Skip to main content

What is the Radome

A radome is a structural, weatherproof enclosure that protects a radar system or antenna and is constructed of material that minimally attenuates the electromagnetic signal transmitted or received by the antenna. Radomes protect antenna surfaces from weather and/or conceal antenna electronic equipment from public view. There are specialized radome manufacturers who provide radomes for all types applications including for weather radar, air traffic control, satellite communications, and telemetry.
Radomes can be manufactured in many shapes and sizes. The particular application or frequency determines the use of a variety of construction materials. Radome Services LLC crews are experienced with all types, including dielectric, space frame, composite, and air inflatable radomes that are mounted on the ground, towers, roof tops and on board ships.

Types of Radomes

A radome is an electronic antenna enclosure. These enclosures are made of either rigid self-supporting materials or air-inflated flexible fabrics. Radomes are used to enclose radar systems and satellite communications (SATCOM) antennas.
There are three major types of ground-based radome, shown here:

Composite Radomes

An example of a composite radome is a sandwich radome. A sandwich radome is a rigid, self-supporting shell type structure constructed of doubly-curved panels which form a spherical dome.


Air Supported Radomes

An air-supported radome is a flexible fabric envelope that must be inflated at all times. Its operation depends upon a non-interruptible power supply and redundant blower systems. This envelope fabric provides the most favorable RF characteristics.


Space Frame Radomes

A space frame radome is a rigid, self-supporting structure composed of triangular panels assembled into a geodesic dome. This type of radome is most commonly used in severe weather locations.



Comments

Popular posts from this blog

Design Engineer at Infineon Bangalore

  Hello Dear Readers, Currently at Infineon Bangalore vacancy for the Design Engineer role. Design analog and mixed-signal modules in CMOS and Smart PowerTechnologies, with a particular focus on achieving high-efficiency power conversion for applications using GaN devices; In your new role you will: Design analog and mixed-signal modules  in CMOS and Smart PowerTechnologies, with a particular focus on achieving high-efficiency power conversion for applications using GaN devices; Design and verify pre-silicon analog/mixed-signal integrated circuit blocks, including incorporating features for testing and quality assurance, and providing support for top-level integration; Assist in defining the requirements  for analog and mixed-signal blocks,aligning them with IP Module architecture, and ensuring compliance with requirements through documentation; Estimate effort and planning design work packages to meet project milestones; Provide essential support to physical design ...

Tutorial on EasyEDA desktop software for PCB and schematic design

In this article, I am going to write a tutorial on how to use EasyEDA desktop application for creating a schematic and for PCB design. One of best advantage of this software is that you can create design offline and can automatically synchronize your design with your online EasyEDA account.  It can be used for circuits simulation, PCB deign and electronics circuits design. You can download EasyEDA desktop application by clicking on following link and it will work on windows 7 or its greater version. They are also releasing soon offline application OSX and Linux users. So keep visiting their website for more information.                                                    https://easyeda.com/page/download So let’s start and see how to design a schematic and PCB using EasyEDA offline desktop application. So first of all lets see how to create a schema...

Engineer II - Analog Design Engineering at Microchip

Hello Dear Readers,   Currently at Microchip  vacancy for Engineer II - Analog Design Engineering role. Job Description: The Mixed Signal Development Group is responsible for delivering analog, digital and mixed-signal IP to divisions within Microchip. We work with leading edge CMOS processes to produce analog integrated circuits for wireline applications. From 112Gb/s+ SERDES to high-speed FEC engines, we enable technology that allows Microchip’s products to interface to the outside world.  Job Descriptions: As a member of the Mixed-Signal Development Group, the candidate will be supervised by a team leader/manager, and be engaged in the design of SERDES/DSP blocks, and other high-speed Digital Signal Processing blocks. This will involve taking a design from initial concept to production form. Throughout you will be mentored and coached by experienced engineers and be exposed to Microchip's Best-In-Class engineering practices. Job Responsibilities: Ramping up o...