Table of Contents
Advertisement
8-22
Table 8.4
x
f(x)
SEGMENT SELECTOR Position
-1.00
+0.70
OFF
-0.74
+0.28
10
-0.54
0.00
9
-0.48
-0.06
8
-0.42
-0.10
7
-DFG
-0.38
-0.10
6
-0.32
-0.06
5
-0.26
+0.02
4
-0.08
+0.38
3
-0.04
+0.44
2
0.00
+0.47
OFF
(Both SEGMENT SELECTORS Off)
+0.08
+0.53
1
+0.18
+0.56
2
+0.24
+0.55
3
+0.28
+0.52
4
+0.36
+0.46
5
+DFG
+0.54
+0.16
6
+0.58
+0.12
7
+0.62
+0.12
8
+0.66
+0.14
9
+0.80
+0.36
10
+1.00
+0.74
OFF
Set both SEGMENT SELECTOR switches to the HOFF" position and set f(O).
Then
put the +DFG SEGMENT SELECTOR in position 1, and set the value at the first
positive breakpoint.
Turn this SEGMENT SELECTOR off and put the other SEG-
MENT SELECTOR in position 2 to read the value at the first negative break-
point.
(Note the switch positions, as tabulated in Table 8.40)
When the
SLOPE RO button is depressed, the function value at this breakpoint should
be correct.
If it is not, then the three tabulated values are not collinear; if this
happens, determine the correct f(O)o
Once proper values have been obtained
at these breakpoints, set the function values on the -DFG, working outward
from the origin, and then do the same for the +DFG.
Remember to turn off
the SEGMENT SELECTOR for one DFG when setting either breakpoints or function
values on the other.
Advertisement
Table of Contents
