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Given coaxial cable with an inner conductor with radius a and anouter conducrot with radius b, find B for ρ>b when the inner and outer currents are +100[mA] and-90[mA], respectively, and both conductors are centered along thez-axis. Assume that the positive direction for both currents isthe +z-direction.
Write an instruction sequence to configure the SCI subsystem for operation with the following parameters: 1500 baud using a 9 MHz Bus Clock, 1 start bit, 9 data bits, 1 stop bit, no loop back, no idle line use, no wakeup, enabled receive and trans..
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.
An OpAMP has a unity gain frequency (ft) of 10MHz and a slew rate of 10V/us and AVoc = 120dB at DC (f=0).Assume VCC = -VEE = 15 Volts. a. Approximate the cutoff frequency of the OPAMP itself.
Convert the designed prototype filter to highpass filter with cutoff frequency f_C=10,000 Hz, with 30 db attenuation at f_S=1000 Hz. Determine the transfer function of the filter.
If the system is released from rest, determine the velocity of block A after it has moved 2m. Assume that the coefficient of kinetic friction between block A and the plane is 0.25 and that the pulley is weightless frictionless.
A balanceed three-phase load of 15 MA with a lagging load factor of 0.85 is supplied by a 115KV subtransmission line. if the line impedance is 50+j100Ohm per phase, determine the following: (a) The line current of the load
Add an activehigh overflow indicator and the required detection circuitry. Thecircuit should have inputs a7 through a0, inputs b7 through b0, sumoutputs s7 through s0, and output overflow. For all inputs/outputsuse index 7 as the MSB and index 0 a..
Consider a CS amplifier with a resistance Rs in the source lead and with the drain short-circuited to ground. Determine the short-circuit transconductance G m. Hence provide the output equivalent circuit of the source-degenerated CS amplifier
Lets assume that one electron is removed from each atom and these electrons are all removed from the penny to a distance such that the force of attraction between the positively charged penny and the removed group of electrons is 2.3 N.
Design a low pass active filter that passes frequencies at 900 Hz and below and at these values the magnitude (in dB) of the transfer function is 20+-3(between 23 dB and 17 dB). The circuit's magnitude (in dB) of the transfer function at a frequen..
Assume R1 = 1 M-ohm, R2 = 3 M-ohm, and C = 1.5 F. Also take the initial voltage across the capacitance to be VC(0) = 4 V. The voltage source VS has a voltage of 9 etV. The switch is closed at time t=0.
What effect do internal capacitances in the transistor model have on practical performance of a real system? How would you use these model values to predict system performance?
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