PULSE POWER CONTROLLER SIPP2000IPC-HPPMS
  • SIPP2000IPC-HPPMS is designed for
    HiPIMS / HPPMS technology.
  • SIPP2000IPC-HPPMS is not only a pulse
    power controller, but also a good pulse
    power generator.
  • Any DC power supply with floating DC output
    can be connected to SIPP2000IPC-HPPMS.
  • A integrated trigger-pulse-output for a
    SIPP2000USB-MF unit enables
    SIPP2000IPC-HPPMS superimposed
    HPPMS / HiPIMS and MF applications

The Main Concept




  • SIPP2000IPC-HPPMS was developed for the plasma and
    surface technologies, especially for
    HiPIMS / HPPMS applications.
  • The device consists of two capacitor blocks
    and an H-bridge power transistor block
    which are controlled by the MELEC GmbH
    control system powered by LabVIEW™.
  • The DC sources supply the energy to
    SIPP2000IPC-HPPMS which outputs the pulse
    power.
 SIPP2000
PDFDatasheet SIPP2000IPC-HPPMS.pdf

Type

  • 10-1000-S
  • 20-1000-S
  • 30-1000-S

DC (kW)

  • 10
  • 20
  • 30

DC Pulsed Power Output

  • 1000kW

All models features

  • +/-1000 V, max. voltage
  • +/-1000 A, max. peak current
  • 0-2kHz pulse frequency range
  • DC
  • Unipolar positive or negative
  • Bipolar Symmetric and Asymmetric operation
  • Flexible (also modulated) pulse train generation with
    almost unlimited features using internal pulse generation
  • Integrated control of 2 DC units
  • Remote control via serial interface
  • Synchronized trigger signal output for additional unit using internal
    pulse generation

General Features




  • MELEC GmbH control system powered by LabVIEW
  • Integrated intuitive user defined pulse generation
  • Versatile operation modes DC, UP+, UP-, BP single
    pulse / multiple pulses
  • Synchronization of MELEC GmbH Mid-Frequency (MF) pulse generators,
    SIPP2000USB-MF, for superimposition of HiPIMS / HPPMS and MF pulses
  • BP Symmetric (Single DC) / Asymmetric (Dual DC) pulsed output
  • High power pulsed output
  • Up to 1000 A peak current at 1000 V max. voltage (1 MW peak power!!)
  • Fast arc detection and suppression less than 2 µs
  • Remote Control Interfaces: RS-485 and ProfiBUS DP
  • Integrated control of two ADL GmbH DC Units via Analogue Interface,
    which allows a flexible control mode by setting values of voltage, current or power.
Graphic

Products SIPP2000IPC-HPPMS

Superimposed Pulsed Plasma - SIPP2000IPC-HPPMS pulse power controller is capable of operating with any DC power supply with floating outputs to upgrade your current averaged DC technology easily to the state-of-the-art pulse power control technology. SIPP2000IPC-HPPMS provides you the most stable pulsed voltage and current output waveforms by means of the flexible pulse control parameters to meet your versatile applications.

SIPP2000IPC-HPPMS can be locally controlled with a touch panel using the MELEC GmbH control software (developed with National Instruments LabVIEW) or can be remotely controlled through one of the serial interfaces: ProfiBUS DP or RS-485 using the MELEC GmbH remote control protocol version 2.0 and 2.1. One of the main features of SIPP2000IPC2000-HPPMS is the integrated intuitive user defined pulse generation as well as the synchronization of MELEC GmbH Mid-Frequency (MF) pulse generators, SIPP2000USB-MF, for superimposition of HiPIMS / HPPMS and MF pulses for single or dual magnetron sputtering applications.

The quick arc-level control function with arc suppression time less than 2 µs ensures your applications remain free of any arc damage. Besides the well-known symmetric bipolar output function, the extraordinary function of asymmetric bipolar output with two independent DC power supplies has been successfully developed and included as well. The new superimposed pulsed plasma control concept of your application provides you more opportunities to obtaining the optimized final solution.

MCC – MELEC Control Center - Software

Integrated intuitive user defined pulse generation and DC unit control

User defined pulse generation

Superimposition of HiPIMS / HPPMS and MF pulse patterns

User defined pulse generation for superimposition of HiPIMS / HPPMS and MF pulse patterns

Control of DC Units

Current and Voltage Dynamical Measurement


Superimposed HPPMS and MF oscilloscope measurement bipolar (BP)
CH1: HPPMS Trigger Signal, CH2: Voltage Measurement,
CH3: Current Measurement, CH4: MF Trigger Signal

Superimposed HPPMS and MF oscilloscope measurement unipolar (UP)
CH1: Voltage Measurement, CH2: Current Measurement,
CH3: MF Trigger Signal, CH4: HPPMS Trigger Signal

Brand names and Trademarks:

National Instruments LabVIEW™
is property of the respective owners and are used only for unambiguous identification.