In this process, you can employ an RLC (resistor-inductor-capacitor) model to calculate the transient oscillation frequency and damping. By determining these parameters, you can precisely calculate the value of
The stray capacitance is difficult to approximate, but for typical NFC/RFID products is in the range of few pF. For some antenna shapes, Section 3.1, Section 3.2, and Section 3.3 give useful formulas to calculate the self-inductance Lant, even if the stray capacitance of the antenna is...
How do you find the fundamental frequency of a standing wave? How do the frequency and period relate to each other? How do frequency and period relate to each other? What is the resonant frequency in an RLC circuit if R=5 , C=6, and L=12 mH, and V-115 V? (a) 593 (b) 41,4...
Next I examine the component values using an LRC meter, and calculate that my junkbox coil/capacitor tank circuit should oscillate at 39KHz. Those were randomly chosen components. I calculate a better freq: the AC ramp takes about 10 cycles to rise, and the pulses are half that period, so...
The stray capacitance is difficult to approximate, but for typical NFC/RFID products is in the range of few pF. For some antenna shapes, Section 3.1, Section 3.2, and Section 3.3 give useful formulas to calculate the self-inductance Lant, even if the stray capacitance of the antenna is ...
The stray capacitance is difficult to approximate, but for typical NFC/RFID products is in the range of few pF. For some antenna shapes, Section 3.1, Section 3.2, and Section 3.3 give useful formulas to calculate the self-inductance Lant, even if the stray capacitance of the antenna is not...
The stray capacitance is difficult to approximate, but for typical NFC/RFID products is in the range of few pF. For some antenna shapes, Section 3.1, Section 3.2, and Section 3.3 give useful formulas to calculate the self-inductance Lant, even if the stray capacitance of the antenna is...
The stray capacitance is difficult to approximate, but for typical NFC/RFID products is in the range of few pF. For some antenna shapes, Section 3.1, Section 3.2, and Section 3.3 give useful formulas to calculate the self-inductance Lant, even if the stray capacitance of the antenna is not...
The stray capacitance is difficult to approximate, but for typical NFC/RFID products is in the range of few pF. For some antenna shapes, Section 3.1, Section 3.2, and Section 3.3 give useful formulas to calculate the self-inductance Lant, even if the stray capacitance of the antenna is no...