Low Frequency Hydrophones

Description: The TC4043 Miniature hydrophone offers a wide frequency range from 2Hz to over 160kHz. The frequency response is flat from 2Hz to 100kHz. The hydrophones directivity is typically omnidirectional up to 100kHz. The TC4043 incorporates a high quality 10dB low-noise

• Diameter: 9.5 mm
• Frequency Response: 2 to 160000 Hz
• Hydrophone Sensitivity: -201 dB re V/µPa
• Integral Pre-amplifier: Yes

Description: for pressure hydrophone calibration at low frequencies can be found in IEC 60565 2 [1] . Procedures for hydrophone calibration at acoustic frequencies greater than 1 MHz are covered by IEC 62127-2 [2]. Excluded from the scope of this document are

Description: Underwater acoustics - Hydrophones - Calibration of hydrophones Part 2: Procedures for low frequency pressure calibration

Description: IEC 60565-2:2019 specifies the methods for low frequency pressure calibration of hydrophones at frequencies from 0,01 Hz to several kilohertz depending on calibration method. IEC 60565-2:2019, together with IEC 60565-1, replaces the second edition of IEC 60565 published

Description: The TC4050 is a miniature flushmounted hydrophone, which has a flat frraenqguee.n c y response and is omnidirec-tional over the complete lover frequency The high capacitance and sensitivity of the sensor element allow for direct connection to an oscilloscope or recording apparatus.

• Frequency Response: 0.3000 to 100000 Hz
• Hydrophone Sensitivity: -217 dB re V/µPa
• Operating Temperature: 28.4 to 176 F
• Weight (air): 700 g

Description: Underwater acoustics \x96 Hydrophones \x96 Calibration of hydrophones \x96 Part 2: Procedures for low frequency pressure calibration

Description: Underwater acoustics \x97 Hydrophones \x97 Calibration of hydrophones Part 2: Procedures for low frequency pressure calibration

Description: Delivering low noise, high performance, and a small footprint, the CS3302A seismic amplifier is designed for use with hydrophone sensors. This highly integrated, programmable gain differential amplifier is engineered for precise low frequency, high dynamic range

• Bandwidth: 0.0 to 0.0020 MHz
• Operating Temperature: -40 to 85 C
• Package Type: SSOP
• Pin Count: 24

Description: Low-frequency vector sensor with hydrophone and three orthogonal, high-sensitivity accelerometers. Vector sensors measure the acoustic pressure and particle acceleration in three orthogonal axes to determine the direction in which a sound wave is traveling.

• Device Type: Sensor / Transducer
• Number of Axes: Triaxial
• Sensor Output: Acceleration

Description: Low-frequency vector sensor with hydrophone and three orthogonal accelerometers. Vector sensors measure the acoustic pressure and particle acceleration in three orthogonal axes to determine the direction in which a sound wave is traveling.

• Device Type: Sensor / Transducer
• Number of Axes: Triaxial
• Sensor Output: Acceleration

Description: Underwater acoustics - Hydrophones - Calibration of hydrophones - Part 2: Procedures for low frequency pressure calibration (Endorsed by Asociación Española de Normalización in December of 2019.)

Description: The CCA 1000 is a compact low-noise conditioning charge amplifier designed for use with piezoelectric hydrophones and other piezoelectric detectors. The CCA 1000 enables the uses of long cables between hydrophone and amplifier without affecting the hydrophone sensitivity.

• Analog Input Channels: 1 #
• Application: General Lab and Industrial
• Bandwidth: 1000 kHz
• Digital I/O Channels: 0.0 #

Description: The VP2000 is a 1MHz bandwidth voltage preamplifier designed for uses in conjunction with piezoelectric hydrophones. VP2000 offers excellent low-noise performance over the entire frequency range; gain selections in 6 levels from 0 to 50dB. A range of 12 high-pass and 12

• Analog Input Channels: 1 #
• Application: General Lab and Industrial
• Bandwidth: 1000 kHz
• Digital I/O Channels: 0.0 #

Description: , gyroscope and strain gauge amplifiers, infrared detectors and ultrasound amplifiers, microphone and hydrophone amplifiers, frequency synthesizers and high accuracy low-level threshold detection. The range includes low power low noise and precision low

• Gain-Bandwidth Product (GBW): 60 MHz
• Operating Temperature: -40 C
• Package Type: SOT23, Other
• Pin Count: 6

Description: , gyroscope and strain gauge amplifiers, infrared detectors and ultrasound amplifiers, microphone and hydrophone amplifiers, frequency synthesizers and high accuracy low-level threshold detection. The range includes low power low noise and precision low

• Gain-Bandwidth Product (GBW): 5.8 MHz
• Package Type: SOIC, Other
• Pin Count: 8
• Supply Voltage (V_S): 3 volts

Description: , gyroscope and strain gauge amplifiers, infrared detectors and ultrasound amplifiers, microphone and hydrophone amplifiers, frequency synthesizers and high accuracy low-level threshold detection. The range includes low power low noise and precision low

• Gain-Bandwidth Product (GBW): 8 MHz
• Package Type: SOIC, Other
• Pin Count: 8
• Slew Rate (SR): 2.5 V/µs

Description: , gyroscope and strain gauge amplifiers, infrared detectors and ultrasound amplifiers, microphone and hydrophone amplifiers, frequency synthesizers and high accuracy low-level threshold detection. The range includes low power low noise and precision low

• Gain-Bandwidth Product (GBW): 20 MHz
• Operating Temperature: 0.0 C
• Package Type: PDIP, Other
• Pin Count: 8

Description: Highly flexible construction – 1, 2, 3 or 4 channel configurations, or a combination of acoustic and vibration transducer inputs is possible High input signal range. Low noise. Extensive overload facilities Supports transducers with TEDS according to IEEE 1451

Description: Highly flexible construction – 1, 2, 3 or 4 channel configurations, or a combination of acoustic and vibration transducer inputs is possible High input signal range. Low noise. Extensive overload facilities Supports transducers with TEDS according to IEEE 1451