If the FAN-IN exceeds FAN-OUT, then the VIH and VIL levels would not be met, and bus operation would be erratic at best and non-functional at worst. If the capacitance load were exceeded, then slow bus transactions might work, while fast bus transactions might fail. All of this would be dependent on the preceeding state of the bus, so "erratic" would be the least of your troubles. Its also possible that, with inadequate buffering, the bus would ring and, on a scope, would appear to work, but, at strobe time, the logic value would be unreliable.
Buffer is a logic circuit that amplifies current or power.It is used in address and data buses to increase their driving capability.
there are mainly 3 buses are there in 8085. They are: Address bus :-Used to carry address Data bus :- Used to carry data Control bus :-Used to carry signals such as control and timing signals
The things you have mentioned are interfaces. There are only three buses and these are Address, Data and the control bus
System Board constitutes of multiple components connected by Pathways called BUSES. (Three Types of BUSES are there: Address, Control & DATA)
a group of linesthat servesas a connectig path for several devices is called a bus.there are 3 types of buses. 1.address bus 2.data bus 3.control bus
An electronic pathway that carries electronic signals between the various parts of a computer is known as a bus. Buses facilitate communication between the CPU, memory, and peripheral devices by transmitting data, addresses, and control signals. They can be classified into different types, such as data buses, address buses, and control buses, each serving a specific function in the data transfer process.
Three types of buses are, 1. Memory buses 2. Address buses 3. Input Output buses
The control and high order address buses are unidirectional.
Data bus - transfers data round system address bus - CPU provides the addresses to where the data must be fetched, through this bus control bus - timing and signals which control data flow in the system.
Buses are the set of wires that carry special information to or from the CPU. There are three types of buses they are: 1. Address buses: these buses carry address given by the CPU from one unit to another in the computer. 2. Data buses: These buses carry data from one unit to other, it is a bi-directional bus i.e the data can be carried in both directions. 3. Control signal: These buses carry control signal from ALU to memory and from memory to alu and then to the output unit.
Because in many buses there are girls with bassinets When the buses stops, the bassinets will cannot move..
The circuitry that transports data to and from the processor is primarily comprised of buses, specifically the data bus, address bus, and control bus. The data bus carries the actual data being transferred, the address bus transmits the addresses of where the data is being sent or received, and the control bus manages the signals that control the timing and operation of the data transfer. Together, these buses facilitate communication between the CPU, memory, and other peripherals within a computer system.