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The spectrums of the RF signal and LO injection are located in the same frequency range because they are designed for a direct conversion or zero IF system Their central frequencies are marked with fRF or fLO The input chopping block chops the incoming RF signal ON and OFF with a repetition frequency of fCH Figure 3A5(c) shows the frequency spectrum after the input chopping block The spectrum of the RF signal is split into two portions by the chopping: one is the spectrum shifted from the original central location fRF to fRF fCH; the other is the spectrum shifted from the original central location fRF to fRF + fCH The LO spectrum in Figure 3A5(c) is kept unchanged as shown in Figure 3A5(b) Figure 3A5(d) shows the frequency spectrum after the Gilbert cell.

The Gilbert cell mixes the RF signal and LO injection as shown in Figure 3A5(c) and produces two IF signals with spectrums located at fCH and fCH, respectively, as shown in Figure 3A5(d) Owing to imperfect isolation, a few percent of the power of the RF signal and LO injection is leaked from RF and LO input ports to the IF output ports; their spectrums can be seen in Figure 3A5(d) Meanwhile, DC offset is produced due to imperfect differential structure This is marked with an upward arrow in Figure 3A5(d) The output chopping block chops the IF signals ON and OFF with the same repetition frequency fCH as in the input chopping block Figure 3A5(e) shows the spectrum of the IF signals after the output chopping block The spectrum of IF signal around f = 0 in Figure 3.

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A5(d) is split into two spectrums: One shifts fCH and the other shifts fCH from its original location The resultant spectrum is two split spectrums overlapping together as shown in Figure 3A5(e) In the output impedance matching network (not shown in the circuit block diagram), the impedance is matched in the range of the zero IF, so that the two IF signals with their central frequencies located at 2fCH and +2fCH, (drawn with dashed rectangular frames in Figure 3A2(e)), and the spectrum around fLO and fRF are greatly reduced or removed 3A3 Remarks on DC Offset Measurement.

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It then went on to explain how science is rapidly discovering that different parts of the brain perform different functions. Some brain researchers suggest that human beings experience the most pleasure when all these parts of the brain are engaged in agreeable levels of stimulation and activity. The four brain parts discussed were those that control thought, intuition, sensation, and emotion. The article suggested that advertising that pleasurably engages the senses, emotions, and thought process, as well as our innate intuition, will tend to be successful. Advertising that merely grabs the attention of the senses will tend to be only temporarily attractive. Most advertising tests today re ect the power of day-after recall but fail to predict the response from whole-brain advertising. Let s look at how whole-brain advertising applies to writing effective advertising copy. If you make your copy too obvious, the reader feels either looked down on or bored. Provide a little suspense so that the reader has to come to a conclusion on her own using intuition, thought, sensation, and emotion, and you ve got a very good force working for you. Let me cite an example from an ad I wrote on digital watches. The ad was for an alarm chronograph digital watch for which we were charging $99. At the time, Seiko was the standard of comparison for this type of watch. Seiko was the rst out with the new technology. The following paragraph from the ad best exempli es what I m talking about:

Tag: the_author_posts_link() Description: Displays the author name as linked to the author archive in the Loop. Returns: True or False Arguments: None

The server script launches a small web server called Mongrel. As you can see from the accompanying message, Mongrel launches on port 3000. While you can type the address http://0.0.0.0:3000 to reach your project, I prefer using http://localhost:3000, as it s less awkward to type. In any event, visit either address now. You should see something similar to Figure 17.2. Figure 17.2 The default Ruby on Rails home page

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