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  • Effect of Permittivity and Permeability of a Flexible Magnetic Composite Material on the Performance and Miniaturization Capability of Planar Antennas for RFID and Wearable Wireless Applications
    , this is the first flexible magnetic composite. demonstrated to work at these frequencies. The benchmarking. structure was a quarter-wavelength microstrip patch antenna. Antennas on the developed magnetic composite and pure silicone. substrates were electromagnetically modeled in Ansoft High-. Frequency Sounder
  • Microstrip Antennas
    . Microstrips built using special dielectric materials, smaller than natural antennas, can be used to fit small packages. Microstrip antennas are also known as "band-aid", stripline, wrap-around, microstrip arrays, and patches or patch arrays.
  • The Impact of Conductor Surface Profile (Rrms) on Total Circuit Attenuation in Microstrip and Stripline
    Download PDF. Passive Intermodulation on Microstrip Lines. Passive intermodulation (PIM), forward PIM, reverse PIM. Read Abstract Download PDF. Low-Profile Microstrip Patch Antenna for Over-Body Surface Communication at 2.45 GHz. TLY-3, wearable antennas; human body effects; compact patch antenna
  • Panel Antennas
    a microstrip-patch or planar array antenna, or multiple dipoles. The cell site can use several panel antennas or bays of panels (as required) to provide coverage. Microstrip or patch antennas are readily manufactured using printed circuit methods and feature good, linear-polarized radiation patterns
  • GPS01: GPS Antenna Considerations for Automotive Applications
    The design of active GPS antennas involves essentially three components: a patch element, filter, and low noise amplifier (LNA). Each of these components forms an important part of the overall antenna assembly and is critical to performance. Microstrip patch technology is often used to create
  • The Anisotropy of Dielectric Constant in TLY-5A Material
    on Microstrip Lines. Passive intermodulation (PIM), forward PIM, reverse PIM. Read Abstract Download PDF. Low-Profile Microstrip Patch Antenna for Over-Body Surface Communication at 2.45 GHz. TLY-3, wearable antennas; human body effects; compact patch antenna; on-body communications, 2.45 GHz. Read
  • Multilayer Lamination Methods for PTFE-Based PCBs
    antennas, bodyworn channel, k- m distribution, wireless personal area networks, WBAN. Read Abstract Download PDF. The Performance of On-Body Wearable Antennas in a Repeatable Multipath Environment. TLY-3, 2.45 GHz, wearable antenna, WBAN, on-body channels, multipath fading, Higher Mode Microstrip Patch
  • Thermal Modeling of Heat Sinks
    performance degradation when brought near or onto the human body. One of the examples comprises a miniature, curved microstrip patch antenna for application on the wrist, see Figure 1. Here, the ground plane of the patch antenna has been used to form a shielding between antenna and environment. The other