Motor Control Starter Kits

NEC ELECTRONICS' Motor Control Starter kits provide a comprehensive and easy to use starter kit designed to support NEC's exciting range of 8-bit, 16-bit and 32-bit motor control specific microcontrollers.

Targeted specifically at motor control applications the Starter kits are a complete evaluation kit which allows designers to demonstrate & evaluate the CPU and motor control functions of all of the Motor Control Application specific microcontrollers.

Scalability with the ability to add other microcontroller boards in the future

Currently supported products available are:

• uPD78F0714 Low voltage kit
• uPD70F3329 Low Voltage Kit
• uPD78F1213 (IC3) CPU Board for Low voltage Kit
• uPD78F1235 (IE3) CPU Board for Low voltage Kit
• uPD70F3329 (IK1) CPU Board for Low voltage Kit
• K0R SPINIT single board kit
• High Voltage Inverter Unit

All complete kits come with:

• 15V power supply
• BLDC motor Example software
• Documentation including users manuals and schematics

Many items are also available individually

Please follow the links to the individual product pages where a more detailed description is available together with all the relevant documentation and example software.

Applications

Targeted applications for the starter kits include development of many consumer appliances such as cordless power tools, electric toothbrushes, shavers, trimmers, fans and many other low power motor control applications.

Flexibility

Since all parts of the starter kit can be used either individually or collectively, users benefit from this and have the option to purchase complete kits or separate hardware components. Secure your low voltage starter kit by contacting your local NEC motor control sales representative now!

GUI Software

In addition to offering both in-depth evaluation and demonstration capabilities, the Starter kits impressive hardware is coupled with a specially software Graphical control interface package (GUI). This allows The user to operate the starter kit and tune the operation code by changing the controller parameters from the PC interface.

The kit can also operate in standalone mode using the controls provided on the I/O interface board.