Add to ORKGThis is a final year project report that states the process of the implementation of a 6 sided hexagonal loop antenna for a 440 MHz nano-satellite application. Hexagonal loop antenna is chosen for this project as it exhibits 10% more gain as compared to a dipole antenna and it also has higher noise immunity as compared to other antennas.Bachelor of Engineerin
Miniaturized satellites known as CubeSats are at the forefront of the space industry due to its adap...
A study was made to design a single-feed, single-band circularly polarized patch antenna at 437 MHz ...
This thesis investigates the possibility to design printed circuit board (PCB) antennas with a maxim...
Thesis (Master of Engineering in Electrical Engineering)--Cape Peninsula University of Technology, 2...
Utah State University, the University of Washington, and Virginia Tech are teamed to form the Ionosp...
In this thesis a 2.402 GHz circular polarized microstrip patch antenna for nanosatellite application...
Patch antennas (rectangular micro-strip antennas) are getting more popular as communication technolo...
Virginia Tech, Utah State University, and the University of Washington were teamed to form the Ionos...
Small satellites, especially nano- and pico-satellites, are attracting increasing attentions from ed...
In this work, planar circular-polarized (CP) antenna operating at 2.40–2.45 GHz is presented. The de...
Abstract. Utah State University, the University of Washington, and Virginia Tech are teamed to form ...
Abstract — an antenna is a system of elevated conductors, which matches the receiver or transmitter ...
Communications present a major bottleneck for small-satellite functionality given their ext...
This thesis describes the design process of a helical antenna for the groundstation at NTNU. The hel...
In the current technological climate, mobile devices have become an intrinsic part of how society fu...
Miniaturized satellites known as CubeSats are at the forefront of the space industry due to its adap...
A study was made to design a single-feed, single-band circularly polarized patch antenna at 437 MHz ...
This thesis investigates the possibility to design printed circuit board (PCB) antennas with a maxim...
Thesis (Master of Engineering in Electrical Engineering)--Cape Peninsula University of Technology, 2...
Utah State University, the University of Washington, and Virginia Tech are teamed to form the Ionosp...
In this thesis a 2.402 GHz circular polarized microstrip patch antenna for nanosatellite application...
Patch antennas (rectangular micro-strip antennas) are getting more popular as communication technolo...
Virginia Tech, Utah State University, and the University of Washington were teamed to form the Ionos...
Small satellites, especially nano- and pico-satellites, are attracting increasing attentions from ed...
In this work, planar circular-polarized (CP) antenna operating at 2.40–2.45 GHz is presented. The de...
Abstract. Utah State University, the University of Washington, and Virginia Tech are teamed to form ...
Abstract — an antenna is a system of elevated conductors, which matches the receiver or transmitter ...
Communications present a major bottleneck for small-satellite functionality given their ext...
This thesis describes the design process of a helical antenna for the groundstation at NTNU. The hel...
In the current technological climate, mobile devices have become an intrinsic part of how society fu...
Miniaturized satellites known as CubeSats are at the forefront of the space industry due to its adap...
A study was made to design a single-feed, single-band circularly polarized patch antenna at 437 MHz ...
This thesis investigates the possibility to design printed circuit board (PCB) antennas with a maxim...