Pulsed Power Source
Solid state ,  Hard Tube and pulse formation Systems :| High Voltage Pulsed Power Technology Development By FCIPT : | In Put Parameters : | Out Put Parameters : | Application : | Unique Features :


Solid state ,  Hard Tube and pulse formation Systems :

Plasma loads are inherently complex due to non-linearities in the current-voltage relationship, large range of time dependent variation of impedance due to discharge mode transitions, reactive impedance due to complex conductivity,  sheaths and current filamentations,  tendency to arc due to current localization at electrodes e.t.c. The power supplies for driving plasma loads have to be designed to meet these demanding functional requirements and should have provisions for safe and reliable operation over a large range of voltage and current. 
Here we have developed a variety of power sources based on solid state and hard tube devices for such plasma loads as abnormal glow discharges,  magnetron sputter sources, RF capacitative and inductitive loads,  vacuum and atmospheric arcs,  pulsed corona discharge e.t.c. Power range is from a few hundred watts to more than a hundred kilowatt.


High Voltage Pulsed Power Technology Development By FCIPT :
  • Model : FCI1
  • O/P Voltage : 0-25000V
  • O/P Current : 1 Amps
  • Frequency : 10 Hz -1Khz
  • Duty Cycle : 10 -80%

In Put Parameters

Voltage : 415 V, 3 Phase
Frequency : 47 -55 Hz
Protection : Circuit Breakar,RFI Filter

Out Put Parameters
  • Voltage : 0- 25000 V
  • Waveform :Rectangular Pulse
  • Frequency :10 Hz- 1Khz
  • Protection :Overload & Short Circuit
  • Regulation :± 1%

Application :
  • Ion Implantation for Semi -Conductor Processor.
  • Ion Implantation for surface hardening of metals.
  • Pulse Modulator.
  • Plasma Cleaning.
  • Laboratory applications.

Unique Features :
  • For Remote provision for Auto/Manual operation.
  • Auto process assisted through PLC based control.
  • Voltage measurement and close loop control.
  • Hard tube based switching.
  • Built-in-Scope for monitoring waveforms.
  • Indefinite output short circuit protection.
  • Over -Voltage Protection.
  • User friendly interface.
  • High output stability.
  • Touch Switch.
  • Unmanned remote operation.
  • Variable frequency and duty cycle control.

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