How does hysteresis loss depend on frequency?
Now, we can understand from the above formula that Hysteresis loss is directly proportional to frequency and not related to voltage. Additionally it can be said that hysteresis loss depends on Magnetic materials, its total volume, Maximum flux density and supply frequency.Click to see full answer. Beside this, how do hysteresis and eddy current loss…
Now, we can understand from the above formula that Hysteresis loss is directly proportional to frequency and not related to voltage. Additionally it can be said that hysteresis loss depends on Magnetic materials, its total volume, Maximum flux density and supply frequency.Click to see full answer. Beside this, how do hysteresis and eddy current loss depends on frequency?Copper loss varies as the square of load current and called variable loss. Therefore, in a transformer, hysteresis and eddy current losses depend upon both maximum flux density and supply frequency. on which of the following factors does hysteresis loss depend? As we can see in above image the Hysteresis loss are directly dependent upon the frequency but the Eddy current losses are dependent upon the square of frequency. The another factor which is responsible for these losses are Magnetic field strength. Similarly, it is asked, is eddy current loss depends on frequency? Eddy losses depend on frequency, thus you will get a different value when you have 50Hz and 100kHz. Someone in the comments mentioned the Skin Effect. This is a phenomenon where at high frequencies, the magnetic field will not be able to penetrate the inside of the core.What is the reason of hysteresis loss?Hysteresis loss is due to the reversal of magnetization of transformer core whenever it is subjected to alternating nature of magnetizing force . Whenever the core is subjected to an alternating magnetic field, the domain present in the material will change their orientation after every half cycle.
