Ultrasonic Analyzer For Horn Transducer
For ultrasonic components measuring instrument, the most important is the admittance chart, logarithmic graph of the two graphics (the two graphics is the main method of qualified qualified), and more than a dozen parameters: resonance frequency Fs, the maximum conductance Gmax, bandwidth F2-F1, anti-resonance frequency Fp, quality factor Qm, free capacitance CT, dynamic resistance R1, dynamic inductance L1, dynamic capacitance C1, static capacitance C0, effective electromechanical coupling coefficient Keff.
The Measuring instrument which can easily replace much more complex and more complicated, also many times more expensive instruments from Agilent/HP, as for instance: HP Impedance Gain-Phase Analyzer 4294A, Agilent E5100A, Network Analyzer, HP 3563A,Control System Analyzer etc. It is also very easy to use HS520A (by engineers or ordinary production workers).
HS520A is based on the HS70A and HS80A, a new generation of ultrasonic components analyzer.
Rich data preservation and image preservation functions
1.New parameter results are used to create a new EXCEL file to save the test parameters such as resonant frequency, antiresonant frequency, and resonance impedance.
The result of the open parameter is used to open and view the saved EXCEL document.
3. Save sweep frequency data is used to save the r-x values measured during scanning
4. Save the scan graph used to save the scan graph
5. Save setting condition is used to save the scanning measurement condition set this time, which can be called directly next time.
6.Load setting conditions are used to invoke previously used measurement files based on file names.
5 sec/one pass (equivalent to 600 scan dots)
Piezoelectric Ceramic, Ultrasonic Transducer, Horn
10～40 degree Celsius
0.1Hz to Any
Speed Of Measuring:
5s / One Pass(600san point)