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Notizie dall'azienda | induttanze di modo comune | Notizie del settore | trasformatore|RJ45 connectors
1. Classification by use: it can be divided into three categories, namely power supply high-frequency trasformatores, power supply high-frequency trasformatores and special high-frequency trasformatores.
Power supply high-frequency trasformatore, commonly used in TV, radio, etc. , belongs to the category of low-voltage electricity.
Power supply high-frequency trasformatores are usually lines above 10kV, and their main function is to reduce the voltage to the voltage used at all levels, so as to meet the power demand everywhere.
Special high-frequency trasformatores are not very common in everyday life. Its main application place is the factory, which is used in dustproof, heat-resistant, moisture-proof and other places with special requirements.
2. Classification according to cooling medium: dry high-frequency trasformatores, liquid (oil) immersed high-frequency trasformatores, gas-filled high-frequency trasformatores are common.
In daily life, dry HF trasformatores and oil-immersed HF trasformatores sono spesso confusi. In effetti, possono essere distinti semplicemente dall'aspetto e dalla posizione.
In appearance, dry high-frequency trasformatores can directly see the iron core and coil, while oil high-frequency trasformatores can only see the shell of high-frequency trasformatores.
Dal punto di vista del luogo di utilizzo, di tipo secco high-frequency trasformatores are mostly used in places that require "fireproof" and "explosion-proof", generally used in large buildings and high-rise buildings, while oil high-frequency trasformatores are mostly used outdoors and places with "accident oil pools", because the probability of oil spraying or leakage after failure is high, which is easy to cause fire.
In addition, the capacity of oil-immersed high-frequency trasformatores is larger than that of dry high-frequency trasformatores, but the price of dry-in-high frequency trasformatores is higher than that of oil-immersed high-frequency trasformatores at the same capacity.
1. Classification by use: it can be divided into three categories, namely power supply high-frequency trasformatores, power supply high-frequency trasformatores and special high-frequency trasformatores.
Power supply high-frequency trasformatore, commonly used in TV, radio, etc. , belongs to the category of low-voltage electricity.
Power supply high-frequency trasformatores are usually lines above 10kV, and their main function is to reduce the voltage to the voltage used at all levels, so as to meet the power demand everywhere.
Special high-frequency trasformatores are not very common in everyday life. Its main application place is the factory, which is used in dustproof, heat-resistant, moisture-proof and other places with special requirements.
2. Classification according to cooling medium: dry high-frequency trasformatores, liquid (oil) immersed high-frequency trasformatores, gas-filled high-frequency trasformatores are common.
In daily life, dry HF trasformatores and oil-immersed HF trasformatores sono spesso confusi. In effetti, possono essere distinti semplicemente dall'aspetto e dalla posizione.
In appearance, dry high-frequency trasformatores can directly see the iron core and coil, while oil high-frequency trasformatores can only see the shell of high-frequency trasformatores.
Dal punto di vista del luogo di utilizzo, di tipo secco high-frequency trasformatores are mostly used in places that require "fireproof" and "explosion-proof", generally used in large buildings and high-rise buildings, while oil high-frequency trasformatores are mostly used outdoors and places with "accident oil pools", because the probability of oil spraying or leakage after failure is high, which is easy to cause fire.
In addition, the capacity of oil-immersed high-frequency trasformatores is larger than that of dry high-frequency trasformatores, but the price of dry-in-high frequency trasformatores is higher than that of oil-immersed high-frequency trasformatores at the same capacity.
