Приклади вживання Duty cycle Англійська мовою та їх переклад на Українською
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Duty Cycle: 100%.
Generator with adjustable duty cycle small voltage.
The duty cycle changed.
In addition, the paper is governed by the number of pulses and their duty cycle.
Duty cycle 100%, does not require heating.
For a qualitative transition through the unit we will need to increase the duty cycle and adjustment of L/R.
Duty Cycle: Continuous Duty; .
For some research tasks required a breaker with the exact andstable parameters of frequency and duty cycle.
Duty cycle 100% no heating and breaks.
Depending on the position of the switch SA1 ischanging the pulse duration of the traveling wave, and its duty cycle.
Duty cycle 100%, and does not require heating breaks.
Depending on thevoltage on it(for example, at change of load current)changes the frequency or duty cycle at the generator output.
The duty cycle is regulated in R3 and is fed to the output key on MOSFET-transistor.
Specifies the(primary) frequency is the value inverse to Ti,the modulation frequency is the reciprocal of the T, and duty cycle- as T/Tp.
Let us Try to set a duty cycle of about 30 and just increase the L/R- sample No. 3.
In conclusion, I would like to note that to obtain high efficiency with this method of excitation,the most important parameter is the duty cycle.
Its duty cycle adjust variable resistor R3, and the upper and lower limits- the trimmers R1 and R2.
Timing chain C8R11R12 together with the trigger DD4.2 sets the duty cycle of pulses, and its output connected to the driver output signal DA4.
It changes the duty cycle of pulses in a packet that allows you to adjust the settings of the control winding.
It is expected that a more efficient mode of energy extraction willpulse when the load is connected to C_2 equal intervals of time with high duty cycle.
To do this, the duty cycle of the pulse Q_{EI} must be proportional to the average voltage value of this source.
For example, if one generator can output pulses with a duration of 2 NS, then the frequency of the secondary TT at 420 kHz,it will be possible to increase the duty cycle up to 1200.
For example, if the duty cycle is 10, and the voltage on the BAT- 100 Volts, the pulse voltage EI must be equal to 10'000 Volts.
The scheme allows to generate the control signals in a wide range of frequencies, to shift the phase of the signal to the second transformer to any fixed value,adjusting the duty cycle or the number of these pulses.
As you can see, the duty cycle Q_{EI} determines all the parameters of the scheme and to obtain the desired effect must be much greater than unity.
At this stage it becomes obvious that to increase the efficiency of just in need of a change of inductance in a big way when breakage of the pump current, and also, the largest possible value of\(S_2\), for example,when the second interval is much larger(large duty cycle pulse).
Here we must note that at large duty cycle, and in this experiment it is 1000 or more, the pulse current can have values of 3-5 A.
This can be done"at random" at maximum duty cycle the master oscillator(the minimum length of the pump pulse) and minimum supply voltage.
On the generator need to set the pulse duration(duty cycle) of 1-10%, and, the less this parameter is, the better it will be to manifest the effect.
It would seem that endlessly increasing the duty cycle, we can proportionally increase the effectiveness of the device, but in this ideal case, we find that the pulse voltage should increase at the same time in a quadratic dependence.