AND CORRECT ANSWERS
A register is a device that... - CORRECT ANSWER stores and transfers data
The storage is... - CORRECT ANSWER a temporary storage for binary data
The shift... - CORRECT ANSWER transfers data from one circuit to another
4bit storage: 1 clock pulse transfers _____ bits of data into a parallel register. - CORRECT
ANSWER 8
Serial input: #____ input applied to first flip flop. - CORRECT ANSWER 1
Serial output: number___ - CORRECT ANSWER 3
Parallel input: number____ input applied to all flip flops at one time - CORRECT ANSWER 2
Parallel ouput: number ____ - CORRECT ANSWER 4
4bit shift: the mode control input.... - CORRECT ANSWER sets register for serial or parallel
transfer
4bit shift: a high to gate 2 results in a - CORRECT ANSWER low
4bit shift: a high to output gate 9 results in - CORRECT ANSWER a high or low depending on
serial input
4bit shift: if serial loads flip flop A, S1 is ____ and ____ - CORRECT ANSWER load, serial
, 4bit shift: if serial load to flip flop D, S1 is ____ and ____ - CORRECT ANSWER load,
parallel
8bit shift: a clock pulse is ____ to input parallel data. - CORRECT ANSWER not required
8bit shift: serial synchronous is applied to ____ input. - CORRECT ANSWER DATA
8bit shift: parallel asynchronous is applied to ____ input. - CORRECT ANSWER PRE
Data shifted manually is called... - CORRECT ANSWER asynchronous
Data shifted automatically is called... - CORRECT ANSWER synchronous
64bit memory: word is... - CORRECT ANSWER a complete piece of digital data
64bit memory: address is... - CORRECT ANSWER location of data in memory
64bit memory: write is... - CORRECT ANSWER transferring data into memory
64bit memory: read is.... - CORRECT ANSWER transferring data from memory
A counter is a... - CORRECT ANSWER circuit that performs counting operations in binary
With counter RESET (00), after one clock pulse, flip flop A will ____ and B will ____. - CORRECT
ANSWER set; reset
In a counter, input is applied to... - CORRECT ANSWER C
An adder can be used for multiplying by... - CORRECT ANSWER doing a series of additions