To measure the Current/Voltage characteristics of a number of actual diodes?
600440
read the manual.ty..kr
140136
Here's a study guide.  http://www.doctronics.co.uk/meter.htm
169474
Measure the transmission of light through the test-tubes using two small identical solar cells and a single light source equidistant from the two tubes.  The voltage off the cells can be fed into vu-meters (one for each test-tube) and when the two vu-meters read the same, the two test-tube mixtures should be equally opaque.
778222
The Thevinin equivalent of a DC circuit is merely a voltage source in series with a resistor.  The value of the voltage source is the open-circuit voltage and the value of the resistor is this voltage divided by the short-circuit current.  If you have the circuit diagram, you can calculate these values, or you can measure them.  Without more information there isn't more I can give you.
827069
The meter should have some literature with it.\n\nWrite to the manufacturer and ask for it.
467003
You'll need, as the name may suggest, a voltmeter.  Also applicable is a multimeter - which you'd then set to voltmeter mode.\n\nAt which point you'd just put one contact on one one end of the battery, and one on the other, and see what the equipment reads.\n\nMy money's on 1.5V :)
774566
There are a couple of ways that I can think of right off hand.  They depend on what the surrounding circuitry is like.  \n \nRemember, a static discharge is a fairly high voltage arc.  So one possibility is to measure the resistance at the transistor and compare it to a known good board.  The low voltage used to measure the resistance shouldn't hurt anything, but like I pointed out, this depends on the circuitry.  One company I am familiar with used to do this to trouble shoot a circuit.  They had a whole list of resistance readings for various points in a circuit.  It was quite helpful.  \n  \nYou might also power the board and use a scope to measure wave forms.  Or even a DMM to measure voltages.  \n  \nAnother way is to use a curve tracer.  Again, depending on the circuitry.
55180
a multimeter, junior! do your own homework!
842468
Simple voltage regulators, threshold detectors, voltage limiting circuits, voltage references, discriminators, pulse shapers, noise suppressors and the like.
1016840
Use a 7106 or 7107 IC.  They provide analog to digital conversion and drivers for a liquid crystal display.  The source in "references" provides kits to make a panel mounted ohm or volt meter using these ICs.  \n\n"Google" these ICs and you will find more.
293488
use a clamp ammeter to measure the line current. then check the resistance of the cable your using. you can get the voltage drop by multiplying the square of current to resistance reading...
934598
Try this website http://www.discovercircuits.com they have 1000's of circuits for all different applications
767508
http://en.wikipedia.org/wiki/Zener_diode
275538
Reduce voltage spikes.\nMeasured in watt-second or joules.
829788
It depends on the voltage your discussing.  The simplest that comes to mind is two parallel diodes reverse connected.  Silicon diodes will clip at  1.4Vp-p and germanium clip at 0.8Vp-p. \nFor higher voltages  two series zener diodes reverse connected will give you a wide option of clipping voltages. \nIf you specify the clipping volts I can help more.
616704
pie   p power = i current x e voltage\n      e = i x r resistance
511411
something that would show the different properties of electricity. its easy to do, doesn't require a lot of time, and you can look up a million things relating to it on the internet