PADAUK Application Note (PDK-APN)

Applications

The basic concept of FPPA^TM is to provide multiple processing units which can be interrupt-free and run program independently, and then utilize these processing units to implement most of peripheral functions which are required in the system. By using software instead of hardware, system designer will get the best flexibility. Besides software-based peripheral functions, FPPA^TM technology provides excellent timing control method and real-time response to events, too. For example, multi-channel PWM generation is required in robot to control several servo motors simultaneously and independently. Using FPPA^TM technology to implement software-based PWM could have the maximum flexibility.

Applications

The basic concept of FPPA^TM is to provide multiple processing units which can be interrupt-free and run program independently, and then utilize these processing units to implement most of peripheral functions which are required in the system. By using software instead of hardware, system designer will get the best flexibility. Besides software-based peripheral functions, FPPA^TM technology provides excellent timing control method and real-time response to events, too. For example, multi-channel PWM generation is required in robot to control several servo motors simultaneously and independently. Using FPPA^TM technology to implement software-based PWM could have the maximum flexibility.

FPPA^TM の基本的なコンセプトは、お互いに干渉する事無く独立にプログラムを動作させる十分なCPUコアを提供し、それによりシステム内で 必要な基本となるペリフェラル機能を実現することにあります。
ハードウェアではなくソフトウェアを使用するこ とは、システムの設計者にとって、最大限の柔軟性を持ったシステム設計を可能にする事が出来ます。その上、ソフトウェアを基 本としたペリフェラル設計に対して、FPPA^TMの技術は優れたタイミング制御 及び リアルタイムなレスポンス能力も備えています。
例えば、ロボットを動作させる多チャ ンネルPWM制御において、幾つかのサ ーボモーターを同時に且つ独立に制御する事が求められます。こういった、PWM制御を行うシステム設計にFPPA^TMのソフトウェアを基本とした技術を使用することにより、 簡単にシステム設計が可能になります。

Applications

The basic concept of FPPA^TM is to provide multiple processing units which can be interrupt-free and run program independently, and then utilize these processing units to implement most of peripheral functions which are required in the system. By using software instead of hardware, system designer will get the best flexibility. Besides software-based peripheral functions, FPPA^TM technology provides excellent timing control method and real-time response to events, too. For example, multi-channel PWM generation is required in robot to control several servo motors simultaneously and independently. Using FPPA^TM technology to implement software-based PWM could have the maximum flexibility.