. Electronic apparatus for biological research. Electronic apparatus and appliances; Biology -- Research. INDUCTANCES, CAPACITANCES AND RESISTANCES which simpUfies to I^out 1 ( 1 in l-co^-C\+j\^--^^ + /coL oi^D-C (oCR] \2R~ SR Now let L/2 = Rjcoc and C =- IjojcR Kout _ 1 2 Fin 1 1-2 lo ,OJc^ in '2. 1 2 1 2-- - . o)c \mcJ J 1-2 ^' ]•+(^JT' + 2^ Wo/ J . 1/2 The one-half here represents the usual loss of consequent upon the use of a matched load. The bracketed term describes the filter performance. By the usual process the phase shift is seen to be 3 (j) = tan" -1 \^c/ ^ CO CO J 1-21
. Electronic apparatus for biological research. Electronic apparatus and appliances; Biology -- Research. INDUCTANCES, CAPACITANCES AND RESISTANCES which simpUfies to I^out 1 ( 1 in l-co^-C\+j\^--^^ + /coL oi^D-C (oCR] \2R~ SR Now let L/2 = Rjcoc and C =- IjojcR Kout _ 1 2 Fin 1 1-2 lo ,OJc^ in '2. 1 2 1 2-- - . o)c \mcJ J 1-2 ^' ]•+(^JT' + 2^ Wo/ J . 1/2 The one-half here represents the usual loss of consequent upon the use of a matched load. The bracketed term describes the filter performance. By the usual process the phase shift is seen to be 3 (j) = tan" -1 \^c/ ^ CO CO J 1-21 Extent to which matching is preserved—In Figure , the impedance. Figure looking in at the front of the filter is Z=ja)^-] 2^ j— ^+>2+>C CO- €FM-f^- R_y coC) S6. 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 Donaldson, Peter Eden Kirwan. New York, Academic Press
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