In simple and traditional small computers, many devices share the same address bus, and must thus all be connected to the same address bus. Each device is designed or configured to claim a certain range of addresses, so that multiple device can share the same address, data and control busses. These devices include the CPU, parallel memory for RAM and ROM (or other parallel memory types). Generally also connected are devices to control video and mass storage devices (floppy disk drives, hard disks, etc).
However, modern computer designs are much more complex, and generally include several different parallel and serial bus systems, each with their own method of addressing participants. For example, a serial ATA (SATA) hard disk is connected to a serial bus, which includes methods of communicating address, data and control information. This address bus is different from the parallel address bus used to access RAM, which in turn might be different from the address, data and control busses used to access the video components. A typical modern PC design uses several internal bus systems (and, therefore, addressing methods and "busses").
asynchronous bus A bus that interconnects devices of a computer system where information transfers between devices are self-timed rather than controlled by a synchronizing clock signal.
Simply put each of the USB Devices is assigned it's own address and the computer merely cycles between them when the devices is needed in a similar way to many computers being able to use one network broadband connection. This is a very simplified explanation, there are a lot more details involved.
In electronics, a bus refers to a communication pathway that allows different components within a system to exchange data and information. Buses can transfer data, address information, control signals, and power between various devices such as processors, memory modules, and peripherals. A bus typically consists of multiple parallel conductors or connections that enable efficient and organized communication between components.
With a 20-bit address bus, a computer can address approximately 1,048,576 memory locations, which is equivalent to 1 megabyte of memory.
Well a bus is a circuit that connects the CPU with other devices in a computer. So i i assume its much like a bus line.
Well, the USB (universal serial bus) is a type of bus, but everything doesn't connect with one.There is also serial ports, sound jacks, and all that other fun stuff.
A system bus is a single computer bus which historically was used to connect all the major parts of the computer. It combined the jobs of a data bus, address bus, and a control bus. Over the last 30 years, computers have tended to use separate specialized buses instead of a system bus.
A bus. (Bus - a path for devices and computer components to communicate with one another.)
A group of lines that serves as a connecting path for several devices is called bus.In addition to the lines that carry the data, the bus must have lines for address and control purposes.
In computers, the bus is the subsystem that transfers data between internal parts of the computer, or from internal parts of the computer to external parts, or between two computers. External bus can be parallel (ATA (and all of its derivations), IEEE-488, SCSI) or serial (USB, FireWire, etc.).
A bus is a collection of conducting wires which connect the processor and other devices in parallel scheme. The function of an address bus is to carry the address of the memory locations from the processor to the memory device, the address bus is unidirectional(only in one direction) in this processor so the flow of information on this bus is from the microprocessor to the attached device(memory module).
The address bus is unidirectional becos address information is always given by microprocessor to i/o devices. The data bus is bidirectional bcos it takes the data from other devices & also give the data to other i/o devices