. The Bell System technical journal. Telecommunication; Electric engineering; Communication; Electronics; Science; Technology. 482 BELL SYSTEM TECHNICAL JOURNAL The solution is P, = _ ^; Q2 = - ^; Qi = '«. Whence Go = .37824; bi = «; a, = ; b2 = «. / and I': dttenujatbon/ andTime-or-T'hase-Transmhsshon of Program Transmission Circuit ZandZ': with Lffn-Frequency Distortion Correcting Network 3and3': mth Both Netivorhs. l375 WOO ZOOO 3000 Frequervcy (cycles per second) 4000 Fig. 15—Transmission characteristics of program transmission c
. The Bell System technical journal. Telecommunication; Electric engineering; Communication; Electronics; Science; Technology. 482 BELL SYSTEM TECHNICAL JOURNAL The solution is P, = _ ^; Q2 = - ^; Qi = '«. Whence Go = .37824; bi = «; a, = ; b2 = «. / and I': dttenujatbon/ andTime-or-T'hase-Transmhsshon of Program Transmission Circuit ZandZ': with Lffn-Frequency Distortion Correcting Network 3and3': mth Both Netivorhs. l375 WOO ZOOO 3000 Frequervcy (cycles per second) 4000 Fig. 15—Transmission characteristics of program transmission circuit with and without distortion correcting networks. The series elements of the lattice structure are R,^ = ohms; L12 = .0987 h.; Ci3 = .01236 mf.; Ru = ohms. Transforming to the equivalent bridged-T (la) type, we take c similarly as in (70); thus c = The series elements in Fig. 14 then become Ri = ohms; L5 = .0987 h.; and the shunt elements R2 = ohms; Le = .00445 h.; Rs = ohms; C^ = .01236 mf.; Ri = ohms; Cg = .2741 Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original American Telephone and Telegraph Company. [Short Hills, N. J. , etc. , American Telephone and Telegraph Co. ]
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Keywords: ., bookcentury1900, bookdecade1920, booksubjecttechnology, bookyear1
