See attached file for diagram. In the following circuit, what is the current through R1 at T=1 second after the switch is closed? How long does it take the capacitor to be 95% fully charged?
CMP is installing a new transformer to supply power to my woodworking shop. Its primary side has 200 turns (110 volts), and its secondary side had 500 turns. It supplies power to the following circuit: (refer to attachment). CMP charges me $0.015 per kWhr. My scroll saw (item R3) runs for 45 hours per month. What is my month
See attached jpg for question. Calculate capacitance, calculate voltage across each capacitor.
For the circuit shown in attachment, find the combined impedance of the 160 uH inductor and 10uF capacitor when w=25 M rad/s. Then find i(t) when Vs(t)=20 cos (wt+pi/4) and w=25 M rad/s.
Calculate the approximate switching time that is obtained if the output is loaded by a capacitance of 0.2 pF due to interconnections and the inputs of other gates, in the given CMOS inverter circuit.
The circuit shown in Figure B2 (in the attachment) is of a CMOS inverter driving a capacitive load. VDD represents logic level "1" and zero volts logic level "0". M1 is an nMOS device and M2 is a pMOS device. Calculate the approximate switching time that is obtained if the output is loaded by a capacitance, CL, of 0.2 pF due