im another computer engineering grad oso....

i know a company that doing PCB, my company always outsource to them but i think the price should be high for a student.

how many layers are ur pcb? how about develop and etch it urself.

welcome, name added

Hahaha best day of my boring life....


Attached thumbnail(s)

Congratulations! You've sure earned it.

They're not in Penang, but try Silvtronics, based in Old Klang Road, KL. Their prices on the website are in USD, but if you e-mail them they'll quote you in RM. It might seem pretty expensive at first, but they're probably the cheapest for making 1-4 piece runs.

w00t, congrats

Thank you. Your taiko drums arrive today btw

thank you sir.

Grats your work is impressive btw

Nice un mate, congrats to you and here's to many more

thank you

yes that is the plan. but who knows

http://www.ece.cmu.edu/~ee525/projects/pro...ntations/13.ppt
here's the project presentation given to AMD. Can't wait to see the video recording Earlier presentations can be accessed by replacing the 13.ppt with 12.ppt and so on all the way down to 1.ppt.

and....i am done with finals bwahwahwahwahwahwahwa!!

Hey dude, js read your slide. It is really awesome !!
Well, find 1 day i shall learn all these from u

Congrads to pak ikan, may you days of ASIC design be filled with fun, and same goes to your constant trolling XD

hehe i have no plans to be a professor


Hehehe at least i know i will always have the latter to fall back on if i need it

99% complete final project report. I have yet to add in some simulation results. Dry boring stuff for those who like.
 project_report.pdf ( 466.04k ) Number of downloads: 38


This post has been edited by ikanayam: May 11 2006, 03:59 PM

Congrats ikanayam

Pretty impressive work....Gotta respect you !

Congrats ikan!

Great presentation!!

The so called negative resistance does exist. It is used in oscillator circuits to cancel out the damping resistance of a tuned circuit to create oscillations. When a tuned circuit is excited by a pulse, it will ring at the resonant frequency. the circuit resistance will, however, cause a rapid damping of these oscillations. This is where negative resistance comes into play. To overcome the problem we need a device that has negative resistance to cancel out the circuit resistance. One such device is the Gunn diode. This diode exhibits higher energy states for which the current carriers have lower mobility and this will cause negative resistance under suitable bias conditions.

Another way of generating negative resistance is by using a carefully biased FET. I'm not quite familiar with this one though.

This post has been edited by nerd nation: May 11 2006, 09:56 PM

Yet another computer engineering undergraduate here!!!

Obviously this is great place to stop by eventhough im not at the high level yet...shisssh

This thread is doing well. Another computer engineering ug here.

Need some suggestions from all the sifoos here for a final year project title... Thanks in advance

How about you make some suggestions first. There's no free lunch here, and besides, we don't even know what your interest or field of focus is.