Maximum power Transfer Theorem Experiment
4.9 هزار بار بازدید -
5 ماه پیش
-
Maximum Power Transfer Theorem explains
Maximum Power Transfer Theorem explains that to generate maximum external power through a finite internal resistance (DC network), the resistance of the given load must be equal to the resistance of the available source. In other words, the resistance of the load must be the same as Thevenin's equivalent resistance.Application of Maximum Power Transfer Theorem
The presence of linked sources enables the network to be active, so the Maximum Power Transfer Theorem is applied for active networks & passive networks.
Maximum Power Transfer Theorem can also be implemented to linear networks, the network system, along with R, L, C, & restrained linear sources as elements.
Maximum power transfer theorem functions only when there is a variable load. If not, choose the least available internal sources of impedance, which paves in maximum current through the fixed load. Consequently, maximum power is expelled by the load circuit.
Large sound systems are built around this process. Maximum power transfer is generated in the circuit by making the speaker’s (load) resistance equivalent to the resistance of the amplifier. Once the speaker and amplifier have equal resistance, both are considered harmonised.
Another application is on the relationship between the starter motor and the battery of a car engine. Power applied to the starter will rely on the effectual resistance of the motor and battery resistance. When their values are equal, the highest power will be transmitted to kickstart the engine.
The presence of linked sources enables the network to be active, so the Maximum Power Transfer Theorem is applied for active networks & passive networks.
Maximum Power Transfer Theorem can also be implemented to linear networks, the network system, along with R, L, C, & restrained linear sources as elements.
Maximum power transfer theorem functions only when there is a variable load. If not, choose the least available internal sources of impedance, which paves in maximum current through the fixed load. Consequently, maximum power is expelled by the load circuit.
Large sound systems are built around this process. Maximum power transfer is generated in the circuit by making the speaker’s (load) resistance equivalent to the resistance of the amplifier. Once the speaker and amplifier have equal resistance, both are considered harmonised.
Another application is on the relationship between the starter motor and the battery of a car engine. Power applied to the starter will rely on the effectual resistance of the motor and battery resistance. When their values are equal, the highest power will be transmitted to kickstart the engine.
5 ماه پیش
در تاریخ 1403/01/07 منتشر شده
است.
4,955
بـار بازدید شده