1Khz ~5Mhz Ultrasonic Transducer And Horn Analyzer Trz

1Khz ~5Mhz Ultrasonic Transducer And Horn Analyzer Trz

How to test ultrasonic transducer by this analyzer :

Just connect the ultrasonic transducer with the horn analyzer for testing.

How to test ultrasonic booster by this analyzer :

Need connect the booster on a good transducer , and then connect it with analyzer.

How to test ultrasonic horn by this analyzer :

Need connect the horn on a good transducer , and then connect it with analyzer.

1 mHz to 5 MHz, 1 mΩ to 1 TΩ

0.05% basic accuracy

Ultrasonic Impedance Analyzer is characterized by easy to use, the combination of indicators and graphics , accurate parameters.
Ultrasonic Impedance Analyzer 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 other devices and devices used in piezoelectric and ultrasound.

Electrical engineering: sensors, supercapacitors, semiconductor characterization, DLTS, display technology, ultra-high resistors, high-Q dielectrics

Materials research: polymer dielectrics, ceramics and composites, solar materials, thin-film and nanostructure characterization

Bioimpedance: tissue impedance analysis, cell growth, food research

So it is very important for keeping an ultrasonic impedence when you work with ultrasonic welding machine.

You can use ultrasonic impedence analyzer to finish the matching work.

You can use ultrasonic impedence analyzer to find which ultrasonic patrs comes with problem.

You can check the parameter and compare with your design through the ultrasonic impedence analyzer

Graphics

The 1Khz ~5Mhz Ultrasonic Transducer And Horn Analyzer Trz provides five kinds of coordinate characteristic diagrams, and the logarithmic characteristic diagram has important significance for the detection of piezoelectric devices. The vibration performance of a piezoelectric vibrator or a vibrating system can be directly judged by a logarithmic graph, which is relatively intuitive and practical.

Under normal circumstances, the admittance circle and the conductance curve are as shown in the following figure.

 The admittance circle is a single circle, and the logarithmic graph has only a pair of minimum and maximum values:

Under abnormal conditions, the admittance circle and the conductance curve are as shown in the figure below. There are multiple parasitic small circles on the admittance chart. The logarithmic graph has many pairs of minimum and maximum values:

Service and shipment

• Warranty one year for transducer.

• You can contact us for technical inquiry any time.

• We supply OEM service for oversea customer, also will keep Confidentiality for our customers.

• We supply customized products service for small quantity also.

• Shipment by FED-EX /DHL

  
  

• 1. Tsinghua University and the Chinese Academy of Sciences Institute of Acoustics jointly developed technology.

•        2. Since 2001, our HS60A/70A series of products to the market has been 15 years , thousands of customers use in the industry, has become a matter of fact the ultrasound industry measurement standard.

• 3.Over the past 15 years, more than 200 colleges and universities have been using our instruments, because they often have more than 20,000 imported Agilent instruments, 4294A. Our instruments have been tested many times with imported Agilent instruments. It turns out that the results of our instruments are completely trustworthy.

• 4. Our instruments have been used by many German and US ultrasonic testing companies as test instruments. The instrument is the key to quality control. 

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