Hey everyone
I'm designing my induction heater and I'm a bit confused about something and was hoping someone could clear it up for me please.
Basically its the relationship between LC resonance frequency and supply frequency. I am current unclear on the relationship between these two. Is the ideal aim to match the LC filter resonance frequency to the supply frequency as closely as possible? and then use a L-match filter to match impedance? I'm currently looking at the 10-50KHz range in order to heat shallow/medium thickness materials.
Sorry if this seems a silly question but the maths on this has got me a bit confused so thanks in advance to anyone who can help
Cheers guys
I'm designing my induction heater and I'm a bit confused about something and was hoping someone could clear it up for me please.
Basically its the relationship between LC resonance frequency and supply frequency. I am current unclear on the relationship between these two. Is the ideal aim to match the LC filter resonance frequency to the supply frequency as closely as possible? and then use a L-match filter to match impedance? I'm currently looking at the 10-50KHz range in order to heat shallow/medium thickness materials.
Sorry if this seems a silly question but the maths on this has got me a bit confused so thanks in advance to anyone who can help
Cheers guys