Quasi variable capacitor applied to soft switching inverter for induction heating

This paper introduces a scalar numerical differentiator, represented as a system of nonlinear differential equations of any high order. We derive the explicit solution for this system and demonstrate that, with a suitable choice of differentiator order, the error converges to zero for polynomial signals with additive white noise. In more general cases, the error remains bounded, provided that the highest estimated derivative is also bounded. A notable advantage of this numerical differentiation method is that it does not require tuning parameters based on the specific characteristics of the signal being differentiated. We propose a discretization method for the equations that implements a cumulative smoothing algorithm for time series. This algorithm operates online, without the need for data accumulation, and it solves both interpolation and extrapolation problems without fitting any coefficients to the data.

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Dual frequency full-bridge inverter for all metal induction heating cooking applications

Mounika

Porpandiselvi

Veeramallu

2017

2017 International Conference on Inventive Computing and Informatics (ICICI)

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Quasi variable capacitor applied to soft switching inverter for induction heating

Cited by 4 publications

References 4 publications

Soft switching inverter for induction heating with power factor control function using quasi variable capacitor

Soft switching inverter for induction heating with power factor control function using quasi variable capacitor

Synthesis of Mechatronic Modules With Improved Mass-Size Indicators of Metallurgical Facilities

Dual frequency full-bridge inverter for all metal induction heating cooking applications

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