| + | 1 | Introduction |
| + | 2 | Start a Power Supply Design |
| + | 3 | Component Finder |
| + | 4 | Project Management |
| + | 5 | Loss Analysis |
| + | 6 | Waveform Analysis |
| + | 7 | Monte Carlo Analysis |
| + | 8 | Loop Analysis |
| + | 9 | Thermal Analysis |
| + | 10 | Life & MTBF Analysis |
| + | 11 | BOM - BOM Builder |
| + | 12 | DVT Reports |
| + | 13 | Magnetic Builder |
| + | 14 | Add Parts |
| + | 15 | Report Builder |
| + | 16 | Harmonic |
| + | 17 | EMI Analysis |
| + | 18 | Component Builder |
| + | 19 | Smart Optimizer |
| + | 20 | General Function in PowerEsim |
| 21 | Troubleshooting |
| + | 22 | PowerEsim Account Management |
| 23 | PowerEsim Terms of use |
| + | 24 | User Interface Practice |
 | Better Than Real - Free Switch Mode Power Supply Circuit (SMPS) Design Software & Transformer Calculation / Simulation Tool. |
| PowerEsim User Manual |
| 1 |  | ||
| 2 | | ||
| 3 | |
Magnetic Builder is a useful magnetic design software. It is a tool that allows users to create their own magnetic components by selecting different ferrite core, bobbin type and winding method. Engineering drawings will be automatically produced to reduce the work load for users.
All transformer builds can be saved and reused in a power supply as long as the winding numbers are matched.
All transformer builds can be saved and reused in a power supply as long as the winding numbers are matched.
Click "Magnetic Builder".
- select an application of the magnetic component
- change the operating conditions of the application
- recommended transformer
- general function
Select the application of the magnetic component.
- Flyback Xformer
- Forward Reset
- Forward Xformer
- Active Clamp
- CCM PFC Choke
- DCM PFC Choke
- Half Bridge Xformer
- Full Bridge Xformer
- Push Pull Xformer
- HF Power Inductor
- Buck Boost Choke
- Boost Choke
- Buck Choke
- Input Choke
- Output Choke
- CM Choke
- Current Xformer
You may select AC/DC input by clicking on the radio box to the left of the words "AC Input" and "DC Input".
Vinmax and Vinmin can be changed by updating the value in the text box.
Output voltage and current can be self-defined by updating the value of the corresponding text boxes.
Click "Recommend Xformer" to preview the design sample.
Click "default setting" to return to the initial settings.
Vinmax and Vinmin can be changed by updating the value in the text box.
Output voltage and current can be self-defined by updating the value of the corresponding text boxes.
Click "Recommend Xformer" to preview the design sample.
Click "default setting" to return to the initial settings.
The number of output can be changed by clicking the + and - buttons on the right/left of "O/P". The maximum number of output is restricted between 1 and 5 depending on the application selected.
Output voltage and current can be self-defined by updating the value of the corresponding text boxes.
Output voltage and current can be self-defined by updating the value of the corresponding text boxes.
Operating frequency can be changed by clicking the frequency value.
High frequency transformers are also available as PowerEsim will suggest a suitable transformer for the requested operating frequency.
Clicking " more..." allows users to update the value of the corresponding text boxes.
High frequency transformers are also available as PowerEsim will suggest a suitable transformer for the requested operating frequency.
Clicking " more..." allows users to update the value of the corresponding text boxes.
Operating frequency can be changed by entering the value in the text boxes.
Click "core". Please refer to Session 3--Component Finder.
Click the purple image of a circle to go to the website of the manufacturer.
Click "default setting" to return to the initial setting.
Click "help" to go to the user manual.
Click "Apply" to update the changes.
Click "core". Please refer to Session 3--Component Finder.
Click the purple image of a circle to go to the website of the manufacturer.
Click "default setting" to return to the initial setting.
Click "help" to go to the user manual.
Click "Apply" to update the changes.
Click "OK" to put the transformer in BOM.
Click "Save" to save the transformer file to your computer.
Click "Save" to save the transformer file to your computer.
Please refer to Session 16--Harmonic.
You may change the Core shape, material and manufacturer by clicking the "Core" button.
Please refer to Session 3--Component Finder.
Change L0 by putting new values in the text box to the right of L0 =.
Clicking "Keeping L0 by" allows users to choose how to maintain the L0 of the transformer.
If the box on the left of "Keeping L0 by" is checked, it allows air gap and allows changes to N0.
Click "help" to go to user manual.
Click "Apply" to update the changes.
Change L0 by putting new values in the text box to the right of L0 =.
Clicking "Keeping L0 by" allows users to choose how to maintain the L0 of the transformer.
If the box on the left of "Keeping L0 by" is checked, it allows air gap and allows changes to N0.
Click "help" to go to user manual.
Click "Apply" to update the changes.
If the box to the left of Keep Turn Ratio is checked, once you change the number of turns in the transformer illustration in the middle, the other windings will update the number of turns in ratio.
Click "Vanish" to change the type and manufacturer of vanish used.
Click "UL Insulation System" to change the manufacturer.
Click the image to go to the website of the manufacturer.
Click the "help " button to refer to the user manual.
Click "Apply" to confirm the setting.
Click "Close" to close the page.
Click "UL Insulation System" to change the manufacturer.
Click the image to go to the website of the manufacturer.
Click the "help " button to refer to the user manual.
Click "Apply" to confirm the setting.
Click "Close" to close the page.
Click the image to right of "Wire= ", "Tape= ","Vanish" or "UL Insulation System" to go to the website of the manufacturer.