https://www.ebay.com/itm/1372243559202
basic.p11
syslod.p11
rdt.p11
all from mid 1971
original RSTS?
hope the person who got these knows what they bought
Anyone have any idea where one might track down a copy of TI System V
for the S1500 series?
I've had these two TI UNIX systems for awhile now, a TI S1505 and a TI
S1507 (68030 and 68040-based, respectively). They came without hard
drives or OS media and so they've basically been doorstops. I asked
around about OS media back when I got them (in 2013) and at the time I
got no leads; I'm guessing things probably haven't changed, but I
figured I'd ask again just in case...
Seem like nice machines, wish I could do something with 'em...
- Josh
This has probably been asked before, but does anyone have the software
package that came with the HP-IB/RS232 HP10342 bus pre-processor for the
HP1650 series Logic Analyzer (actually I have a 1670G)? It should have a
config file and an inverse assembler file. I'm interested in the HP-IB
files. Can't find it anywhere.
- Marc
Hey all,
I have an IBM 5140 portable with a printer but I'd really like to use it as
a terminal among other things. Any chance there's documentation available
for that Centronics connector or another internal header with RS232 or
whatever?
=]
--
--
Anders Nelson
+1 (517) 775-6129
www.erogear.com
All,
Per the recent discussion on thicknet/early Ethernet, I figured I'd see if
there's any interest in cut-to-length Belden thicknet/10base5 Ethernet
cable. I've got a local surplus guy who's got at least one 1100 foot roll.
It's the real Ethernet spec stuff, sez so on the cable, and it has the
bands to locate your vampire taps.
If there's enough interest, I'll buy the spool off of him and cut it to
length for whoever's interested in buying some. I can crimp N terminations
on as well.
Thanks,
Jonathan
I don't see a manual for the HP 12661A DVS (Digital Voltage Source)
interface card on bitsavers, or hpmuseum.net, or anywhere else.
The only reference I have found is in a list of not scanned manuals here:
http://rikers.org/hp2100/jeff/iocards/iocards2.txt
---------- 12661 DIG VOLT SOURCE ----------
MANUAL FOR DIGITAL VOLTAGE SOURCE PROGRAMMER
INTERFACE KIT HP 12661A
MANUAL NO. 12661-90004
APRIL 1971
[Cards #12661-6001 and 12661-6002, connector 02116-6178]
This is the interface card that would be used in an HP 1000 to control
an HP 6130A Digital Voltage Source. See Hewlett-Packard Journal, June
1968.
There is the 14902A BCS driver as listed in
5950-9226_HP_Software_Catalog_Aug1973.pdf
Source code for that driver is available as 14902-80001_Rev-A.src in
the bitsavers HP_1000_software_collection Master Files, Type 4.
Mainly just curious because I have a couple of HP 12661A interface
cards without manuals that I have never tried to use and I was
reminded about them when an HP 6130A made a brief appearance in Marc's
latest Weird Stuff video.
Gentlepeople,
I have a Philips logic analyzer (PM3585) which is about 20 years old at this point. It seems to be basically functional except for the keyboard, which unfortunately is a critical part.
This is one of those molded rubber type, with a circuit board behind the rubber that has contact areas made of carbon film (at least they are black in color) and on the back of each key a small cylindrical bump also coated with carbon. Some of the buttons work but most don't seem to even if I press hard.
I've disassembled the keyboard, which was easy enough. Inspection shows no damage and no signs of corrosion or contamination. I wiped everything with isopropyl alcohol anyway. The result is no change in behavior.
Any suggestions for what to do next?
paul
Hi, All,
I've been doing component-level diagnosis of a bad Amiga 1000 WCS
board and since I was unable to find this information anywhere, I
thought I'd post it to the list so that it's in the hands of more than
one person.
For an Amiga 1000 that starts up with a turquoise screen and never
asks for Kickstart, it means that the WCS RAM test has failed. Common
causes are one or more bad 4464 DRAM chips on the WCS board or a bad
PAL. I don't happen to have the PAL equations but I did spend some
time with a sick Amiga 1000, a Fluke 9010A and a cheap digital scope.
There are hand-drawn schematics floating around but they don't appear
to match the production hardware in either part placement or
completeness (the schematics describe 2 PALs, DAUGCAS and DAUGEN, but
the production hardware has two additional PALs, DPALCAS and DPALEN,
for one specific example).
If one has a Fluke 9010A and 68000 pod, one can test the WCS RAM by
pressing [RUN UUT] and turning on the Amiga and waiting a second or
two for the ROMs to set the right memory map bits to make the WCS
writable. One can then do simple [READ] and [WRITE] tests to the
Amiga at $FC0000-$FFFFFF and even run a [RAM SHORT] on part or all of
that range (a RAM SHORT test on 256Kbytes will take more than a few
minutes).
The memory itself is a bank of 8 4464/50464 64Kx4 DRAMs at U1B-U1E and
U2B-U2E, arranged sensibly in two banks of 128Kbytes. The chips in
row 2 are the lower half ($FC0000-$FDFFFF) and the chips in row 1 are
the upper half ($FE0000-$FFFFFF). The individual bits are arranged as
follows:
U1E/U2E $000F D0-D3
U1D/U2D $00F0 D4-D7
U1C/U2C $0F00 D8-D11
U1B/U2B $F000 D12-D15
For those that want to trace individual bits the order on each DRAM is
pin-3, pin-2, pin-15, pin-17 which is slightly off the given order on
the 4464 datasheet of 2,3,15,17.
By way of verification, the WCS board I'm repairing failed the RAM
test with bad bits at $F000 when I pulled the defective chip from
position U1B. The same chip failed testing in a Ming HT-21 "Handy
Tester" DIP logic and DRAM tester (but passed when tested as a 4416,
because the fault was not in the first 25% of the memory cells).
-ethan