pass band


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Related to pass band: modulation, bandpass filter

pass band

or

passband

n
(Electronics) the band of frequencies that is transmitted with maximum efficiency through a circuit, filter, etc
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References in periodicals archive ?
In this projection, all the pass band specifications generated in equations (1) to (4) are directly incorporated in the selective pass band optimization scheme.
By selecting the appropriate refractive index and the thickness of the layers, specific wavelengths are allowed to be transmitted through the filter, creating the pass band region, or reflected, creating the stop band region.
And the structure is a band stop filter: with the decrease of w, the curve of waveguide mode tends to be flat, and the stop band at the higher frequency band is gradually increasing, and the initial frequency is decreasing, which makes the pass band of the two stop band become smaller.
This filter has the advantages of low order and higher attenuation of frequencies in pass band, improving the stability and accuracy of its response.
77 Shielding No No Pass band range (F1) (MHz) 2450 +/-50MHz 2450 +/-50MHz Pass band range (F2) (MHz) 5425 +/-525MHz 5425 +/-525MHz Insertion loss (F1) (dB) -0.
Likewise we have also explained in detail in section 4 that worst case time complexity of the proposed algorithm [5] for carrying out high pass band pass and band stop filtering operations of the input auto and cross correlation sequences through above four types of windows under the same assumption is also O(L).
The firm's new releases include six bandpass filters capable of octave-band tuning from 125 MHz to 3 GHz depending on configuration, and a 5 percent pass band.
The current distributions at the center of the pass band (also at the center of the stop band for the dual-concentric closed staircase DGS filter) for the various filters are shown in Figure 11.
To meet the demands of multiple frequencies communication systems, a second pass band with both filtering and difference performances is designed in this letter.
Therefore this article proposed a transmission function H (s), which was obtained from a known simulative low pass prototypical system function to the low pass, high pass band pass and band stop function under the matrix transformation, and then obtain the figure's low pass, high pass, band pass and band stop filter's function H(z) under polynomial shift.
Furthermore, the new design of FSS generates a broader pass band, a reduced insertion loss in the transmission band and a great symmetry property because of the increase in duty ratio which is obtained by these two circular apertures on both sides of the dipole slot.