The purpose of this document is to describe the more commonly used permanent magnet stepper motors for spaceflight. It will discuss the mechanical and electrical aspects of the devices, their torque behavior, those parameters which need to be controlled and measured, and test methods to be employed. It will also discuss torque margins, compare these to the existing margin requirements, and determine the applicability of these requirements. Finally it will attempt to generate a set of requirements which will be used in any stepper motor procurement and will fully characterize the stepper motor behavior in a consistent and repeatable fashion
AbstractThe main goal of presented research is to confirm efficiency of nonlinear characteristic of ...
Another useful machine interfaced to the computer system is the Stepper motor. A Stepper motor is a ...
This paper describes the design and modelling of a DC linear stepper motor (DLSM), to investigate th...
Stepper motors are widely used on most spacecraft mechanisms requiring repeatable and reliable perfo...
Hybrid stepper motors are very well adapted to high performance space mechanisms. They are very simp...
The system discussed adopts a well established and space proven motor, the 'stepper-motor' and shows...
Hybrid stepper motors used in space applications will face varying supply voltage and a wider range ...
The current trend in the development of electric drive systems is the replacement of mechanical tran...
Stepper motors are small electric motors whose shaft rotation can be accurately controlled by electr...
The development of the smallSats industry and the novel variety of on-boards instruments lead more a...
AbstractThe term motor should be understood as the converter of an electrical energy into a mechanic...
This paper presents the design and analysis of a 400-step hybrid stepper motor for spacecraft applic...
There has been an unfortunate lack of standardization of the terms and components of stepper motor p...
The stepper motor is well-known for its usage in machinery and systems, which requires high precisio...
This concept allows control of high-performance stepper motors with minimal parts count and minimal ...
AbstractThe main goal of presented research is to confirm efficiency of nonlinear characteristic of ...
Another useful machine interfaced to the computer system is the Stepper motor. A Stepper motor is a ...
This paper describes the design and modelling of a DC linear stepper motor (DLSM), to investigate th...
Stepper motors are widely used on most spacecraft mechanisms requiring repeatable and reliable perfo...
Hybrid stepper motors are very well adapted to high performance space mechanisms. They are very simp...
The system discussed adopts a well established and space proven motor, the 'stepper-motor' and shows...
Hybrid stepper motors used in space applications will face varying supply voltage and a wider range ...
The current trend in the development of electric drive systems is the replacement of mechanical tran...
Stepper motors are small electric motors whose shaft rotation can be accurately controlled by electr...
The development of the smallSats industry and the novel variety of on-boards instruments lead more a...
AbstractThe term motor should be understood as the converter of an electrical energy into a mechanic...
This paper presents the design and analysis of a 400-step hybrid stepper motor for spacecraft applic...
There has been an unfortunate lack of standardization of the terms and components of stepper motor p...
The stepper motor is well-known for its usage in machinery and systems, which requires high precisio...
This concept allows control of high-performance stepper motors with minimal parts count and minimal ...
AbstractThe main goal of presented research is to confirm efficiency of nonlinear characteristic of ...
Another useful machine interfaced to the computer system is the Stepper motor. A Stepper motor is a ...
This paper describes the design and modelling of a DC linear stepper motor (DLSM), to investigate th...