@@simulinkmatlab3886 I did filtering for 21 watt led bulbs.after the calculation, the value of the filter components is L=4.2 H and C=1.2uF but when tested against the lamp, the lamp is burnt or damaged. What do you think is the solution for a case like this, sir?
If there is a mosfet based rectification of high frequency (suppose 100khz as switching frequency) then how to select l and c value.. U haven't explained about tuning of lc
if we want to apply it to a tool, how to position the L and C components. is it between source and rectifier or after rectifier?
I couldn't understand your question completely. You have to apply it between the source and rectifier.
Thanks
@@simulinkmatlab3886 I did filtering for 21 watt led bulbs.after the calculation, the value of the filter components is L=4.2 H and C=1.2uF but when tested against the lamp, the lamp is burnt or damaged. What do you think is the solution for a case like this, sir?
Plz how we chose the values of R, C and L
sir please why we have even order in harmonique ? the signal is odd !!!!
If there is a mosfet based rectification of high frequency (suppose 100khz as switching frequency) then how to select l and c value.. U haven't explained about tuning of lc
Without fft which methods are used to analyse the same
hi excellent video.... i´ve a question IF in the output the frequency is 100 Hz.. Why in the simulation the fundamental frequency es 50 Hz?
The Fundamental Frequency refer to the Input AC Voltage .
But the ,rms current is increased know sir, after adding filters
Excellent video sir,
Can U upload the same for 3-phase regarding active
FFT analysis of the input current to a rectifier and design of input filter.
Okay, but I'm very busy these days, it will take time.
thnx sir
Can you send file?
Please see description of the video.
Thanks
Please contact me at
engr.niazi91@gmail.com
Hello. Can you send a file?
Which one?