RF Military Electronics Featured Articles

  1. Satellite M2M, The IoT, And The Public Sector

    As machine-to-machine and Internet of Things technologies grow congruent with daily life, satellite-based IoT is increasingly relevant to the mix. Given that IoT devices are primarily used to eliminate the need for human interface, as well as provide real-time automated monitoring and control across distances, it’s often essential to enable its functioning in remote regions that lie outside the range of terrestrial network coverage.

  2. What The Rapid Commercialization Of Microwave And mm-Wave Spectrum Means For The Defense Industry

    As 5G technologies bring commercial applications into the microwave and mm-Wave bands, new challenges must be met to provide safety and security to armed forces and civilians alike.

  3. PNT: Going Beyond GPS

    As powerful as GPS technology is, it has three key problems. To overcome these problems, new positioning, navigation, and timing (PNT) systems are being developed that can enhance the effectiveness of existing GPS, and take advantage of alternatives to conventional GPS.

  4. The Effect Of Low-Quality Antennas On Network Backhaul

    This paper describes the effects of various quality variables on microwave antenna performance, and provides insight into the long-term consequences of using a low-cost/ poor-quality antenna. It demonstrates the effect of operators’ preference for low-cost antennas without considering the total cost of ownership, as well as possible ill effects on their quality of service.

  5. Radar Waveforms for A&D and Automotive Radar

    This white paper provides a more detailed view on radar waveforms for Aerospace and Defense and commercial radar systems. Waveforms such as pulse and pulse-Doppler signal, continuous wave and frequency shift keying waveforms are described. 

  6. Doppler Generation For Moving Target Testing

    Channel Environment Replicator (CER) applications simulate and recreate outdoor environments in which radar systems must operate. It’s a much less expensive testing method when compared to the potential complications encountered in more traditional field testing, though testing a moving target in such an application isn’t all that simple.

  7. Radar And Radio Range Simulation Using FODL

    FODL (fiber optic delay line) systems eliminate the need for expensive and time-consuming outdoor range tests for radio and radar systems. This white paper outlines how FODL systems’ accuracy, repeatability, and reliability can save money and time when conducting these tests and also explains for delay line core technology works.

  8. A New Approach To Wireless Broadband Technology For IoT

    Wi-Fi has been incredibly successful in making wireless broadband communication ubiquitous among mobile computing devices like laptops and smart phones. Wi-Fi’s cost-effective, IP-based flat architecture (i.e. a simple wireless extension to Ethernet) is a primary contributor to this success. A positive spiral of R&D investments and manufacturing scale and efficiencies are pushing Wi-Fi’s price-performance ratio to unprecedented levels. This trend will continue for the foreseeable future. By Nimesh Parikh, Doodle Labs

  9. Overcoming Gain Slope Issues In Microwave Modules

    If you are a microwave hardware engineer, you most likely have had a few sobering experiences when testing your new design the first time. This is particularly true for wideband high frequency modules — they almost never look like the model.

  10. The Design Of Ultra Narrow-Band Amplifiers Using Small Signal Varactor Up-Converters For ESM, ECM, ECCM, And ELINT Applications

    A method is presented in this paper for realizing tunable amplifiers with bandwidths of less than 0.5%; without the use of superconductors and cryogenic cooling. This method uses a small signal varactor up-converter to achieve these ultra narrow bandwidths.