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Main Question or Discussion Point
Hi forums,
Following is the hysteresis loop of a standard memristor:
Please note that, the red one is for lowest frequency and black for highest frequency.
From the graph, one can take the following observations:
1> As frequency increases, area of graph decreases
2> With increase in frequency, graph tends to tilt more towards x axis
3> Slight deformity of the red curve at higher VI values.
I tried interpreting these observations, keeping in mind memristors Piecewise linear model(Is that a correct assumption?).
If second observation is correct: Memristance decreases with increase in frequency and at frequency tending to infinity, it acts like a constant value resistance whose value should be Minimum possible value of memristance. Right?
Also, I need a bit explanation for observation number 3(about deformity). I'm unable to figure out it's reason.
Thanks,
[moderator edited out the OP's name and cross posting info.]
Following is the hysteresis loop of a standard memristor:
Please note that, the red one is for lowest frequency and black for highest frequency.
From the graph, one can take the following observations:
1> As frequency increases, area of graph decreases
2> With increase in frequency, graph tends to tilt more towards x axis
3> Slight deformity of the red curve at higher VI values.
I tried interpreting these observations, keeping in mind memristors Piecewise linear model(Is that a correct assumption?).
If second observation is correct: Memristance decreases with increase in frequency and at frequency tending to infinity, it acts like a constant value resistance whose value should be Minimum possible value of memristance. Right?
Also, I need a bit explanation for observation number 3(about deformity). I'm unable to figure out it's reason.
Thanks,
[moderator edited out the OP's name and cross posting info.]
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