1.1.1, 1.1.2 (Registers)
A series of connected Flip-Flops that temporarily remember some data...
What is a register?
The type of input and output of data that is used by the serial register...
What is serial input and output?
Registers with the possibility of serial and parallel recording and printing of data...
What are universal registers?
The number of states that are counted by the decade counter...
What is 0-9?
The counter where all Flip-Flops change states simultaneously...
What is a synchronous counter?
It can enter and print data...
What is a universal register?
Number of CP pulses required to write n data...
What is a n?
The type of counter where the output Q of the last Flip-Flop is connected to the synchronous input of the first Flip-Flop...
What is the Ring meter?
This function returns the counter to logic 0...
What is Clear?
The inputs for setting the counter to the logic state 0...
What are R01 and R02?
Quickest way of writing and printing data...
What is a parallel data transfer?
The Flip-Flop with the highest weight value...
What is the far right Flip-Flop?
The type of counter where the output Q-Inverted of the last Flip-Flop is connected to the synchronous input of the first Flip-Flop...
What is the Johnson counter?
The number of Flip-Flops required to count 16 states...
What is 4?
It is necessary to bring CP to A and connect output Qa to input B.
How to create a 4-bit counter?
Number of CP pulses that are required to write n-bit data into the register with parallel data writing and writing...
What is 1?
Th device with which we choose whether we want to move the data to the right or the left...
What is MUX?
This counter divides the rhythm pulse frequency by 2n. This counter divides the rhythm pulse frequency by n.
What is the Johnson counter? What is the Ring meter?
The number with which Flip-Flop B2 (Q2) divides the frequency...
What is 8?
We need to connect the inverted Q outputs of the previous Flip-Flops to the CP inputs of the next ones.
How to make the counter count backwards?
The name of the register where the first bit that enters the register is also the first bit that leaves the register...
What is the FIFO register?
Let's connect the output of the last Flip-Flop with the input of the first.
How to achieve data repetition?
Temporary memory, counter, circuit for converting mathematical notation, circular memory, circuit for multiplication and division...
What are the uses for registers?
The component of the Flip-Flop that changes the input state of the next Flip-Flop...
What is the Flip-Flop output?
A delay...
What does every real Flip-Flop have?