Tina Design Suite V93 BEST Crack

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the pcb design is done using tina designer software [ 45 ], which is a graphical user interface that allows users to create, simulate and test circuits on a pc. our pcb design is divided into three main sections: (i) the nz32-l151 mcu; (ii) the analogue sensing section, and (iii) the data logger (including the hardware setup and software configuration). the nz32-l151 mcu is a microcontroller unit, which is an 8 bit single-chip microcontroller that is equipped with an analog to digital converter (adc) [ 43 ]. its dimensions and power consumption are shown in figure 6 (a). the analogue sensing section consists of the piezoelectric film sensor, the two op-amps, and the peak-trough detector. the peak-trough detector circuit is designed to detect the peaks and troughs of the ac current output signal from the piezoelectric film sensor. its two inputs are connected to the two op-amps and the inverting input terminal is connected to the resistor-capacitor (rc) circuit. the resistor r8 has a value of 1kω to protect the op-amp oa2 from overvoltage spikes. the capacitor c1 has a value of 0.1µf to provide time delay for the op-amp oa2, and the capacitor c2 has a value of 100nf to provide the rc time constant. the outputs of the op-amps are connected to the inputs of the peak-trough detector, and therefore its output state depends on the state of the input signals. the outputs of the op-amps are also connected to the inputs of the inverting and non-inverting inputs of the comparator oa3 in the data logger section. the data logger section consists of two parts: hardware setup and software configuration. the hardware setup involves (i) the monitoring of the input signals from the two op-amps and the output signal from the peak-trough detector, (ii) the recording of the monitored inputs and output signals to the data logger, and (iii) the conversion of the analogue inputs to digital signals, as well as the recording of the results. 84d34552a1