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|Feature:||Large Atomization Volume||Product Name:||Ultrasonic Atomizing Transducer|
piezoelectric pressure sensor,
ultrasonic piezoelectric transducer
Large atomization volume High Quality Piezo Ceramic Sheet For Micro Atomizer sheet Humidifier&Aromatherapy
Principle analysis and application of microporous atomizer tablets: A small electric appliance with a small humidifier that regulates air quality in a small area in recent years (including a canister-type humidifier, a humidifier with a cute small animal shape, injected) Nano-scale concept beauty instrument) Micro atomizer. The micro atomizer is mainly composed of a transducer (that is, an atomizing sheet), a tampon, a driving power source, and a casing. The atomizing sheet is the core component that can make water into small droplets. The absorbent tampon sucks the water from the water storage cup and uses the capillary phenomenon to supply the transducer. This is the core of the micro atomizer---the transducer It is generally called a microporous atomizing sheet, which is composed of a piezoelectric ceramic ring metal diaphragm.
Piezoelectric ceramics are a new type of functional material that produces tiny deformations when powering it.
The atomizer is using this principle. The high-frequency AC voltage supplied by the driving power source is a piezoelectric ceramic
produces a vibration of about 110KHZ per second, and shakes the metal piece to vibrate.
The metal piece of the atomized sheet is in close contact with one end of the absorbent tampon, so that the metal piece continuously beats the water.
A layer of water on the end of the sliver (there is a tiny micropore in the center of the metal sheet, which is 5 microns in size
7 micron), so that water is ejected from the micropores of the metal sheet, ensuring the particle size and ejection height of the droplets
Degree, and the amount of atomization per hour (about 50ML/H)
This is the core component of the micro-atomizer: “microporous atomizer, absorbent tampon, drive circuit”.
|Thickness||mm||0.65±0.02||Test Condition T=25℃|
|Resonant Frequency||KHz||105/110±3%||Impedance Analyzer|
Contact Person: jensen