RF Radar Systems

Products & Services

See also: Categories | Featured Products | Technical Articles | More Information

Find Suppliers by Category Top


Conduct Research Top

  • Additive Manufactured Antennas and RF Components
    PIDSO RF & Radar Engineer Stefan Pratschner and PIDSO Electronics Engineer Christina Zimmermann share their insights on cost efficient antenna & RF component prototyping and small batch production by the means of additive manufacturing. They address current and future trends as well
  • Radar Technology Advancements and New Applications
    Recent breakthroughs in radar technology combined with the demand for compact, affordable and high precision radar for military and commercial applications, has led to a renaissance in the methods and use of radar. Many of the upcoming sectors of technology growth, namely autonomous vehicles
  • RF Power in a Coaxial Cable Assembly
    assemblies with regard to power handling. Why do we need RF Power transmission? In Radar, for example, we transmit high power in order for the signal to be sent at great distance. Any cable attached to this antenna must be able to handle the same power and thus must be carefully chosen.
  • Military Embedded: GaN in Space Military RF Trends
    Satellites, spacecraft, and communications systems are leveraging the performance benefits of gallium nitride (GaN) RF components as demonstrated by the successful landing of the Mars Perseverance Rover. GaN also fuels innovation in military electronic warfare and radar systems.
  • High Power RF And Microwave Passive Considerations and Constraints
    Figure 1 • For either weather or military radar, high power amplifiers often generate hundreds to thousands of watts of RF energy to the radar antennas or antenna arrays. Source: http://www.erh.noaa.gov/iln/research/ThunderstormProject/TSP.php. RF and Microwave passive components bear a burden
  • Automotive 600V/m Radar Pulse Test Solution
    these events automobile manufacturers have developed Electromagnetic Compatibility (EMC) standards to test electronic components and whole vehicles. Some known man-made events are the L-band & S-band Air Traffic Control Radar Pulses commonly used at or near airports. These high intensity RF fields
  • Microwave Journal: The RF GaN Device Market: A Roller-Coaster Ride
    In as little as five years, analysts at Yole Développement (Yole) predict the already mighty RF GaN device market will mushroom from some $900 million to $2.4 billion. Three decades of investment from defense organizations around the world has placed this high power density, high efficiency
  • Wolfspeed Addresses Growing Ultra-High Frequency Radar Market With New GaN HEMT
    The device was engineered for the growing ultra-high frequency (UHF) radar market, in which defense, public safety and land mobile radio applications seek to upgrade performance and component life cycle availability by implementing GaN RF power devices. The new UHF GaN RF device delivers greater

More Information Top

Lock Indicates content that may require registration and/or purchase. Powered by IHS Goldfire