The proposed QO has the advantages of electronically and independently control of oscillation condition and oscillation frequency.
We focused on independently and electronically adjustable oscillation condition for simple implementation of automatic amplitude gain control circuit (AGC) and linear electronic control of oscillation frequency.
Basic two-loop structure (typical for band-pass response in multifunctional filtering structures) with additional loop of the feedback for control of oscillation condition was used.
It has been suggested that control of oscillation frequency can be made more robust by adding a slow process to inhibit the IP3 receptor, specifically a calmodulin-dependent phosphorylation in Fig. 3B, [18].
Operating in voltage mode, the designed circuit is capable of generating quadrature outputs along with an unambiguous control of oscillating frequency and condition of oscillation.
The first circuit is a DVCCTA-based single-resistance-controlled oscillator (SRCO) that provides independent control of the oscillation condition and oscillation frequency by using distinct circuit parameters.
The problem of interest is the control of excessive oscillations of a mechanical oscillator in response to an initial displacement.
This has been corrected and we now indicate that the expression of odd is indeed oscillating, but that the control of these oscillations is still not understood.
