1KHz~5MHz Ultrasonic Impedance and Frequency Analyzer Used In Checking Ultrasonic Transducer

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1KHz~5MHz Ultrasonic Impedance and Frequency Analyzer Used In Checking Ultrasonic Transducer
1KHz~5MHz Ultrasonic Impedance and Frequency Analyzer Used In Checking Ultrasonic Transducer
1KHz~5MHz Ultrasonic Impedance and Frequency Analyzer Used In Checking Ultrasonic Transducer
1KHz~5MHz Ultrasonic Impedance and Frequency Analyzer Used In Checking Ultrasonic Transducer
1KHz~5MHz Ultrasonic Impedance and Frequency Analyzer Used In Checking Ultrasonic Transducer
1KHz~5MHz Ultrasonic Impedance and Frequency Analyzer Used In Checking Ultrasonic Transducer
1KHz~5MHz Ultrasonic Impedance and Frequency Analyzer Used In Checking Ultrasonic Transducer

1KHz~5MHz Ultrasonic Impedance and Frequency Analyzer Used In Checking Ultrasonic Transducer

  • Item No.20210517e8b56
    MOQ1 Set / Set
  • Size 55 x 55 x 60 cm
    Weight25 kg
Tag  wholesale

Quantity:

From $2850.002650.00 / Set
$2,850.00
You save $ -2,850.00
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If over 500pcs, mass production will start until pre-production sample has been approved.

Est. 7 days production

Quick Details
Place of Origin CN;GUA
Usage Measuring ultrasonic transducer and piezo ceramic
Application Ultrasonic cleaner,ultrasonic welding
Brand Name Ours Ultrasonic
Measurement Accuracy < 0.1%
FeatureDisplay
Frequency Step 0.1Hz~any
Product name Ultrasonic Impedance Analyzer
Phase Resolution 0.15degree
Frequency Accuracy ±10ppm
Impedance Range 1Ω~1MΩ
Frequency Range 1KHz~5MHz

1KHz~5MHz Ultrasonic Impedance and Frequency Analyzer Used In Checking Ultrasonic Transducer

 

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Impedance analyzer

Application: all kinds of ultrasound parts testing: piezoelectric ceramic, transducer, ultrasonic cleaner,              ultrasonic plastic welding machine, water sound, magnetostrictive material, ultrasonic disintegrator,                ultrasonic atomizing, ultrasonic tooth cleaner, distance sensor,ultrasonic emulsification, ultrasonic descaling,        ultrasonic motor, and all other piezoelectric and ultrasonic equipment and device.     

 

In the ultrasound testing, the admittance circle diagram and logarithmic diagram are very important, because these  two diagrams is the main method to adjusting qualified. This instrument has below parameters:  resonance frequency (Fs),maximum conductance (Gmax),bandwidth(F2-F1),antiresonance frequency (Fp),        quality factor(Qm),Free capacitor (CT),dynamic resistance (R1),dynamic inductance (L1),dynamic            capacity (C1),direst capacitance (C0),effective electro-mechanical couple factor(Keff),planar            electromechanical coupling factor(Kp), free dielectric constant. 

 

 

The software specially designed for ultrasound applications makes it more convenient and simpler to use than imported instruments in the application. It does not require professional operations and can calculate more parameters.

 

Users can store and print any graphics, and can save the parameters as a computer Excel table, which greatly improves the convenience of users. Users can also customize the qualification conditions themselves, and the software can automatically determine the qualification.

 

The system provides a dozen parameters, the average user is commonly used the following parameters:

Fs: mechanical resonant frequency, that is the operating frequency of the vibration system, the design should be as close to the expected value, and must match the power supply point.

R1: dynamic resistance, the piezoelectric vibrator series branch resistor, the internal resistance of the device is, the greater the resistance, the higher the power loss of energy.

Qm: mechanical quality factor, Qm, the higher electro-acoustic transducer conversion efficiency, but also the more narrow bandwidth transducer, generally moderate better.

CT: freedom capacitors, piezoelectric device capacitance value at 1kHz frequency, this value is subtracted dynamic capacitance C1 can get real capacitance C0.

Fp: anti-resonance frequency, the piezoelectric oscillator resonant frequency of parallel branches.

 

 

ypeMeasuring FrequencyBasic AccuracyMeasuring ProductFeature
ARS-ZKFXY5001KHz-500KHz<0.1%ultrasonic transducer,piezoelectric ceramicdisplay
ARS-ZKFXY10001KHz-1MHz<0.1%ultrasonic transducer,piezoelectric ceramicdisplay
ARS-ZKFXY30001KHz-3MHz<0.1%ultrasonic transducer,piezoelectric ceramicdisplay

 

 

 

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Correct testing transducer mode as below:

Note transducer placed posture, usually lying down on the cushion, put the wrong posture can lead to
inaccurate measurements

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This instrument can provide the following coordinate characteristic diagram. 


the admittance circle diagram GBF coordinate curve: Left curve: horizontal ordinate--admittance circle real part G, vertical coordinate--admittance circle imaginary part B. Right curve: Red--admittance circle real part G, blue--admittance circle imaginary part B. vertical coordinate--frequency

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Impedance coordinate RXF coordinate curve: Left curve: horizontal ordinate --impedance real part R, vertical coordinate-- impedance imaginary part X Right curve:Red--impedance real part R, Blue--impedance imaginary part, vertical coordinate--frequency 

 

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The system provides a dozen parameters, the average user is commonly used the following parameters:
 
Fs: mechanical resonant frequency, that is the operating frequency of the vibration system, the design should be as close to the expected value, and must match the power supply point.
R1: dynamic resistance, the piezoelectric vibrator series branch resistor, the internal resistance of the device is, the greater the resistance, the higher the power loss of energy.
Qm: mechanical quality factor, Qm, the higher electro-acoustic transducer conversion efficiency, but also the more narrow bandwidth transducer, generally moderate better.
CT: freedom capacitors, piezoelectric device capacitance value at 1kHz frequency, this value is subtracted dynamic capacitance C1 can get real capacitance C0.
Fp: anti-resonance frequency, the piezoelectric oscillator resonant frequency of parallel branches.
Measurement graph as follows: due between the start and stop frequencies did not contain the anti-resonant frequency of the device.
Workaround: terminate an appropriate increase in frequency.
 

 

 

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1KHz~5MHz Ultrasonic Impedance and Frequency Analyzer Used In Checking Ultrasonic Transducer

 

 

 

 

 

 

 

 

 

 

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