Examples of using Pwm in English and their translations into Danish
{-}
-
Colloquial
-
Official
-
Medicine
-
Financial
-
Ecclesiastic
-
Official/political
-
Computer
On low the pwm is just a spike.
Other jobs related to assembly coding pwm.
This light has no pwm or other artifacts in the light.
Again I have applied a filter to remove pwm.
The light uses pwm at 516 Hz to control the low brightness.
The custom brightness setting goes from 4% to 85% pwm.
The low setting uses pwm at 496 Hz, again the noise depends on the voltage.
The light uses current control for the brightness settings,i.e. no pwm.
The light uses pwm at 1.9 kHz to control the brightness, the trace here shows min. level.
This is one of the lowest settings that I could select with about 2.5% pwm.
The pwm percents are only valid at 4.8 volt, they will change, depending on voltage.
To make it possible to see the strobe pulses I used a filter to remove pwm.
The light uses pwm at about 7.7 kHz, the actual frequency will change with battery voltage.
The brightness modes use current control andhas a smooth output without any noise or pwm.
The light uses pwm to control brightness, here I have capture it when highest brightness is selected.
The light uses current control witha very smooth regulation, i.e. there are no pwm.
The light uses pwm at 100 Hz to control the brightness, these two traces shows low and high brightness.
There are no curves of the light to show,the light has no flashing modes and no pwm.
The light is using pwm at 200 Hz to regulate the brightness, the scope trace here shows two different settings.
On low the regulation is only pulsing the light, i.e. using pwm, but the frequency is still around 25 to 30 kHz.
This light uses pwm at 100 Hz and it is present at all brightness settings, also on high as the above trace shows.
The first graph is the slow strobe as recorded by the light sensor,on the second curve I have applied a filter to remove the pwm.
Each pwm pulse starts with a spike, this is the regulation starting up and then adjusting to a fixed brightness.
With a higher voltage the pulse is shorter but higher,i.e. the light adjusts pwm to compensate for changes in battery voltage.
Vac pwm for use on motor drive outputs, reading the true output voltage experienced by the motor itself.
It can also be seen that the two pwm pulses are at different frequencies, the high battery voltage has higher pwm frequency.
The light uses pwm at 7.8 kHz to control the brightness, the trace here shows min. level: On min. with NiMH: On max. with NiMH: On min. with LiIon: On max. with LiIon: On max. with LiIon and diffuser: Low, high and high with diffuser, running on NiMH Low, high and high with diffuser, running on LiIon Current consumption with NiMH battery: off 5uA, min.
Usual the first two pwm curves would be all that was necessary to show of the pwm, but in this case I have to throw in a few extra curves.
The method is called pwm(Puls Width Modulation), it is very easy to implement, but it can have some side effect, when looking at moving/rotating objects Especially for low pwm frequencies.
The method is called pwm(P uls W idth M odulation), it is very easy to implement, but it can have some side effect, when looking at moving/rotating objects Especially for low pwm frequencies.