WR51 Search Results

Contextual Info: WAVEGUIDE TUBE Rigid Rectangle Waveguide Tube Material WR650 to WR75 Waveguide Type WR650 WR510 WR430 WR340 WR284 WR284 WR229 WR229 WR187 WR187 WR159 WR159 WR137 WR137 WR112 WR112 WR90 WR90 WR75 WR75 Freq. Range GHz 1.12-1.70 1.45-2.20 1.70-2.60 2.20-3.30

Andrew antennas VHLP2-180

Abstract: VHLP2 7 GHz VHLP2-180 VHLP1-180 VHP2-180B Andrew antennas VHLP2.5-180 VHLP4-180
Contextual Info: Refer to pages 189 and 191 for Elliptical Waveguide ordering information 1 5 .9 -1 6 .5 GHz WR51 / R180 Type Number VP2-159 Diameter Gain, dBi Bottom Mid-Band ft (m) 2 (0.6) 37.6 37.8 Top 38.0 Beamwidth Cross Pol. degrees Disc., dB 2 32 F/B Ratio dB VSWR max.

WR284 flange

Abstract: WR112 flange WR137 flange WR75 waveguide microwave waveguide WR62 UBR120 WR-75 UBR-120 WR90 flange
Contextual Info: Albacom Microwave Waveguide Straight Sections • Lengths up to 3 meters • Flange to flange adaptors Standard product table WAVEGUIDE SIZE WG10 WG11A WG12 WG13 WG14 WG15 WG16 WG17 WG18 WG19 WG20 WR284 WR229 WR187 WR159 WR137 WR112 WR90 WR75 WR62 WR51 WR42

Contextual Info: WAVEGUIDE TEE Waveguide ET Freq. Range GHz Waveguide Unbalance (dB) VSWR Flange Material 650TEEW 1.12-1.70 WR650 ±0.25 1.50 FDP14/FDM14 Al 510TEEW 1.45-2.20 WR510 ±0.25 1.50 FDP18/FDM18 Al 430TEEW 1.70-2.60 WR430 ±0.25 1.50 FDP22/FDM22 Al/Cu 340TEEW 2.20-3.30

Contextual Info: WAVEGUIDE ATTENUATOR Waveguide Fixed Attenuator P/N Freq. Range GHz Waveguide Attenuation (dB) VSWR Flange Material 650FAW-XX 1.12-1.70 WR650 3/6/10/20/30 1.25 FDP14/FDM14 Al 510FAW-XX 1.45-2.20 WR510 3/6/10/20/30 1.25 FDP18/FDM18 Al 430FAW-XX 1.70-2.60

Contextual Info: STRAIGHT WAVEGUIDE 0. 75GH z – 100GH z 975STW-500 Freq. Range GHz 0.75-1.12 770STW-500 0.96-1.45 WR770 1.05 500 FDP12/ FDM12 Al Al 650STW-500 1.12-1.70 WR650 1.05 500 FDP14/ FDM14 Al 510STW-500 1.45-2.20 WR510 1.05 500 FDP18/ FDM18 Al 430STW-500 1.70-2.60

Andrew antennas VHLP2-180

Abstract: VHLP2-180 VHLP1-180 VHP2-180B VHLP2.5 VHLP4-180 VHLP2 7 GHz VHLP1 Andrew antennas VHLP2.5-180 Andrew antennas vhlp2
Contextual Info: R e f e r to p a g e s 1 8 9 a nd 1 9 1 for E l l i pt i cal W a v e g u i d e o r d e r i n g i n f o r m a t i o n 1 5 . 9 - 1 6 . 5 GH z WR51 / R180 Type Number VP2-159 Diameter Gain, dBi Bottom Mid-Band ft(m) Top 37.6 38.0 2 (0.6) 37.8 Beamwidth Cross Pol.

Contextual Info: FS511 Data Sheet 18-bit ADC with 1 low noise OPAMP. Rev. 1.3 May. 2006 Fortune Semiconductor Corp. FS511-DS-13_EN CR-004 FS511 Taipei Office： 28F., No.27, Sec. 2, Zhongzheng E. Rd., Danshui Town, Taipei County 251, Taiwan, R.O.C. Tel.：886-2-28094742 Fax：886-2-28094874

WR137 waveguide

Abstract: WR650 waveguide WR975 WR975 waveguide 340W WR650 340WL WR187 waveguide FLANGE wr51 FBP320
Contextual Info: Waveguide Cross Coupler The content of this specification may change without notification 1/15/10 Waveguide Cross Coupler W+C-XX Type Standard Models Frequency Range (GHz) Waveguide Directivity (dB) Min. VSWR Mainline VSWR Secondline Flange Material 975W+CXX

Magic tee

Abstract: WR340 waveguide Magic tee WR75 WR51 FBP84 FBP220 FBP320 WR340 FDM40 WR75 waveguide
Contextual Info: Waveguide Magic Tee The content of this specification may change without notification 1/15/10 Standard Models Frequency Range GHz Waveguide (dB) VSWR HPlane VSWR EPlane 430WMT 1.70-2.60 WR430 10%-20% ±0.40 1.30 1.50 30 340WMT 2.20-3.30 WR340 10%-20% ±0.40

WR340 flange

Abstract: WRD-750 wrd750d24 WR340 waveguide bend WR90 r h waveguide FBP220 WR340 WR975 WR975 waveguide WR340 in mm
Contextual Info: Bend Waveguide The content of this specification may change without notification 1/15/10 Radius Bend Waveguide 90º E-Plane Standard Models P/N 430WEB-190-190-95 340WEB-100-100-40 284WEB-100-100-40 229WEB-80-80-40 187WEB-80-80-40 159WEB-80-80-40 137WEB-60-60-30

Contextual Info: WAVEGUIDE DUMMY LOAD Waveguide Low Power Load P/N Freq. Range GHz Waveguide Power Handling (W) VSWR Flange Material 975LPLW 0.75-1.12 WR975 2 1.05 FDP9/FDM9 Al 770LPLW 0.96-1.45 WR770 2 1.05 FDP12/FDM12 Al 650LPLW 1.12-1.70 WR650 2 1.05 FDP14/FDM14 Al 510LPLW

SGHA-187-20-NF

Contextual Info: STANDARD GAIN HORN ANTENNA The content of this specification may change without notification 1/30/2012 WR2300 to WR770 P/N Freq. GHz Waveguide 0.32-0.49 0.32-0.49 0.35-0.53 0.35-0.53 0.41-0.62 0.41-0.62 0.49-0.75 0.49-0.75 0.64-0.96 0.64-0.96 0.75-1.12 0.75-1.12

Standard Bandwidth

Abstract: WR90 x band WR284 wr90 waveguide circulator loss wr90 WR284* ISOLATOR Waveguide ISOLATORS WR62 WR75 ISOLATOR WR112
Contextual Info: Waveguide Isolators / Circulators Standard Bandwidth SPECIFICATIONS Models Frequency Range GHz Waveguide Size Isolation (dB) Insertion Loss (dB) VSWR WX2.8/.2 2.70 - 2.90 WR284 23 0.25 1.15:1 WX3.0/.2 2.90 - 3.10 WR284 23 0.25 1.15:1 WX3.2/.2 3.10 - 3.30

Contextual Info: RIGHT ANGLE WAVEGUIDE TO COAXIAL ADAPTER Right Angle Waveguide to Coaxial Adapter WR975 to WR75 P/N 975RAWCA 770RAWCA 650RAWCA 510RAWCA 430RAWCA 340RAWCA 284RAWCA 229RAWCA 229RAWCAS 187RAWCA 187RAWCAS 159RAWCA 159RAWCAS 137RAWCA 137RAWCAS 112RAWCA 112RAWCAS

VHLP4-71W

Abstract: VHLP2-71W VHLP4-107 VHLP2-107 Andrew antennas VHLP2-180 VHP4-71W VHP2-107 VHLP4-105 VHLP2.5 VHLP4
Contextual Info: 10521for pdf 2/6/02 2:10 PM Page CA 10521for pdf 2/6/02 2:10 PM Page CB 10521for pdf 2/6/02 2:10 PM Page 1 Table of Contents Table of Contents ValuLine Antenna Overview 2 ValuLine Antennas . . . . . . . . . . . . . . . . . . . . . . . .2 Low Profile Antennas . . . . . . . . . . . . . . . . . . .3

Contextual Info: Ordering number : ENN*6231 Monolithic Digital IC LB11997H ISAHml Three-Phase Brushless Motor Driver for CD-ROM Spindle Drive Preliminary Overview Package Dimensions The LB 11997H is a 3-phase brushless motor driver un’t: mm especially suited for CD-ROM spindle motor drives.

Contextual Info: 100 Watts WR-51 RF Load Up To 18 GHz TECHNICAL DATA SHEET PE6830 100 Watts WR-51 RF Load Up To 18 GHz Configuration Connector WR-51 Heat Sink Aluminum Electrical Specifications Frequency Range, GHz Impedance, Ohms Maximum VSWR Maximum Input Power, Watts 15 to 22

Contextual Info: WR-51 Instrumentation Grade Straight Waveguide Section 3 Inch Length with R180 Flange Operating from 15 GHz to 22 GHz TECHNICAL DATA SHEET PE-W51S001-3 Pasternack’s instrumentation grade waveguide sections are constructed of a high quality oxygen free hard copper with high

WR75 waveguide

Abstract: cpr284 WR340 flange dimensions cmr137 WR2300 FH3006 UG554 FJ3011 FE30-02 FI3007
Contextual Info: WAVEGUIDE DEVICES Y-Junction waveguide devices 352 MHz to 18 GHz Y-JUNCTION WAVEGUIDE DEVICES 352 MHz TO 18 GHz AVERAGE POWER KW 100 WAVEGUIDE TECHNOLOGY 10 COAXIAL TECHNOLOGY 1 Y-JUNCTION DEVICES 0.1 1 10 100 FREQUENCY GHz General description TEMEX’ success in ferrite material and ferrite component manufacturing is due largely to our approach

WR51

Abstract: FLANGE wr51
Contextual Info: REV. A B C D 'E 5 / 8 /02 5 / 2 0/02 6/ 3 /02 10/8/02 E F G 10/14/02 10/28/03 11/8/ 03 APPROVED INITIAL RELEASE LENGTH WAS: 7.63. IS 7.69. LENGTH WAS: 7.69, IS: 7.75; WERE: 14 FINS, ARE: 12 FINS. LENGTH WAS: 7.75 IS: 7.50, DIM WAS 1.94, IS 1.69 FINS WERE 3.5" SQ., ARE 4 " SQ.

Contextual Info: WR-51 Standard Gain Horn Antenna Operates From 15 GHz to 22 GHz With a Nominal 20 dB Gain SMA Female Input Connector TECHNICAL DATA SHEET PE9853/SF-20 WR-51 Standard Gain Horn Antenna Operates From 15 GHz to 22 GHz With a Nominal 20 dB Gain SMA Female Input Connector

Waveguide Filters

Abstract: WR340 waveguide impedance WR19 WR430 Waveguide WR159 WR22 WR340 WR62 WR75 waveguide datasheet
Contextual Info: Waveguide Filters SPECIFICATIONS Frequency GHz Impedance: (Ohms) VSWR Bandwidth (%) Sections WAVEGUIDE TYPE WR430 WR340 WR284 WR229 WR187 WR159 1.7-2.60 2.10-3.00 2.60-3.95 3.30-4.90 3.95-5.85 4.90-7.05 50 50 50 50 50 50 50 50 1.2:1 1.2:1 1.2:1 1.2:1 1.2:1

UBR220

Abstract: CPR-229F UBR140 UBR-120 WG11A UBR84 UBR220 flange UBR180 UBR100 flange CPR187F
Contextual Info: Albacom Microwave Tapered Transitions • Low VSWR • High mode purity • Custom designs available L F1 F2 Albacom Microwave waveguide tapered transitions provide a means of connecting two waveguide of different sizes whilst maintaining low loss, low VSWR and high mode purity