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for the circuit in given figure the transistor parameters are hfenbsp 150 vbenbspon 07 v and vanbsp infindetermine the
consider given problema what is the magnitude of the ideal transresistance transfer function azf as the transistor
the transistor parameters for the circuit shown in given figure are vtnnbsp 04 v knnbsp 05 mav2 and lambda 0a find i
consider the common-emitter circuit in given figure driven by an ideal signal current source the transistor parameters
design a feedback amplifier to supply a current to an led use the configuration shown in given figure where rlnbspis
in the circuit in given figure the transistor parameters are hf enbsp 100 vb enbspon 07 v and vanbsp infindetermine
using a computer simulation analysis redesign the circuit in given figure by changing the value of rfnbspto achieve a
the circuit in given figure is the ac equivalent circuit of a series-series feedback amplifierassume that the bias
consider the transconductance feedback amplifier shown in given figure with rdnbsp 16 k omega and rlnbsp 248 omegathe
consider the transconductance amplifier shown in given figure assume the op-amp is ideala derive the expression for the
design a discrete transistor feedback current amplifier to provide a current gain of 30assume the available transistors
for the transistors in the circuit in given figure the parameters are hfenbsp 50 vbenbspon 07 v and vanbsp infinusing
consider the circuit in given figure with transistor parameters hfenbsp 120 vbenbspon 07 v and vanbsp infin using
the circuit in given figure is an example of a shunt-series feedback circuit a signal proportional to the output
the circuit in given figure has transistor parameters hfnbspenbsp 100 vbnbspenbspon 07 v and vanbsp infina from the
a mosfet current gain amplifier is shown in figure athe transistor parameters are knnbsp kpnbsp 10 mav2 vtnnbsp 1 v
consider the current gain amplifier shown in given figurethe transistor parameters are knnbsp kpnbsp 10 mav2 vt nnbsp 1
an op-amp current gain amplifier is shown in given figureassuming an ideal op-amp design the circuit such that the load
redesign the feedback circuit in given figure using mosfets to provide a voltage gain of av fnbsp 8 and such that
design a discrete transistor feedback voltage amplifier to provide a voltage gain of 50assume the available transistors
the transistor parameters for the circuit in given figure arehfnbspenbsp 50 vbnbspenbspon 07 v and vanbsp infinusing
the parameters of the basic source-follower circuit in given figure are rsnbsp 15 k omega vtnbspnnbsp 12 v and lambda
the parameters of the bicmos circuit in given figure are v 5 v vggnbsp 25 v rd1nbsp 5 k omega re2nbsp 16 k omega and
consider the mosfet feedback amplifier shown in given figurethe transistor parameters are vtnnbsp 05 v knnbsp 05 mav2
consider the series-shunt feedback circuit in given figure with transistor parameters hfenbsp 120 vbenbspon 07 v and