how can design wilson bridge with prove the circuit?
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Could you be referring to a Wheatstone bridge or a Wien bridge? I never heard of a Wilson bridge and couldn't find such a reference on the web. Here's all you need to make either a Wheatstone bridge (ref. 1) or a Wien bridge (ref. 2).\nYou can test the circuit by applying a voltage (DC for Wheatstone, AC for Wien), connecting a DC or AC meter at the point where a meter is indicated in the diagrams, and checking that you can adjust the bridge for a null.
150653
http://www.cs.uiowa.edu/~jones/step/circuits.html\n\nyou might consider buying the chips that do most of the hard part unless you are trying to learn how they work in which case that link is just perfect.
504604
Time constants in electronic circuits.
239680
try to find the proof first
1064803
http://www.epanorama.net/circuits/parallel_output.html
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chk these sites\n\nhttp://www.play-hookey.com/digital/experiments/seven_seg_driver.html\n\nhttp://www.geocities.com/dsaproject/electronics/led_display/led_display.html\n\nwww.ece.umn.edu/class/ee2301/lab/EE2301Exp5F05.pdf\n\nwww.ece.umn.edu/class/ee2301/lab/EE2301Exp5F05.doc\n\nwww.engr.sjsu.edu/wdu/Mechatronics/ Fall2004/LabManual/Exp5_Digital%20IO_%20Atmel.pdf\n\nwww.engr.sjsu.edu/bjfurman/ courses/ME106/ME106pdf/digitalIO-atmel.pdf\n\nwww.ibiblio.org/kuphaldt/socratic/output/display.pdf\n\nwww.ibiblio.org/obp/books/ socratic/output/display_instructor.pdf - Supplemental Result\n\nwww.ruf.rice.edu/~dodds/Files331/digi_expt.pdf\n\nwww.tech.purdue.edu/eet/ courses/eet109/labs/prelab%2011.pdf\n\nmng.1432@gmail.com
438803
I've actually pondered this myself when taking digital circuit courses... The solution , i THINK, involves having not just one large memory unit , but instead, breaking the memory into 4 or 8 or 16 or more parts and using some kind of chip-select mechanism (using a multiplexer)
273942
It is assumed you have completed all of the tutorials on basic electronics because without that basic grounding you will go nowhere here. It is assumed you have a good understanding of ohms law to be able to follow the necessary calculations here.\n\nMany people are interested in Audio Amplifier design. If this is your area of interest then the first thing I sincerely recommend you do is buy this excellent reference book through my amazon affliate program.\n\nHigh-Power Audio Amplifier Construction Manual - G. Randy Slone, Randy Slone - highly recommended. Paperback and 476 pages.\n\n"Design and build awesome audio amps. Amateur and professional audiophiles alike can now design and construct superior quality amplifiers at a fraction of comparable retail prices with step-by-step instruction from the High-Power Audio Amplifier Construction Manual. Randy Slone, professional audio writer and electronics supply marketer, delivers the nuts-and-bolts know-how you need to optimize performance for any audio system--from home entertainment to musical instrument to sound stage".\n\n"Build a few simple projects or delve into the physics of audio amplifier operation and design. This easy to understand guide walks you through: Building the optimum audio power supply; Audio amplifier power supplies and construction: Amplifier and loudspeaker protection methods; Stability, distortion, and performance; Audio amplifier cookbook designs; Construction techniques; Diagnostic equipment and testing procedures; Output stage configurations, classes, and device types; Crossover distortion physics; Mirror-image input stage topologies".
1098592
reseach word electrical diagrams. its for you do it yourselfers
1108113
Nice Calvin and Hobbes ref!!!\n\nTruth is they can calculate the breaking force given the construction materials and the construction layout of the bridge.  Then, after taking away a safety factor, they can find the maximum tolerance of the bridge.
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Try this website http://www.discovercircuits.com they have 1000's of circuits for all different applications
438682
sure. go to a science store or look up schematics on the web.
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May b u cud try something from a post office box. Its simple as its based on wheat stone bridge.\n\nOr may be u cud study effect of frequency on reactance of inductor/capacitor. \n\nThese r easy and all viva is from theory only. No need to study extra...\n\ngud luck for ur boards.\n\n\nthere is nothing like 'good level'. u cud pick up any topic, even the simplest 1 n make a gr8 project out of it. some more suggestions - time period of physical pendulum, obtaining points where b=0 for various magnets etc. dont u hav enough lab manuals, friends to give u details. ask ur teachers they will help u.\n\n\naur waise bhi yaar, just chill, if u dont make ur proj ur school will surely make 1 for u. after all its reputation is at stake
429003
This link probably will help you\nhttp://www.ee.washington.edu/conselec/A95/projects/jjblome/info.htm
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That's not going to be an easy task.\nIt's not usually done.\n\nEbay has soldering tools, even SMT ones.
230874
Hey, ive built some circuits....check out:\nwww.techlib.com\nwww.home.maine.rr.com\nwww.hanssummers.com\nwww.angelfire.com\nif they don't work try http:\nthey are all good website to build transmitters/recievers.......or google it
914928
Google it - \n\nhttp://www.google.co.uk/search?hl=en&q=lg+monitor+circuit+diagram&meta=