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A milliammeter is connected between points A and B in Figure 15. It measures 50 mA. If you move the meter and connect it between points C and D, how much current will it indicate? Between E and F?
start by deciding how many chips are needed for eachgroup: ROM RAM1, and RAM2. Next, organize them into banks asneeded. Create a memory map and address table, assigning each groupor bank to a specific address range to avoid conflict.
In a single-phase rectifier the input current can be approximated to have a triangular waveform every half cycle with a peak of 10 A and a base of 60. Calculate the rms current through each diode.
The penny is given acharge of +5nC, and the nickel and dime are discharged. Theassembly is lowered into the can so that the coins hang clear ofall walls, and the lid is secured. The outside of the can is againtouched momentarily to ground.
a) The excitation voltage (Eaf), line-to-line when the generator is operating at rated voltage and current at apower factor of 0.9 lagging. b) The full load voltage regulation If the load is changed to a pure resistance and the generator is to opera..
Discuss the possible difficulty of such an approach.
A shunt regulator utilizing a zener diode with an incremental resistance of 5ohm is fed through an 82ohm resistor. If the raw supply changes by 1.0V, what is the corresponding change in the regulated output voltage
the dynamic resistance for rectifying junctions is given by rdyn didv-1. for a junction diode having reverse
(a) What is the centerline temperature of the rod when the surface temperature is 550 K? (b) In a heat -treating process, the centerline temperature of the rod must be increased from Tj = 300 K to T = 500 K. Compute and plot the centerline tempera..
A time -varying capacitor is characterized by the charge-voltage equation. That is, the capacitance is not a constant but a function of time. Given that i(t) =dq(t)/dt, find the voltage-current relation for this time varying capacitor.
Using a levitation coil, you levitate a conductive object in the magnetic field and heat within that field.
An engineer makes an accurate flux plot for a pair of linecharges. one line charge has a fixed ?=1.00[C/m] and islocated on the x axis at x=-h. The other line charge has f=-0.75[C/m] and is located on the x axis at x=h.
If the path with a delay of 1.3ns is optimized to reduce its delay to 800ps, what is the maximum clock frequency for the optimized datapath?
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