download searchable PDF of Circuit Design book - IEEE Global ...

Program A7-4.
Maximally Efficient Gain Design
See Section 7.3.5 and Example 7.8.
Keys:
y->
a
Ans's
A
+
B
liZ
c
• o
Input:
Output:
Enter 8 11 , t, IYIII, t, II, fa (and 12,21, and 22 entries similarly).
Answers appear in the following order:
1. K (unloaded stability factor).
2. G ME dB (maximally efficient gain).
3. 8 L
degrees (load reflection angle).
4. Ifd (load reflection magnitude).
5. 8, degrees (source reflection angle).
6. If,1 (source reflection magnitude).
7. K' (overall or loaded stability factor).
991 ..lBl" Input Y Parameters a:n 5rOS
BB':: ENG. Set mho display 83'2 RGLE
ge, Gs.e Calc regl! from ij fHJ RCl(,
ge, R' fr34 ~f:
BaS STUi Indirect ",0 [yij [ 83'S 5T06
ife6 IBn Increment regl! 636 RCL5
8Q1 PI 837 GS81
9aS HOi Indirect stD yij deg 838 PRTX
909 RTN End input yij iH9 Relf;
919 .LBle Calc Regl/ from ij 9'0 RCD
911 2 1141 ,
812 x
i142 x
613 2 See £t43 LSTX
914 register 9" X'
915 assignment 845 I
(i16 S10I table 846
8J7 RTN End B4? X:\"'
illS .LBLA Start Main Program 9,g I
919 FIX 849
92C Rel4 y12 degrees
95C 2
821 RCL3 [yI2[
851 x
1322 ReLC y21 degrees 852
823 RCLB ly211 853 LO.
824 ~SB[! Cmplx polar multiply 854 I
a25 sros ly12'y121 855 0
826 +F: To rectangular esc x
927 STll? ~e(y12'y2l)
85? PRT.\;'
928 RCL2 yll degrees
ass RetC
629 RCU [ylll 859 RCLB
939 .R To rectangular 860 RCL4
gil into R5
y22 degrees
ly221
To rectangular
g22 into R6
gil
Stab. factor K from (7.57)
I Y211
y12
Calc (7.85) in
steps 039-052
G ME
in dB
dB
y21 degrees
[y211
y12 de.grees
405