HDTenEightyP/NetNews huggingface dataset:
From: bender@oobleck (Duke of Canterbury)
Newsgroups: sci.electronics,comp.sys.sun.hardware
Subject: Re: Sparcstation serial port
Date: 10 Sep 1992 06:09:38 GMT
Organization: SPARK's R US
Distribution: usa
Reply-To: bender@oobleck.eng.sun.com
NNTP-Posting-Host: oobleck
X-Newsreader: Tin 1.1 PL3

mcovingt@athena.cs.uga.edu (Michael A. Covington) writes:
: Can anyone tell me anything about the internal circuitry of the serial
: port in a Sparcstation?

the two on-board serial ports, known as ttya and tyb, use a Zilog 8530
UART and 5170/5180 driver/receiver chips.

: Also, am I right in thinking Sparcstation serial ports output + and - 5 V
: rather than the usual 9 to 12 volts on an RS-232 port?

Yes, we use RS-423 (not RS-422).

mike
From: jim@heart.seas.upenn.edu (Jim Streicher)
Newsgroups: sci.electronics
Subject: halogen lamp died, what is wrong?
Summary: How do I fix a broken halogen lamp?
Date: 6 Sep 92 15:19:50 GMT
Followup-To: sci.electronics
Organization: Department of Bioengineering
Originator: jim@heart.seas.upenn.edu



My halogen light recently died.

It is rated at 500 watts and requires a "Type J" bulb.
I replaced the bulb with a 300 watt one but nothing on the
package indicated a "type J". Nevertheless, it fit nicely
into the socket.

The lamp still doesn't work.

I opened the switch and found a 250 volts, 6 amp line fuse
that appeared to be intact.

Does anyone know what might be wrong? Do I need to
find a bulb that specifically says 500 watts type J?

Should I try replacing the fuse?


I know I am not supposed to touch the bulb with my
hands but other that that, I don't know anything about
these lamps. Are they unreliable? Is there something else
I could check?

Any help would be much appreciated.

Jim

---
Jim Streicher                                         (215) 898-8099
jim@heart.seas.upenn.edu (best)                       Dept. of Bioengineering
jim@thrombus.seas.upenn.edu (forwarded to heart)      U. of Penn.
streiche@eniac.seas.upenn.edu (forwarded to heart)    Philadelphia, PA. 19104
Newsgroups: sci.electronics
From: gary@nexnix.demon.co.uk (Gary Howland)
Subject: A big puzzle 
Distribution: world
Organization: nexnix
Date: Mon, 7 Sep 1992 19:05:52 +0000


>Can anyone tell me anything about the Onyx computer.  The computer that I
>have was originally used in a floral shop. It has the TeleFloral
>name printed on the keyboard. Any info. would be appreciated.

Onyx is an old (1985-ish?) unix box.

Gary

Newsgroups: sci.electronics
From: stettbac@isibee3 (Juerg Stettbacher)
Subject: Re: substitution of logic families
Organization: Swiss Federal Institute of Technology (ETH), Zurich, CH
X-Newsreader: Tin 1.1 PL5
Date: Mon, 7 Sep 1992 14:46:08 GMT

Gary  huntress (ghuntres@nyx.cs.du.edu) wrote:
: 
: Can LS, ALS, and CMOS (pin compatible) components be substituted
: for TTL parts in general?  I've got an "old" TTL system that needs
: a couple of spare parts, do I need to agonize over speed, power, fan out
: rise times.......or are the newer logic families always "better"?
: 


Hi Gary

In most cases you can. Simply choose one of the following

    1. Just try.
    2. Have a look at the introduction of a logic data book
       such as National or (.. what ever).

Be careful with 74Fxx types. They produce very sharp edges and can
cause trouble. For all common applications LS, ALS, HCT are equivalent
and ok. 

The TTL and CMOS mix works from CMOS output to TTL input, but not vice
versa. (In fact it may work, but there is no guarantee, so forget about.)


juerg at ethz switzerland
Newsgroups: sci.electronics
From: dont@klic.rain.com (Don taylor)
Subject: SIMM pinout wanted
Organization: KLIC
Distribution: pnw
Date: Sun, 13 Sep 1992 01:50:53 GMT

Anyone have a definition of the common SIMM?  pinouts?  physical dimensions?

Please reply by email if possible.
Thanks
Don Taylor
503-235-6853
dont@klic.rain.com
qiclab!loop!dont
From: markz@ssc.wa.com (Mark Zenier)
Newsgroups: sci.electronics
Subject: Re: GAL LOGIC
Date: 9 Sep 92 18:51:18 GMT
Article-I.D.: ssc.1992Sep09.185118.24527
Organization: SSC, Inc.,  Seattle, WA
X-Newsreader: Tin 1.1 PL3

flux@sys6626.bison.mb.ca (John Kamchen) writes:
: I am having major problems trying to program a GAL chip.  
: I have blown three GAL chips so far.. 

: , the EDIT voltage was a steady 16.5v .. then came the /STR 
: pulse. ...
: .  The 10ms /STR pulse comes from a '221, so it thats 
: pretty stable.  
: I'm using part number  PALCE16V8H-25  from AMD.  

The algorithm you're using only works with GALs from
Lattice, National, or SGS-Thomson.  AMD parts are a different
design.   I guess after AMD/MMI sued Lattice, they felt they
couldn't go back and ask to be a second source.

The stuff I have indicates the bulk erase (row 63) should
be 50 milliseconds.  How do you get that out of a one shot?

Mark Zenier  markz@ssc.wa.com  
Newsgroups: sci.electronics
From: johnh@macadam.mpce.mq.edu.au (John Haddy)
Subject: Re: What is this 40pin chip?
Organization: Macquarie University, School of Mathematics, Physics, Computing and Electronics
Date: Mon, 14 Sep 1992 11:58:18 GMT

In article <1992Sep14.090603.5872@bernina.ethz.ch>, stettbac@isibee3 (Juerg Stettbacher) writes:
|> My name is... (klimasewski@fccvde.enet.dec.com) wrote:
|> : What type of 40pin chip is this?
|> : 
|> : D8749H 3006
|> : 207041-001B
|> : INTEL 80
|> : 
|> : The chip has a window so I assume it can be programed/erased.
|> : Can I copy this chip?
|> :                                                   thanks,
|> :                                                       Ken
|> Hi ...
|> 
|> You have an INTEL chip in front of you (sorry).
|> The IC type is 8749, which is a EPROM version of the 8049.
|> 
Just in case you don't have a data book, it's a single chip microcontroller.

	2k x 8 EPROM
	128 x 8 RAM
	1 to 11 MHz clock
	typ 95mA total supply current

These chips don't have a "security fuse" (I think this concept is substantially
newer than the 8048/8049 series chips - they've been around 10 years or more) so
there ought to be no problem with uploading its contents. Provided, of course,
that you have a suitable programmer :-)

----------------------------------------------------------------------------

      |  _  |_   _   |_|  _   _|  _|              Electronics Department
    |_| (_) | | | |  | | (_| (_| (_| \/           School of MPCE
    ---------------------------------/-           Macquarie University
                                                  Sydney, AUSTRALIA 2109

    Email: johnh@mpce.mq.edu.au, Ph: +61 2 805 8959, Fax: +61 2 805 8983

----------------------------------------------------------------------------
Newsgroups: sci.electronics
From: jeremym@fraser.sfu.ca (Jeremy Thomas McDonald)
Subject: Minimum propogation delay for HC04?
Organization: Simon Fraser University, Burnaby, B.C., Canada
Date: Fri, 11 Sep 1992 01:48:03 GMT

Is there a minimum propogation delay for the HC04?  All the specs I have
mention 10ns typical and 18ns maximum (at 4.5 volts Vcc), but is there
a minimum delay time?   I need 20ns of delay in a line, and want to 
make sure it's going to take at least that amount of time...  Should
I use a couple of HC04s?  Four of them?  Will four guarantee 20ns delay?

In another line I need 10ns delay, but it passes through an HC273 edge
triggered flipflop which has a typical propogation delay of 17ns.  Can
I just assume that the output of the HC273 flipflop will be stable for
at least 10ns before switching over to a new value?

Dazed and confused about propogation delays and life in general,

jeremym@fraser.sfu.ca
From: dtynan@borax.kbss.bt.co.uk (Dermot Tynan)
Newsgroups: sci.electronics
Subject: Re: NTSC to PAL Did anyone try?
Date: 10 Sep 92 15:10:12 GMT
Organization: British Telecom

I have a Mitsubishi VCR (PAL), which plays NTSC and SECAM tapes, without
any difficulty at all.  It's a wonderful beast, loaded with bells and
whistles.  The cost?  449 pounds sterling, which is about 50 pounds more
than one with similar features and no NTSC.  It only does playback,
however, and supposedly, the output cannot be rerecorded on PAL.
Probably because the horizontal and vertical frequencies haven't
been converted - my TV hasn't any problem with them though.  The only
minor nit is there's no way of telling that it is interpreting an
NTSC tape (besides the poor line resolution :).  I use it for checking
that NTSC telecine's are done correctly.  If the lab sends me an NTSC
tape which is accidentally PAL, I'd never know...
						- Der
-- 
Dermot Tynan		dtynan@kbss.bt.co.uk		Contractor-at-large

     Watch out where the huskies go, and don't you eat that yellow snow.
Newsgroups: sci.electronics
From: nagle@netcom.com (John Nagle)
Subject: Re: How does a UART do it...
Date: Tue, 08 Sep 92 05:57:25 GMT
Organization: Netcom - Online Communication Services  (408 241-9760 guest) 
Keywords: uart comms asynchronous

dchouina@sobeco.com (Daniel Chouinard) writes:


>In sci.electronics you write:

>>Given a stream of 1s & 0s, how does a UART get the character framing
>>established, i.e. how is the 'start' bit differentiated from all the
>>others? (I want to emulate one in software)

>>Steve

>I once wrote a terminal emulator for the Color Computer (TRS-80) that uses
>its "bit banger" (no uart, just a PIA input).

>1: Assume T being the period of half a bit. (That's 1/600th sec. for 300 baud)
>2: Loop until receive line goes low. (Beginning of start bit)
>3: Wait T three times (ignore start bit, end wait time in middle of first bit)
>4: Get bit, shift it in register, wait T twice (go to middle of next bit)
>5: Repeat step 4 six, seven or eight times, depending on word length.
>6: Wait T twice (end in middle of stop bit)
>7: go to step 2.

>The framing's done in step 2.  Given a random stream of bytes, it synchronizes
>after a while.

       This isn't quite right.  If the receive line is stuck at low (SPACE)
(no input) this code will think it is getting solid NUL characters.
You really want something like
  >2a: Loop until receive line goes high (waiting for STOP bit).
  >2b: Loop until receive line goes low (beginning of START bit).
This insists that the program see the STOP/START transition.
This will also speed up resynchronization after noise and will
produce more consistent behavior when set at the wrong baud rate.
Also, after step 6, if the receive line is low, you have detected a
"framing error", if you want to check for that.  If you detect
all 0 data bits plus a framing error, and the time spent waiting for
a stop bit is >100ms, you have found a "break".

					John Nagle
From: raoul@eplunix.UUCP (Nico Garcia)
Newsgroups: sci.electronics
Subject: Re: BCD-binary conversion
Date: 13 Sep 92 16:31:02 GMT
Organization: Eaton-Peabody Lab, Boston, MA

In article <1992Sep12.150251.1@research.ptt.nl>, walvdrk_r@research.ptt.nl (Kees van der Wal) writes:
> In article <1272@eplunix.UUCP>, raoul@eplunix.UUCP (Nico Garcia) writes:
> Five decades would be tricky as the maximum of (decimal) 99999 exceeds the 
> 16-bit limit.

Yup. Turns out I can get away with 4, which is good.

> A standard approach uses a large number of Full Adders where e.g. the ouputs of 
> 
> Is that the approach that leads to 11 chips?

No, there is a clever approach that stacks single or double decade decoders
in series to do the conversion. It's in the old TI databooks under '184 and
'484 application notes.

> With 4 decades there's 4*4=16 inputs and 16 bits of output such it could be
> done by taking two standard 64KB EPROMs. Writing a program for the code in the 
> EPROMs is rather straightforward.

True. I didn't have anything to program EPROM's that large or a supply of
them that large. Functional. Also, 4 decades of input only comes to about
14 bits of output ( 0-9999 decimal is less than 2^14 or 16K ). It doesn't
help much, but it doesn't hurt.

I've gotten several approaches sent to me: I'll post a note on the one I
use. I was avoiding microcomputer solutions primarily because this is for a
mixed high-speed semi-analog design: the less digital circuitry, the less
potential trouble to deal with. That's only a *desire*, not an absolute
limitation, though.
-- 
			Nico Garcia
			CIRL/MEEI
			eddie.mit.edu!eplunix!raoul
Organization: Penn State University
Date: Sun, 6 Sep 1992 01:58:46 EDT
From: <FWR100@psuvm.psu.edu>
Newsgroups: sci.electronics
Subject: Re: VCR Maintenance Advice Wanted. Head Cleaners Any Good?
 <1992Sep3.142137.4263@ncar.ucar.edu> <2AA6BA13.14151@news.service.uci.edu>
 <1992Sep5.182620.20646@rsg1.er.usgs.gov>

In article <1992Sep5.182620.20646@rsg1.er.usgs.gov>, ssnyder@sunai.er.usgs.gov
(Steve Snyder) says:
>
>In article <2AA6BA13.14151@news.service.uci.edu> gkwan@balboa.eng.uci.edu
>(Greg
>Kwan) writes:
>>The real question to me, however, is why are your video heads getting
>>so dirty (twice in 2 years)? Are you using cheap tapes? Don't do this.
>>Do you re-record on the same tapes over and over? You should change
>>tapes every so often (they do wear out). Finally, do you have a sep-
>>arate rewinder? Rewinding/fast-forwarding takes a lot out of the VCR
>>and should be minimized.

Rented video tapes are a big source of dirt.   They're usually heavily played,
often with sections that have been sucked into someone else's VCR.  The video
head is more likely to scrape the particles off the tape when it's "crinkled"
from being caught.

Rewinding and Fast-Forwarding shouldn't wear out your heads.  Any VCR I've seen
unwinds the tape from the head before doing this (of course, after hitting STOP
first).  This _does_ wear out the idler wheel, so a rewinder is still a good
idea.

-Frank
Newsgroups: sci.electronics
From: jeremym@fraser.sfu.ca (Jeremy Thomas McDonald)
Subject: Is EIA-422 Centronics?
Organization: Simon Fraser University, Burnaby, B.C., Canada
Date: Sat, 5 Sep 1992 22:07:08 GMT

Is EIA-422 the same as a standard parallel interface for computers?
Are 26LS31/26LS32 drivers required for FCC regulation on parallel
equipment?  The cable is going to be short (about 2 ft.), and the
fewer ICs the better :)
From: atmdcc@vax.oxford.ac.uk
Newsgroups: sci.electronics
Subject: Help: contacts on silicon
Date: 9 Sep 92 10:43:29 GMT
Organization: Oxford University VAX 6620

Does anyone know of a good method of making an ohmic contact to n-type silicon?

What I'm looking for is a simple evaporation/ sputtering technique to deposit a
metal or alloy down onto the silicon which avoids the unnecessary complication
of having to selectively dope a particular region. The metal-semiconductor
should not form a diode and the metal should adhere properly.

I've looked at some literature and whilst there's plenty of theoretical info
about energy bands, Fermi levels, and so on, there's scant detail of what you
do in practice.
-- 
................................................................................
 David Catling 	[Tel:+44 865 272927 Fax:+44 865 272923]
 	University of Oxford,  Atmospheric, Oceanic and Planetary Physics,
  	Clarendon Laboratory,  Parks Road,  Oxford OX1 3PU,  United Kingdom.
 Preferred Email: catling@atm.ox.ac.uk (janet)
		  catling@isams.dnet.nasa.gov (internet)
 My Law of Optimism:"The sooner you fall behind, The more time to catch up"
................................................................................
Newsgroups: sci.electronics
From: agg@cbnewsm.cb.att.com (arthur.g.gross)
Subject: Re: Data 12A6 wanted
Organization: AT&T
Date: Thu, 10 Sep 1992 12:41:11 GMT

In article <1992Aug28.232508.20444@btree.uucp> hale@btree.uucp (Bob Hale) writes:
>In article <MOTOYAMA.92Aug25101834@harlgw92.harl.hitachi> motoyama@harl.hitachi (Hiroshi Motoyama) writes:
>>Can anyone out there access to the data for the tube 12A6? I need the Eb-Ib 
>>curves for that tube. The 12A6 is a GT, metal, beam pentode for audio power 
>>amplification, developed possibly in early 40's by RCA. 
>
>I tried to e-mail this but it bounced.
>

To the Original Requestor

I have the RCA fact sheets including ib vs plate voltage for
both pentode and triode connedctions plus power out vs load resistance
chart.  They date from 1941-2.
Please send fax number or surface address, latter probably
preferable since print is small.

art gross

agg@mhpo.att.com
From: mcovingt@athena.cs.uga.edu (Michael A. Covington)
Newsgroups: sci.electronics
Subject: Re: pc based oscilloscopes
Date: 12 Sep 92 03:05:57 GMT
Article-I.D.: athena.1992Sep12.030557.9063
Distribution: usa
Organization: University of Georgia, Athens

I would want to have a conventional analog scope around at all times,
because:
  - no odd aliasing effects due to digital sampling
  - you can use it to troubleshoot the PC!

-- 
+ Michael Covington - Artificial Intelligence Programs - U of Georgia - USA 
+ Unless otherwise noted, these are private opinions, not official statements.
Xref: sparky sci.electronics:15535 rec.video:11184
From: schuster@panix.com (Michael Schuster)
Newsgroups: sci.electronics,rec.video
Subject: Re: Macrovision
Date: 12 Sep 92 02:08:05 GMT
Organization: PANIX Public Access Unix & Internet, NYC

In article <2859@perl-sun.dwrsun4.UUCP> perl@dwrsun4.UUCP (Robert Perlberg) writes:
>In article <1992Sep2.133450.18671@panix.com>, schuster@panix.com (Michael Schuster) writes:
>> Macrovision inserts very bright pulses in the vertical blank interval.
>> Most VCR's use this when setting AGC video level, and get fooled into
>> thinking the video levle is much brighter than the picture area really
>> is. Most TV's don't. Dunno why.
>
>Some years ago a VCR maker (forgot which one) came out with a machine
>which used a different kind of AGC circuit which was not affected by
>Macrovision.  It was not their intention to defeat Macrovision, it just
>worked out that way because Macrovision takes advantage of an
>unintended behavioral characteristic of the extant AGC circuit.  The
>Macrovision people complained and the VCR maker modified the new
>circuit so that it would reject a Macrovision signal.


I've posted about this before but perhaps this would be a good time to
bring it up again. The pros on CompuServe's CE Forum said during a
discussion of Macrovision that with the schematic you can modify any
VCR to ignore Macrovision. You do this by clipping the capacitor which
forms the time constant for the AGC circuit, effectively disabling the
AGC. Yes, you won't get automatic level control, but the video signals
fed to most comsumer VCR's are so compressed anyway that there wouldn't
be much danger.



-- 
_______________________________Mike Schuster________________________________
NY Pub. Access UNIX/Internet: schuster@panix.com | 70346.1745@CompuServe.COM
The Portal (R) System: schuster@cup.portal.com   | MCI Mail,GEnie: MSCHUSTER
From: v064mb9k@ubvmsb.cc.buffalo.edu (NEIL GANDLER)
Newsgroups: sci.electronics
Subject: Line hum big problem in amplifier design
Date: 8 Sep 92 23:14:00 GMT
Organization: University at Buffalo
News-Software: VAX/VMS VNEWS 1.41


 I built an amplifier that delivers around 120 watts into 4-ohms. I
have noticed some bad hum in my speakers when there is no or little
music. It sometimes gets worse when I raise the volume. If definetly
sounds like 60hz and 120hz 180hz harmonics. I increased the capacitance
in my dual polarity unregulated +-40V Dc power supply consisting of just
a bridge diode and 2-4400uF Capacitors. Im not sure if the
input stage is causing this. Im using 1458 op amps as buffer and voltage
gain amps. I would appreciate any help Thanks in advance.

  Neil Gandler
From: howcome@media.mit.edu (Hakon Lie)
Newsgroups: sci.electronics
Subject: Do LIGHT PENS work with VIDEO PROJECTORS?
Date: 8 Sep 92 11:47:16 GMT
Organization: M.I.T. Media Laboratory

Do light pens work with video projectors?

I'm involved in a project where we want to use a pointing device on a
back-projected screen. We're playing with the idea of using a light
pen to track the position of the pointer, but will it work?

Do e.g. Nintendo guns (which are based on light pen principles I
presume) work if you send the video signal to a projector instead of a
TV set?  If yes, great -- tell me about it. If no, why not?

Some reasons why it may not work:

The projector in question uses three small CRTs (one for each RGB) to
display the image. Each CRT has a electron beam that hits and lights
up the phosphor which is projected onto the large screen through the
lenses. Maybe the electron beams are not in sync? Or perhaps the
characteristics of the phosphor in the CRTs are different from the
phosphor found in TV sets?

Any pointers to work done in this area would be greatly appreciated. 

-h&kon
--
					       _____
H&kon W Lie 				      /    
howcome@media-lab.media.mit.edu		----MIT Media Lab---
(617)253-0312				----an ec
					----s s  hnocracy----
					----o  ti
					     c   tute-of---
					      hi
					        stic--
From: schin@acs.bu.edu (neil schier)
Newsgroups: sci.electronics
Subject: Needed 3A 9.5V computer laptop adaptor
Date: 13 Sep 92 17:09:40 GMT
Organization: Boston University, Boston, MA, USA
Originator: schin@acs.bu.edu


Hello

Mine is shot. I thought it was just the fuse, but I put a new one in.
Anyhow, I sick of the damn thing. Might anyone want to sell theirs?

REgards
Neil
From: mcovingt@athena.cs.uga.edu (Michael A. Covington)
Newsgroups: sci.electronics
Subject: NTE or ECG database by FTP?
Date: 5 Sep 92 05:32:30 GMT
Article-I.D.: athena.1992Sep5.053230.21382
Distribution: usa
Organization: University of Georgia, Athens

Both NTE and ECG have semiconductor substitution guides on disk for the PC.
Are these guides available by FTP from anywhere?

-- 
+ Michael Covington - Artificial Intelligence Programs - U of Georgia - USA 
+ Unless otherwise noted, these are private opinions, not official statements.
+ VOTE NO GEORGIA LOTTERY - we need not imitate mistakes of other states.
Newsgroups: sci.electronics
From: kirchoff@opal.cs.tu-berlin.de (Frank Kirchhoff)
Subject: SRM-drive simulation with SPICE
Keywords: SPICE, SRM
Organization: Techn. University of Berlin, Germany
Date: Mon, 7 Sep 1992 09:06:46 GMT

 I am designing a drive for Switched Reluctance Motor (SRM). To do
this, I need a simulator. A possible solution is, to implement the drive (motor,
power electronic and controller) in SPICE. Exist any implementation? Is someone
doing the same? Any idea is welcome.

Thanks in advance
                                Frank

-------------------------------------------------------------------------------

Berlin University of Technology
Sekr. FR3-9

Frank Kirchhoff

Franklinstrasse 28/29
1000 Berlin 10
Email:kirchoff@cs.tu-berlin.de
Phone:(Germany)030/31425689
Fax:(Germany)030-31421103

-------------------------------------------------------------------------------


Newsgroups: sci.electronics,alt.guitar
From: grey@bnr.ca (Bryan Miller)
Subject: Re: Building effects units for guitars
Reply-To: grey@bnr.ca (Bryan Miller)
Organization: Bell-Northern Research Ltd.
Date: Wed, 9 Sep 1992 13:39:21 GMT

In article <1992Sep8.080946.15963@fel.tno.nl>, jsgn3@fel.tno.nl (Jos Groot) writes:

|> 
|> I wondered whether readers have DSP algorithms (or pointers to them) to get
|> well-known guitar effects, like flanging, phasing, chorus or distortion.
|> 
|> 
|> Thanks in advance, Jos Groot
|> 
|> 
|> -- 
|> Jos Groot (jos.groot@fel.tno.nl)
|> Physics and Electronics Laboratory TNO-FEL 
|> P.O.box 96864
|> 2509 JG  The Hague, The Netherlands

Sorry Jos,

I had code to do some of those, but abandoned it when I came to work here.
I wrote some myself and just twiddled the parameters. Mike Wang's suggestions
should give you a good start there. (btw, band limiting gives a pretty good
distortion effect). I can say, though, that you need to write the code VERY
efficiently. If your sampling rate drops below ~30kHz, you'll lose the treble,
and it sounds pretty bad.

I know for a fact that there is some code out there, so try archie to look
for it (I can't do that from here). Or post a question to comp.dsp

Good Luck. Keep us posted if you find some good quality effects. I'll post
mine if I can get them from my old accounts.

Grey