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[DOCX File]Introduction
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From the information in Figure II.3.2 we can derive the overall gain and delay of the DFS. K VCO =0.1 Volt Volt ∙2048 Bits Volt ∙256∙0.133877 Hz Bit =7019 Hz Volt Eq II.5 G 2 s = K VCO ∙ e -0.34× 10 …
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[DOCX File]QUESTION BANK
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The emitter coupled pair of BJT’s given a linear transfer relation between the differential ... If the differential voltage gain and the common mode voltage gain of a differential amplifier are 48 dB and 2 dB respectively, then common mode rejection ratio is [GATE-2003] ... An active integrator may be used to convert a square wave into a ...
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[DOC File]Design Guide
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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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[DOC File]The purpose of this project is to employ the knowledge ...
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Conversion Gain LO to IF leakage LO to RF isolation 7.993 dB 11.172 dB 16.53 dB Table 1. Mixer simulation results . CONCLUSION AND FUTURE WORK. The remaining Challenges of the Mixer design could be to replace the load resistors for active loads and to minimize the LO to IF leakage to have a more linear path between the RF and the IF ports.
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[DOCX File]New ECC Report Style
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Linear interpolation is used for intermediate distances from 50 to 100 km. For sea path propagation the correction factor to convert receiving antenna heights from 10 m to 3 m is -10 dB. Correction factors applicable for GSM 1800
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[DOC File]Department of Mechanical Engineering
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Convert the following values from linear scale to decibel scale: a) 0.6 b) 10. Convert the following values from decibel scale to linear scale: c) 8 dB d)-23 dB. Answer: a)-4.4 dB b) 20 dB. c) 2.5 d) 0.07. 2) From the plot below, what is the non-dimensional DC Gain of the system? Answer: DC Gain = 2. 3)
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[DOC File]CONTENTS
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So to provide 44 dB signal to noise, a minimum C/N of 29 dB is necessary. Therefore the required carrier power is -95 dB Watts. To convert this figure to a power flux density (PFD), the characteristics of the receiving antenna must be known. The highest gain antenna commonly in use is a 1.2m parabolic dish, which has an effective aperture of -3 ...
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[DOC File]EE 210 - Lab #1 - Elementary Measurements
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From the figure that shows the open-loop frequency response of the amplifier as a function of frequency on the data sheet, it can be determined that the open-loop gain is approximately A = 100,000 for f = 100Hz, A = 3,000 for f = 1 kHz, and A = 300 for f = 10 kHz. Note: conversion 20 log A = gain in dB. In-Class Exercises:
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[DOC File]Wide Range Frequency Response Compensation Using DSP
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g2 = 10^(dB2/20); % convert dB gain to linear. a = (g1-g2)*0.37117514279802; % 3sqrt(2)/8 - 1/2/pi. b = (g1+g2)*0.25 - 0.5; c = (g1-g2)*0.01762175220474; % sqrt(2)/8 - 1/2/pi. d = (g1+g2)*0.5; v = [c b a d a b c]; Using the above code to compute and plot filter responses of linear compensation curves with dB gains of [0.4, 0.4], [0.2, 0.2], [0 ...
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[DOC File]SPACE-TIME ADAPTIVE PROCESSING (STAP)
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Further, the gain of the auxiliary antenna is usually only 3 to 10 dB higher than the gain through the sidelobes of the main antenna. If the SLC were to cancel interference entering through the mainlobe, the gain of the variable gain amplifiers would need to be variable between 20 and 47 dB (30-10 and 50-3).
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Convert linear gain to db