Description:

Ultrasonic component analyzer 520A series of products for various types of ultrasonic devices for measuring objects, including piezoelectric ceramics, transducers, ultrasonic cleaning machines, ultrasonic plastic welding machine, underwater acoustic, magnetostrictive materials, ultrasonic grinder, ultrasonic atomization, ultrasonic cleaning, reversing radar, ultrasonic ranging, phacoemulsification, ultrasonic cleaning, ultrasonic motors, and all use of piezoelectric and ultrasonic devices and equipment.

Ultrasonic Analyzer 520A measuring parameters:

Resonant frequency Fs,

The maximum conductance Gmax,

Half power frequency points F2-F1,

Dynamic resistance R1,

Parallel or anti resonance frequency Fp,

Mechanical quality factor Qm,

Free capacitance CT,

Dynamic inductance L1,

Dynamic capacitance C1,

Static capacitance CO,

Electromechanical coupling coefficients Keff.

Planar electromechanical coupling coefficient Kp

Freedom of dielectric constant

Parameters:

FSE520A-S

Product information:

1. Working principle: The ultrasonic factor analyzer makes use of a precise circuit, sign generator, and receiver to excite and measure ultrasonic components. It measures and analyzes the electrical and acoustic traits of ultrasonic factors by using sending electrical or acoustic indicators to them and receiving and inspecting the back signals.

2.Measurement parameters: The ultrasonic issue analyzer can supply a couple of size parameters to consider the overall performance of ultrasonic components.Common measurement parameters include:

2.1 Frequency response: Measure the response characteristics of ultrasonic components at different frequencies.

2.2 Impedance: Measure the input/output impedance of ultrasonic components and their compatibility with external circuits.

2.3 Sensitivity: Measure the response sensitivity of ultrasonic components, that is, the output change when the input signal changes.

2.4 Phase: Measure the relative phase difference of ultrasonic components to determine the phase delay and beam direction of the signal.

3. Data Analysis and Display: Ultrasonic aspect analyzers normally furnish features for statistics evaluation and end result display. It can show size effects in the shape of charts, curves, spectrograms, etc., assisting customers to greater intuitively recognize and analyze the overall performance of ultrasonic components. Some gadgets may additionally additionally supply statistics processing and picture processing functions, such as sign filtering, spectrum analysis, etc., to in addition analyze and interpret data.

4. Application areas: Ultrasonic component analyzers are widely used in many fields. Here are some frequent utility cases:

4.1 Evaluation of ultrasound sensors and transducers: Used to consider the frequency response, impedance matching, sensitivity, and different traits of ultrasound sensors and transducers.

4.2 Ultrasonic sign era and reception: used to check and optimize the ultrasonic signal era and reception device to enhance its overall performance and accuracy.

4.3 Acoustic lookup and development: Used for acoustic research, improvement and optimization of acoustic devices, such as ultrasonic devices, resonators, etc.