.pl 72v
.MT 4 1
.nr Ls 0
.po 0
.DS
.DE
.SP 5
.TS
tab(:);
cw(4.3i) cw(3.7i) cw(5.0i).
.B
Project Manager - Tom Meyer:FIREFOX:date August 86
.SP 1
Engineer - Rob Horning ::Project 7910
.R
.TE
.SP 2
.in .1i
.TS
tab(:);
c c c c
lw(4.2i) lw(.3i) nw(.3i) lw(4.1i).
.B
OBJECTIVES:MD :%:RESULTS, STATUS
.R
.SP 1
T{
Evaluate the math board.  Check out RTC, EEPROM, ROM, and clock/battery
isolation circuits.
T}:3:90:T{
Most of the math board has been tested.  I also tested the tools for writing
a program big enough to take up 3 EPROM's.  I still want to look at the battery
isolation circuits some more.
T}
.SP 1
T{
Continue to help Jim with Memory boards.
T}:3:100:T{
Jim is up on EGS and has the 2 Mbyte board almost ready to go to PC layout.
T}
.SP 1
T{
Work on math board issues.
T}:1:100:T{
The biggest issue to come up is trying to decide who does what in checking out
the Math bus.  I think that this is settled.
T}
.SP 1
T{
Work on MC-F issues.
T}:1:100:T{
A few small issues came up.  There have been no big problems.
T}
.SP 1
T{
Look into increasing the clock speed.
T}:3:100:T{
I came to the conclusion that we could not get to 27.5 MHz without getting
faster that 25 ns SRAM's.
T}
.SP 1
T{
Work on ultra-fox.
T}:4:100:T{
I have started to spend more time on ultra-fox.  I have been trying to get
an idea of what our goals should be and what technologies will be available.
T}
.SP 1
T{
Work on math board documentation.
T}:1: - :T{
I did not work on this.
T}
.SP 1
T{
T}:::T{
T}
.SP 1
T{
T}:::T{
T}
.TE
.in 10.1i
.sp |12v
.TS
tab(:);
cw(2.8i)
l
c
l
c
l
c
l.
.B
DEVIATIONS, ACTION
.R
.sp |15v
T{
T}
.sp |28v
.B
KEY DECISIONS
.R
.sp |30v
T{
T}
.sp |36v
.B
CONCERNS, CRITICAL ELEMENTS
.R
.sp |38v
T{
T}
.sp |49
.B
SUMMARY
.R
.sp |51
T{
T}

