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Applied Sciences | Free Full-Text | Filament X-ray Tube Current Control Method Using Indirect Filament Temperature Estimation
![An X-ray tube when operated 60 kV, then reading of tube current is 50 mA. Assuming that the total energy of electron is converted into heat, the rate of heat produced the An X-ray tube when operated 60 kV, then reading of tube current is 50 mA. Assuming that the total energy of electron is converted into heat, the rate of heat produced the](https://toppr-doubts-media.s3.amazonaws.com/images/10257574/a41e5afd-1cf9-414f-b748-665dc4df87c1.jpg)
An X-ray tube when operated 60 kV, then reading of tube current is 50 mA. Assuming that the total energy of electron is converted into heat, the rate of heat produced the
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Applied Sciences | Free Full-Text | Filament X-ray Tube Current Control Method Using Indirect Filament Temperature Estimation
![SOLVED: An X-ray imaging system has a 30 kw generator: If the maximum tube voltage is 150 if, what is the available tube current? A) 200 mA B) 2A C) 5A D) 400 mA SOLVED: An X-ray imaging system has a 30 kw generator: If the maximum tube voltage is 150 if, what is the available tube current? A) 200 mA B) 2A C) 5A D) 400 mA](https://cdn.numerade.com/ask_previews/24e5dffc-2b31-47aa-8963-c9ca55253581_large.jpg)
SOLVED: An X-ray imaging system has a 30 kw generator: If the maximum tube voltage is 150 if, what is the available tube current? A) 200 mA B) 2A C) 5A D) 400 mA
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Figure 1 from Emerging technologies in CT- radiation dose reduction and dual-energy CT. | Semantic Scholar
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