 |
|
 |
|
 |
|
 |
|
 |
|
|
|
||||||||||||||||||||
|
|
Why & How Why and How to use Surge Arrestersサージアレスタ When electronic equipment is connected to long signal or power lines, antennas, etc., it is exposed to transients generated by induction, caused by lightning or EMP. A surge arrester protects the equipment from damage by "swallowing" the energy in the transient. See figure below. Surge arresters are self-recovering, handle repetitive transients and can be made failsafe.
Applications Among the many application areas for our components are:
For some applications we combine standard specs (e.g. ITU-T K12) with our unique and fast heavy duty plasma technology. Do you want to know why and how to use other devices?
|
| |
|
| Home | About Us | Products | Why & How | Contact Us |
Copyright © 2002-2008. Jensen Devices AB. |
Due
to its characteristics as a switch, the surge arrester can be used in
a variety of applications. One is as the switching device in power switching
circuits, e g for ignition of automotive HID Xenon headlights. For such
applications though, the requirements for long-term reliable switching
performance necessitates a different design from that of a surge arrester.
We are therefore offering a special product range for such applications;
the SparctubeTM series.