• Motion simulation
    Motion simulation

    Motion simulation platforms

  • Sixdyn
    Sixdyn

    Six DOF Stewart platform system

  • Threedyn
    Threedyn

    3 DOF control system for wave simulation

  • Quasistatic actuator
    Quasistatic actuator

    Actuator for low speed and high force test used in PSD testing

  • Load cell and joint
    Load cell and joint

    Load cell and joint designed for PSD testing.

  • RIE
    RIE

    Reactive Ion Etching system for thin film tratment

  • PVD
    PVD

    Physical Vapor Deposition system for sensors coating applications

VZERO has successfully delivered in SPAIN a P.I.N.D (Particle Impact Noise Detection) testing system from Spectral Dynamics; one of VZERO’s proudly distributed companies in Spain.

  •  
  •  

The supplied system gives users a simple, reliable, and inexpensive method of Particle Impact Noise Detection (PIND) testing to increase the reliability of electronic components.


This non-destructive high frequency acoustic test monitors for loose particles moving inside high reliability internal cavity electronic components such as relays, transistors, hybrids, integrated circuits, and switches – particles that have the potential of causing short circuits and serious malfunctions in system operations.


A shaker is used to excite loose particles within the component cavity. Upon striking the lid of the cavity part of the particle energy is converted to a wide band pressure wave that travels through the lid and is detected by the sensitive ultrasonic sensor to which the device under test is attached. To keep the particle moving a very accurate shock, generated internal to the shaker and feedback controlled by electronics monitoring the motion of the sensor is employed.

Latest News

Contact Information

VZERO ENGINEERING SOLUTIONS, S.L.

Plaza de Prosperidad, 2, 28002 Madrid
SPAIN
+34 667 382 128
This email address is being protected from spambots. You need JavaScript enabled to view it.

Este sitio web utiliza Cookies propias y de terceros para recopilar información con la finalidad de mejorar nuestros servicios. Si continua navegando, supone la aceptación de la instalación de las mismas. Consulta nuestra política de privacidad Política de privacidad. Acepto las "cookies" de este sitio.OK