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A self-displacing accumulator is a type of hydraulic accumulator that uses the fluid to displace a piston or diaphragm to store energy. This design eliminates the need for an external gas charge and allows for more compact and simplified hydraulic systems.
The 8085 microprocessor is often referred to as accumulator-based because it primarily uses an accumulator register (register A) for arithmetic and logic operations. Most instructions directly operate on the data stored in the accumulator, which acts as the primary register for processing. This design simplifies the architecture and instruction set, allowing for faster data manipulation since the accumulator can be quickly accessed. Additionally, many instructions involve loading data into the accumulator, performing operations, and then storing the results back, emphasizing its central role in the microprocessor's operation.
A mechanical, or electrical accumulator???
Accumulator is what the British call a capacitor.
The size of the accumulator is the same,means 64bit.
As a rule, you'll need to purchase an appropriate re-seal kit for your accumulator. You will then need to disassemble your accumulator, clean everything and reassemble the accumulator with the new seals that came in your kit.
The accumulator stores brake fluid under very high pressure. An electric pump keeps the accumulator pressurized with brake fluid. When you press the brake pedal, pressurized fluid from the accumulator operates the brakes.
An accumulator machine, also called a single accumulator organisation , or a CPU with accumulator-based architecture, is a kind of CPU where, although it may have several registers, the CPU mostly stores the results of calculations in one special register, typically called "the accumulator". Historically almost all early computers were accumulator machines; and many microcontrollers still popular as of 2010
There is no set millage for when you should replace a manifold line and accumulator. Most mechanics only replace when the accumulator and/or manifold lineÊstart to fail.
Accumulator contains one of the operand for any operation which is performed by the ALU.The result of the operation is stored in the Accumulator. thus it is a special register
Normally the return value from the function is through the information from the accumulator.
An accumulator is a register where arithmetic and logic operations are performed and their results stored (accumulated). Usually one operand was already stored in the accumulator while the other came from memory, the immediate value field of an instruction, or if the computer has them another register.Many early computers had only one accumulator and a small number of index registers. On such machines the accumulator register itself is the ALU, it has all the special circuits inside itself to perform those operations and modify its own contents. The flipflops that store the data in an accumulator are usually JK-flipflops, which simplify the design of those special circuits.Later when computers began to use multiple general purpose registers the concept of the accumulator fell out of favor. On such machines one separate ALU was shared with all the registers, which were reduced to just a small bank of very high speed RAM with no special circuits like accumulators usually have.