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terrninal,
thus changing the integrator
tjme scaling by a factor,
one
of 10, 100 and 1000.
The time scaling of each i.ntegratcr
can be
decided arbitrary,
the operato'1r can use i-terative
techniques in pro-
blem solution
by operating
desired integrators
at rrrear timeil rates
even though the computer is in the Rep-Op mode.
The Time Scale Relay is control_led with the Integrator
Capaci-
tor Switch, therefore,
the low speed Rep-Op can be accomplished if
an adequate timing
signal
is supplied to the Control
Panel through
the Pre-Patch Pane1.
Essentially,
the Rep-Op mode, with the tirne scali_ng and rapid
switching
between the integrator
reset anc the compute modes, means
that a problem is solved, reset,
and then solved again, this
pro-
cess continues repetitively
at the pre-set rate.
The problem solu-
tion may be displayed on an oscilloscope
that is s;mchronized r,rith
the Rep-op cycling
rate.
The inputs to the oscilloscope
are ter-
ninated
on the Readout Panel 0C-151.
To place the computer in the Rep-op node the operator sets the
desired rate on the Timer or the Osci-lloscope Tlme Base.
After
settjng
the desired repetition
rate,
the computer is switched into
the Rep-op node by depressing the nEP oP button on the control
panel.
Remenber that the trntegrator
capacitor
swi-tch on the control
Panel should be turned to R0 if
the operator
requires
operating
the
integrator
with the capacitor
connected to RO terminal.
- t o 3 -
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