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- Article name
- INTELLIGENT LASER MODULE FOR HIGH VOLTAGE LIGHT TRIGGERING THYRISTOR CONTROL
- Authors
- Kuznetsova O. A., , inject@overta.ru, Open Joint Stok Company «Research and Manufacturing Enterprise "INJECT"», Saratov, Russia
Mamonychev E. A., , , Open Joint Stok Company «Research and Manufacturing Enterprise "INJECT"», Saratov, Russia
Mikaelyan G. T., , , Open Joint Stok Company «Research and Manufacturing Enterprise "INJECT"», Saratov, Russia
Porezanov S. N., , , Open Joint Stok Company «Research and Manufacturing Enterprise "INJECT"», Saratov, Russia
Sokolov S. N., , , Open Joint Stok Company «Research and Manufacturing Enterprise "INJECT"», Saratov, Russia
Shestak L. I., , , Open Joint Stok Company «Research and Manufacturing Enterprise "INJECT"», Saratov, Russia
Filippov B. V., , , Open Joint Stok Company «Research and Manufacturing Enterprise "INJECT"», Saratov, Russia
- Keywords
- laser diode / photothyristor / light triggering thyristor / intellectual diode laser module / smart grid
- Year
- 2012 Issue 4 Pages 6 - 8
- Code EDN
- Code DOI
- Abstract
- It reports on development and manufacture of intelligent laser module based on a pulsed semiconductor laser diode for control of high voltage light triggering thyristors (LTT) with operation current up to 2500 A and switch voltage up to 8000 V. Laser module converts the electrical pulses of LTT control in light pulses and transmits them to high potential through a multimode optical fiber. Operating temperature of the module is -60÷+70 оC. The module has an intelligent built-in monitoring. LD emission wavelength is optimized for reliable operation of LTT. The main applications of the module are the latest energy and electrical systems: high-voltage actuator control, static reactive power compensators, the automatic overvoltage bypass devices in the power systems of klystron, magnetrons, ignitrons, high-voltage direct current lines, flexible system of power transmission, equipment of magnetic pulse component formation, cable analysis systems, laser medical and optical instruments, scientific research.
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