ANDREW L5 Search Results

NRFC-50-COAX-3

Abstract: NDBC-TFE-22-2SJ-75 essex 21-541 NDBC-TFE-22-2SJ TXA114-P P813856 NDBC-TFE-24S2SJ-75 CXN-2363 GORE TWINAX CABLE 81-00487
Contextual Info: 69 Cable group table Cable Manufacturer ALPHA ALPHA ALPHA ALPHA ALPHA ALPHA ALPHA ALPHA ALPHA ALPHA ALPHA ALPHA ALPHA ALPHA ALPHA ALPHA ALPHA ALPHA ALPHA ALPHA ALPHA ALPHA ALPHA ALPHA ALPHA ALPHA ALPHA ALPHA ALPHA ALPHA ALPHA ALPHA ALPHA ALPHA ANDREW ANDREW

WC109

Abstract: elliptical waveguide l46r WC166 wc 128 circular LDF7P-50A-1A 48940-C LDF4P-50A-1 L44R L5PNM
Contextual Info: Microwave and Wireless System Planning System Planning Worksheet. Ask for Andrew Bulletin 8740. System Using C ircular and E llip tica l Waveguide Towers Because we manufacture all the system components, Andrew has a unique understanding of how to design a tower to properly support transmission lines and hold

HST4-50

Abstract: EIA-222-E FSJ1-75 LDF4-75A LDF475 Andrew 7/LDF1-50 HELIAX
Contextual Info: GPS A ntenna K it • An Industry First! • Simplifies Ordering • Speeds Installation Now PCS licensees can obtain a complete GPS antenna system packaged in a single comprehensive kit without coordinating activities with multiple vendors. Available exclusively from Andrew, the GPS Antenna

FT5-50T

Abstract: FSJ175 LDF4-50-A EIA-222
Contextual Info: T i v Tin*«»* * '• Structural Considerations. Andrew hangers are designed for severe mechanical and environmental conditions. However, the mounting arrangement and structural integrity of the tower or structure, to which the hangers are attached, must be taken into account. A poorly

NAT9914 application code

Abstract: NAT9914 NAT9914 application note Designing a GPIB Device Using the NAT9914 TNT4882 NAT9914A DS75160AN interfacing microcontroller with ieee 488.2 drive a/a/NAT9914 HC11
Contextual Info: Application Note 110 Designing a GPIB Device Using the NAT9914 Andrew Thomson Introduction This application note describes how to build a GPIB device using the NAT9914 and a common microcontroller. It discusses methods to implement GPIB commands and provides a flexible structure to build a GPIB interface into your

HJ12-50

Abstract: lst series tower andrew L42P LDF12-50 LDF550A connector female F1PNR-H L4NM L44R Andrew 7/LDF1-50 HELIAX
Contextual Info: W ireless Base Station Applications HELIAX Coaxial Cable is the A nsw er f o r Your Wireless Base Station Applications C ellu lar D ispatch Paging 574 U ndrew : PCS SMR Trunking Andrew cables, connectors, and other accessories are designed to work together as an integrated system so

L51_BANK.A51

Contextual Info: Application Note Using the Bank Switching XDATA Location Author: APNT_130 Andrew Ayre aayre@keil.com , Keil Software, Inc. ( 972-735-8052 OVERVIEW When you use an XDATA memory location to perform the bank switching in your 8051 target hardware, it is not possible for the unused bits of the location to be used as general purpose I/O.

LDF5-50A

Abstract: LDF5-50-A
Contextual Info: Product Specifications L5PDF-RPC 7­16 DIN Female OnePiece for 7/8 in LDF5­50A cable OBSOLETE Replaced By: L5TDF­PS 7­16 DIN Female Positive Stop™ for 7/8 in LDF5­50A cable CHARACTERISTICS General Specifications

L5PNMRPC

Abstract: L5PNM-RPC
Contextual Info: Product Specifications L5PNM-RPC Type N Male OnePiece for 7/8 in LDF5­50A cable OBSOLETE Replaced By: L5TNM­PS Type N Male Positive Stop™ for 7/8 in LDF5­50A cable CHARACTERISTICS General Specifications Interface

heliax cable

Abstract: l5tdf-rpc LDF5-50-A
Contextual Info: Product Specifications L5TDF-RPC 7­16 DIN Female OnePiece for 7/8 in LDF5­50A cable OBSOLETE Replaced By: L5TDF­PS 7­16 DIN Female Positive Stop™ for 7/8 in LDF5­50A cable CHARACTERISTICS General Specifications

L5PNMRPC

Contextual Info: HELIAX Return to OnePiece Menu Connector P R O D U C T S P E C I F I C A T I O N L5PNM-RPC N Male for LDF5-50A, Low Density Foam Dielectric Cable CHARACTERISTICS Components O-ring inner O-ring (insulator) Coupling Nut, 13/16 hex Silicone Rubber Silicone Rubber

Andrew heliax

Contextual Info: HELIAX Connector P R O D U C T S P E C I F I C A T I O N L5TDM-PS DIN Male Positive Stop for 7/8" LDF5-50A HELIAX® CHARACTERISTICS Electrical Recommended maximum operating frequency, GHz 5.00 Cable Limited Peak power, max, kW 40.00 Connector Limited Average power, max, kW @ 900 MHz

LDF5

Abstract: l5pdm
Contextual Info: HELIAX Return to OnePiece Menu Connector P R O D U C T S P E C I F I C A T I O N L5PDM-RPC 7/16 DIN Male for LDF5-50A, Low Density Foam Dielectric Cable CHARACTERISTICS Components Coupling Nut Brass Trimetal Plate Snap Ring O-ring inner O-ring (pin) Clamping Nut

POSITIVE

Abstract: l5tnm-ps
Contextual Info: HELIAX Connector P R O D U C T S P E C I F I C A T I O N L5TNM-PS Type N male, Positive Stop , for 7/8" LDF5-50A cable CHARACTERISTICS Electrical Recommended maximum operating frequency, GHz 5.00 Cable Limited Peak power, max, kW 10.00 Connector Limited

Contextual Info: Product Specifications L5TDM-PS 7­16 DIN Male Positive Stop for 7/8 in LDF5­50A cable OBSOLETE l This product is exclusively available through distribution partners. CHARACTERISTICS General Specifications Interface

DIN 2248

Contextual Info: HELIAX Connector P R O D U C T S P E C I F I C A T I O N L5PDM-RPC 7/16 DIN for LDF5-50A, Low Density Foam Dielectric Cable CHARACTERISTICS Components Coupling Nut Brass Trimetal Plate Snap Ring O-ring inner O-ring (pin) Clamping Nut Phosphor Bronze Silicone Rubber

ldf5-50a heliax cable

Abstract: LDF5-50A Andrew heliax LDF5 Andrew 7/8 HELIAX
Contextual Info: HELIAX Connector P R O D U C T S P E C I F I C A T I O N L5TNM-PS Type N Male Positive Stop for 7/8" LDF5-50A HELIAX® CHARACTERISTICS Electrical Recommended maximum operating frequency, GHz 5.00 Cable Limited Peak power, max, kW 10.00 Connector Limited

ldf5-50a heliax cable

Contextual Info: HELIAX Connector P R O D U C T S P E C I F I C A T I O N L5TDM-PS 7-16 DIN male, Positive Stop , for 7/8" LDF5-50A cable CHARACTERISTICS Electrical Recommended maximum operating frequency, GHz 5.00 Cable Limited Peak power, max, kW 40.00 Connector Limited

LDF550A connector female

Contextual Info: Product Specifications L5TNF-PS Type N Female Positive Stop for 7/8 in LDF5­50A cable OBSOLETE l This product is exclusively available through distribution partners. CHARACTERISTICS General Specifications Interface

Contextual Info: HELIAX Connector P R O D U C T S P E C I F I C A T I O N L5PDM-RC 7/16 DIN for LDF5-50A, Low Density Foam Dielectric Cable CHARACTERISTICS Components Slip Ring Brass Trimetal Plate Rear Body Brass Trimetal Plate Center Contact Phosphor Bronze Silver Plate

Contextual Info: HELIAX Connector P R O D U C T S P E C I F I C A T I O N L5PDF-RC 7/16 DIN for LDF5-50A, Low Density Foam Dielectric Cable CHARACTERISTICS Components O-Ring Spring Ring Insulator Center Contact Silicone Rubber Stainless Steel Polymethylpentene Phosphor Bronze

Contextual Info: HELIAX Return to OnePiece Menu Connector P R O D U C T S P E C I F I C A T I O N L5PDF-RPC 7/16 DIN Female for LDF5-50A, Low Density Foam Dielectric Cable CHARACTERISTICS Components Clamping Nut Brass Trimetal Plate O-ring insulator Insulator Inner Contact

ldf5-50a heliax cable

Abstract: LDF5-50A LDF5-50-A
Contextual Info: HELIAX Connector P R O D U C T S P E C I F I C A T I O N L5PDF-RPC 7-16 DIN Female OnePiece Connector for LDF5-50A Heliax Cable CHARACTERISTICS Components DIN-F BODY Material: Brass Exterior finish: Silver Plate DIN-F CONTACT Material: Phosphor Bronze Exterior finish: Silver Plate

Contextual Info: HELIAX Connector P R O D U C T S P E C I F I C A T I O N L5PNF-RPC N for LDF5-50A, Low Density Foam Dielectric Cable CHARACTERISTICS Components O-ring outer O-ring (insulator) Front Contact Silicone Rubber Silicone Rubber Beryllium Copper Gold Plate Insulator