In this paper, a new form of Modal series is used to obtain the transient time‐domain
response of oscillators. It is applicable to n‐dimensional systems and is not dependent on …

A quartz crystal oscillator can be thought of as a resonator connected across an amplifier
considered as a nonlinear dipole the impedance of which depends on the amplitude of the …

We provide an asymptotic method for systematically analysing the transient and the steady‐
state oscillations in third‐order oscillators with shifting bias. The method allows us to …

In this paper, closed-form analytical equations for the time-domain amplitude of the MOS
cross-coupled oscillators are derived. The procedure of the paper is based on estimating an …

Using an asymptotic perturbation method, we perform a full nonlinear analysis of second-
and third-order oscillators, widely used in radio frequency (RF) applications. The steady …

In this thesis, an ultrasensitive Quartz Crystal Microbalance (QCM) which can be configured
as a versatile (bio) chemical sensor is presented. The high sensitivity of the QCM was …

ABSTRACT A quartz crystal oscillator can be thought of as a resonator connected across an
amplifier considered as a nonlinear dipole the impedance of which depends on the …

By using formal manipulation capability of commercially available symbolic calculation code,
it is possible to automatically derive the characteristic polynomial describing the conditions …

This work describes the design and implementation of a highly integrated, low-power
Bluetooth transceiver realized in a 0.18 µm CMOS technology. The target applications are …

Nonlinear dipolar analysis has been successfully used to quickly and accurately obtain both
steady state oscillation frequency and signal amplitude of quartz crystal oscillators …