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|Frequency Range:||1KHz~1MHz||Measurement Index:||All The Parameters, The Graph|
|Measurement Accuracy:||< 0.5%||Measurement Speed:||5s/one Pass （600scan Point）|
|Phase Resolution:||0.15 Degree||Frequency Step:||0.1Hz～any|
|Power Supply:||AC100V～AC250V，50～60Hz, 30W||Application:||Ultrasonic Device|
Precise Horn Analyzer 1KHz～1Mhz for Measuring for Ultrasonic Transducer
Horn analyzer is the instrument applicable for measuring impedance-vs.-frequency and phase-vs.-frequency characteristics of complex impedance electrical components, as for instance: ultrasonic devices, piezoelectric ceramics and piezoelectric transducers for ultrasonic cleaners and ultrasonic plastic welders, underwater acoustic transducers, sensors, magnetostrictive transducers, and for many other industrial and medical applications.
|Impedance Analyzer||HS520A Newest|
|Measure Items||Resonance Frequency: Fs|
|Half Power Frequency: F1 and F2|
|Maximum real admittance at Fs: Gmax|
|Dynamic Resistance: R1|
|Anti resonance frequency: Fp|
|Mechanical quality factor: Qm|
|Free capacitance: CT|
|Dynamic inductance: L1|
|Dynamic capacitance: C1|
|Static capacitance: Co|
|electromechanical coupling coefficient: Keff and Kp|
|Maximum real impedance at Fp: Zmax|
|G-B (admittance circle coordinate)|
|R-X (impedance circle coordinate)|
Dimensions : 240mm*190mm*100mm
Size of LCD Screen: 8-inch screen
Horn analyzer is the instrument essential in every production of ultrasonic equipment for components measurements and qualification and for resonant frequencies measurements.
This instrument can measure admittance characteristic curve of piezoelectricity element (the admittance is equal to reciprocal of impedance) and analyze and extractthe above needed parameters. With this instrument, you can gain four characteristic curves of piezoelectricity element (admittance characteristic graph, impedancecharacteristic graph, admittance coordinate graph, impedance coordinate graph).
Moreover, it is easy to save and print the measured result.
1. Best finish
Contact Person: Rachel