Nowadays, touch screen devices are everywhere. Consider a simple capacitive touch sensor comprised of a resistor...

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Nowadays, touch screen devices are everywhere. Consider a simple capacitive touch sensor comprised of a resistor with resistance R = 2.64 Mn and a capacitor with capacitance C = 1.24 nF connected in series. A standard wall outlet powers the sensor with an output frequency f = 50.0 Hz. Pressing the sensor triples the capacitance of the circuit. A logic gate detects a change in the circuit's impedance. Determine the initial impedance Zo of the circuit in megaohms (MN). Zo = Determine the impedance Zp of the circuit with a pressed sensor in megaohms (MN). Zp= ΜΩ ΜΩ Nowadays, touch screen devices are everywhere. Consider a simple capacitive touch sensor comprised of a resistor with resistance R = 2.64 Mn and a capacitor with capacitance C = 1.24 nF connected in series. A standard wall outlet powers the sensor with an output frequency f = 50.0 Hz. Pressing the sensor triples the capacitance of the circuit. A logic gate detects a change in the circuit's impedance. Determine the initial impedance Zo of the circuit in megaohms (MN). Zo = Determine the impedance Zp of the circuit with a pressed sensor in megaohms (MN). Zp= ΜΩ ΜΩ

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Solution Initially Xco Thus Zo 2n 500 Hz 1... View the full answer