This edition of the JMAG News Letter features transformer solutions. JMAG
is well known for supporting motor design, but many of our users are also
using JMAG for transformer design. Each year the functions are being further
enhanced.
The first article is an interview with the Cosel Co., Ltd. who holds a
leading market share in the industry. Cosel fully utilizes simulations
to meet the demands for low noise switching power sources that have a high
power density. This interview candidly discusses implementing JMAG as well
as the process used to reduce the number of prototypes that are required.
The Technical Report introduces the design concept and effectiveness of
the "transformer study" debuting in JMAG version 10. This "transformer
study" utilizes an interface necessary for designing/analyzing transformers
and makes creating geometry of complicated coil wires in addition to specifying
the conditions easy. Transformer designers who are unfamiliar with CAE
simulations can perform highly accurate analysis right after JMAG is implemented,
which is described in more detail in the Technical Report.
The cost of the time required to perform settings and get the knowledge
required to perform highly accurate analyses is said to be higher than
the cost of the software itself. The "transformer study" is a
product that confronts this issue with simulation software head on. You
can experience the ease of operation in JMAG-Designer version 10.3 released
this month.
This edition of the news letter is packed with information. We hope you
enjoy it.
Transformer Design Achieving an Efficient Design Process
Cosel Co., Ltd. Interview
Introductions to Analysis Examples
Seminar Information
What is Transformer Design?
The JMAG solution for taking into account complex phenomena while providing
an efficient design process.
Reduce prototypes by examining the design requirements such as efficiency
and leakage inductance in advance.
Visualize complex physical phenomena such as current distribution of wires
and magnetic flux leakage into the air
Provides more efficient daily operations by performing designs and evaluations
in a single system.
