What term describes the rate at which the transmitter applies electrical pulses to the transducer?

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Multiple Choice

What term describes the rate at which the transmitter applies electrical pulses to the transducer?

Explanation:
Pulse repetition frequency describes how many electrical pulses the transmitter sends to the transducer each second. It’s the rate of pulse emission, measured in hertz. The time between pulses is the period, which is simply the reciprocal of the PRF. The other terms refer to different ideas: depth gain compensation adjusts amplification with depth, and demodulation is the process of extracting the useful envelope from the received signal. So the rate at which pulses are applied is PRF.

Pulse repetition frequency describes how many electrical pulses the transmitter sends to the transducer each second. It’s the rate of pulse emission, measured in hertz. The time between pulses is the period, which is simply the reciprocal of the PRF. The other terms refer to different ideas: depth gain compensation adjusts amplification with depth, and demodulation is the process of extracting the useful envelope from the received signal. So the rate at which pulses are applied is PRF.

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