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Q: What is the full form of l e d?
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What is mobile allocation index offset?

For telecom engineers, it is very help full to know about MAIO. Basically there is a set of frequencies where the channels are hop to avoid interference that set of frequencies is called MA-LIST. suppose MALIST contained frequencies [A,B,C,D,E,F,G,H,I,J,K,L].Then MAIO corresponds the starting point of hopping sequence. suppose there are four TRx in one sector. then MAIO will be, for example, 0,2,4.for first TRx for traffic, the MAIO is 0. means that hopping sequence starts from first frequency in the MALIST, that is frequency A. and for MAIO 2 it starts from frequency C and for MAIO 4 it starts from frequency E.Also HSN (hopping sequence number), ranges from 0 to 63 . if we use HSN as, for example 4 it means that for MAIO 0, the sequence starts from frequency A and repeats frequencies in following manner.For MAIO 0 and HSN 4A,F,K,D,I,B,G,L,E,J,C,H,A,FFor MAIO 2 and HSN 4C,H,A,F,K,D,I,B,G,L,E,J,C,HFor MAIO 4 and HSN 4E,J,C,H,A,F,K,D,I,B,G,L,E,J


What is the capacitance of parallel plate capacitor?

We know the Electric Field, E, is equal to: E=V/l, where V is voltage, l is distance. V=E*l Capacitance, C=q/V, and C=q/(E*l) Hence capacitance is inversely proportional to the distance separating the plates.


What does L stands for in L293D?

D stands for Driver


Why does voltage lead current in an inductor?

From what I've read, an inductor is designed to store energy in the form of a magnetic flux. A simple inductor can be thought of as a coil of wires around a medium. The current causes the flux to go through each turn of the coil. Further examination and Faraday's law leads to this model. v= N * D(magnetic flux) Because the current inside the coil is what generates the flux, the voltage will change first, before the flowing electrons will get all the way through the inductor. The inductance constant L is the Number of turns in the wire times the ratio of the current i to the magnetic flux, which is usually a constant. L = N*flux/i Which leads to this relationship between voltage and current in an inductor: v = L* D(i) The D() function being a derivative. Because the derivative of the current will change before the current actually does, voltage leads current in an inductor.


What is the relationship between Inductance and Permeability?

L= un2 A/l