WR15 WAVEGUIDE Search Results

Contextual Info: Waveguide Mixer Down Converter WR-15 From 50 GHz to 75 GHz, IF From DC to 18 GHz And LO Power of +13 dBm, UG-385/U Flange, V Band Waveguide Converters - PE12D1002 Features • • • • V Band 50 to 75 GHz full waveguide Down converter Broad IF Frequency Range: DC to 18 GHz

Contextual Info: Waveguide Mixer Up Converter WR-15 From 50 GHz to 75 GHz, IF From DC to 18 GHz And LO Power of +13 dBm, UG-385/U Flange, V Band Waveguide Converters - PE13U1002 Features • • • • V Band 50 to 75 GHz full waveguide up converter Broad IF Frequency Range: DC to 18 GHz

Contextual Info: Omni-Directional Antenna Operating From 58 GHz to 63 GHz With a Nominal 0 dBi Gain and WR-15 Waveguide Input TECHNICAL DATA SHEET PE-W15A001 Pasternack’s PE-W15A001 is a vertically polarized WR-15 antenna operating between 58 GHz and 63 GHz and has a standard UG387/U flange. This omni-directional antenna has a 35 degree vertical beam width and a 360 degree horizontal

Contextual Info: Zero Biased V Band Waveguide Detector, WR-15, Negative Video Out, 50 GHz to 75 GHz, UG-385/U TECHNICAL DATA SHEET PE80T3002 The PE80T3002 is a V Band Waveguide Detector. The Detector operates in the 50 GHz to 75 GHz Frequency Range and has a Negative Output with a Sensitivity of -700 mv/mW Minimum and -1000 mV/mW Typical. The unit operates over a 0°C to

Contextual Info: WR-15 Instrumentation Grade Waveguide H-Bend with UG-385/U Flange Operating from 50 GHz to 75 GHz TECHNICAL DATA SHEET PE-W15B002 Pasternack’s instrumentation grade waveguide bends are constructed of a high quality oxygen free hard copper with high precision mechanical tolerances as tight as ±0.001” that ensures repeatable and consistent RF performance. Our commercial

Contextual Info: WR-15 Instrumentation Grade Waveguide E-Bend with UG-385/U Flange Operating from 50 GHz to 75 GHz TECHNICAL DATA SHEET PE-W15B001 Pasternack’s instrumentation grade waveguide bends are constructed of a high quality oxygen free hard copper with high precision mechanical tolerances as tight as ±0.001” that ensures repeatable and consistent RF performance. Our commercial

Contextual Info: WR-15 Instrumentation Grade Straight Waveguide Section 12 Inch Length with UG-385/U Flange Operating from 50 GHz to 75 GHz TECHNICAL DATA SHEET PE-W15S001-12 Pasternack’s instrumentation grade waveguide sections are constructed of a high quality oxygen free hard copper with high

Contextual Info: WR-15 Instrumentation Grade Straight Waveguide Section 3 Inch Length with UG-385/U Flange Operating from 50 GHz to 75 GHz TECHNICAL DATA SHEET PE-W15S001-3 Pasternack’s instrumentation grade waveguide sections are constructed of a high quality oxygen free hard copper with high

Contextual Info: WR-15 Instrumentation Grade Straight Waveguide Section 6 Inch Length with UG-385/U Flange Operating from 50 GHz to 75 GHz TECHNICAL DATA SHEET PE-W15S001-6 Pasternack’s instrumentation grade waveguide sections are constructed of a high quality oxygen free hard copper with high

Contextual Info: WR-15 Instrumentation Grade Straight Waveguide Section 9 Inch Length with UG-385/U Flange Operating from 50 GHz to 75 GHz TECHNICAL DATA SHEET PE-W15S001-9 Pasternack’s instrumentation grade waveguide sections are constructed of a high quality oxygen free hard copper with high

Contextual Info: Waveguide Horn Antenna Operates From 50 GHz to 75 GHz With a Maximum 42 dBi Gain WR-15 Input TECHNICAL DATA SHEET PE9881-42 Configuration Design Frequency Range, GHz Interface 1 Interface 1 Specification Waveguide Horn 50 to 75 WR-15 UG-385/U Electrical Specifications

Contextual Info: Waveguide Horn Antenna Antenna Operates From 56 GHz to 66 GHz With a Maximum 34 dBi Gain WR-15 Input TECHNICAL DATA SHEET PE9881-34 Configuration Design Frequency Range, GHz Interface 1 Interface 1 Specification Waveguide Horn Antenna 56 to 66 WR-15 UG-385/U

loss wr90 waveguide

Abstract: FBM320 WR229 WR90 transition FUGP740 WR137 flange WR75 transition FBP320 WR284 flange WR187
Contextual Info: Waveguide Transition The content of this specification may change without notification 1/15/10 Waveguide Transition Standard Models P/N Frequency Range GHz Waveguide VSWR Insertion Loss (dB) Flange 340284WA-200 2.60-3.30 WR340 to WR284 1.10 0.2 WR340: FDP26/FDM26

Contextual Info: BEND WAVEGUIDE Radius Bend Waveguide 90º E-Plane P/N 430RBWEP-190-190-95 340RBWEP-100-100-40 280RBWEP-100-100-40 229RBWEP-80-80-40 187RBWEP-80-80-40 159RBWEP-80-80-40 137RBWEP-60-60-30 112RBWEP-50-50-25 90RBWEP-40-40-20 75RBWEP-40-40-20 62RBWEP-40-40-20

Contextual Info: Agilent V/W281C,D mm-Wave-to Coax Adapters 50 to 110 GHz Product Overview Increased measurement versatility • Excellent repeatability • Measurement versatility • WR-15, WR-10 V,W band waveguide • Precision 1-mm coax connectors V281D V281C 23.33 (.919)

wr15 waveguide

Abstract: WR-03 wr06 waveguide 67B-009 74002 74004 74005 WR15 67B-006 67B-010
Contextual Info: Fixed Attenuators 18 - 325 GHz 3 WG 109 Series V2.00 Features ● ● ● Low and High Power Full Waveguide Bandwidths Minimum VSWR Description This series of attenuators provides an inexpensive method of making measurements in fixed frequency laboratory or production test set-ups. Fixed attenuators

Contextual Info: WAVEGUIDE TRANSITION WR340 to WR62 Freq. Range GHz Waveguide VSWR Insertion Loss dB Max. Flange Material 340284TRANSW-250 2.60-3.30 WR340-WR284 1.10 0.2 WR340:FDP26/FDM26 WR284:FDP32/FDM32 Al 284229TRANSW-200 3.30-4.00 WR284-WR229 1.10 0.2 WR284:FDP32/FDM32

high power waveguide isolators

Abstract: TOI-10
Contextual Info: 3-Port 18 to 110 G H z Waveguide Junction Circulators and Isolators Features • ■ ■ ■ ■ 20 dB Isolation Typical Full Waveguide Bandwidth Low Insertion Loss 3 G H z RF Bandwidth -3 0 °C to + 7 0 °C Operating Temperature Description These junction circulators are 3-port modified Y-junction ferrite

74002

Abstract: 74004 WR-19 WR22
Contextual Info: Fixed Attenuators 18-325 GHz 3 WG 109 Series Features • Low and High Power ■ Full Waveguide Bandwidths ■ Minimum VSWR c in— Description = c ■ — — n « — \ This series of attenuators provides an inexpensive method of making measurements in fixed frequency laboratory or produc­

8 GHz waveguide circulator

Abstract: 2-28-400 waveguide isolator high power waveguide isolators RF CIRCULATOR
Contextual Info: M an A M P com pany 3-Port Waveguide Junction Circulators & Isolators 1 8 - 1 1 0 GHz 2 WG 400 Series V2.00 Features • -30°C to +70°C O perating Tem perature • Low Insertion Loss Description These junction circulators are 3-port m odified Y-junction

wr15 waveguide

Abstract: C 5763 FC1002V Diplexer 2.5 ghz v-band FC1002
Contextual Info: FC1002V V-band Converter 57-63 GHz Applications • Point-to-point or multi-point radios  WLAN applications  Electronic defense and security applications  Measurement systems Main features  57-63 GHz RF bandwidths  Platform concept, easy to customize

ROTA E Series

Abstract: 67B-009 wr15 waveguide 67B-010 WR10
Contextual Info: an A M P co m p a n y Waveguide Isolators 1 8 - 1 1 0 GHz 2 WG 250 Series V2.00 Features • 2 5 dB Isolation • FuHW avegu id e Bandw idth • Low Insertion L oss Description T h is series o f w aveg u id e iso lato rs u s e s th e F arad ay rota­ tio n p r in c ip le o f d e s ig n , w h e i e th e fo rw a rd s ig n a l is

R281A

Abstract: WR22 U281 WR19 R-281-A
Contextual Info: Agilent R/Q/U/V281A,B mm-Wave-to-Coax Adapters 26.5 to 65 GHz Technical Overview Dimensions in millimeters A = R281: 19.3 Q281: 28.7 U281: 28.7 • Excellent repeatability • Measurement versatility • WR-28, WR-22, WR-l9, WR-15 R, Q, U, V band waveguide

Contextual Info: WAVEGUIDE SHORT PLATES Waveguide Short Plates P/N Freq. Range GHz Waveguide VSWR 975SHORTPW 0.75-1.12 WR975 770SHORTPW 0.96-1.45 650SHORTPW 510SHORTPW 430SHORTPW 1.12-1.70 1.45-2.20 1.70-2.60 Thickness (mm) Flange Material 14 D-Type Al WR770 60 60 12 D-Type