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Calculate the room-temperature saturation current and the forward current at 0.3 V for a silverjn-doped silicon Schottky-type diode. Take for the active area 10-8 m2 and C = 1019 Ajm2 K2.
Design the circuit and select the appropriate components for that circuit to fulfill the requirements of the device. Verify your design by MATLAB simulations
Determine the range of values of K such that the system is stable for s(s²+4s+10)+ k (s+5)=0
If a logic circuit with I_OH = 4.5 V is driving and LED with a 330 ohm limiting resistor, what is the current rating for the LED if the forward voltage drop is 1.8 V
Given initial temperature of sensor is equal to that of the fluid, i.e. T(-0) = TF(0-) = 25°C.- Find the sensor temperature at time t = ?
Air is contained in a well-insulated piston-cylinder assembly with a paddle wheel connected to an external electric motor. Initially, the volume of the air in the cylinder is 0.02 m3, the pressure is 1.5 bar, and the temperature is 400K. The elect..
Group and phase velocity in uniaxial crystals: a. Derive an expression for the group velocity of the extraordinary wave in a uniaxial crystal as a function of the polar angle of the propagation vector.
AN SSB signal is generated by modulating a 5 MHz carrier with a 400 Hz sine tone. At the receiver, carrier is reinserted during demodulation, but its frequency is 5.00015 MHz rather than exactly 5 MHz. How does this affect the recovered signal
using the time independent one dimensional schrodinger equation find the expression of the allowed energy levels for
A noninverting amplifier has a closed loop voltage gain of 11. What is the output peak voltage if the input is 2 V peak to peak?
Show the PS1 line before and after the frame, assuming the channel is idle before and after the frame.
Calculate the theoretical AC voltage gain of the first stage. The DC analysis should provide the operating point of Q1, Q2 and the collector, emitter and base voltages of transistors Q1 and Q2
Using Mesh Technology, find in the circuit of figure 1.- Using Krichhoff's laws, calculate the current delivered by the battery shown in figure 2.
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