|Frequency:||1khz~5Mhz||Product Feature:||Portable,8inch Screen,full Touch Screen|
|Dimension:||L:24cm,W:19cm,H:10cm||Measurement Accuracy:||< 0.5%|
|Suit For:||Transducer, Ceramic Chips, Horn|
diy ultrasonic welder,
continuous ultrasonic welding
Touch screen ultrasonic welding tool Impedenace analyzer horn analysis
|Product Feature||portable,8inch screen,full touch screen|
|Measurement index||All the parameters ,the graph|
|Measurement Accuracy||< 0.5%|
|Measuremet Speed||5/S one pass (600scan point) adjustable|
How to balance an ultrasonic transducer by ultrasonic impedence analyzer ?
Piezoelectric ceramic ultrasonic transducer is the core component of ultrasonic products. The quality of the quality star directly affects the performance of the entire ultrasonic equipment. Our transducers are strictly tested by the piezoelectric ceramic evaluation system. The impedance analyzer can be used to evaluate piezoelectric ceramic sheets, piezoelectric transducers, and entire vibration systems (transducers + horns) and other devices.
Who should buy impedence analyzer?
The one who use ultrasonic equipment frequencly should buy the impedence analyzer.
2. What's the function impedence analyzer?
It can help us to get all parameter of the ultrasonic component.
3. Does it helpful to our producing?
Yes, it can help find the problem fast, so that you will not be baffled when your equipment not work.
4. Does the ultrasonic impedence analyzer suit for all ultrasonic area?
Yes, it can work for ultrasonic compoents in any area, like ultrasonic caleaning ,ultrasonic welding ,ultrasonic sonochemistry, ultrasonic cutting, ultraosnic sealing.
5. What's the uselife of this equipment?
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:
Why RPS-SONIC :
Contact Person: admin