Blog

  • December 04, 2012
    For all their promise, electric vehicles won’t really hit the roads in any great numbers until charging stations become more readily available. Fortunately, the creation of a charging infrastructure is underway based on three different types of charging stations. Here’s a look at these stations and why they need the right kind of DC relays to enable safe, effective electric vehicle charging:
  • November 19, 2012
    Don't lose your PLC program by using a Comment enabled Panasonic PLC with FPWIPRO  
  • November 13, 2012
    EVQ-V9 Series Waterproof Encoder In this video, we demonstrate the Panasonic EVQ-V9 Series waterproof encoder. This 18mm rotary encoder has a 4 bit gray code output and is perfect for usage in applications that are subject to excess humidity or water. For more videos, check out Panasonic's YouTube Channel.
  • October 26, 2012
    RTEX Communication Network  This video highlights the features, benefits, and capabilities of using the Panasonic Real Time Express Communication Network in conjunction with the Panasonic A4N Drive with the Delta Tau Robot. For more videos, check out Panasonic's YouTube Channel.
  • October 23, 2012
    Measure Relay's Contact Resistance To Diagnose Failure Even the best Relays can fail at some point, but what causes them to fail? Conventional wisdom places the blame on worn out contacts. Every electromechanical Relay has a finite number of cycles it can endure before the contacts call it quits.
  • October 15, 2012
    Airless Ionization Mode of ER-X Series In this video, we demonstrate the Airless Ionization Mode of the ER-X Series Static Ionizer. Charge removal is made possible through a pulsed AC ionization method. The ER-X is the perfect solution for packaging, medical, and electronics manufacturing.
  • October 10, 2012
    Solid-State Relays In Test And Measurement Systems To keep pace with advances in the electronics industry, test and measurement systems increasingly require advanced solid-state Relays that combine low capacitance, low on-resistance, physical isolation, and high linearity. All these characteristics play an important role as data acquisition devices become faster and more precise. Here’s why:
  • September 27, 2012
    Grid-EYE Infrared Array Sensor  In this video, we'll discuss how the detected heat signature on a human subject varies depending on the distance for the Grid-EYE Infrared Array Sensor.

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