elements which satisfy superposition principle are said to
be linear elements.otherwise they are nonlinear elements.
in a simplest way, for linear elements the V and I
relationship should be linear i.e the releation should be
straight line which is passed through the origin. examples
for linear elements are R, L, C etc. but where as Diode is
a nonlinear element. it follows square law.transistor also
comes under nonlinear element category.
the examples of linear elements are Resistor,capacitor and
inductor....and the examples for non-linear elements are
diodes and transistors....and the graph for the linear
elements passes through the origin....
Linear elements are resistor,capacitor,inductor,transformer.for linear element there should exist linear relationship between voltage and current. i.e They change linearly with respect to each other.The graph is a straight line.
Non linear elements are diode,transistor. i.e semiconductor devices.The relationship between voltage and current is non linear (i.e not straghtline).
linear elements are those which obey Ohms law.for example
resistor,capacitor,inductor etc.it hav a characterics
containing a straight line passing through the origin with
a definite slope.
nonlinear elements are those which doesnt obey Ohms law.for
example diode ,transistor etc
Hi.im IMRAN.Im pursuing my B.tech final yr.plzzz any 1 guide
that vich course shud i take in telecom.either protocol
development or protocol testing or hardware plzzzz tell me n
hz this important in future n why shud i take.plzzzzz its my
request u to send this answer.thnx bro i vil wait for u r
an unknown semiconductor has Eg=1.1ev and Nv=Nc.it is doped
with 10^15 donors,where the donor level is 0.2ev below Ec.
given that Ef is 0.25ev below Ec, calculate ni and the
concentration of electrons and holes in the semiconductor at