Introducing the PV520A Series: Revolutionizing Ultrasonic Measurement
A Groundbreaking Collaboration
The Impedance Analyzer PV520A series, an innovative range of ultrasonic component analyzers, is a joint development by the Department of Automation at Tsinghua University and the Institute of Acoustics of the Chinese Academy of Sciences. These analyzers are comprehensive solutions for testing piezoelectric ultrasonic devices and equipment, representing a significant leap in ultrasonic measurement technology.
PV520A: A New Benchmark in Ultrasonic Analysis
Building on the foundation of the earlier PV70A-P (computer version) and PV70A-D (built-in display version), the PV520A combines their strengths to offer unparalleled functionality. Here’s what sets it apart:
- Enhanced User Experience: With its large, full-screen touch display, the PV520A provides the advanced operating experience of the PV70A-P without the complexity of computer operation.
- Superior Measurement Accuracy: The PV520A’s cutting-edge ARM processor significantly improves measurement accuracy, surpassing the PV70A-D and matching the high standards of the PV70A-P.
- Simplified Operation: The full-screen touch interface is user-friendly, eliminating the need for numerous physical buttons. This simplification, coupled with a smaller size and lighter weight, enhances the instrument’s portability.
- Versatile Connectivity: Like the PV70A-P, the PV520A can be connected to a computer, offering full software compatibility and simplifying user interaction.
Four Pillars of Excellence
Our PV520A series stands on four major pillars of excellence:
- Pioneering Technology: A product of collaboration between Tsinghua University and the Chinese Academy of Sciences.
- Proven Legacy: Since 2001, our PV60A/70A series has been the industry standard, trusted by thousands of customers.
- Reliable Performance: Extensively used and tested by over two hundred university research institutes, our instruments have proven their reliability against imported Agilent instruments 4294A.
- Global Recognition: Selected by numerous German and American ultrasound application companies, our instruments are synonymous with trust and quality.
Comprehensive Measurement Capabilities
The PV520A excels in providing critical ultrasonic measurements, including resonance frequency Fs, large conductance Gmax, bandwidth F2 -F1, and more. It’s suitable for a wide range of devices such as ultrasonic cleaning machines, plastic welders, and ultrasonic motors, among others.
Widespread Adoption
Our products are widely used by prestigious institutions and companies worldwide, including departments at Tsinghua University, Peking University, and numerous other universities and corporations in China and abroad.
Working Instruction:
Download Sample Test Result & Test Chart:
Details & Specifications
Preformation | Type: PV520A-S | Type: PV520A-T | Type: PV520A-V |
---|---|---|---|
Feature | Portable, 7.8″ touch screen | Portable, 7.8″ touch screen | Portable, 7.8″ touch screen |
Size: | length: 24cm, Width: 19cm front height: 5cm, back height: 10cm |
length: 24cm, Width: 19cm front height: 5cm, back height: 10cm |
length: 24cm, Width: 19cm front height: 5cm, back height: 10cm |
Frequency range | 1KHz~1MHz | 1KHz~3MHz | 1KHz~5MHz |
Measuring target | 1) Resonance frequency Fs 2) Maximum conductance Gmax 3) Half power points F1 and F2 4) Anti-resonance frequency Fp 5) Mechanical quality factor Qm 6) Free capacitance CT 7) Dynamic resistance R1 8) Dynamic inductance L1 9) Dynamic capacitance C1 10) Static capacitance C0 11) Effective electromechanical coupling coefficient Keff 12) Plane electromechanical coupling coefficient Kp 13) Free dielectric constant Total 21 type of test result parameter & Graph. |
1) Resonance frequency Fs 2) Maximum conductance Gmax 3) Half power points F1 and F2 4) Anti-resonance frequency Fp 5) Mechanical quality factor Qm 6) Free capacitance CT 7) Dynamic resistance R1 8) Dynamic inductance L1 9) Dynamic capacitance C1 10) Static capacitance C0 11) Effective electromechanical coupling coefficient Keff 12) Plane electromechanical coupling coefficient Kp 13) Free dielectric constant Total 21 type of test result parameter & Graph. |
1) Resonance frequency Fs 2) Maximum conductance Gmax 3) Half power points F1 and F2 4) Anti-resonance frequency Fp 5) Mechanical quality factor Qm 6) Free capacitance CT 7) Dynamic resistance R1 8) Dynamic inductance L1 9) Dynamic capacitance C1 10) Static capacitance C0 11) Effective electromechanical coupling coefficient Keff 12) Plane electromechanical coupling coefficient Kp 13) Free dielectric constant Total 21 type of test result parameter & Graph. |
Basic accuracy | +/-0.04% | +/-0.04% | +/-0.02% |
Frequency accuracy | ±10ppm | ±10ppm | ±10ppm |
Phase resolution | 0.15° | 0.15° | 0.15° |
Test environment temperature | 10~40℃ | 10~40℃ | 10~40℃ |
Test speed | 5 sec/one (1000point sweeping) | 5 sec/one (1000point sweeping) | 5 sec/one (1000point sweeping) |
Impedance Range | 1Ω~1MΩ | 1Ω~1MΩ | 1Ω~1MΩ |
Frequency Step | 0.1Hz~Any | 0.1Hz~Any | 0.1Hz~Any |
Power supply | AC100V~AC250V,50~60Hz, 30W | AC100V~AC250V,50~60Hz, 30W | AC100V~AC250V,50~60Hz, 30W |
Details & Specifications
Daily use in factory
Video Introduction and How to use Impedance Analyzer
Impedance Analyzer PV520A General Introduction
Impedance Analyzer to test Piezoceramic Chips
Impedance Analyzer to test Transducer /Converter
* Contact our sales expert for more information, such as Details Spec. User’s Guide book, tech support, and etc.