A normal JK flip-flop has the output change state based on the input on the leading edge of clock, while the master-slave variety predetermines the output on the leading edge of clock and then effects the actual change of the trailing edge of clock, making it impervious to race conditions.
A master-slave communication protocol allows hardware components to communicate between them. A component is either a master or a slave. A master initiates the communication and sends requests. A slave only receives the requests, acknoledges, threats and sends a response. A slave cannot initiates a communication.
slave
The master slave has two flip flops, a master stage and a slave stage. The master stage is committed on one transition of the clock, while the slave stage is committed, based on the master stage's state, on the next transition of the clock. This eliminates race conditions, unless the clock pulse is so narrow as to make them become an issue again.The non master slave, however, bases its output state on the JK inputs just prior to one clock edge. In this respect, its somewhat no different than the master slave variant, except that the output in the master slave is committed prior to actually changing state, whereas the output in the non master slave is committed very close to its actually changing state. The problem is simply one of design - if the input is a function of output, then race conditions in the non master slave can make the output indeterminate, and that is poor design. No ifs, ands, ors, buts, or maybes. :-)>
A symmetric multiprocessing (SMP) system is one in which each processor runs an identical copy of the operating system on each processor. In an asymmetric multiprocessing, system, each processor is assigned a specific tasks. An example of this would be a master- slave relationship between one processor and “the rest”.
The consertvation of energy in a hydraulic system could be understood by the formular (ENERGY = FORCE x DISTANCE) that represents mechanical energy. Now the hydraulic system consist mainly of two set of pistons which are the master where the energy is applied to the system and the slave where energy leaves the system to the load. Irrespective of the force diffence of the master piston and the slave piston, they will always give the same value when multiplied with distance moved by their respective pistons. This prove that the difference in forces experienced or distance moved by the master and slave piston did not alter the amount of energy in the hydraulic system since energy can be seen as force x distance ;)
The difference is very technical... One of the devices, called the "master", is in control of the data transmission, the other one "obeys". All you really need to know is that if one device is the master, the other must be the slave. It doesn't matter much which is which.
The primary difference between a master and a slave cylinder is which one make the other one work. We operate the master cylinder to make the slave cylinder work. The master cylinder on a hydraulic clutch is actuated by pushing on the clutch pedal. The hydraulic pressure then makes the clutch slave cylinder move and it pushes out to give the throw-out arm a shove. This will disengage the clutch from the flywheel (by actuating the pressure plate). the master cylinder is on the fire wall its the main one, when you push on the brake pedal down it pushes on a rod in the master sylinder. the wheel cylinders (slave) are on the dram drums. they push the brake shoes to the drum
I never heard of transparent flip flop and i think it refers to a 'd' flip flop where the output will follows the input with the clock. a master slave referred as j-k do not follow the input not until the master tells the slave to flip
Nietzsche described master Morality is some kind of honor, creator of values, art, nobility...while slave Morality is friendship, and compassion. Slave morality speaks against power believes it to a negative. For Nietzsche, master morality is detrimental to freedom.
A master-slave communication protocol allows hardware components to communicate between them. A component is either a master or a slave. A master initiates the communication and sends requests. A slave only receives the requests, acknoledges, threats and sends a response. A slave cannot initiates a communication.
the ralationship between robinson crusoe and friday seemes to be like the relationship between master and slave crusoe is the master and friday in the slave he should serve his master as soon as he lives
Hegel believed that the relationship between slave and master was a dialectic process where both roles shaped each other's identities. The master's power over the slave led to the slave's labor, which in turn contributed to the master's wealth and status. This dynamic created a cycle of dependence and independence that ultimately drove history forward.
Each IDE slot can handle two drives. One drive will be the master and the other will be the slave depending o the configuration. If the jumpers of one drive is configured to set the drive as MA (Master), the second must be configured to SL (Slave). Both drives may be configured as CS (Cable Select), if so, The positioning on the ribbon cable will determine whic one is the master and which is the slave
No, he was a slave who escaped from his master.
A slave cycle is a synchronized data transfer process between a master device and a slave device in a computer system. It involves the master device initiating communication with the slave device to exchange data or commands in a predefined sequence. This cycle allows for the orderly and efficient transfer of information between devices.
Nothing. They are the same thing. A slave is the person. Slavery is the condition.
Serfs have to do their lords work, all day, Kinda like a slave, whereas Apprentice can learn one job and master it.