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In order to transmit signals underwater, we will need to design a somewhat high power amplifier.
Your task is to design an Audio amplifier with 200kHz of bandwidth, capable of delivering up to 2W of power, for driving a piezoelectric transducer.
Tasks:
Design output stage. 200kHz, with 2W (or more) of power, for a piezoelectric transducer such as this. Should be selectable across the power range, preferably in 10dB increments.
Design input stage. Might be similar to sonar preprocessor, however you will need to take into consideration how piezo transducers may differ from the hydrophones we are using.
The text was updated successfully, but these errors were encountered:
In order to transmit signals underwater, we will need to design a somewhat high power amplifier.
Your task is to design an Audio amplifier with 200kHz of bandwidth, capable of delivering up to 2W of power, for driving a piezoelectric transducer.
Tasks:
The text was updated successfully, but these errors were encountered: