APPLICATION OF SPANWORM EQUATION TO THE COMPUTER-AIDED STEP MOTOR SYSTEM DESIGN (PART 2. MICROSTEPPING AND HIGH SPEED OPERATION).

Masakazu Kojima; Akira Sugawara

APPLICATION OF SPANWORM EQUATION TO THE COMPUTER-AIDED STEP MOTOR SYSTEM DESIGN (PART 2. MICROSTEPPING AND HIGH SPEED OPERATION).

MED - Health Sciences

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

Abstract

In a previous paper (part 1), the authors proposed a new non-linear vibration equation, the 'Spanworm equation', for stepping motor machine system analysis. It is pointed out in this paper that the proposed Spanworm equation can be applied quantitatively to the high speed microstepping area. Thus the CAD software system based on this Spanworm equation, which reflects a mechanical configuration of the stepping motor machine system, can be applied to a wide area of feedforward applications, to avoid conventional try and cut procedures.

Original language	English
Title of host publication	Unknown Host Publication Title
Editors	B.C. Kuo
Publisher	Incremental Motion Control Systems Soc
Pages	233-238
Number of pages	6
ISBN (Print)	0931538092
Publication status	Published - 1987

ASJC Scopus subject areas

Engineering(all)

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title = "APPLICATION OF SPANWORM EQUATION TO THE COMPUTER-AIDED STEP MOTOR SYSTEM DESIGN (PART 2. MICROSTEPPING AND HIGH SPEED OPERATION).",

abstract = "In a previous paper (part 1), the authors proposed a new non-linear vibration equation, the 'Spanworm equation', for stepping motor machine system analysis. It is pointed out in this paper that the proposed Spanworm equation can be applied quantitatively to the high speed microstepping area. Thus the CAD software system based on this Spanworm equation, which reflects a mechanical configuration of the stepping motor machine system, can be applied to a wide area of feedforward applications, to avoid conventional try and cut procedures.",

author = "Masakazu Kojima and Akira Sugawara",

year = "1987",

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publisher = "Incremental Motion Control Systems Soc",

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AU - Sugawara, Akira

PY - 1987

Y1 - 1987

N2 - In a previous paper (part 1), the authors proposed a new non-linear vibration equation, the 'Spanworm equation', for stepping motor machine system analysis. It is pointed out in this paper that the proposed Spanworm equation can be applied quantitatively to the high speed microstepping area. Thus the CAD software system based on this Spanworm equation, which reflects a mechanical configuration of the stepping motor machine system, can be applied to a wide area of feedforward applications, to avoid conventional try and cut procedures.

AB - In a previous paper (part 1), the authors proposed a new non-linear vibration equation, the 'Spanworm equation', for stepping motor machine system analysis. It is pointed out in this paper that the proposed Spanworm equation can be applied quantitatively to the high speed microstepping area. Thus the CAD software system based on this Spanworm equation, which reflects a mechanical configuration of the stepping motor machine system, can be applied to a wide area of feedforward applications, to avoid conventional try and cut procedures.

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M3 - Conference contribution

AN - SCOPUS:0023599053

SN - 0931538092

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EP - 238

BT - Unknown Host Publication Title

A2 - Kuo, B.C.

PB - Incremental Motion Control Systems Soc

ER -

APPLICATION OF SPANWORM EQUATION TO THE COMPUTER-AIDED STEP MOTOR SYSTEM DESIGN (PART 2. MICROSTEPPING AND HIGH SPEED OPERATION).

Abstract

ASJC Scopus subject areas

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