MELEC GmbH SIPP2000_USB_MF

Product overview SPIK 1000A SPIK 2000A SIPP2000_IPC_HPPMS SIPP2000_USB_HPPMS SIPP2000_USB_MF Electrical cabinets ADL GmbH DC Power Supply

PULSE POWER CONTROLLER SIPP2000USB-MF

SIPP2000USB-MF is a MELEC GmbH development
SIPP2000USB-MF is not only a pulse power controller, but also a good pulse power generator.
A integrated trigger-pulse-input of the SIPP2000USB-MF unit
enables SIPP2000IPC-HPPMS or SIPPUSB-HPPMS to superimposed HPPMS / HiPIMS and MF applications
Any DC power supply with floating DC output can be connected to SIPP2000USB-MF.

The Main Concept

SIPP2000USB-MF was developed for the plasma and surface technologies, especially for superimposition HiPIMS / HPPMS and MF 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 SIPP2000USB-MF which outputs the pulse power.

SIPP2000

PDF

Datasheet SIPP2000USB-MF.pdf

Type

03-1000
06-1000
10-1000
20-1000

DC (kW)

03
06
10
20

DC Pulsed Power Output

30
60
100
200

All models feature

+/-1000 V, max. voltage
+/-500 A, max. peak current
0-25 kHz pulse frequency range
DC positive mode
DC negative mode
Unipolar positive
Unipolar negative
Bipolar
Symmetric and Asymmetric operation
Flexible (also modulated) pulse train
generation with almost unlimited features
using Arbitrary Function Generator

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 The SIPP2000USB-MF is able to the synchronization for superimposition of HiPIMS / HPPMS and MF pulses BP Symmetric (Single DC) / Asymmetric (Dual DC) pulsed output High power pulsed output Up to 500 A peak current at 1000 V max. voltage Fast arc detection and suppression less than 2 µs 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. Optional control interface of Advanved Energy Inc. Pinnacle® Dual via user port is available Schematic overview of MF unit in combination with HPPMS unit
Schematic overview of MF unit
Products SIPP2000USB-MF Superimposed Pulsed Plasma - SIPP2000USB-MF 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. SIPP2000USB-MF provides you the most stable pulsed voltage and current output waveforms by means of the flexible pulse control parameters to meet your versatile applications. SIPP2000USB-MF can be locally controlled by using the MELEC GmbH control center (MCC) software (developed with National Instruments LabVIEW™). The MCC is able to controll the ADL GmbH DC Units or Advanced Energy Inc. PNCL Dual® DC Units, with the features: Symmetric ON-OFF of two DC-Units setting values for voltage, current and power and reading of DC-Unit working parameters.. One of the main features of SIPP2000USB-MF is the MF pulse generation for the synchronization of 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
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™ and Advanced Energy Inc. Pinnacle® Dual are property of the respective owners and are used only for unambiguous identification.