> Depends on the boards and whats on them.
These are eurocard sized boards with no gold plating.
I doubt there is any gold on any connectors either.
Lee.
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I don't know UK prices but they should be similar to the US. Scrap prices are
similar world over in the developed countries.
In the US, if it is bulky, without many circuit cards the value ranges from 5
cents per pound (motor breakage, must have copper content) (like power
supplies) to 16 cents per pound (Aluminum breakage - mixed Aluminum and other
metals) (like hard drives or computer gear with aluminum cabinets) it is sold
& bid price is calculated by weight.
Aluminum and heavy copper can raise values, especially if they are easy to
remove.
Heavy circuit cards (with relays or metal bracing) are 10 cents to 40 cents
per pound.
Poor circuit cards (Like recent PC stuff) 0 to 20 cents.
Medium circuit cards (DEC, DG & stuff from the 80s) $1.00 per pound
Good cards like (Intel multibus I - 70s, early 80s - lots of black chips,
gold chips, old silicon chips.) $1.50 - $2.00 per pound
Gold plated cards (like HP) $3.50 per pound & up (depends on age)
Cards have to be complete with edge connectors and all chips.
Gold chips alone are $8.00 to $20 per pound and sometimes more, especially
for old military.
Old gold pin backplanes are worth $20 to $50 and up
Good (25 pins in a 25 shell) clipped connectors $2.50 per pound.
This is what the scrap dealer is going to look as bidding figures. There are
deductions for problems related to the bulk of the lot (do you have to rent a
truck?)
Call a scrap dealer that is not going to bid on the lot and ask the prices
for Motor Breakage, Aluminum Breakage, Medium circuit cards and heavy circuit
cards. Also the price of Aluminum scrap, cleaned (this means all iron,
including screws, removed) Much of the value in electronic scrap is in the a
luminum and how easy it is to get out.
Someone else will have to convert to British Pounds.
Good luck and what is the stuff?
Paxton
Astoria, OR
Ps You can contact me directly if you want help trying to figure out the
scrap value of the lot. I am not going to bid on it. Do you have pictures?
>From: "Philip Pemberton" <philpem(a)dsl.pipex.com>
>
>Right - thanks for the suggestions Peter (and Dwight). I've printed off your
>suggestions and I'll have a look through them tomorrow. The RAMs are
>soldered in, though, so it'll be very difficult to swap them. Plus the holes
>and pads on the board are *extremely* tiny.
>Guess I was jumping to conclusions a bit... Just out of interest, has anyone
>got a spare pair of 2732s and an EPROM burner capable of burning them? Just
>in case it turns out the ROMs (TI branded - getting quite warm, same as the
>CPU) are frazzled, too. Earliest I'll be able to get my sticky mitts on an
>EPROM programmer and some 2732s will be around the 25th (think about it)...
>*sigh*
>
>Thanks.
>--
>Phil.
>philpem(a)dsl.pipex.com
>http://www.philpem.dsl.pipex.com/
>
Hi Phil
You didn't mention where you were? You might be right
next door to someone that can help.
Dwight
>
Phil,
> I don't suppose you have a copy of the Jupiter Ace
> schematics, do you?
http://www.home-micros.freeserve.co.uk/JupiterAce/JupiterAce.html
Lee.
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I have heard of people using an HP LX palmtop (the 100LX/200LX have a fuller
serial port implementation than does the 95LX) as a terminal for the type of
tasks you mention. The 200LX runs MS-DOS 5.0 on an i80186, so you should be
able to get a number of terminal emulation programs that will work on it.
-----Original Message-----
From: Ethan Dicks [mailto:erd_6502@yahoo.com]
Sent: Tuesday, November 26, 2002 1:10 PM
To: cctalk(a)classiccmp.org
Subject: Modern replica/implementation of a dumb terminal?
I was musing about the state of VT100s and other dumb terminals and
had a few ideas zing by...
<snip>
I have used my Palm Pilot as a portable terminal for reconfiguring
Cisco routers (VT100 app and a travel cable and the appropriate
RS-232 dongles). My boss at the time flipped when he saw me do it
(everybody else dragged a laptop into the server room). There are
just times when I'd like a laptop-sized-or-smaller ANSI terminal.
I can forego double-high/double-wide chars, inverse video and the
like for simplicity's sake (hardly ever used them in an app except
at the South Pole), but it should be complex enough to run a
screen editor (vi or emacs) and/or basic curses apps (Rogue/Larn/NetHack
and the like).
One place I thought BIOS replacement might be handy was in a sub-486
laptop.... just pull it out, plug it in and *voila*, it's a dumb
terminal weighing a few lbs. Yes, it's possible to drop an OS on
a floppy and add Kermit (I've already done that with a dual-720K-
floppy Zenith 8088 portabie). I'm thinking of a dedicated "instant-
on" experience.
I also have some "Net Stations" with a 5"x5" 486 motherboard stuffed
under a PC keyboard (with 4 30-pin SIMM sockets, IDE, serial, video,
and NE2000 network built-in). They don't run off batteries, but
neither do they have an intergral screen.
I've also tried to think of ways to adapt a Palm Pilot with a permanent
keyboard, but I'm not sure there's a way to do it with only one serial
port (terminals typically have at least two, even if one is dedicated
to servicing the keyboard and somewhat "invisible" to normal operation.
The final angle I've worked on is to recycle the main board in a
VT220 (being somewhat physically small), but I don't have schematics
and I don't know what signals go over the ribbon cable to the PSU/
Analog board under the CRT.
So has anyone else wrestled with how to cobble up a portable VT-100?
Anyone get any further?
-ethan
__________________________________________________
Do you Yahoo!?
Yahoo! Mail Plus - Powerful. Affordable. Sign up now.
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Hi all,
I've just opened up my Jupiter Ace and I think the problem I'm having
with it is far more severe than a blown CPU. It looks like while I was
testing it this morning the PSU was accidentally powered up, the +12(unreg)
connection made contact with the barrel of the power jack (-ve) and the
PSU's -ve line made contact with one of the first five expansion bus pins on
the topside of the board.
The CPU was getting very hot - I've since swapped the original NEC D780C
(1982 datecode) with a Sharp LH0080 Z80-A-CPU IC. The replacement is also
getting hot (takes about a minute for either of them to hit 50deg C). Output
>from the 7805 is 5.04V steady according to my Fluke 25 DMM. Video is being
output and my TV can lock onto it, but the output is total garbage, no
difference if I remove the CPU and ROMs or have them installed. The garbage
is always the same, too, in case it matters. The replacement CPU is
known-good - it came out of a working Toshiba HX-10 MSX.
How should I proceed with this repair? I've got a Fluke 25 DMM and a Tek
466 storage scope at my disposal. Also, the schematics are almost
unreadable. I got them from home-micros.freeserve.co.uk. Anyone got a better
copy?
Thanks.
--
Phil.
philpem(a)dsl.pipex.com
http://www.philpem.dsl.pipex.com/
On Dec 5, 23:15, Philip Pemberton wrote:
> Right - thanks for the suggestions Peter (and Dwight). I've printed off
your
> suggestions and I'll have a look through them tomorrow.
Dwight's suggestion about checking power etc is the obvious first thing --
I should have mentioned that.
> Just out of interest, has anyone
> got a spare pair of 2732s and an EPROM burner capable of burning them?
Yes, to both.
--
Pete Peter Turnbull
Network Manager
University of York
On Dec 5, 18:08, Philip Pemberton wrote:
> Hi all,
> I've just opened up my Jupiter Ace and I think the problem I'm having
> with it is far more severe than a blown CPU. It looks like while I was
> testing it this morning the PSU was accidentally powered up, the
+12(unreg)
> connection made contact with the barrel of the power jack (-ve) and the
> PSU's -ve line made contact with one of the first five expansion bus pins
on
> the topside of the board.
> The CPU was getting very hot - I've since swapped the original NEC
D780C
> (1982 datecode) with a Sharp LH0080 Z80-A-CPU IC. The replacement is also
> getting hot (takes about a minute for either of them to hit 50deg C).
Output
> from the 7805 is 5.04V steady according to my Fluke 25 DMM. Video is
being
> output and my TV can lock onto it, but the output is total garbage, no
> difference if I remove the CPU and ROMs or have them installed. The
garbage
> is always the same, too, in case it matters. The replacement CPU is
> known-good - it came out of a working Toshiba HX-10 MSX.
> How should I proceed with this repair? I've got a Fluke 25 DMM and a
Tek
> 466 storage scope at my disposal.
It would be worth looking to see if signals look consistent (ie outputs of
gates behave in the way you'd expect from what you see happening on the
inputs).
If you're thinking of replacing every chip at once, or one-by-one, I'd
advise against it. You won't be able to tell what's really wrong, and
random swapping might just destroy an otherwise perfectly good IC.
The 74LS166 is a serial-out shift register, and I expect that's what
generates the video stream. Since you say you always get a good consistent
picture, with characters (even if they're junk) or some cosistent pattern,
the shifter and video timing is working. That's probably where most of
your 393's are, too (they're dual 4-bit counters).
Am I right in thinking the character set is soft-loaded from the ROM? ie,
not in a character generator ROM? Then you wouldn't expect to get
recognisable characters unless the CPU can run, and the ROM is OK.
Try swapping the memory chips around. If that gives different (but
self-consistent) video, at least some of it is working. If it makes no
difference, either it's *all* fried or the buffers have gone west.
Other obvious things to check are the CPU clock and /M1 lines. The Z80
clock needs to be pulled high, your scope should be able to show if the
clock is a nice square wave that goes up to almost 5V (minimum acceptable
is about 4.5V, IIRC). The /M1 line goes low once for each instruction
fetch; it should be pulsing. The data and address lines should be pulsing.
If the CPU is free-running becasue it can't read instructons, it might be
executing NOPs or RSTs or just some random instruction, depending on
whether the data bus is stuck all-high, all-low, or at some random value.
One possible cause of CPU and SRAM getting hot is if the data bus which
they're trying to drive is stuck with an active signal. See if you can
isolate the bus, and if the CPU or video behaves differently.
I'm just giving general advice here, as I've not used an Ace in decades,
and have no idea what the circuit looks like :-)
--
Pete Peter Turnbull
Network Manager
University of York
At 04:16 PM 12/5/02 -0000, Lee wrote:
>
>I know we've been through this before but does anyone
>have a handle on the going rate for scrap PCBs in the
>UK?
>
>The reason - I've been made aware of a quantity of now
>obsolete microprocessor equipment but I'm bidding against
>the scrap man. Who knows, he may be charging for the
>removal but I'd hate to lose this to him.
>
Prices vary widely depending on how much gold is on the cards but prices seem to run from just about nothing to as much as $4/lb here in the US. Even at the high end, that's about $4 per average sized board which is pretty cheap for a usefull board IMO.
Joe
>To: cctalk(a)classiccmp.org
>
>Philip Pemberton wrote:
>> I don't suppose you've got any spare 2114 RAMs as well, have you? I think
>> the RAMs in my Ace may have died when I slipped with the PSU cable (oops).
>
>I have some 2114s if you have trouble finding a source.
>
>--
>John Honniball
>coredump(a)gifford.co.uk
>
>
Hi
Before he starts ramdomly replacing parts, maybe it would be a good
idea to trouble shoot it first.
Just a suggestion
Dwight
>From: "Philip Pemberton" <philpem(a)dsl.pipex.com>
>
>Hi all,
> I've just opened up my Jupiter Ace and I think the problem I'm having
>with it is far more severe than a blown CPU. It looks like while I was
>testing it this morning the PSU was accidentally powered up, the +12(unreg)
>connection made contact with the barrel of the power jack (-ve) and the
>PSU's -ve line made contact with one of the first five expansion bus pins on
>the topside of the board.
> The CPU was getting very hot - I've since swapped the original NEC D780C
>(1982 datecode) with a Sharp LH0080 Z80-A-CPU IC. The replacement is also
>getting hot (takes about a minute for either of them to hit 50deg C). Output
>from the 7805 is 5.04V steady according to my Fluke 25 DMM. Video is being
Hi
5.04 is an OK value. I wouldn't stick another Z80/780 in there until I
knew that there wasn't something else connecting a bad voltage to
the processor. You should first power up without the processor plugged
in and measure the voltages on all of the pins. Once you've confirmed
that there is no +12V or something where it shouldn't be, you can
then look for drive contention issues. With the processor removed,
find all of the CPU pins that control Writing and reading( I don't
have a Z80 pinout handy ). Use pullups to put these into their
off states ( no bus activity ).
Now check the voltages on the data and address lines. Most TTL
cause soft pullups to about 3.5V and any resistor pullup would
bring the lines to +5V. These pullups are usually on the order of
5K or larger so you should be able to pull the line down, noticably
with a 1K pull down. This will find most any of the issues with
some other part that is hard driving against the bus lines.
Once you are sure that there is nothing hard driving against
the CPU, you could then plug it back in and look for other
issues. Just plugging parts in at random would likely be a waste
of time and may even do additional damage.
Dwight
>output and my TV can lock onto it, but the output is total garbage, no
>difference if I remove the CPU and ROMs or have them installed. The garbage
>is always the same, too, in case it matters. The replacement CPU is
>known-good - it came out of a working Toshiba HX-10 MSX.
> How should I proceed with this repair? I've got a Fluke 25 DMM and a Tek
>466 storage scope at my disposal. Also, the schematics are almost
>unreadable. I got them from home-micros.freeserve.co.uk. Anyone got a better
>copy?
>
>Thanks.
>--
>Phil.
>philpem(a)dsl.pipex.com
>http://www.philpem.dsl.pipex.com/
>
>
>The reason - I've been made aware of a quantity of now
>obsolete microprocessor equipment but I'm bidding against
>the scrap man. Who knows, he may be charging for the
>removal but I'd hate to lose this to him.
How about ringing a couple up for "very rough quotes",
explaining that you have N wotsits, each weighing
M kg and see if you can get a ball-park range out of
them.
Alternatively, bid what it's worth to you - and if you
lose, ask afterwards what the winning bid was.
What sort of equipment is this? Old PCs or test gear?
Antonio
Hi, Phil.
On Dec 5, 19:46, Philip Pemberton wrote:
> Peter Turnbull wrote:
> > I have a spare D780C with a 1983 date code. Mail me off-list if you
> > want it.
> That would be great - how much would postage be?
Not much, it would go in a jiffy bag with sime AS foam.
> I don't suppose you've got any spare 2114 RAMs as well, have you? I think
> the RAMs in my Ace may have died when I slipped with the PSU cable
(oops).
I have a spare pair, maybe more. How many do you need?
But if you've killed it with low-voltage-that's-more-than-five volts,
chances are you've fried some TTL. The NMOS will survive moderate
overvoltage better than the TTL will, so you might have a bit of work on
your hands.
This might cost you a trip to the O2 shop ;-)
--
Pete Peter Turnbull
Network Manager
University of York
to all, anyone interested in a set of three chips for the pdp11 visit this
link...
http://cgi.ebay.com/ws/eBayISAPI.dll?ViewItem&item=2078019983
The chips are the 11/23 CPU ( 57-00000-01A1 ), the KEF11AA floating point
( 57-00001-01A1 ) and the Memory Management Unit ( 21-15542-01 ). These
chips are assumed good and are guaranteed not DOA. Replacements available
for any chip proven to be non-functional.
regards,
thom
At 04:16 PM 12/5/02 +0000, you wrote:
>I know we've been through this before but does anyone
>have a handle on the going rate for scrap PCBs in the
>UK?
Depends on the boards and whats on them. The old 486 I think type chips are
worth something like $35/lb (just chips, not boards), so boards get
complicated with socketed vs soldered, and gold vs plain chips.
I tried a google and HP website search for documentation on the 800/G30
G-Class server and could not find any. Does anyone else know were a PDF is?
I would like to learn more the server I got yesterday and get it up and
running. Thanks in advance for any help.
I know we've been through this before but does anyone
have a handle on the going rate for scrap PCBs in the
UK?
The reason - I've been made aware of a quantity of now
obsolete microprocessor equipment but I'm bidding against
the scrap man. Who knows, he may be charging for the
removal but I'd hate to lose this to him.
Cheers,
Lee.
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Hi,
well, I've seen some discussions back and forth around here about what things
cost "back in the day", with some wildly differing figures at times.
In St. Louis, we used to have a distributor named Ultra-Comp, who
was in the Earth City area in Maryland Heights (by the I-70/I-270
interchange).
So here's an Ultra-Comp price list of 1988 vintage:
http://dbz.icequake.net/share/doc/comphist/ultracomp_prices.pdf
Enjoy!
(BTW, my dad bought the "Ultra Turbo-10 640 system" from them.
Upgraded from a Leading Edge 256K 4.77mhz system, 1986 vintage.
In 1991, I tasted a 386-40 clone for the first time, and was forever
weaned from the 8086. Hehe.)
--
Ryan Underwood, <nemesis at icequake.net>, icq=10317253
I found two SGI "granite" monitors for $5 in a surplus place this morning. Does anyone know if these will work with the SGI Indigo? (XS-24 video card.) I tried them but I'm not getting any video and I'm not sure if these are both bad or if they're even supposed work with the Indigo. I checked the SGI and Indigo FAQs and can't find anything about exactly what systems the monitors are compatible with.
Joe
I just received a collection of 5 1/4" floppies from a retired
computer science teacher.
It consists of about three hundred C-64 software, and about five hundred PC
titles. It also included a copy of Windows 1.04, box, disks and manual.
Cheers
Charlie Fox
Charles E. Fox Video Production
793 Argyle Rd.
Windsor Ontario Canada N8Y 3J8
519-254-4991 foxvideo(a)wincom.net
Check out the "Camcorder Kindergarten"
at http://chasfoxvideo.com
> Does anyone have any documentation on the data structures of
> TRSDOS 1.3? Specifically, I'd like to know the catalog structure,
> as well as the scheme for storing files across multiple sectors.
I used to have that in my head, but it's fuzzed a bit over the years.
When I was working for the LDOS folks in 1981, I wrote a program to read
TRSDOS 1.3 diskettes and copy the files to LDOS diskettes. I don't know
of a place where the TRSDOS 1.3 on-disk structures are written down,
though you could try Wade Fincher's manual scans at
http://www2.asub.arknet.edu/wade/operate.htm and David Keil's at
http://discover-net.net/~dmkeil/trspdf.htm.
The general idea is similar to other TRS-80 operating systems. The
other systems are well documented (especially LDOS; see my web site),
but Model III TRSDOS is different in several ways. Here's a summary of
what I remember.
Tracks are numbered from 0. The disks are single-sided. Sectors are
numbered from 1 to 18. There are 256 bytes/sector. Tracks are divided
into allocation units called granules; there are 3 sectors/granule (6
granules/track).
You should find the directory on track 17 (decimal). All sectors on
tracks *other* than 17 are written with a deleted data address mark
(this is opposite from other TRS-80 operating systems, by the way).
On track 17, sector 1 has a bitmap to show which granules are allocated.
There is one byte per track. There might be a second bitmap to show
which granules are locked out as defective. Towards the end of the
sector is the disk name and date and the AUTO command (executed if you
boot the disk).
Sector 2 has a hash table that was used to help search the directory
without reading all of it. You can ignore it if you're just reading the
disk.
The remaining sectors are full of 48-byte directory entries, with the
last 16 bytes of each sector unused. The fields are similar to what's
described in the LDOS documentation
(http://www.tim-mann.org/trs80/doc/prgguide.pdf), but there are some
differences in pesky details, like a possible off-by-1 error in the
count of the number of sectors in the file. The other main difference
is that the Model III TRSDOS directory entries are 16 bytes longer, so
that you can have more extent pointers in the entry.
Hope this helps.
--
Tim Mann tim(a)tim-mann.org http://www.tim-mann.org/
>I don't suppose you have a copy of the Jupiter Ace schematics, do you?
Isn't there a set of schematics on the web? I was given a Jupiter Ace
pcb a while back and it came with a set of schematics. What I'm not certain
is whether this was a "real" Ace pcb (real in the sense of being a copy of
the original) or whether this was the result of a build-a-lookalike-from-scratch
project. Whichever the PCB is, the schematics match.
Antonio
>Hello, I'm new here, and I've got a problem with an
>old Laptop. I just purchased a Toshiba T5200 in a flea
>market, which can be seen here...
>
>http://web.ukonline.co.uk/zelandeth/computers/t5200-100/
>
>...and I bought it for $1! A total bargain,
>but...unsurprisingly, it's broken...kinda broken. I've
>opened it up to determine the cause of what's wrong
>with it, as it won't turn on. A little tinkering
>later, and, boom, the power supply of the Laptop fries
>itself up. Damage looks bad, and it stinks really
>bad...a poisonous sort of smell, so I've thrown the
>offending power supply to the garbage. Now I have a
>laptop...with no power supply. But, is it possible to
>buy a replacement power supply for this? Or, is it
>even possible to just hook it up to a regular PC's
>power supply?
I'm not familiar with this particular machine, but I used to have a similar
286 based machine. A noname tawianese brand, model HL3200 or some such.
Designed to look like the Toshiba 3100, but with EGA and an MFM HDD.
The main problem with replacing the power supply with one from a generic PC
is that the original supply probably had a high voltage output to drive the
plasma display. In my 286 machine it was 205V. If you use a power supply
that doesn't have the 205V line you'll be able use an external monitor, but
not the plasma display. Which would kind of defeat the purpose of getting
it running these days.
Your best bet would be find a power supply from another machine. One from
a 286 based T3200 might do, as may one another machine with a plasma
display if you can work out what goes where. It probably won't fit in
space where the original power supply was. Either way I'd retrieve the
original power supply from the garbage to work out what goes where.
I had mine many years ago. I found it in a dumpster with a cracked screen
and no drives. This was when back when a 286 with EGA was something
special, at least to a 13 year old with no money. I got it running on an
external monitor and dumped the broken plasma display. It lived out the
rest its days in a plastic case that once held an apple 2 clone, a naked
5.25" FDD and a 30MB MFM HDD at it's side. I completed Leisure Suit Larry
1, Duke Nukem 1, Catacombs 3D and others on this beast before upgrading to
a Wang 386-16 (a full size case with room for 2 70MB MFM HDDs with noisy
bearings!) and a flaky VGA monitor with serious screen burn. A good used
VGA monitor cost around AU$200 at the time so I has to settle for one
removed from an old memorex terminal, but I could finally play Wolf 3D.
Bzzzt. Wrong answer.
I worked at Sun in the OS group and the first release that had my code
in it was Solaris 2.4. I also have bugfixes in 2.3.
Solaris 1.x is the BSD-based stuff; Solaris 2.x is the SVR4-based stuff.
SunOS is the OS proper and Solaris is the entire environment. SunOS
4.x went with Solaris 1.x and SunOS 5.x went with Solaris 2.x.
alan
---Original Message---
From: cctech(a)classiccmp.org
To: cctalk(a)classiccmp.org
Date: Wed, 04 Dec 2002 21:51:13 -0500
Subject: Re: Solaris 2.4
At 03:39 PM 12/4/02 -0600, you wrote:
> Does anyone have Solaris 2.4 CDs that they could sell or copy for me?
Please
> note that I am not looking to violate copyright law but I do need to
get
2.4
> and not some later or earlier version of Solaris.
The way I remember this, the first release that bore the "Solaris"
name when released was 2.5 . Before it was called SunOS, of which
the last release was 4.1.4 if I remember correctly. After Solaris 2.5,
the previous SunOS 4.x releases were renamed "Solaris 2.4". I think
that the list of releases that I played with at one point or another is
as
follows:
SunOS 4.1.1 Rev B
SunOS 4.1.4, aka Solaris 2.4 (or was it 4.1.3?)
Solaris 2.5
Solaris 2.6
Solaris 2.7
Solaris 8
--------------------------------------------------------------
Carlos E. Murillo-Sanchez carlos_murillo(a)nospammers.ieee.org
At 03:01 PM 12/4/02 -0500, you wrote:
>On Wed, 4 Dec 2002, Joe wrote:
>
>> I found two SGI "granite" monitors for $5 in a surplus place this
>> morning. Does anyone know if these will work with the SGI Indigo?
>> (XS-24 video card.) I tried them but I'm not getting any video and
>> I'm not sure if these are both bad or if they're even supposed work
>> with the Indigo. I checked the SGI and Indigo FAQs and can't find
>> anything about exactly what systems the monitors are compatible with.
>
>Yeah, those should work just fine on the Indigo.
>
>I assume your Indigo is known operational, and that you have a suitable
>cable. Do the monitors just not display a picture, or do they not even
>exit power-save?
I don't think it's even exiting power save. When I turn it on the power light comes on and there's a click from inside the monitor. After a few seconds the yellow power save light comes on and then I hear another click from inside the monitor. When I turn the Indigo on, it powers up and plays it's tune so I know that it's started but nothing changes on the monitor.
I disconnected the video cable at the monitor and looked for sync on pin 3 and found that there was no sync* unless I started the Indigo with no monitor connected. (The sync was 63.something kHz). If I then connected the video cable to the monitor both the yellow power save and green power lights started blinking.
*I don't think the lack of sync on pin 3 indicates a problem. This monitor is suppossed to Sync-on-Green. In fact, the lack of sync on 3 when I boot the computer with the monitor connected may well indicate that the computer recognizes that this monitor doesn't use a separate sync signal.
The computer is definitely working. After trying these monitors I plugged the video cable into my usual monitor and everything worked exactly as it's supposed to.
I was wondering, if I use a logic pulser and pulse the green input on the monitor will it generate random garbage on the screen? Any thoughts on that?
Joe
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>ok
>r.
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