I want to fully understand the following datasheet.....
http://www.tamuracorp.com/clientuploads/pdfs/engineeringdocs/MET-23.pdf
I am trying to get an output wave close to its dielectric strength.
1. Primary Source Impedance. It is the impedance in the primary. Does the CT stand for coil turns? If so, doesn't that go against the definition? If they give you the ration in terms of impedance, then you have to take the square root to get the turn ratio. Is that not correct.
2. Sec. Impedance. Same question as 1.
3. Primary DC current....this is the max current it can take on DC on the primary, but what about AC?
4. Operating Level...This is the max power it can handle on the output?
5. Frequency Response....what does it mean relative to 1kHz? Also, 3dB spans a long way. What happens if I go over that frequency.
6. Longitudinal Balance...this measures how well it can transport over a cable? What happens if I go over 1Khz?
On the top it says 65mW max in secondary and reflect a primary source impedance of 1.6kCT with a 3.2 ohm load on the secondary.
A few questions with this...
It reflects a primary source impedance with that known load... Does that mean the driver sees that reflection? If I did want to put a cable...I would most definitely have to impedance match, correct? Which impedance do I use? The side the connects to the cable, or the side the driver sees?
To make more voltage, I would have to put this backwards. Do all these specs go out the window?
http://www.tamuracorp.com/clientuploads/pdfs/engineeringdocs/MET-23.pdf
I am trying to get an output wave close to its dielectric strength.
1. Primary Source Impedance. It is the impedance in the primary. Does the CT stand for coil turns? If so, doesn't that go against the definition? If they give you the ration in terms of impedance, then you have to take the square root to get the turn ratio. Is that not correct.
2. Sec. Impedance. Same question as 1.
3. Primary DC current....this is the max current it can take on DC on the primary, but what about AC?
4. Operating Level...This is the max power it can handle on the output?
5. Frequency Response....what does it mean relative to 1kHz? Also, 3dB spans a long way. What happens if I go over that frequency.
6. Longitudinal Balance...this measures how well it can transport over a cable? What happens if I go over 1Khz?
On the top it says 65mW max in secondary and reflect a primary source impedance of 1.6kCT with a 3.2 ohm load on the secondary.
A few questions with this...
It reflects a primary source impedance with that known load... Does that mean the driver sees that reflection? If I did want to put a cable...I would most definitely have to impedance match, correct? Which impedance do I use? The side the connects to the cable, or the side the driver sees?
To make more voltage, I would have to put this backwards. Do all these specs go out the window?