Powder metallurgy allows designers of electric motors to implement new magnetic circuit structures. A relatively new concept is the use of a magnet system consisting of various types of magnets on one rotor, for example sintered and bonded magnets. This concept has been applied to the design and manufacture of the four-pole rotor of a synchronous motor with 400 W power and a rotational speed of 1500 rpm. In this motor, the stator of an asynchronous motor type Sh 71-4B is applied. The application of the new construction of the rotor resulted in an increase in motor efficiency and power factor compared to an asynchronous motor with the same volume
The electromagnetic behaviour of solid salient pole synchronous motors is considered in relation to ...
Recently, studies on the hybrid excitation synchronous motor using permanent magnet (PM) together wi...
Although neodymium-iron-boron (Nd-Fe-B) magnets have high-energy product with suitable magnetic and ...
AC Synchronous Motors range in size from sub-fractional horsepower to over 10,000 horsepower. Smalle...
The hybrid-excitation permanent magnet (HEPM) motor is a synchronous motor characterized by a rotor ...
The paper presents selected motor design with a compact permanent magnets hybrid rotor, adapted for ...
A synchronous machine is analysed, characterised by a rotor including both Permanent Magnets (PMs) a...
Hybrid excitation motor is a combination of permanent magnet motor and electric excitation motor, wh...
The article considers the issues of increasing energy efficiency by using multi-speed motors, and al...
In this paper a new hybrid rotor geometry is suggested for line start permanent magnet synchronous m...
This paper presents the manufacturing experience of an outer rotor permanent magnet synchronous mach...
The purpose of the present project is the design and optimization of a fifth teen-slot ten pole per...
This paper presents three-different high efficiency and low costs electric machines types for automo...
A synchronous motor using ferrite magnets has the potential for energy saving in general application...
This thesis is bent proposal synchronic motor with permanent magnets. Here are described characteris...
The electromagnetic behaviour of solid salient pole synchronous motors is considered in relation to ...
Recently, studies on the hybrid excitation synchronous motor using permanent magnet (PM) together wi...
Although neodymium-iron-boron (Nd-Fe-B) magnets have high-energy product with suitable magnetic and ...
AC Synchronous Motors range in size from sub-fractional horsepower to over 10,000 horsepower. Smalle...
The hybrid-excitation permanent magnet (HEPM) motor is a synchronous motor characterized by a rotor ...
The paper presents selected motor design with a compact permanent magnets hybrid rotor, adapted for ...
A synchronous machine is analysed, characterised by a rotor including both Permanent Magnets (PMs) a...
Hybrid excitation motor is a combination of permanent magnet motor and electric excitation motor, wh...
The article considers the issues of increasing energy efficiency by using multi-speed motors, and al...
In this paper a new hybrid rotor geometry is suggested for line start permanent magnet synchronous m...
This paper presents the manufacturing experience of an outer rotor permanent magnet synchronous mach...
The purpose of the present project is the design and optimization of a fifth teen-slot ten pole per...
This paper presents three-different high efficiency and low costs electric machines types for automo...
A synchronous motor using ferrite magnets has the potential for energy saving in general application...
This thesis is bent proposal synchronic motor with permanent magnets. Here are described characteris...
The electromagnetic behaviour of solid salient pole synchronous motors is considered in relation to ...
Recently, studies on the hybrid excitation synchronous motor using permanent magnet (PM) together wi...
Although neodymium-iron-boron (Nd-Fe-B) magnets have high-energy product with suitable magnetic and ...