@Orange01

I'm designing the frame for a Electrohydrodynamic Thruster that uses the principle of corona discharge to produce thrust This is for the next iteration of a project that me and my friends are working on, you can read the last year's iteration here: https://doi.org/10.31224/6625

This is a driver for a High Voltage Flyback Transformer. we are planning on using it in the next stage in our research on EHD propulsion. You can read our preprint from last year here: https://doi.org/10.31224/6625 Features: - Variable duty cycle - Variable frequency - Current/Voltage Sensing - Current/Voltage Regulating 6V to 25V, digitally adjustable via 12-bit DAC about 5mV resolution - Rotary encoder for control - OLED Display - Indicator Lights - Soft Startup - Hardware overcurrent protection, independent of firmware - Latching fault shutdown - Adjustable trip threshold - RCD clamp with tunable clamp voltage

This is a long range UAV designed to carry a ISR Payload on 1kg with a 1 hour loiter time.