No it is not.
yes
A micro-strip antenna works on the principle of resonant cavity (short circuit walls on top and bottom, open circuit walls on the sides).A resonant cavity stores energy unlike transmission lines or wave guide which transmits electromagnetic energy from one part to another. A R.C is equivalent to LC device at low frequencies.
just like it soundsseries resonant has capacitor & inductor in seriesparallel resonant has capacitor & inductor in parallel
Series resonant circuits have their lowest impedance at the resonant frequency. Parallel resonant circuits have their highest impedance at the resonant frequency. This characteristic is exploited in the design of filters, oscillators and other circuits.
OK
Rhombic Antenna....
yes
dipole antennas evolved antennas ground anteena
A rhombus has four equal sides but is not square; rather it is a diamond shape, so a rhombic antenna will have rhombus shaped metal parts which receive radio waves.
Roger Schell has written: 'Horizontal rhombic antenna gain-pattern calculations with a digital computer' -- subject(s): Computer programs, Rhombic antennas, Antennas (Electronics)
Its resonant frequency is where its length is half a wavelength, so for 100 MHz the wavelength is 3 metres and a 1.5-metre long dipole is resonant. A dipole antenna can be used for many applications within a band of 10-20% around the resonant frequency.
A rhombic prism or rhombohedron.A rhombic prism or rhombohedron.A rhombic prism or rhombohedron.A rhombic prism or rhombohedron.
What kind of antenna? First you need to decide on what type; A really simple answer to this question is to cut a wire to the resonant 1/4 wavelength. This antenna would be 3 5/16 inches of wire.
The adjective for a rhombus or rhomboid is rhombic.
A micro-strip antenna works on the principle of resonant cavity (short circuit walls on top and bottom, open circuit walls on the sides).A resonant cavity stores energy unlike transmission lines or wave guide which transmits electromagnetic energy from one part to another. A R.C is equivalent to LC device at low frequencies.
The length of an antenna is often considered to be greater than one wavelength (λ) by about 4λ for certain designs, like those used in specific types of resonant or broadband antennas. This extended length helps to enhance the antenna's bandwidth and improve its radiation efficiency. Additionally, longer antennas can support multiple resonant frequencies, allowing for better performance across a range of frequencies. Ultimately, this design choice aims to optimize the antenna's operational characteristics.
You can use an inductor or capacitor circuit to electrically lengthen or shorten the antenna. I cant remember which circuit does which but that's how antennas are efficiently used for several frequencies.