photo

Judith Orinda


Last seen: 3 years ago |  Active since 2020

Followers: 0   Following: 0

Statistics

  • Thankful Level 2
  • Thankful Level 1
  • Explorer

View badges

Feeds

View by

Question


How can I obtain a smooth DC like output from my rectified waveform using either Simulink blocks and or using a Matlab function ?
Hello Matlab community, I have a rectified signal shown and I desire to make it even smoother without the ripples. I am relative...

3 years ago | 1 answer | 0

1

answer

Question


How to properly use the DC DC converter without getting errors
I am trying to use the dc dc converter model to regulate the vout for my model, I have the below circuit but i keep getting erro...

4 years ago | 0 answers | 0

0

answers

Question


I have two voltage sources and I would like to get equal V_out from both sources to allow for a parallel connection. Does anyone have a suggestion on how I can use the Average DC DC converter to achieve this?
Hello everyone, I am working with two voltage sources that I would like to use to charge a supercapacitor. I would like to prog...

4 years ago | 1 answer | 0

1

answer

Question


How to Smoothen a rectified signal using Simulink blocks without Simpowersystems
I have this rectified signal and I would like to have an output that is a DC constant whose amplitude is the same as this inpu...

4 years ago | 0 answers | 0

0

answers

Question


How to design a charging and discharging circuit for my supercapacitor using only Simulink blocks without the simpowersystems
Dear Matlab community, As part of a project I am working on, I have to two sources of voltage (basically a hybrid system) that ...

4 years ago | 1 answer | 0

1

answer

Question


I am trying to use the matlab function on my simulink model to model Voltage that is a function of vibration from my piezoelectric source. I wrote the code below but the code analyzer doesnt seem to read the function call line. How do I fix this?
function Vpiezo=fcn(vib) w=12; b=1; h=0.4; e31=11.2; e33=(8.85*10^(-12))*1800; delta=0.1; L=5; R=delta/(b*L*e33*w); Vpi...

4 years ago | 1 answer | 0

1

answer