DC to AC oscilator and transformer

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SUMMARY

The discussion focuses on stepping up the voltage from a 1.5V battery to 300V using an oscillator circuit that includes a transformer, a small capacitor, and a transistor. Participants confirm that the specific type of transistor and capacitor is not critical for handling 1.5V, but recommend utilizing a flyback circuit for achieving high voltage ratios effectively. The conversation emphasizes the importance of circuit design in engineering applications.

PREREQUISITES
  • Understanding of oscillator circuits
  • Knowledge of transformer operation
  • Familiarity with flyback circuit design
  • Basic electronics components: capacitors and transistors
NEXT STEPS
  • Research flyback circuit design principles
  • Study the operation of transformers in voltage step-up applications
  • Explore different types of transistors suitable for high-voltage applications
  • Learn about capacitor selection criteria for oscillator circuits
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Electronics engineers, hobbyists working on voltage conversion projects, and anyone interested in high-voltage circuit design.

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Hello, can someone please help me out here, i want to step up the voltage of a 1.5V battery to 300V, i know that to do so you need an oscilatro circuit consisting of a transformer a small capacitor and a transistor. so my question is, does the type of transistor/capacitor i use matter?
 
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Hello, can someone please help me out here, i want to step up the voltage of a 1.5V battery to 300V, i know that to do so you need an oscilatro circuit consisting of a transformer a small capacitor and a transistor. so my question is, does the type of transistor/capacitor i use matter?

No, if you use "an oscilatro circuit consisting of a transformer a small capacitor and a transistor" because any transistor and capacitor will withstand 1.5 V.

But the usual way of getting such ratios of voltages is using a flyback circuit ( look at wiki ).

And this is a post for "enginering" !
 

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