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The table shows data in two columns as follows:

Voltage maximum: the absolute value of V-tilde sub max equals Absolute V-plus sub 0 [1 plus the absolute value of gamma]

Voltage minimum: the absolute value of V-tilde sub min equals Absolute V-plus sub 0 [1 minus the absolute value of gamma]

Positions of voltage maxima (also positions of current minima): d sub max equals theta sub r times lambda over 4 pi plus n times lambda over 2, where n equals 0, 1, 2, and so on

Position of first maximum (also position of first current minimum):

d sub max equals theta sub r times lambda over 4 pi, if 0 is less than or equal to theta sub r is less than or equal to pi

d sub max equals theta sub r times lambda over 4 pi plus lambda over 2 if negative pi is less than or equal to theta sub r is less than or equal to 0

Positions of voltage minima (also positions of current maxima): d sub min equals theta sub r times lambda over 4 pi plus (2 n plus 1) times lambda over 4, where n equals 0, 1, 2, and so on

Position of first minimum (also position of first current maximum): d sub min equals lambda over 4 (1 plus theta sub r over pi)

Input impedance: Z sub in equals Z sub 0 (z sub L plus j tangent beta sub 1) over (1 plus j z sub L tangent beta sub 1) equals Z sub 0 equals (1 plus gamma sub i) over (1 minus gamma sub t)

Positions at which Z sub in are real: at voltage maxima or minima

Z sub in at voltage maxima: z sub in equals Z sub 0 (1 plus the absolute value of gamma) over (1 minus the absolute value of gamma)

Z sub in at voltage minima: z sub in equals Z sub 0 (1 minus the absolute value of gamma) over (1 plus the absolute value of gamma)

Z sub in of short-circuited line: Z sub in sup s c equals j Z sub 0 tangent beta sub 1

Z sub in of open-circuited line: Z sub in sup o c equals negative j Z sub 0 cot beta sub 1

Z sub in of line of length, l equals n lambda over 2: Z sub in equals Z sub L, for n equals 0, 1, 2, etc.

Z sub in of line of length, l equals lambda over 4 plus n lambda over 2: Z sub in equals Z sub 0 squared over Z sub L, for n equals 0, 1, 2, etc.

Z sub in of matched line: Z sub in equals Z sub 0

Absolute V sub 0 plus equals amplitude of incident wave: gamma equals the absolute value of gamma times e raised to j theta sub r, with negative pi less than theta sub r less than pi; theta sub r in radians; gamma sub l equals gamma times e raised to negative j 2 beta sub 1.