This paper shall emphasize on the design and development of a Type-II compensator through a detailed transfer function analysis and Pspice model of PWM IC, MOSFET, diode and BJTs, used in simulation. The simulation results thus obtained using the PSpice models shall give the clear view of the...
The frequency behavior of each topology is analyzed studying the equivalent input impedance and the voltage transfer function. After design of each compensation to operate at optimum operating condition, the output power and the efficiency are evaluated under load, coupling parasitic resistances variations...
The logarithmic-sigmoidal activation function is based on a simple scheme with MOS transistors and memristors. The functioning of the suggested memristor-based neural network for pulse input signals is evaluated both analytically in MATLAB-SIMULINK and in the LTSPICE environment. The obtained results ...
A simulation was run using LTSpice to study its effects when the coupling coefficient k is very small (k=0.03). The results show that the efficiency can be increased in these situations, thus potentially extending the gap that allows high efficiency power transfer further. (Fig. 10) However,...
For output power below 30 W, the Texas Instruments LM5176 buck-boost converter (secondary side electronics) has low efficiency, resulting in a low overall efficiency of the isolated DC power supply. Figure 8. Measurement of the efficiency of the isolated DC power supply as a function of the ...