==>> PURCHASES MADE BETWEEN 10/25 (INCLUDED) AND 11/05 (INCLUDED) WILL BE SHIPPED AFTER 11/07.

==>> Messages received during this period will be answered following the same schedule.

Due to Covid-19 virus there are fewer airplanes flying International routes. Thus, there is a HUGE delay on International orders shipped by USPS.
Currently there are no delays on International orders shipped by FedEx, UPS or DHL and you can select collect freight when placing your order.

Piezo Ceramic Disc 10x2mm R 215 KHz Wire Leads

SMD10T2R111WL - 2 Pc/Set
Manufacturer part number: SMD10T2R111WL
Availability: Out of stock
$16.98
$11.99
$0.00
/2 Pcs Set
Condition: New

REQUEST A QUOTE FOR LARGE QUANTITY

Part Number: SMD10T2R111WL

Piezo Electric Ceramic Disc Transducer. Both electrodes on one side (R configuration) with soldered wire leads.  Radial mode vibration.
This product is compatible with Texas Instruments TDC1000 which is a fully integrated analog front-end (AFE) for ultrasonic sensing measurements of level, fluid identification/ concentration, flow, and proximity/ distance applications common in automotive, industrial, medical, and consumer markets. When paired with an MSP430/C2000 MCU, power, wireless, and source code, TI provides the complete ultrasonic sensing solution.

How to Mount it in Ultrasonic Sensing for Level Measurement and Fluid ID using TI’s TDC1000

Piezo Material: SM111
Dimensions: 10mm diameter x 2mm thickness
Resonant frequency fr: 215 KHz±5 KHz on Radial Mode & 1 MHz ±5 % on Thickness Mode.
Electromechanical coupling coefficient Kp:≥60%
Resonant impedance Zm: ≤6 Ω
Static capacitance Cs: 450pF±15%@1kHz
Test Condition: 23±3 °C 40~70% R.H.
fr, Zm, Kp => Radial mode vibration
Cs => LCR meter at 1KHz 1Vrms

Applications: Piezo transducer vibration, matter dispersion, Ultrasonic Sensor, wall thickness sensor, material stress sensor, pressure sensor,piezo electricity harvesting, compression sensor, piezo expansion sensor, biomedical probe and others.
SMD10T2R11

Specification of products can change without notice.

 

Additional Notes: