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[DOC File]AN INTRODUCTION TO THE SHOCK RESPONSE SPECTRUM
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Note that the difference in dB between two amplitudes A and B is calculated by (7) Note that the log function is base ten. The slope N of a line on a log-log plot is given by (8) where (f1, A1) and (f2, A2) are the two endpoint coordinates of the line. The slope is a constant velocity line if N=1, which corresponds to 6 dB…
db to linear scale

[DOC File]Design Guide - University of Delaware
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An attenuation of 3 dB is equal to a gain of -3 dB, since attenuation and gain are reciprocals of one another. By convention, the frequency at which a Butterworth or Bessel filter has a gain of -3 dB is called the filter cutoff frequency, because at that frequency the amplitude is down by a factor of sqrt(2), and the power is down by a factor of 2.
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RADAR BASICS - UAH
It is interesting to note that the SNR required for , with , on a SW1/SW2 target is about 13 dB. This same SNR gives a on a SW0/SW5 target. To obtain a on a SW1/SW2 target requires a SNR of about 21 dB. These numbers are the origin of the 13 dB and 20 dB SNR numbers we used in our radar range equation studies. COMPUTATION OF Pfa
db to decimal converter

[DOC File]Department of Mechanical and Aerospace Engineering
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The best signal to noise ratio one can expect from a 12 bit analog to digital converter is: 24 dB. 48 dB. 72 dB. 96 dB. Linear response instruments: Have a better dynamic response than nonlinear instruments. Are easier to calibrate. Have a constant static sensitivity over their range. All of the above are correct. Only (b) and (c) are correct.
number to db

[DOCX File]PSA Detection Linearity Specifications
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The linear region is where the receiver should provide the best dynamic accuracy. Typically, this region covers the -20 dBm to -70 dBm input power range. Figure 5 shows plots of dynamic accuracy specifications that includes the noise and compression regions.
gain db to linear

[DOC File]Communications Satellite Databases Part I
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LOSSES = Loss = An estimate of the LOSSES internal to the antenna in dB. EOC_GAINDB = Net Gain = The net Gain of the antenna in dB, including internal losses, the result of the previous two entries. Polar Type= The propagated electromagnetic wave phasing. For linear polarization, V …
db to linear formula

[DOC File]Home - FM Systems
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The degree of gain reduction taking place is indicated by nine LED's per channel. Gain reduction is indicated in 3 dB steps, with the center LED indicating the 0 reference point. the display drivers are fed gain control voltage before exponential conversion. At this point, a linear voltage change causes a dB-linear gain change in the VCA's.
db to gain conversion

[DOC File]CHAPTER 1
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A very simple (non-linear) ramp-converter can be implemented with a microcontroller and one resistor and capacitor. Vice versa a filled capacitor can be taken from an integrator, time-to-amplitude converter, phase detector, sample and hold circuit, or peak and hold circuit and discharged.
convert db to linear scale

[DOC File]123seminarsonly.com
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The precision of sampling converter is sufficiently high to do accurate measurements of scattered transient field. This A/D converter 12 bit accuracy. This provides 66 dB linear dynamic ranges. A/D converter converts the signal into digital signal which passes to the processor. 5 PROCESSOR
db to linear scale

Db to linear converter