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Hydrophone Type 8103 with cable

Hydrophone Type 8103 with cable

TYPE 8103

MINIATURE HYDROPHONE

Miniature Hydrophone Type 8103 is a small piezoelectric transducer designed for high-frequency laboratory and industrial use. The instrument is particularly useful in the acoustic study of marine animals or for cavitation measurement.

TYPE 8103

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Miniature Hydrophone Type 8103 is designed for high-frequency laboratory and industrial use and is supplied with an integral 6m cable terminated 10-32 unf microdot plug.

Calibration reference standards
Ultrasonic measurements in liquids
Cavitation measurements
Laboratory/industrial measurements in liquids and gases
As underwater projectors (8103, 8104, and 8105)
Noise measurements in humid and polluted atmospheres

Code	Maximum operating static pressure
-8103--PTO-	262 dB (4 × 10^6 Pa)
-8103-D-003-	257 dB (4 × 10^6 Pa)
-8103-D-030-	253 dB (4 × 10^6 Pa)
-8103-D-100-	254 dB (4 × 10^6 Pa)
-8103-D-150-	255 dB (4 × 10^6 Pa)
-8103-D-200-	256 dB (4 × 10^6 Pa)
-8103-D-300-	257 dB (4 × 10^6 Pa)
-8103-D-500-	258 dB (4 × 10^6 Pa)
-8103-M-100-	260 dB (4 × 10^6 Pa)

Hydrophone Types 8103, 8104, 8105, 8106	Data Sheets	English
Hydrophones Types 8103, 8104, 8105 and 8106	手動	English

FAMILY 8103
Sensitivity	0.029 mV/Pa
Lower frequency	0.1 Hz
Higher frequency	180 kHz
Maximum operating static pressure	260 dB (4 × 10^6 Pa), 262 dB (4 × 10^6 Pa), 256 dB (4 × 10^6 Pa), 258 dB (4 × 10^6 Pa), 257 dB (4 × 10^6 Pa), 255 dB (4 × 10^6 Pa), 253 dB (4 × 10^6 Pa), 254 dB (4 × 10^6 Pa)
Mounting space - length	50 mm
Mounting space - length	1.97 in
Mounting space - width	9.5 mm
Mounting space - width	0.37 in
Mounting space - height	50 mm
Mounting space - height	1.97 in

Miniature hydrophone Type 8103 is a small, high-sensitivity hydrophone for absolute sound measurements over the frequency range 0.1Hz to 180 kHz, with a receiving sensitivity of −211 dB re 1V/μPa. The high sensitivity and good all-round characteristics, make it ideal for laboratory, industrial, and educational use.

The high-frequency response of this hydrophone becomes especially valuable when making acoustic investigations of marine animals, and for measuring pressure-distribution patterns in ultrasonic-cleaning baths.