Примери за използване на Power dissipation на Английски и техните преводи на Български
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Power Dissipation(Max).
You can calculate the power dissipation by using the formula: P=V*I.
Power Dissipation: 4.25W.
Resistors are rated according to their maximum power dissipation.
Power Dissipation Max: 560 mW.
Calculating load power dissipation requires some thought.
Power dissipation and efficiency calculation.
The on-resistance isn't the only cause of power dissipation in the MOSFET.
Pulsed power dissipation, 300 mW.
The resistor MIT nominal value of 8-12 Ohms with a power dissipation of 0.5 W;
Thus, its“OFF” power dissipation(P= I E) is zero.
These two factors simplify the chain,facilitate its implementation and reduce power dissipation.
Maximum power dissipation by the housing(at ambient temperature ta=25ºC): 30 W.
From this, the linear relationship between duty cycle and average power dissipation should be clear.
Lets start with the power dissipation whilst ON and the motor stalled, or just starting.
Firstly we will calculate what the transition temperature will be if the temperature of the casing is 25˚C and the power dissipation is 75 W.
Any power dissipation above about 1 Watt requires that the MOSFET is mounted on a heatsink.
The relationship between duty cycle and average power dissipation is rather intuitive if one considers these conditions.
According to the results of the processing graph,it is found that there are three regions with optimal power dissipation rate(from 40% to 50%).
This gives a much lower power dissipation as well as the price is often less and more reliable.
The voltage dropped across large value resistors can be exceeded before the power dissipation reaches its limiting value.
This is how much the maximum power dissipation parameter above must be reduced by perºC, as the temperature rises above 25ºC.
Rating: Bipolar transistor MJ4502G of type PNP with collector base voltage 100 V, collector-emitter 100 V,200W power dissipation and housing TO3.
Output capacitance comes into play when we're considering power dissipation and the resonant frequency of a switching circuit.
Transistor power dissipation will increase if operating in its“linear” range of operation rather than being completely cut off or saturated.
Stress Analysis can check parts for stress conditions such as maximum power dissipation and maximum voltage and current limits.
The average power dissipation caused by this is therefore a lot less, and depends on the relative times that the MOSFET is switching and not switching.
The resistance range is usually limited with a minimal value(to prevent over current) anda maximum value(for a low power dissipation capability).
But with the total power dissipation of this amplifier being something like 50 watts, a much smaller heat sink would be good enough, if a small fan is used.
However, historically the key challenges with integration of the reference oscillator were that accuracy andstability over temperature came at the expense of power dissipation and size.