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Sudalai
- 9
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I have 150 x 100 x 60 M4 grade toroid core and same grade slit coil, I need to 180 x 100 x 60 in my design purpose.i would like to add OD 20 mm. my suspicion is a slit that can be added should be on the same grade?
Is 150x100x60 in mm? That's a big toroid! What is it used for? Can you post links to the datasheets of the two cores you are asking about?Sudalai said:I have 150 x 100 x 60 M4 grade toroid core and same grade slit coil, I need to 180 x 100 x 60 in my design purpose.i would like to add OD 20 mm. my suspicion is a slit that can be added should be on the same grade?
A toroidal transformer core is a type of transformer core that is shaped like a doughnut. It is made of a continuous magnetic material, usually iron or steel, and has a hole in the center for the winding of the transformer. This design provides a more efficient and compact transformer compared to other shapes.
A toroidal transformer core is different from other transformer cores in terms of shape and construction. Its doughnut shape allows for a more efficient use of magnetic material, resulting in a smaller and lighter transformer. It also has lower levels of electromagnetic interference and produces less noise compared to other core shapes.
There are several advantages of using a toroidal transformer core, including its compact size, high efficiency, low electromagnetic interference, and low noise. It also has a lower stray magnetic field, making it suitable for use in sensitive electronic equipment. Additionally, its shape allows for easy mounting and installation.
When selecting a toroidal transformer core, factors such as the required power rating, frequency, and voltage must be considered. The size and shape of the core should also be chosen based on the available space and the desired level of efficiency. Additionally, the type and quality of the magnetic material used in the core should be carefully evaluated.
While toroidal transformer cores are commonly used in many types of transformers, they may not be suitable for all applications. For example, they may not be ideal for high power transformers due to their smaller size and lower power handling capacity. It is important to carefully consider the specific requirements of the transformer before deciding on the type of core to use.