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SP-520A
SP
8543709990
An ultrasonic impedance analyzer is a type of analytical instrument that measures the acoustic impedance of materials, typically solids or liquids. Acoustic impedance is the measure of the opposition of a material to the transmission of sound waves through it. It works by emitting high-frequency sound waves (ultrasound) into a material and measuring the reflection and transmission of these waves. The device can analyze the impedance of the material based on the time it takes for the waves to reflect back and the amplitude of the reflected waves.
These devices are commonly used in materials science, engineering, and biomedical research to study the physical and mechanical properties of materials such as elasticity, viscosity, density, and porosity. The data collected by an ultrasonic impedance analyzer can provide valuable insights into the properties of a material and help researchers optimize its performance for specific applications.
Functions moldel | SP520A-S | SP520A-T | SP520A-V |
Characteristics | Portable,Full-screen touch screen,7.8 inch screen | ||
Size | L 240 mm;W 190mm;Front height 50mm;Back height 100mm | ||
Frequency range | 1KHZ-1MHZ | 1-3MHZ | 1-5MHZ |
Measurement | All parametric graphs | ||
Basic accuracy | <0.1% | ||
Measuring speed | 5 seconds per piece(1200 point scan) | ||
Frequency accuracy | ±10ppm | ||
Phase Accuracy | 0.15 degrees | ||
Ambient temperature | 10-40ºC | ||
Impedance range | 1Ω-1MΩ | ||
Stepped frequency | 0.1Hz to Any | ||
Power supply | AC100V-AC250V,50-60Hz | ||
Resonant frequency:Fs
Antiresonant frequency:Fp
Static capacitor:C0
Dynamic impedance:R1
Dynamic capacitance: C1
Dynamic inductance: L1
Free Capacitance: CT
Free dielectric constant
Mechanical Quality Factor:Qm
Electromechanical coupling coefficient:Keff
Planar electromechanical coupling coefficient: Kp
Half power point:F1 and F2
Application:
Ultrasonic sensors: Ultrasonic impedance meters can be used to test and calibrate the characteristics of ultrasonic sensors, such as sensitivity, frequency response, amplitude response, and directivity. This is useful in areas such as manufacturing, medical and scientific research.
Ultrasonic transducers: Ultrasonic impedance meters can be used to test the characteristics of ultrasonic transducers, including parameters such as frequency response, resistance, and capacitance. This is very important in areas such as ultrasonic imaging, materials inspection and non-destructive testing.
Material samples: Ultrasonic impedance meters can be used to measure the acoustic properties of materials, including density, elastic modulus, wave velocity, and attenuation. This is very useful in the fields of materials science and engineering, helping researchers understand the physical properties of materials.
Liquids and gases: Ultrasonic impedance meters can be used to measure the acoustic properties of liquids and gases, such as concentration, density, flow velocity, bubbles and liquid level, etc. This is very useful in areas such as industrial and environmental monitoring.
1. Practicality and ease of use. No need for ultrasonic expertise.
2. Reduces ultrasonic equipment maintenance costs because it allows preventive maintenance
3. Allows the quality control of ultrasonic transducers reducing technical assistance
4. Makes fast and accurate manufacturing of transducer possible
5. Easy operation, Easy to connect to PC operation for record
6. Affordable cost: Now buy a Brand New One at Rental Price
An ultrasonic impedance analyzer is a type of analytical instrument that measures the acoustic impedance of materials, typically solids or liquids. Acoustic impedance is the measure of the opposition of a material to the transmission of sound waves through it. It works by emitting high-frequency sound waves (ultrasound) into a material and measuring the reflection and transmission of these waves. The device can analyze the impedance of the material based on the time it takes for the waves to reflect back and the amplitude of the reflected waves.
These devices are commonly used in materials science, engineering, and biomedical research to study the physical and mechanical properties of materials such as elasticity, viscosity, density, and porosity. The data collected by an ultrasonic impedance analyzer can provide valuable insights into the properties of a material and help researchers optimize its performance for specific applications.
Functions moldel | SP520A-S | SP520A-T | SP520A-V |
Characteristics | Portable,Full-screen touch screen,7.8 inch screen | ||
Size | L 240 mm;W 190mm;Front height 50mm;Back height 100mm | ||
Frequency range | 1KHZ-1MHZ | 1-3MHZ | 1-5MHZ |
Measurement | All parametric graphs | ||
Basic accuracy | <0.1% | ||
Measuring speed | 5 seconds per piece(1200 point scan) | ||
Frequency accuracy | ±10ppm | ||
Phase Accuracy | 0.15 degrees | ||
Ambient temperature | 10-40ºC | ||
Impedance range | 1Ω-1MΩ | ||
Stepped frequency | 0.1Hz to Any | ||
Power supply | AC100V-AC250V,50-60Hz | ||
Resonant frequency:Fs
Antiresonant frequency:Fp
Static capacitor:C0
Dynamic impedance:R1
Dynamic capacitance: C1
Dynamic inductance: L1
Free Capacitance: CT
Free dielectric constant
Mechanical Quality Factor:Qm
Electromechanical coupling coefficient:Keff
Planar electromechanical coupling coefficient: Kp
Half power point:F1 and F2
Application:
Ultrasonic sensors: Ultrasonic impedance meters can be used to test and calibrate the characteristics of ultrasonic sensors, such as sensitivity, frequency response, amplitude response, and directivity. This is useful in areas such as manufacturing, medical and scientific research.
Ultrasonic transducers: Ultrasonic impedance meters can be used to test the characteristics of ultrasonic transducers, including parameters such as frequency response, resistance, and capacitance. This is very important in areas such as ultrasonic imaging, materials inspection and non-destructive testing.
Material samples: Ultrasonic impedance meters can be used to measure the acoustic properties of materials, including density, elastic modulus, wave velocity, and attenuation. This is very useful in the fields of materials science and engineering, helping researchers understand the physical properties of materials.
Liquids and gases: Ultrasonic impedance meters can be used to measure the acoustic properties of liquids and gases, such as concentration, density, flow velocity, bubbles and liquid level, etc. This is very useful in areas such as industrial and environmental monitoring.
1. Practicality and ease of use. No need for ultrasonic expertise.
2. Reduces ultrasonic equipment maintenance costs because it allows preventive maintenance
3. Allows the quality control of ultrasonic transducers reducing technical assistance
4. Makes fast and accurate manufacturing of transducer possible
5. Easy operation, Easy to connect to PC operation for record
6. Affordable cost: Now buy a Brand New One at Rental Price
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