Sizing Feature for JMAG-Express Geometry

July 12, 2011
JMAG-Express Ver.1.00.3012 Release

The popular motor design tool JMAG-Express now has a geometrical sizing feature. Conventionally users needed to specify settings such as the dimensions and drive conditions when using the basic templates, but now the sizing feature recommends geometry and drive conditions by simply specifying the minimum desired output of the motor. Of coarse more specific geometry and drive conditions can be obtained by increasing the amount of information that is specified.

JMAG-Express can now be used as a building block to examine the geometry and drive conditions even for users that are not versed in motor design.

JMAG-Express will continue to evolve based on the rich feedback we receive from our users.

Download JMAG-Express

Link to JMAG-Designer from JMAG-Express Public!

Ver.1.00.2002 offers users the ability to specify correction coefficients for magnets and loss based on the feedback we received. In addition, motor geometry created in JMAG-Express Public can now be sent to JMAG-Designer (FEA: Finite Element Analysis). Motor geometry can now be hashed out in JMAG-Express, and then comprehensively analyzed in JMAG-Designer using FEA.

Obtain Motor Characteristics Instantly
Link to Circuit/Control Simulators!

Displays motor characteristics form design specifications with one click
Accounts for magnetic saturation
Requires no analysis experience

Output: Torque, Efficiency, Copper Loss, Iron Loss,
              Inductance, Torque Constant

JMAG-Express can now generate
JMAG-RT models.

A JMAG-RT model accounting for the characteristics of brushless
motors can now be generate by applying for a
JMAG-Express license key that supports JMAG-RT models.

The JMAG-RT models that are generated can be used with
MATLAB(R)/Simulink(R) and PSIM
offering more solutions, especially for system design engineers.