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1. A 100-kΩ resistor dissipates 50 mW. Find the current through the resistor.
2. The conductance of a particular semiconductor resistor is 0.05 mS. Find the current through the resistor when connected across a 1:5-V source. 2-7 In Figure P2-7 the resistor dissipates 25 mW. Find Rx.
Specify whether X and Y are correlated, uncorrelated, or there isn't enough information to make this determination. Explain.
1)Design the following function in BiCMOS using the least amount of transistors (RTL not allowed). z= (AB)' + (CD)' 2)Calculate the Emitter current through a loading Resistance of 10k such that VOH=2.3V.
find an equation for the frequency of the first resonance. Suggest some methods of coupling to this resonato
Give the block diagram of the following:- pulse reflection techniques, typical system and idealized outgoing and reflected waveforms.
Design a 2's complementer with a shift register and a flip-flop. The binary # is shifted out from one side and it's 2's complement shifted into the other side of the shift register.
Calculate the voltage and current required to deliver 0.1 W to each of these resistances. Which resistance seems the best choice for a battery powered application?
Suppose you have a silicon wafer containing a p++n junction. Design the doping level on the n-side so that the reverse break down voltage is 45 V.
Assume that you have two DC voltage sources of 1.5 volts each (like two AA batteries). The positive terminals are wired together (joined together) and the negative terminals are labeled A and B respectively.
What is the high corner frequency that an amplifier built using this Op-Amp can operate at (for small input signals) if its gain is 20?
the distance of the first voltage minimum from the l
Channel 1 and channel 2 are configured to generate output signals OUT1 and OUT2, with TACCR1 = 745, and TACCR2 = 499, respectively. And the output mode is set to Reset/Set. Sketch two periods of the output signals OUT1 and OUT2 (with proper labeli..
a)- Determine the type of forward path amplifier needed to make sinusoidal oscillator from your filter. b)- Predict the frequency of oscillation and the gain of the amplifier needed for oscillations. c)- Draw the filter and amplifier
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