the matched load is aresistive load which at (Q=0)which generated from the generator mesur the load at( Ql=Qc)and at it we get high efficancy as losses of T.L P1=mesured P2=(3^.5) V2I2cos fai delta p=p1-p2 eff=p2/p1*100>>>>>>high
In a matched load scenario, the reactive power fed into the line is typically zero. This occurs because the load is perfectly matched to the source impedance, resulting in the absorption of real power without any reactive power flowing back into the line. Consequently, the system operates efficiently with minimal losses, and the power factor is ideally unity. Thus, the reactive power is neither positive nor negative, indicating a balanced exchange of energy.
Poorly matched terminating impedances will result in high reflection. Tuning networks on both ends are used to tune the source and load to the same impedance as the transmission line.
a properly designed motor wont overheat unless it is overloaded this is something like 3/4" drill with a 1/4" shaft that is used to drill in steel sometimes hole saws have a 1/4" mandrel that will hold the entire line of saws the motor must be matched to the load
Bear the load. Bare the load would be to uncover the load...
sudden load differ from impact load by the velocity of loading
the matched load is aresistive load which at (Q=0)which generated from the generator mesur the load at( Ql=Qc)and at it we get high efficancy as losses of T.L P1=mesured P2=(3^.5) V2I2cos fai delta p=p1-p2 eff=p2/p1*100>>>>>>high
for an ideal matched transmission line, vswr is 1 and reflection coefficient is 0
In a matched load scenario, the reactive power fed into the line is typically zero. This occurs because the load is perfectly matched to the source impedance, resulting in the absorption of real power without any reactive power flowing back into the line. Consequently, the system operates efficiently with minimal losses, and the power factor is ideally unity. Thus, the reactive power is neither positive nor negative, indicating a balanced exchange of energy.
All electrical wires are rated for specific amperage's. This is why conductors are matched to the load current so that a smaller size wire in not used on a heavy load current.
What might be matched to a weapon
When a generator is connected to a load it is never going to be perfectly matched because of its inductance, when you have inductance the current starts to lag.
The opposite of matched (matched up) would be unpaired. The opposite of matched (alike) would be unlike, different, disparate, or dissimilar.
Generally, synchronization refers to matching three parameters between an incoming Alternator and the existing busbar before connecting to the actual load. They are 1. Magnitude of voltage 2. Frequency 3. Phase sequence The voltage in the alterenator is matched by varying the excitation. The frequency is matched by varying the speed of the alternator by its prime-mover. The phase-sequence is matched by flipping any of the two phases if mis-matched. This can be achieved and ensured either by "Three dark lamps method" or using a synchonoscope.
Matched transaction displays on the order's Matched Transactions tab
Matched transaction displays on the order's Matched Transactions tab
Matched is an amazing book if your into Hunger Games type books.
Matched was created on 2010-11-30.