Which IC gates will have a low output if either of the outputs are high?
370603
Nor gate\n\nRemember this fact\n\nNOR gate is the exact opposite of OR gate.\n\nSince OR gate has Low (0) output only when both the inputs are low =>NOR gate has High (1) output only when both inputs are low.So with this we can say that for NOR gate the following holds true.\n\n0 nor 0 gives 1\n0 nor 1 gives 0\n1 nor 0 gives 0\n1 nor 1 gives 0\n\nHope this answres ur question.
495285
It's going to be one or the other, it doesn't change during function.\n\nThe junctions are determined when the transistor is manufactured, it's part of the physical structure of the device, so it's polarity does not change.
415132
bipolar junction transistor(electronic device)
1045585
no, but usually when they do a die shrink, they also lower the voltage requirement (example: from 2.7v to 1.8v), which means less power.
156153
This depends on the logic family employed. For "standard CMOS" which is common today, +5V is 1 and 0V or ground is 0. However, other systems use other voltages. Lower voltages are common today for a few reasons. 3.3V logic, for example, is widely used where 3.3V is a 1 (and 0V is 0). However, it is possible to have negative logic. In addition, some high speed systems like ECL use voltages like -1.75V for a 0 and -0.9V for a 1 (this allows transistors to stay out of saturation which makes for fast switching but poor noise immunity and difficult design).
1090058
I made an OR Gate for my 12th project. The external examiner loved it & gave me full marks.OR Gate is a simple device which is used in variuos appliances.\nOR gate\nThe output Q is true if input A OR input B is true (or both of them are true): Q = A OR B \nAn OR gate can have two or more inputs, its output is true if at least one input is true. \n\n  Input A Input B Output Q \n 0              0            0 \n 0              1            1 \n 1              0           1 \n 1              1           1 \n \n Truth Table \n\nTrust me.I'm giving u the right advise.For more information on GATES u can go to google.com\nAll the best
409039
Just google the IC number + datasheet and you should be able to find the data sheets for most of those components.  If you read the sheet properly, it will tell you what the internal circuit is.
948174
Of course. \nThe actual junction of an N type and P type is what prevents conduction when reverse biased.
263992
Here the concept is U'll decide the logic 1 nad 0 based on  spin of electrons...currently HP is working on it...if they come up with big result, it'll b a revolutionary change n da VLSI industry
149299
The truth table is easy:\n\nABC . . . OUT\n000 . . . . 0\n001 . . . . 0\n010 . . . . 0\n011 . . . . 0\n100 . . . . 1\n101 . . . . 0\n110 . . . . 0\n111 . . . . 0\n\nConstructing the circuitry from logic gates would be a bit more work.
42116
Switching noise in synchronous digital circuits is directly related to both voltage and clock frequency.
698161
No, the voltages are different
418365
Probably nothing but a die shrink. The "A" is the newer one, and the non "A" is going to be obsolete. You should be able to use the same programmer. For more info go to www.microchip.com
82587
You guys are both right--good answers.  Junction temperature also can affect the voltage drop.
159857
this si not a physics question. this is a basic IC that perhaps still and certainly at one time was available at radio shack. the ic 741 behaves as ANY op amp and it is electronics 101.......happy homeworking.
589951
hmmm....I looked through my text and course notes (I'm taking digital logic design this term) and I can't find a thing.\nIs there another name for it?\nTry google?\nAnyway, when you find out, I'd like to know!\n\nAdios.\n\nPS. helpful it would be if you mentioned whether this was software type logic or digital type logic (like combinational logic and exor gates)...
79803
you will find everything you want here:\n\nhttp://en.wikipedia.org/wiki/Logic_gates