Hi guys, I already asked this question before but didn't understand me very well, I didn't encounter a question that's imply what I'm asking, but now I faced and encountered a problem (see the photo down)
Once again, I have two diodes, pins A, B what's confusing me, lets assume that diode pin A is output voltage 1.9 , and the diodes of pins B is output also 1.9v so at the output of diode A, diode B we have 1.9v on the mutual point(I mean the mutual points that's connecting the two output of the diode)what's confusing me is, how really we have two voltages supplying the mutual point? I mean we get 1.9 from the upper diode, from the second diode we get 1.9v so 1.9v is meeting the other 1.9v and not crashing? I mean if the voltages transfers from one point to the other, how they can meet at specific same with the same value with out crashing?I guess I'm not having a good analogy in digital world how can I imagine the voltage (1/0) .. if there's any good and senseable analogy of voltage(0/1) to pattern while sovling digital questions would be very appreciated to explain it to me ! thanks alot !!!
Once again, I have two diodes, pins A, B what's confusing me, lets assume that diode pin A is output voltage 1.9 , and the diodes of pins B is output also 1.9v so at the output of diode A, diode B we have 1.9v on the mutual point(I mean the mutual points that's connecting the two output of the diode)what's confusing me is, how really we have two voltages supplying the mutual point? I mean we get 1.9 from the upper diode, from the second diode we get 1.9v so 1.9v is meeting the other 1.9v and not crashing? I mean if the voltages transfers from one point to the other, how they can meet at specific same with the same value with out crashing?I guess I'm not having a good analogy in digital world how can I imagine the voltage (1/0) .. if there's any good and senseable analogy of voltage(0/1) to pattern while sovling digital questions would be very appreciated to explain it to me ! thanks alot !!!
