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Anonymous users2024-02-11Three, this sequence is 6 in length.
The power of 2 is 8 and is greater than 6.
The state diagram is 100 dao001 011 110 101 010 100.
There are many commonly used types of integrated shift registers, such as 74x x x x595 are eight-bit unidirectional shift registers, 74195 is a four-bit unidirectional shift register, 74194 is a four-bit bidirectional shift memory, and 74198 is an eight-bit bidirectional shift memory.
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Anonymous users2024-02-10In digital circuits, a shift register is a flip-flop-based device that operates under several pulses of the same time, and data is fed into the device in parallel or serial, and then each time pulse is shifted one bit to the left or right in turn to output at the output. This shift register is one-dimensional, and in fact there are multi-dimensional shift registers, that is, the input and output data itself is a number of columns.
The way to implement such a multidimensional shift register can be to connect several shift registers with the same number of bits in parallel.
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Anonymous users2024-02-09This sequence has a total of 6 outputs, so the trigger is at least 3 (2 to the third power = 8).
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Anonymous users2024-02-08Brand model: Huawei MateBook D15
System: Windows 11
The 8-bit shift register is moved into the register after 8 pulses during serial input.
The function of a register is to store binary**, which is a combination of triggers with a storage function. A flip-flop can store 1-bit binary **, so the register that stores n-bit binary ** needs to be composed of n virtual flip-flops.
According to the different functions, registers can be divided into two categories: basic registers and shift registers. The base registers can only feed data in parallel and output in parallel. The data in the shift register can be shifted to the right or left in turn under the action of the shift pulse, and the data can be either parallel input, parallel output, serial input, serial output, parallel input, serial output, or serial input or parallel output, which is very flexible and has a wide range of uses.
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Anonymous users2024-02-078-bit shift register, after () pulses of combustion during serial input, all 8-bit digits are moved into the register register.
Right in the middle of God's answer: d
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Anonymous users2024-02-068-bit shift register, when the serial input bend is rough, after () pulses are exhausted, all 8-bit digits are stored in the register.
Correct Burial Answer: 1
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Anonymous users2024-02-058-bit shift register, string burn pei line input after () pulses after the center, 8-bit digits all moved into the register.
Correct answer: d
latch. Difference from registers:
1.The registers are synchronous clock control, while the latches are potentiometric signal control. The latch is generally determined by level. >>>More
There are registers in the CPU, such as the accumulator in the ALU (Computing Unit). When the CPU operates on these registers, it also needs to have an address in order to distinguish between different registers. This address is the address code you are talking about.
Registers are important data storage resources inside the CPU, and they are one of the hardware resources that can be directly used by assemblers. Since registers can be accessed faster than memory, it is important to make the most of the registers' storage capabilities when writing programs in assembly language. Registers are generally used to store the intermediate results of a program, and to quickly provide operands for subsequent instructions, thus avoiding the need to store intermediate results in memory and then read them in memory. >>>More
The memory that the CPU can directly access is the internal memory. >>>More
Difference Between Latch and Register:
1.The registers are synchronous clock control, while the latches are potentiometric signal control. Latches are generally controlled by level signals and are level-sensitive. Registers are generally controlled by clock signals and are edge-sensitive. >>>More