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Inverter and Rectifier for 13.56mhz
- Thread starter Sherazi
- Start date
Your question is too vague for me to provide meaningful answers. Can you be more specific about the kinds of circuits and components you are interested in? Just to confirm:
\( 13.56\text{ mHz}\;=\;13.56\times10^{-3}\text{ Hz} \)
which is a very low frequency.
\( 13.56\text{ MHz}\;=\;13.56\times10^{6}\text{ Hz} \)
is in the HF region just below the 20M amateur band. I think you meant the latter rather than the former.
\( 13.56\text{ mHz}\;=\;13.56\times10^{-3}\text{ Hz} \)
which is a very low frequency.
\( 13.56\text{ MHz}\;=\;13.56\times10^{6}\text{ Hz} \)
is in the HF region just below the 20M amateur band. I think you meant the latter rather than the former.
Yes 13.56mhz
Yes 13.56mhz
Pretty much anything you can get your hands on since it is practically the same as DC. Why would you need an inverter if you already have an AC signal at that frequency. You're not making much sense.
Can’t find a mosfet for it too
Any MOSFET will do at a frequency with a period of 73.747 seconds. That's just nervous DC. Did you read and understand post #3?
Any common one you can name that is easily available
Post a schematic diagram of your circuit.
No schematic but have a general idea of making a wireless charger operating at 13.56mhz. I need help with the mosfet , H Bridge (Inverter) for it as well as rectifier.
You are not paying attention to anything I have said, and apparently do not understand the difference between 13.56 millihertz and 13.56 Megahertz. Please tell me how you are in any position to select components without a schematic drawing. I'd really like to know what you are thinking.
13.56Mhz(Mega Hz)
So how about a block diagram. What is the input voltage source? Why is there an inverter converting DC to AC, and why is there a rectifier? What are you trying to charge? What you are trying to do and how you are going about it is a complete mystery. Can you explain?
So the thing is I want to take a DC source and want it to be transmitted to a load (700mW to 1 watt) at 13.56mhz I.e Wireless Power Transmission
What is the voltage and power available from the source? What is the voltage level at the load? Why did you pick 13.56 MHz as a transmission frequency? In any case you need to come up with a circuit before we start choosing components.
For source we can use a 5V or 9V DC battery as it is for medical device it needs to have 13.56mhz frequency and it should have 50 to 50% efficiency
Schematic first, then we can talk.
