Metallized Film Sheets – Piezo Sensor

Piezo film is available in a variety of different film sizes and thicknesses. These can be fabricated into simple transducers, or for use as full size sheets for applications such as speakers.

Metallized Film Sheets – Piezo Sensor

Description: Piezo film is available in a variety of different film sizes and thicknesses. These can be fabricated into simple transducers, or for use as full size sheets for applications such as speakers. Piezo Film is available in different thicknesses. Thinner films (28 and 52 μm) are the most common, due to their higher capacitance and good mechanical qualities. Thicker film (110 μm) is used where maximum robustness is needed, or if the sensor is being used in a thickness mode (d33) application. Metallization options include a compliant silver ink as well as sputtered metallization. The silver ink is best for applications where mechanical stress is being applied. Silver ink lends itself to custom metallization patterns for easy lead attachment. Thin sputtered metallization is brittle and used where signal to noise requirements dictate very low mass loading by the electrodes. Our standard sputtered metallization is 700Å of copper covered with 100Å of nickel change NiCu Alloy to Cu with Ni, which has good conductivity and is resistant to oxidation. Other metallizations such as gold are available on a custom basis with a set up fee. For the sputtered metallized film, there is no border. These are only general rules, and a discussion with our applications engineers will help you to make the best choice for your specific application.

Features:
• Available in a variety of different film sizes and thicknesses
• Metallization options include a compliant silver ink as well as sputtered metallization
• Other metallizations such as gold are available on a custom basis with a set up fee

 

Electro-Mechanical Conversion (1 direction) 23 x 10-12m/V, 700 x 10-6 N/V(3 direction) -33 x 10-12m/V
Mechano-Electrical Conversion (1 direction) 12 x 10-3V per microstrain, 400 x 10-3V/μm,14.4V/N
Pyro-Electrical Conversion (3 direction) 13 x 10-3V/N 8V/ o K (@ 25oC)
Capacitance 1.36 x 10-9F; Dissipation Factor of 0.018 @ 10 KHz;Impedance of 12 KΩ @ 10 KHz
Maximum Operating Voltage DC: 280 V (yields 7 μm displacement in 1 direction)AC: 840 V (yields 21 μm displacement in 1 direction)
Maximum Applied Force (at break, 1 direction) 6-9 kgF (yields voltage output of 830 to 1275 V)

 

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