Examples of using Waveguide in English and their translations into Indonesian
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Colloquial
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Ecclesiastic
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Computer
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Ecclesiastic
An example is waveguide plating.
Figure 1-24.- Radiation from probe placed in a waveguide.
For example, a waveguide for use at 1 megahertz would be about 500 feet wide.
The main feature of the station is a 64-meter beam waveguide antenna.
The width of a waveguide must be approximately a half wavelength at the frequency of the wave to be transported.
And the whole lightpath is enclosed in fiber laser waveguide.
Removal of energy from a waveguide is simply a reversal of the injection process using the same type of probe.
E field of a voltage standing wave across a 1-wavelength section of a waveguide.
Size, shape, and placement in the waveguide are critical factors in the efficiency of all three input/output methods.
The operating principles of probes, loops,and slots are the same whether used in a cavity or a waveguide.
Since the wobble frequency is the same as the energy frequency,the energy in the waveguide always adds to the wobble of the electrons.
PLC Planar waveguide optical splitter(PLC Splitter) is a quartz substrate based integrated waveguide optical power distribution device.
A magnetic field builds up around the loop and expands to fit the waveguide, as shown in figure 1-40B.
Still another method for terminating a waveguide is the use of a wedge of highly resistive material, as shown in view C of figure 3-47.
DYS Fiber Optic PLC(planar lightwave circuit)splitter is fabricated by using silica optical waveguide technology.
Waveguide A metallic microwave conductor, commonly rectangular in shape, used to carry microwave signals into and out of microwave antennas.
The absorbent material is designed to ensure that the ratio between the sample energy andthe energy in the waveguide is constant.
When the post or screw extends completely through the waveguide, making contact with the top and bottom walls, it acts as an inductive reactance.
Planar lightwave circuit(PLC) splitter is a type of optical power management device thatis fabricated using silica optical waveguide technology.
To operate in the dominant mode, a waveguide must have an“a”(wide) dimension of at least one half-wavelength of the frequency to be propagated.
If the frequency of the current in the loop is within the bandwidth of the waveguide, energy will be transferred to the waveguide.
These standing waves would form a field configuration within the cavity that wouldhave to satisfy the same boundary conditions as those in a waveguide.
Moreover, at certain high enough frequency,a coaxial cable begins to act as a waveguide, and a very poor TEM mode transmission line.
Infrared light from a laser at telecommunication wavelength goes through an optical fiber andis guided by a microstructure called a waveguide.
Both magnetic(H FIELD) and electric field(E FIELD) are present in waveguides, and the interaction of these fields causes energy to travel through the waveguide.
The resistive load is most often called a DUMMY LOAD,because its only purpose is to absorb all the energy in a waveguide without causing standing waves.
And because of that atmospheric waveguide effect, VLF systems might ultimately enable direct soldier-to-soldier text and voice communication across continents and oceans.
There are an infinite number of ways in which the electric andmagnetic fields can arrange themselves in a waveguide for frequencies above the low cutoff frequency.
Instead of a color wheel, any color combination is possible with their approach simply byaltering the frequency of the signal sent to the"white waveguide pixel.".
If the frequency of a signal is decreased so much that two quarter-wavelengths are longer than the wide dimension of a waveguide, energy will no longer pass through the waveguide.