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which of the following summarizes the important features of emitter-coupled logic ecl what is the word lsquointerfacing
how the problem of interfacing ic logic families that have different supply voltages vccs can be solved what are the
what are the advantages of integrated injection logic what are the disadvantages of integrated injection logic what are
what do you mean by dac why is it required name two most frequently used dac what are the disadvantages of w-r type dac
which ic is used as 8-bit da counter how two alu units are cascaded describe with example what is cla adder what are
give an example of waveform of sampling pulse what are the parameters of ic lf 398 what is resolution of a dac what is
name some of the schmitt trigger applications what is hysteresis of a schmitt trigger what are the available packages
a 350deg pot is connected through a 4 1 gear ratio to a shaft that rotates 80deg thepot rotates four times further
design ecl series gating logic circuits similar to the one shown in figure that will implement the logic functions a y
using a computer simulation generate the voltage transfer characteristics of the bicmos inverter shown in
using a computer simulation generate the voltage transfer characteristics of the advanced low-power schottky inverter
repeat problem for the bicmos inverter shown in figurebproblemconsider the basic bicmos inverter in figure 1736a in the
consider the circuit shown in figure neglect base currents and assume vbenbspon 07 v and vgammanbsp 03 va determine
for all transistors in the circuit in figure in the text the current gain is beta 50a calculate the power dissipation
a low-power schottky ttl logic circuit is shown in figure assume a transistor current gain of beta 30 for all
consider the modified schottky ttl nand gate shown in figure the current gain of all transistors is beta 20a assume
consider the schottky ttl circuit in figure the transistor parameters are betafnbsp 30 and betarnbsp 01 for each
let beta 25 for the transistor in the circuit shown in figure p1737a for no load determine the parameters i1 ib icnbsp
consider the schottky transistor circuit in figure assume parameter values of beta 50 vbenbspon 07 v and vgammanbsp
a low-power ttl logic gate with an active pnp pull-up device is shown in figure the transistor parameters are betafnbsp
for the transistors in the ttl circuit in figure the parameters are betafnbsp 100 and betarnbsp 03 for each input
consider the portion of the totem-pole output stage shown in figure let beta 50a determine vonbspfor i il 5mua ii il
for the ttl circuit in figure p1731 assume parameters of betafnbsp 50 betarnbsp 01 vb enbspon 07 v vbnbspenbspsat 08
in the ttl circuit in figure the transistor parameters are betafnbsp 20 and betarnbsp 010 for each input emittera
the circuit configuration shown in figure is redesigned such that vccnbsp 33 v r1nbsp 16 k rcnbsp 6 k and rbnbsp 20 k