAGE MICROSTRIP DESIGN TECHNICAL SPECIFICATION Frequency Range Gain VSWR Polarization Horizontal Beamwidth Vertical Beamwidth Downtilt Sidelobe Suppression Null Fill

Contextual Info: DUAL POL PANEL ANTENNA PCS 1850-1990/65/17.5 TYPE P65X51NS0N GAIN 17.5DBI 65° AZIMUTH COVERAGE MICROSTRIP DESIGN TECHNICAL SPECIFICATION Frequency Range Gain VSWR Polarization Horizontal Beamwidth Vertical Beamwidth Downtilt Sidelobe Suppression Null Fill

Contextual Info: lass' Dual-band Antennas Model APDM923 Series New “On-Glass” Concept — patent-pending microstrip coupler circuit technology. A low profile base with a unique swivel arm provides a 75° to 90° angular whip adjustment to ensure vertical installation to mounted glass plane

19dBi

Contextual Info: DUAL POL PANEL ANTENNA PCS 1850-1990/65/19 TYPE P65X72NS0E/2E GAIN 19DBI 65° AZIMUTH COVERAGE MICROSTRIP DESIGN TECHNICAL SPECIFICATION Frequency Range Gain VSWR Polarization Horizontal Beamwidth Vertical Beamwidth Downtilt Sidelobe Suppression Null Fill

Contextual Info: VERTICALLY POLARISED PANEL ANTENNA MMDS VP/95/17.5/0 TYPE M95V51NS0E MICROSTRIP DESIGN 95° AZIMUTH COVERAGE 5 YEAR WARRANTY TECHNICAL SPECIFICATION Frequency Gain VSWR Horizontal Beamwidth Vertical Beamwidth Fixed Electrical Downtilt Front to Back Ratio Power Rating

62Sn36Pb2Ag

Abstract: Adhesive electrode GPS ceramic patch "GPS patch antenna" circular microstrip patch antenna 62Sn-36Pb-2Ag
Contextual Info: SPECTRUM CONTROL INC. GPS Patch Antenna Description/ Applications A M P ’s new ceramic microstrip patch Used in surveying, marine, military, antenna is a miniature dielectric antenna recreational, automotive, aviation, and element for Global Positioning Systems

Contextual Info: QUAD POL PANEL ANTENNA PCS 1850-1990/65/18.8 TYPE P65Q72NS0B GAIN 19DBI ON 4 PORTS 65° AZIMUTH TWIN BEAM COVERAGE MICROSTRIP DESIGN TECHNICAL SPECIFICATION Frequency Range Gain VSWR Polarization Horizontal Beamwidth Vertical Beamwidth Downtilt Sidelobe Suppression

21dBi

Contextual Info: DUAL POLARISED PANEL ANTENNA PCS XP/30/21/0 TYPE P30X72NS0B GAIN 21DBI 30° AZIMUTH COVERAGE MICROSTRIP DESIGN TECHNICAL SPECIFICATION Frequency Range Gain VSWR Polarization Horizontal Beamwidth Vertical Beamwidth Downtilt Sidelobe Suppression Front to Back Ratio

Antennas radome

Abstract: SHF-142 8 element array panel antenna L701B Larsen planar Antennas
Contextual Info: LARSEN PLANAR ARRAY ANTENNAS Larsen’s panel antennas use a variety of microstrip element designs. High gains are achieved by combining several elements with corporate power dividers. Large arrays use an edge taper to reduce side lobes. Gains up to 14 dBi can be readily achieved

Microstrip Antennas

Abstract: DIN 4b
Contextual Info: QUAD POL PANEL ANTENNA PCS 1850-1990/65/17.5 TYPE P65Q56NS0B/4B/6B GAIN 17.5DBI ON 4 PORTS 65° AZIMUTH TWIN BEAM COVERAGE MICROSTRIP DESIGN TECHNICAL SPECIFICATION Frequency Range Gain VSWR Polarization Horizontal Beamwidth Vertical Beamwidth Downtilt Sidelobe Suppression

Atmel AT02865: RF Layout with Microstrip

Abstract: AT028 pcb layout of zigbee AT02865
Contextual Info: APPLICATION NOTE Atmel AT02865: RF Layout with Microstrip Atmel Wireless Features • • • • • • • • • Practical PCB design techniques for wireless ICs Controlled impedance layout 50Ω unbalanced transmission lines 100Ω balanced transmission lines

5082-3071

Abstract: HP 5082-3140 5082-3046 hp pin diode 5082-3040 5082-3040 equivalent 5082-3041 RS 3041 C NSL 5082 HP PIN DIODES
Contextual Info: 5082 3040/41 5082-3046 5082-3071 5082 3140/41 5082-3170 5082-3340 - H E W L E T T ^ PACKARD COMPONENTS PIN DIODES FOR STRIPLINE AND MICROSTRIP SWITCHES ATTENUATORS AND LIMITERS Features HERMETIC 5082-3140, 3141, 3170 BROADBAND OPERATION HF through X-band

design of multi section directional coupler

Contextual Info: Directional Coupler, CK-50N series Dual Section, Wideband, Microstrip Coupler 698 - 2700 MHz, N connectors $ Saver Product Line       5 to 20 dB Coupling Values Good Directivity VSWR & Loss Wideband Cellular to WiMAX 50 Watt Average Power RoHS Compliant

CK-50N

Abstract: design of multi section directional coupler CK-53N Microlab/FXR directional coupler
Contextual Info: Directional Coupler, CK-50N series Dual Section, Wideband, Microstrip Coupler 698 - 2700 MHz, N connectors $ Saver Product Line       5 to 30 dB Coupling Values Good Directivity VSWR & Loss Wideband Cellular to WiMAX 50 Watt Average Power RoHS Compliant

racal

Contextual Info: PCS VERTICAL POLARIZED PANEL ANTENNA T Y P E 8 1 8 5 - S VP/85/15 • Gain 15dBi • Microstrip Design • 85° Azimuth Coverage • Reduced PIM Problems • 5 Year Warranty • Low Profile ELECTRICAL PERFORMANCE Frequency Range Gain VSWR Polarization Horizontal Beamwidth

Contextual Info: PCS VERTICAL POLARIZED PANEL ANTENNA T Y P E 8 1 6 5 - I VP/65/17 • Gain 17dBi • Microstrip Design • 65° Azimuth Coverage • Reduced PIM Problems • 5 Year Warranty • Low Profile ELECTRICAL PERFORMANCE Frequency Range Gain VSWR Polarization Horizontal Beamwidth

circular microstrip patch antenna

Abstract: design of Circular Patch Antenna rectangular microstrip patch Antenna hybrid coupler 3dB 180 helix antenna Sarantel geohelix antenna
Contextual Info: Company Confidential APPLICATION NOTE GeoHelixTM versus Patch Antennas A Comparison of Performance Characteristics May 2003 Sarantel Ltd Unit 2, Wendel Point Ryle Drive Park Farm South, Wellingborough, Northants, NN8 6AQ Phone +44 0 1933 670560 Fax +44 (0) 1933 401155

PW3710

Contextual Info: IEEE TRANSACTIONS ON COMPONENTS AND PACKAGING TECHNOLOGIES, VOL. 32, NO. 4, DECEMBER 2009 849 Effect of Permittivity and Permeability of a Flexible Magnetic Composite Material on the Performance and Miniaturization Capability of Planar Antennas for RFID and Wearable Wireless Applications

Passive GPS ceramic patch antenna

Abstract: powerhelix electrical AN-347 GRM1555C1H180JZ01 act study guide Shielded Microstrip Line geohelix Signal Path Designer AN347 application notes Sarantel geohelix antenna
Contextual Info: PowerHelix Electrical Integration Guidelines Version 1 Sarantel Ltd Unit 2, Wendel Point Ryle Drive Park Farm South Wellingborough NN8 6BA UK +44 1933 670560 info@sarantel.com www.sarantel.com Electrical Integration of Sarantel Antennas v1 Iss 10-06 Document History

Contextual Info: ANT-868-JJB-xx Data Sheet by Product Description 7.0 mm 0.28" The JJB Series packs near the performance of a conventional monopole into an incredibly compact quarterinch (7mm) diameter package. These antennas are ideal for any OEM application requiring a compact, cosmetically attractive,