Reinforcement learning algorithm approach to optimizing component level variables for desired output utilizing the IHP PDK for 130nm process design.
Reinforcement learning algorithm approach to optimizing component level variables for desired output utilizing the IHP PDK for 130nm process design.
Reinforcement learning algorithm approach to optimizing component level variables for desired output utilizing the IHP PDK for 130nm process design.
Portable and affordable DDS function generator with low-noise output stage and digital waveform control.
A custom designed split keyboard! Has sixty keys and maxes out the XIAO nrf52840's GPIO. It is wireless and has a battery on each side.
A custom designed split keyboard! Has sixty keys and maxes out the XIAO nrf52840's GPIO. It is wireless and has a battery on each side.
A custom designed split keyboard! Has sixty keys and maxes out the XIAO nrf52840's GPIO. It is wireless and has a battery on each side.
A custom designed split keyboard! Has sixty keys and maxes out the XIAO nrf52840's GPIO. It is wireless and has a battery on each side.
A custom designed split keyboard! Has sixty keys and maxes out the XIAO nrf52840's GPIO. It is wireless and has a battery on each side.
A custom designed split keyboard! Has sixty keys and maxes out the XIAO nrf52840's GPIO. It is wireless and has a battery on each side.
A custom designed split keyboard! Has sixty keys and maxes out the XIAO nrf52840's GPIO. It is wireless and has a battery on each side.
A custom designed split keyboard! Has sixty keys and maxes out the XIAO nrf52840's GPIO. It is wireless and has a battery on each side.
A custom designed split keyboard! Has sixty keys and maxes out the XIAO nrf52840's GPIO. It is wireless and has a battery on each side.
This desing has some errors! If you want do the the project you have to change some things. During the explain the errors will be pointed out and explained. The idea of this project is to develop and build a mixing table with 2 mono input channels to which we can adjust the high and low frequencies, the volume and mix the 2 songs.
Custom 4-layer interrupter control board for DRSSTC systems. STM32F405-based, fiber-optically isolated outputs, hardware E-brake safety chain, and controlled-impedance routing (90Ω USB, 50Ω FSMC/SDIO). Designed in KiCad 9.0.