Transformers frequancies possible to use?

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In summary, the conversation discusses the possibility of using a transformer over a wide frequency range, specifically from KHZ to MHZ. It is mentioned that this is possible depending on impedances and power levels, and there are resources available for designing a broadband transformer. The conversation ends with a question about using coils for PCB technology and the lack of available information.
  • #1
aryenudelman
9
0
Hi to all

is it possible to use the same transformer
in the range of KHZ on the one hand
and on the other the same one for
MHZ?

thanks a lot
 
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  • #2
aryenudelman said:
Hi to all

is it possible to use the same transformer
in the range of KHZ on the one hand
and on the other the same one for
MHZ?

thanks a lot

Depending on the impedances and power levels, you should be able to get a broadband transformer to work over about 3 decades (like 100kHz to 10MHz, or 1MHz to 100MHz), or maybe more with specialized construction techniques.

Here's the hit list from googling broadband transformer pulse transformer, including some nice design application notes:

http://www.google.com/search?source...302&q=broadband+transformer+pulse+transformer

What actual frequency range are you interested in?
 
  • #3
thanks

it is intersting
is there really option to work in decades like you mention
100k then 10 mhz

can it be a coils for PCB technology

i couldn't find some

thanks
 

Related to Transformers frequancies possible to use?

What is the purpose of studying Transformers frequencies?

The study of Transformers frequencies allows scientists to better understand how these devices work and how to optimize their performance. It also helps in designing new and more efficient Transformers.

What are the types of frequencies used in Transformers?

There are two main types of frequencies used in Transformers: power frequency and radio frequency. Power frequency is used for power transmission and distribution, while radio frequency is used for communication and wireless power transfer.

What factors affect the frequency range of Transformers?

The frequency range of Transformers is affected by factors such as the number of turns in the primary and secondary coils, the type and size of the core material, and the frequency of the input power source. These factors determine the overall performance and efficiency of the Transformer.

What are the advantages of using higher frequencies in Transformers?

Using higher frequencies in Transformers can result in smaller and lighter devices, as well as higher efficiency and better power handling capabilities. It also allows for more precise control and faster switching speeds.

What are the potential limitations of using high frequencies in Transformers?

High frequencies can lead to increased losses and heating in the Transformer, as well as electromagnetic interference with other devices. It also requires more advanced and expensive components to handle the high frequencies, which can make it less cost-effective.

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