Synchronous flip-flops change outputs synchronously to a clock signal, while asynchronous flip-flops can change outputs regardless of the clock signal. Asynchronous flip-flops are not as commonly used due to potential timing hazards, while synchronous flip-flops are widely used in digital circuits to ensure reliable operation.
Synchronous timing refers to events that occur simultaneously or in a set order, while asynchronous timing refers to events that occur at different times or independently. In computing, synchronous timing means actions are performed in a fixed order and generally halt until completion, while asynchronous timing allows tasks to be executed in parallel without waiting for each other to finish.
Synchronous buses use a clock signal to synchronize data transfers between components, ensuring that data is transferred at a predictable rate. Non-synchronous buses transfer data without a clock signal and rely on other mechanisms to coordinate data transmission. Synchronous buses are generally faster and more efficient but can be more complex to design and implement compared to non-synchronous buses.
Synchronous communication requires all parties to be active and participating at the same time, such as in a live conversation. Asynchronous communication allows for flexibility in timing, where messages can be sent and received at different times, like in email exchanges. Synchronous communication often leads to quicker responses but requires real-time interaction, while asynchronous communication enables more convenience and flexibility but may result in delayed responses.
The types of digital counters include asynchronous (ripple) counters and synchronous counters. Asynchronous counters change state based on the clock input, with each flip-flop triggering the next. Synchronous counters have all flip-flops triggered simultaneously by a common clock signal.
1. Syncrhonous bus includes clock in control lines whereas asynchronous bus is not clocked. 2. the devices which need to be connected by synchronous bus should be at same speed whereas an asynchronous bus may connect many devices with varying speeds. 3. A fixed protocol is defined to communicate using synchronous bus which is relative to the clock. An asynchronous bus uses handshaking protocol.
HTML is synchronous because the base protocol, HTTP (Hypertext Transfer Protocol) does not maintain a connection with the server. This was because, at the time, no one could imagine wanting a protocol that kept state. Give that the protocol doesn't track the user, there'd be no way for HTML to by asynchronous.
synchronous
A USART protocol is computer hardware/software that converts parallel data signals to serial data signals. USART is an abbreviation for Universal Synchronous/Asynchronous Receiver/Transmitter.
It can be either.
Because they contain clock recovery circuits
A USART protocol is computer hardware/software that converts parallel data signals to serial data signals. USART is an abbreviation for Universal Synchronous/Asynchronous Receiver/Transmitter.
If a process requests that the O/S write data to disk, and has to wait for it to be written before continuing, then that is Synchronous. If the process does not have to wait for the write to be completed, that is Asynchronous. Synchronous is real-time.
Synchronous circuits operate under the influence of s clock pulse while asynchronous circuits operate without the influence of a clock pulse
In asynchronous transmission , the receiver and the transmitter each use their own clock signals so its not possible to know when a word starts and stops. while in synchronous , the receiver and the transmission have common clock signals.
Synchronous flip-flops change outputs synchronously to a clock signal, while asynchronous flip-flops can change outputs regardless of the clock signal. Asynchronous flip-flops are not as commonly used due to potential timing hazards, while synchronous flip-flops are widely used in digital circuits to ensure reliable operation.
it is the difference between the synchronous and asynchronous speed of a induction motor