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e15 fundamentals of digital systems - fall 2010 - homework 61 in class we used some boolean identities involving nand
1a assignmentanswer the following based on your reading in brooksheerbullgive an example of how efforts in the
we wish to improve the speed of the rectifier shown in fig 822b by connecting a diode from node y to ground explain how
a non-inverting amplifier with a nominal gain of 4 senses a sinusoid having a peak amplitude of 05 v if the op amp
e15 fundamentals of digital systems - fall 2010 - homework 5using blackboard please submit a zip file containing the
design a non-inverting amplifier with a nominal gain of 4 a gain error of 02 and a total resistance of 20 k omega
suppose the circuit is designed for a nominal gain of 200 but the r1 and r2 suffer from a mismatch of 5 ie r1 1
assignmentfor this assignment you will craft a 4-5 page paper more than 1000 words not including references on this
we wish to design the differentiator of fig 852 for a pole frequency of 100 mhz if the values of r1 and c1 cannot be
the integrator of fig 851 must provide a pole at no higher than 1 hz if the values of r1 and c1 are limited to 10 k
e15 fundamentals of digital systems - fall 2010 - homework 41 for all problems with gate diagrams use the minimum
an inverting amplifier is designed for a nominal gain of 8 and a gain error of 01 using an op amp that exhibits an
an inverting amplifier must provide an input impedance of approximately 10 k omega and a nominal gain of 4 if the op
a non-inverting amplifier must provide a nominal gain of 4 with a gain error of 01 compute the minimum required op amp
e15 fundamentals of digital systems - fall 2010 - homework 31 heres a couple of shortcuts for converting numbers from
an inverting amplifier must provide a nominal gain of 8 with a gain error of 02 determine the minimum required op amp
a non-inverting amplifier incorporates an op amp having an input impedance of rin modeling the op amp as shown in fig
e15 fundamentals of digital systems - fall 2010 - homework 21 for the function f given by this truth
the logarithmic amplifier of fig 824 must map an input range of 1 v to 10 v to an output range of -1 v to -15 va
suppose the transistor is degenerated by an emitter resistor equal to re the trans-conductance falls but the output
repeat example 915 if the reference current is equal to 180 muaexample 915it is desired to generate two currents equal
e15 fundamentals of digital systems - fall 2010 - homework 11 convert these decimal numbers to binary using either of
we wish to generate two currents equal to 50 mua and 230mua from a reference of 130mua design an npn current mirror for
excited by the output impedance boosting capability of cascodes a student decides to extend the idea as illustrated in
e15 fundamentals of digital systems - fall 2015 - homework 131 download the verilog code for our example simple cpu