Sponsored Content
Special Forums Hardware ZOTAC NANO AD12...now a paperweight (power prob.) Post 302930354 by DGPickett on Friday 2nd of January 2015 02:19:47 PM
Old 01-02-2015
The conversion of 19vdc down to desired lower and sometimes negative voltages is generaly done on a motherboard using power transistors, diode rectifiers, coils and capacitors. Could be one of the transistors blew, or a cap shorted.
This User Gave Thanks to DGPickett For This Post:
 

7 More Discussions You Might Find Interesting

1. UNIX for Dummies Questions & Answers

nano-2.0.6 HELP!!!!

Hi all, I have this problem. I am running suse linux 10.0 Enterprise. I was able to install nano-2.0.6 and as root I am able to use it. This is where my problem starts. When I exit root and try to use nano, I get this error message. nano: Command not found. but when I type... (3 Replies)
Discussion started by: goku3g
3 Replies

2. Linux

microwindow and nano-X

Dear all I have problem in installing microwindows. What I did 1.I have microwindows-0.90 in home/SHIVA 2.cd microwindows-0.90/src 3.cp configs config 4.make clean; make 5. make 6.now it is giving error :- winevent.c:18: error: static declaration of Ďabs' follows non-static declaration... (0 Replies)
Discussion started by: mishra_sk_in
0 Replies

3. HP-UX

Nano installation for ON HP UX

How to isntall nano on HP UX? Thanks:eek: (1 Reply)
Discussion started by: ldaliosmane
1 Replies

4. UNIX for Dummies Questions & Answers

ZOTAC IONITX-A-U Atom 330 1.6GHz Dual-Core 441 NVI

Has anyone installed on the ZOTAC IONITX-A-U Atom 330 1.6GHz Dual-Core 441 NVIDIA ION Mini ITX platform? If so, what if any, were the challneges that you had? What went smoothly I want to get this board because it looks like a stellar system and perfect for Linux. I'm quite curious about... (2 Replies)
Discussion started by: sarfraz
2 Replies

5. UNIX for Dummies Questions & Answers

using nano x to design GUI

Hi, I am working on a project to develop an embedded device that can transfer files between two usb devices ( pen drives). We are using an NUC950A ARM9 microcontroller and we've put the Linux 2.1 kernel on the development board and it works. Can i use nano -x to design my own GUI so that i can run... (3 Replies)
Discussion started by: dilumcc
3 Replies

6. Shell Programming and Scripting

How to Create files using Nano?

I need to switch files in a directory using Nano thinking i have all the files in the same directory? how would i go about doing that ? (2 Replies)
Discussion started by: JuankyKong
2 Replies

7. Shell Programming and Scripting

Need help with these scripts in nano...

So I am trying to write 3 different scripts using nano. Having some trouble with each. The first one is prompting for the person's information, and I would like to store that information in a new text file. I have most of it complete. The only problem I have here is that I do not know the code... (2 Replies)
Discussion started by: tburns517
2 Replies
EXT2SIM(1)                                                    General Commands Manual                                                   EXT2SIM(1)

NAME
ext2sim - convert hierarchical ext(5) extracted-circuit files to flat sim(5) files SYNOPSIS
ext2sim [ -a aliasfile ] [ -l labelsfile ] [ -o simfile ] [ -A ] [ -B ] [ -F ] [ -L ] [ -t ] [ extcheck-options ] [ -y num ] [ -f mit|lbl|su ] [ -J hier|flat ] [ -j device:sdRclass[/subRclass]/defaultSubstrate ] root DESCRIPTION
Ext2sim will convert an extracted circuit from the hierarchical ext(5) representation produced by Magic to the flat sim(5) representation required by many simulation tools. The root of the tree to be extracted is the file root.ext; it and all the files it references are recursively flattened. The result is a single, flat representation of the circuit that is written to the file root.sim, a list of node aliases written to the file root.al, and a list of the locations of all nodenames in CIF format, suitable for plotting, to the file root.nodes. The file root.sim is suitable for use with programs such as crystal(1), esim(1), or sim2spice(1). The following options are recognized: -a aliasfile Instead of leaving node aliases in the file root.al, leave it in aliasfile. -l labelfile Instead of leaving a CIF file with the locations of all node names in the file root.nodes, leave it in labelfile. -o outfile Instead of leaving output in the file root.sim, leave it in outfile. -A Don't produce the aliases file. -B Don't output transistor or node attributes in the .sim file. This option will also disable the output of information such as the area and perimeter of source and drain diffusion and the fet substrate. For compatibitlity reasons the latest version of ext2sim outputs this information as node attibutes. This option is necessary when preparing input for programs that don't know about attributes, such as sim2spice(1) (which is actually made obsolete by ext2spice(1), anyway), or rsim(1). -F Don't output nodes that aren't connected to fets (floating nodes). -L Don't produce the label file. -tchar Trim characters from node names when writing the output file. Char should be either "#" or "!". The option may be used twice if both characters are desired. -f MIT|LBL|SU Select the output format. MIT is the traditional sim(5) format. LBL is a variant of it understood by gemini(1) which includes the substrate connection as a fourth terminal before length and width. SU is the internal Stanford format which is described also in sim(5) and includes areas and perimeters of fet sources, drains and substrates. -y num Select the precision for outputing capacitors. The default is 1 which means that the capacitors will be printed to a precision of .1 fF. -J hier|flat Select the source/drain area and perimeter extraction algorithm. If hier is selected then the areas and perimeters are extracted only within each subcell. For each fet in a subcell the area and perimeter of its source and drain within this subcell are out- put. If two or more fets share a source/drain node then the total area and perimeter will be output in only one of them and the other will have 0. If flat is selected the same rules apply only that the scope of search for area and perimeter is the whole netlist. In general flat (which is the default) will give accurate results (it will take into account shared sources/drains) but hier is provided for backwards compatibility with version 6.4.5. On top of this selection you can individually control how a ter- minal of a specific fet will be extracted if you put a source/drain attribute. ext:aph makes the extraction for that specific terminal hierarchical and ext:apf makes the extraction flat (see the magic tutorial about attaching attribute labels). Addition- aly to ease extraction of bipolar transistors the gate attribute ext:aps forces the output of the substrate area and perimeter for a specific fet (in flat mode only). -j device:sdRclass[/subRclass]/defaultSubstrate Gives ext2sim information about the source/drain resistance class of the fet type device. Makes device to have sdRclass source drain resistance class, subRclass substrate (well) resistance class and the node named defaultSubstrate as its default substrate. The defaults are nfet:0/Gnd and pfet:1/6/Vdd which correspond to the MOSIS technology file but things might vary in your site. Ask your local cad administrator. The way the extraction of node area and perimeter works in magic the total area and perimeter of the source/drain junction is summed up on a single node. That is why all the junction areas and perimeters are summed up on a single node (this should not affect simulation results however). Special care must be taken when the substrate of a fet is tied to a node other than the default substrate (eg in a bootstraping charge pump). To get the correct substrate info in these cases the fet(s) with separate wells should be in their own separate subcell with ext:aph attributes attached to their sensitive terminals (also all the transistors which share sensistive terminals with these should be in another subcell with the same attributes). In addition, all of the options of extcheck(1) are accepted. SCALING AND UNITS
If all of the .ext files in the tree read by ext2sim have the same geometrical scale (specified in the scale line in each .ext file), this scale is reflected through to the output, resulting in substantially smaller .sim files. Otherwise, the geometrical unit in the output .sim file is a centimicron. Resistance and capacitance are always output in ohms and femptofarads, respectively. SEE ALSO
extcheck(1), ext2dlys(1), ext2spice(1), magic(1), rsim(1), ext(5), sim(5) AUTHOR
Walter Scott additions/fixes by Stefanos Sidiropoulos. BUGS
Transistor gate capacitance is typically not included in node capacitances, as most analysis tools compute the gate capacitance directly from the gate area. The -c flag therefore provides a limit only on non-gate capacitance. The areas and perimeters of fet sources and drains work only with the simple extraction algorith and not with the extresis flow. So you have to model them as linear capacitors (create a special extraction style) if you want to extract parasitic resistances with extresis. 4th Berkeley Distribution EXT2SIM(1)

Featured Tech Videos

All times are GMT -4. The time now is 04:02 AM.
Unix & Linux Forums Content Copyright 1993-2022. All Rights Reserved.
Privacy Policy