Examples of 'output frequency' in a sentence
Meaning of "output frequency"
This phrase relates to the measurement or rate at which a particular kind of output is produced or delivered. It often refers to the number of times a signal, data, or information is generated or transmitted within a given time frame. It indicates the frequency at which a specific output is produced
How to use "output frequency" in a sentence
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output frequency
The output frequency can be adapted on demand.
Indicate the value of output frequency and voltage.
The output frequency of the inverter is detected.
Do not exceed the maximum allowable output frequency.
The output frequency and voltage parameters must be.
Change of frequency enables selection of the output frequency.
Programmable output frequency and amplitude.
Oscillators may provide a fixed or a variable output frequency.
The output frequency is then equal to the input frequency.
Change of frequency enables the output frequency to be selected.
The output frequency is then a function of the delay in each stage.
It is expressed as a percentage of the output frequency.
Select the maximum output frequency according to your counter.
Adaptation of the current limit according to the output frequency.
The maximum permissible output frequency is shown in the specifications.
See also
This circuit adapts the impedance depending on output frequency.
The maximum permissible output frequency is shown in the specifi cations.
This filter is therefore chosen so as to be tuned to the desired output frequency.
Vernier adjustment of the output frequency for ease of setting frequency.
The output frequency of the transmitter is proportional to the speed of the rotor.
The input frequency is fin and the output frequency is fo.
An output frequency loop.
These lines are then sampled in output frequency of the laser.
The output frequency can usually be tuned anywhere in their frequency range.
Starting value for the guided deceleration is the current output frequency.
Tuning of the output frequency of the magnetron power output device is difficult.
A waveform having acceptable spurs is utilized to produce the desired output frequency.
The output frequency is set to the preset value and required by the loads.
In this case the output is checked but the output frequency is halved.
The value for output frequency should be constant when the machine is running.
Phase switching speed is directly related to the output frequency of the divider.
The output frequency is directly proportional to the air mass entering the engine.
A fixed frequency local oscillator provides an output frequency near the intermediate frequency.
Monitoring the output frequency of drive inverters is just one of its many uses.
The slip compensation increases or decreases the output frequency as a response to a load change.
The actual output frequency of the sine wave can then be accurately determined.
The switching speed can be varied and this determines the output frequency.
In alternative arrangements the output frequency may differ from the input frequency.
The output frequency is plotted over travel time as a dashed and a dotted line.
Coarse and fine tuning controls permit precision settability of the output frequency.
The output frequency for any shaft speed is calculated using the following formula.
The second major parameter to be considered is the output frequency of the power source.
The output frequency will be added or subtracted automatically by a step every other interval time.
A frequency divider is provided for finally determining the output frequency of the synthesizer.
The output frequency of the cascaded filters is constructed using the technique of cycle violation.
This example shows how to calculate the output frequency for any measured flowrate.
The output frequency is therefore dependent upon the physical quantity measured by the sensor.
This design can also allow us to increase the output frequency by adding more poles.
This means that the output frequency of the oscillator should vary as little as possible.
This is a device that can read a frequency and then provide a lower output frequency.
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Examples of using Frequency
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Adjusts the higher frequency of the sound
The frequency of armed conflicts is on a downward trend
The desired station frequency is not tuned in
Examples of using Output
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One output will contribute to this outcome
Illuminates when output is sent to the tray
Output signals common to measuring technology are available
