What Is A Dead Zone?

1.	What Is A Dead Zone?
Answer» A dead zone refers to the area directly in front of the transducer face where the sensor cannot reliably make MEASUREMENTS. This is due to a phenomenon CALLED ringing. Ringing is the continued vibration of the transducer after the excitation pulse. The ENERGY must dissipate before the transducer can listen for a return echo. Make sure to LOCATE your target OUTSIDE of the specified dead zone of your ultrasonic sensor. A dead zone refers to the area directly in front of the transducer face where the sensor cannot reliably make measurements. This is due to a phenomenon called ringing. Ringing is the continued vibration of the transducer after the excitation pulse. The energy must dissipate before the transducer can listen for a return echo. Make sure to locate your target outside of the specified dead zone of your ultrasonic sensor.

Answer»

A dead zone refers to the area directly in front of the transducer face where the sensor cannot reliably make MEASUREMENTS. This is due to a phenomenon CALLED ringing. Ringing is the continued vibration of the transducer after the excitation pulse. The ENERGY must dissipate before the transducer can listen for a return echo. Make sure to LOCATE your target OUTSIDE of the specified dead zone of your ultrasonic sensor.

A dead zone refers to the area directly in front of the transducer face where the sensor cannot reliably make measurements. This is due to a phenomenon called ringing. Ringing is the continued vibration of the transducer after the excitation pulse. The energy must dissipate before the transducer can listen for a return echo. Make sure to locate your target outside of the specified dead zone of your ultrasonic sensor.

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