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Microprocessor consists of different types of registers. They special purpose registers, general purpose registers, address registers, floating point registers and constant registers.
A register is a storage location within the CPU as part of Datapath. CPU consists of datapath and control unit. Datapath comprises of register file (which consists registers and logic ) ,ALU and memory.
Terminals
Connection interface consists of method for contacting a database . The connection object represents communication context.
Z8000 consists of sixteen 16-bit general purpose registers, which can be used for data, address and indexing. The designers of this machines felt that it was useful to provide a regularized, general set of registers than to save instruction bits by using special purpose registers. Further the way the functions are assigned to these registers is the responsibility of the programmer. There might be different functional breakdown for different applications.A segmented address space 7-bit is used. It uses 7-bit segment number and a 16-bit offest. It uses two registers to hold a single address. There are two other registers called stack pointers that are necessary for stack module. One register used for system mode and one for normal mode.Z8000 consists of five other registers that are related to program status. Two registers hold the program counter and two registers hold the address of a program status area in the memory. A 16-bit flag register called Flag control word holds various flags status and control bits.
McCarran International Airport has two separate terminals with a total of 110 gates. Terminal one consists of concourses A,B,C, and D. Terminal 3 is the home of all foreign carriers.
sequencing instructionsfetching instructionscaching instructions (optional)decoding instructionsdispatching decoded instructions to execution unitsreading datacaching data (optional)executing arithmetic instructionsexecuting logic instructionsexecuting flow control instructionsexecuting special instructionswriting datamanaging input/outputhandling interrupts and exceptions
An ALU (Arithmetic Logic Unit) is a digital circuit that performs arithmetic and logical operations on binary numbers. Its block diagram consists of input registers, a control unit, arithmetic logic circuits, and output registers. Input operands are fetched from the registers, processed by the ALU based on the control signals, and the result is stored back in the output registers. It is a critical component of a CPU responsible for executing arithmetic calculations and logical operations.
ISDN BRI is a Basic Rate Interface for ISDN networks (Intergrated Services Device Network). It consists of 2 Channels: B+D. B channel is used for data and voice and consists of two 64Kbps channels=128Kbps. D channel is used for the signal and control of the interface and is 16Kbps. Together the B+D chanels are refered to as 2B+D. The maximum data rate on a BRI is therefore 128Kbps. NOTE:PRI is Primary rate Interface which uses 23x64Kbps B channel and 1x64Kbps D channel (T-1)
The headset on a bicycle provides a rotatable interface between the bicycle frame and the bicycle fork. It is a set of components that consists of two cups that contain bearings, they ensure smooth steering.
Two types of memory organization are used: Linear addressing where the entire memory is available to the processor at all the times ( Motorola 68000 family). Segmented addressing where the memory space is divided into several segments and the processor is limited to access program instructions and data in specific segments.
Central Processing Unit is the main chip of computer. CPU fetches and executes instructions. CPU consists of an Arithmetic and Logic Unit (ALU), a control unit, registers and buses.