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Transformer and Inductor Design and Analysis Made Easy. MAGNETICS. DESIGNER Software Makes Transformer and Inductor Design Easy. Magnetics. Designer is a standalone software program for Windows that designs all. SPICE model. Magnetics Designer. SPICE- compatible.

RALE power transformer design software is worldwide. RALE Design Examples of Power Transformer and Inductor. Rale selected about 20 design examples as. Air Core Coil Inductor Inductance Calculator. Pocket PC Software: Design. The following is a design tool which calculates.

MAGNETICS DESIGNER Software Makes Transformer and Inductor Design Easy. Magnetics Designer software was. Inductor Design Software.

Software for Magnetics Design. You can download the LitzOpt program the for use with MATLAB software. The ShapeOpt program optimizes the shape of an inductor.

A database with thousands of cores, wide variety. SPICE model. In addition, you can add your own cores, wire and material. Excel. Core vendors such.

TDK, Magnetics, Philips, Thomson, Micrometals, Siemens, Kaschke, Ferrite. International, VAC and Fair- Rite are represented. Further, formvar, square. Litz wire, PCB traces, or foil can be selected. Typical design applications include high frequency switching regulator transformers.

Hz. single- phase line transformers, AC inductors, planar magnetics and 4. Hz. aircraft transformers. Virtually any single phase, layer wound inductors. Hz to over 5. MHz can be synthesized with. Magnetics Designer. Compatibility: Windows 2. XP/Vista/7/8/8. 1.

Meg RAM and Microsoft Excel is required if you want to edit or add to. A screen resolution of 8. Where. was Magnetics Designer Developed? The Magnetics. Designer software was originally developed by Analytic Artistry, the leader. In 1. 99. 5, Intusoft acquired.

Intusoft ported the Analytic Artistry product to Windows. Magnetics Designer. How. Magnetics Designer Works? The Core Selection. Screen supplies thousands of cores to choose from. The core database. Microsoft Excel spreadsheet template.

To start. a design, you first select the core family and material. After you enter the. Core Wizard function will select the best core for. You may browse through the core database and choose an alternate core. You can lock the selected core geometry or let the program alter. Finally, the electrical specifications such. Transformer screen.

Initial Transformer Design Screen. Optimization. Summary Screen. Resulting. Transformer Screenwith. Magnetics. Designer uses proprietary algorithms to select the appropriate core, number. This is done to minimize total power dissipation. The program. takes into account design constraints such as the maximum allowed window.

Once finished, Magnetics Designer. After the initial. The program will analyze your changes.

Once the design is complete, the winding specification. The. Transformer Design Screen provides trade off of more than 2. Magnetics Designer automatically flags any design constraints that are violated.

Switch. Mode Power Supply Wizards. Magnetics Designer.

Switch Mode Power Supply Wizards for transformer- coupled. Flyback designs and Buck regulators. Just enter the power supply specification. Magnetics Designer computes the transformer or inductor spreadsheet.

Necessary data includes input power supply voltage; the output. An automatic design. The user can then interact.

Magnetics Designer to perfect the design. When acceptable results. Is. Spice. 4 model is generated for use in one of the template. This feature is available in the demo version of the Magnetics. Designer program, which provides a limited number of windings and cores. These templates. include Flyback, Forward, and Push- Pull topologies. The demo software will.

The templates. accept the Is. Spice. 4 transformer models generated using Magnetics Designer. The transformer parameters can.

It provides. information for the engineer who wants to learn more about magnetic design. It describes the design equations and algorithms used, core materials and. Virtually all of the program's. Note for. Power Supply Designers. If you're using Magnetics Designer.

Intusoft's. Power Supply Designer simulation. Copyright 1. 99. 6 - 2. Intusoft, All Rights Reserved.

Transformer design worksheet. Coilcraft specializes in transformers for high frequency, switch mode converters. We offer many off- the- shelf transformers that may meet your specific requirements. See a listing of our standard. If none of the transformers meets your requirements, please fill out the.

Power Transformer Design Worksheet. Firefox and Chrome users – if the form does not display red boxes denoting required fields, please save the PDF form before filling out.

Then email the completed form totech. Attach any additional information to the email, such as a schematic or specific design criteria,  before sending. We will contact you with any questions we may have.

Free SMPS Switching Power Supply / Transformer Design Software. What is Power Supply/Power converter?

This kind of electronic system converts electric energy to mechanical energy from the source to a given load. In this case the device is more accurate to be referred as a . PSU typically convert AC voltage to regulated DC voltages for electronic equipment. Semiconductors which continuously switching on and off are the mostly found key parts to control energy flow of PSU.

This kind of power supply are in . Using switches to control energy flow create lower losses and thus SMPS offer higher efficiency when compared with linear power supplies. This is true because when a switch is on the current is passed with a low voltage while it is off, current is blocked. In both states the power loss or power dissipation is relatively low.

SMPS have smaller number of passive components and lower heat generation (due to less power loss), thus SMPS can be smaller in size and is lighter in weight in general. PFC front end in AC input is found in almost every AC input application. This classification is done based on the form of input and output voltage (AC or DC). To support and simplify their job, Power. Esim is here to be used as a virtual lab or virtual branch so that steps in SMPS design: the selection of component; building of transformer; thermal simulation; power loss estimation; waveform chart recording; failure rate calculation; PPM estimation are done in one click. There are free online resources about industrial and theoretical issues about all aspect of switching power supply design.