Piezoelectric Acceleration Sensor


 
Piezoelectric ceramics is one of electronic ceramics. When a piezoelectric ceramic is hit, a high voltage is generated instantaneously, and conversely, when a voltage is applied, the piezoelectric ceramic expands and contracts. Piezoelectric ceramics are ceramics that have the function of converting electrical energy and mechanical energy.
 
Fuji Ceramics offers elements suitable for various applications while selecting a wide range of materials for piezoelectric ceramics through consistent processes from research and development to manufacturing.
 
The application fields of piezoelectric ceramics can be broadly divided into vibrators and transducers. Vibrators are used for electrical input – mechanical vibration – electrical output, and include ceramic oscillators, filters, piezoelectric buzzers, and piezoelectric transformers. Transducers include ultrasonic cleaners and actuators that use electrical input-mechanical output, and vibration/shock sensors and piezoelectric elements that use mechanical input-electrical output. There are a wide range of application fields that have been put into practical use.

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Piezoelectric Acceleration Sensor

Charge output type acceleration sensor

A charge-output type accelerometer outputs a high-impedance charge signal proportional to vibration.
 
Therefore, a charge amplifier that converts to a low-impedance voltage signal is required in the front stage of the measuring instrument. high-sensitivity type, and high-temperature type are available.
 
Charge output type acceleration sensor Datasheet
 
 

Built-in amplifier type acceleration sensor

A built-in amplifier type accelerometer outputs a low-impedance voltage signal proportional to vibration by the preamplifier built into the sensor. It is driven by a line drive type constant current power supply.
 
Small type, general-purpose type, high-sensitivity type , and cryogenic types are available.
 
Built-in amplifier type acceleration sensor Datasheet
 
 

Acceleration sensor for facility monitoring (waterproof insulation)

This is a waterproof, insulated, robust accelerometer.
 
Acceleration sensor for facility monitoring (waterproof insulation) Datasheet
 
 

3-Axis Accelerometer

This is an acceleration sensor that can measure vibrations in the XYZ directions at once
 
3-axis accelerometer Datasheet
 
 

Special Sensor

We also accept special orders for combined sensors and sensors for specific applications according to customer requests.
 
Special Sensor Datasheet
 
 

Cables & Connectors

Various types of cables with connectors are available for connecting sensors and measuring instruments
 
Cables & Connectors Datasheet
 
 

Mounting Adapter

Various mounting adapters are available for sensor installation.
Carefully consider the effect on the frequency characteristics of the sensor, and use the one that matches your purpose.
 
Mounting Adapter Datasheet
 
 

Charge Converter & Power Supply

The charge converter is a line-drive preamplifier that converts the high-impedance charge signal output from the charge-output type acceleration sensor into a low-impedance voltage signal. We also offer
line drive type constant current power supplies for driving charge converters and amplifier built-in acceleration sensors.
 
Charge Converter & Power Supply Datasheet

Applications

  • Precision Mechanical Equipment

  • Piezoelectric ceramics are used as a power source for fine motion actuators in scanning electron microscopes (SEM) and atomic force microscopes (AFM).
     

  • Medical Equipment

  • Piezoelectric ceramics are used as an ultrasonic oscillation/receiving source for diagnostic imaging using ultrasonic echoes and for detecting air bubbles in the tubes of infusion and dialysis equipment.
     

  • Automotive Field

  • In the automobile field, which is a pioneer of computerization, piezoelectric ceramics are used in engine control sensors and ultrasonic sensors for detecting nearby obstacles.
     
    In addition, Fuji Ceramics piezoelectric sensors, such as acceleration sensors, AE sensors, and force sensors, play an active role in development and field testing.
     

  • Marine Equipment

  • The development of maritime communications, which is said to have been triggered by the sinking of the Titanic, has led to the creation of underwater ultrasonic detectors and fish finders, in which ultrasonic waves are oscillated and received by piezoelectric ceramics.
     

  • Industrial Equipment

  • In a wide range of industrial equipment fields, ultrasonic cleaning machines for various precision cleaning, parts feeders for supplying small parts for automatic equipment, ultrasonic welding machines for plastics, industrial inkjet printers for large-format printing, etc., ultrasonic oscillation, vibration and Actuator functionality is derived from piezoceramics
     

  • Semiconductor Equipment

  • In the field of semiconductors, piezoelectric ceramics are used in actuators and ultrasonic wave oscillation/reception, such as wire bonders for high-speed bonding of fine wiring of integrated circuits using ultra-fine wires, pure water flow control during silicon wafer processing, and ultrasonic flowmeters.
     

  • Welfare Equipment

  • Piezoelectric ceramics are used in actuators that raise and lower the pins of braille displays used by the visually impaired.
     

  • Consumer Products

  • Autofocus of cameras, dust removal from optical lenses, ultrasonic PC touch panels, ultrasonic sensors that detect double feeding of scanners, ultrasonic beauty devices for skin care, etc. Vibration by piezoelectric ceramics, actuators, Ultrasound function is used.
     

  • Various Other Equipment

  • In addition, various sensors using ultrasonic waves by piezoelectric ceramics are used in fields such as security, oil field and geological exploration measurement.

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