A Methodology for Systems Engineering, Volume 24 |
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Page 27
2.2.3 Technical Environment Finally , research was active to extend the frontiers of communication into the frequency range from 3000 to 10,000 megacycles ( mc ) . Electron tubes and circuitry operating in this frequency range had been ...
2.2.3 Technical Environment Finally , research was active to extend the frontiers of communication into the frequency range from 3000 to 10,000 megacycles ( mc ) . Electron tubes and circuitry operating in this frequency range had been ...
Page 52
site directions ; likewise , a similar set of interleaved frequencies is employed for receiving in opposite directions . Thus all even - numbered repeaters have the same frequency assignments , as do the odd - numbered repeaters ...
site directions ; likewise , a similar set of interleaved frequencies is employed for receiving in opposite directions . Thus all even - numbered repeaters have the same frequency assignments , as do the odd - numbered repeaters ...
Page 406
The terms “ bandwidth ” and “ frequency location " are engineering approximations to a description of the significant characteristics of the spectrum that must match the signal channel . The bandwidth is the . frequency interval ...
The terms “ bandwidth ” and “ frequency location " are engineering approximations to a description of the significant characteristics of the spectrum that must match the signal channel . The bandwidth is the . frequency interval ...
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Contents
WHAT IS SYSTEMS ENGINEERING? | 3 |
THE TD2 RADIO RELAY SYSTEM | 23 |
CHAPTER PAGE | 32 |
Copyright | |
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action alternative analysis applied approach block called channel Chapter choose combination complete components consider continuous cost creative criterion decision defined definition demand detailed determine discussed economic effect environment equal equation example existing expected experience fact factors field frequency function gain give given graph human ideas important income increase individual input interest kinds limited means measure methods nature objectives operations organization output performance phase physical planning possible practical preference present probability problem profit properties questions ratio reason received relation requirements satisfy scale shows signal simple sometimes specific standard step studies systems engineering technical techniques telephone theory thinking tion unit usually utility variables wanted York