brian 2
While Bridget Benson and UC San Diego computer science professor Ryan Kastner are working on digital signal processing challenges, Jacobs School undergraduates are hard at work on analog portions of the underwater communications project, including the transmitter power amplifier and receiver low noise amplifier.
“The amplifier works, but it is not yet as efficient as Don Kimball’s original design or the early simulations,” said electrical engineering undergraduate Brian Faunce, referring to Calit2 principal development engineer Don Kimball. “There is some sort of an optimization issue we still have to figure out,” said Faunce.
brian 2
While Bridget Benson and UC San Diego computer science professor Ryan Kastner are working on digital signal processing challenges, Jacobs School undergraduates are hard at work on analog portions of the underwater communications project, including the transmitter power amplifier and receiver low noise amplifier.
“The amplifier works, but it is not yet as efficient as Don Kimball’s original design or the early simulations,” said electrical engineering undergraduate Brian Faunce, referring to Calit2 principal development engineer Don Kimball. “There is some sort of an optimization issue we still have to figure out,” said Faunce.