Digital Computer Electronics The dynamic race hazard problem occurs in None of these none of the combinational and sequential circuits both combinational and sequential circuits sequential circuits only combinational circuits only None of these none of the combinational and sequential circuits both combinational and sequential circuits sequential circuits only combinational circuits only ANSWER DOWNLOAD EXAMIANS APP
Digital Computer Electronics A NAND gate is equivalent to an AND gate followed by an inverter. All inputs must be _____ to get a low output low None of these 0's high some low and some high low None of these 0's high some low and some high ANSWER DOWNLOAD EXAMIANS APP
Digital Computer Electronics The inverter OR gate and AND gate are called decision-making elements because they can recognize some input _____ while disregarding others. A gate recognizes a word when its output is _____ bytes, high words, high character, low bytes, low None of these bytes, high words, high character, low bytes, low None of these ANSWER DOWNLOAD EXAMIANS APP
Digital Computer Electronics Why are digital circuits easier to design than analog circuits? they are smaller in size they are made in the form of ICs they do not control electricity precisely over a wide range all elements of digital circuit are from the same family None of these they are smaller in size they are made in the form of ICs they do not control electricity precisely over a wide range all elements of digital circuit are from the same family None of these ANSWER DOWNLOAD EXAMIANS APP
Digital Computer Electronics The 1's compliment of binary number 11010 is: None of these 110 101 10 11101 None of these 110 101 10 11101 ANSWER DOWNLOAD EXAMIANS APP
Digital Computer Electronics What is the main advantage of using MOSFET rather than bipolar transistor circuitary in ICs? None of these much greater complexity (more components) than bipolar circuits : better economy fewer power supply connections are required with MOS ICs higher operating speed than bipolar circuits system designers are more familiar with MOS circuitary None of these much greater complexity (more components) than bipolar circuits : better economy fewer power supply connections are required with MOS ICs higher operating speed than bipolar circuits system designers are more familiar with MOS circuitary ANSWER DOWNLOAD EXAMIANS APP
EXAMIANS