Single-Channel SCALE-2 Plug-and-Play Driver with Master/Slave Operation

Reliable and safe operation of parallel connected high-voltage and high-power IGBT modules.


Power Components

089 / 614 503 10

  • Key features
  • Application notes
  • Downloads
  • Hersteller
  • Blocking voltages up to 6500V
  • Fibre-optic interfaces
  • +15V (regulated)/-10V gate driving
  • Direct paralleling of IGBTs
  • 2-level and multilevel topologies
  • Dynamic IGBT short-circuit protection
  • Dynamic Advanced Active Clamping DA2C
  • Supply under-voltage lockout
  • Gate monitoring
  • Creepage and clearances acc. to IEC 60077-1
  • UL compliant
  • Superior EMC
  • Reliable, long service life

The 1SP0335 single-channel SCALE-2 Plug-and-Play drivers are designed to safely and reliably drive 130 x 140 mm and 190 x 140 mm IGBT modules with an isolation voltage of 10.2 kV and blocking voltages from 3.3 kV to 6.5 kV. They are optimised for high-reliability applications in the rail sector.  

The driver concept uses a master/slave structure that allows the safe operation of parallel-connected IGBT modules. The master (1SP0335V or 1SP0335S) can be used as a stand-alone driver without slave to drive a single IGBT module or it can be used with up to three slaves (1SP0335D) to drive up to four parallel-connected IGBT modules. 

The master is equipped with a fiber-optic interface and global fault management. In master/slave configurations, slaves are connected to the master by a bus cable which distributes the common command signal and the secondary-side supply voltages from the DC/DC converter. 

1SP0335 drivers are based on CONCEPT's highly-integrated SCALE-2 chipset. Therefore, the drivers are high-performance, complete and extremely compact. The SCALE-2 chipset also reduces the component count by up to 80% compared to conventional solutions, thus significantly increasing reliability and reducing costs. 

1SP0335 drivers are equipped with Dynamic Advanced Active Clamping (DA²C), short-circuit protection, regulated turn-on gate driving voltage and supply-voltage monitoring. 

Perfectly-matched drivers are available for all mechanically-compatible IGBT modules. Plug-and-play configuration allows immediate operation after mounting, so the user needs to invest no time and effort in designing or adjusting the driver for a specific application. 

Fiber-Optic Interface Options
Fiber-optic links are used for the electrical isolation of the command and status-feedback signals. Two versions of fiber-optic interfaces are available: 

  • 1SP0335V equipped with Versatile links
  • 1SP0335S equipped with ST links 

For details, please check the product documentation.

Power supply and electrical insulation
In contrast to other SCALE-2 plug-and-play drivers, 1SP0335 family drivers are modular, with the driver and power supply (DC/DC converter) presented as two separate units. 

Because of this modular concept, any driver that was developed to match a specific IGBT module can be used for any required insulation specifications. Only the separate power supply (ISO5125I) must be chosen for the specific application. 

Therefore, drivers for 3.3 kV to 6.5 kV IGBTs can be implemented in 2-level, 3-level and multi-level inverter topologies. 

The driver is mounted directly onto the IGBT module using three screws. The power supply (ISO5125I) is separately attached close to the IGBT. For parallel connected drivers, only one power supply is required per switch.

go to ISO5125I power supply for 1SP0335 drivers (Insert link)

Basis Applikation für SCALE-2 Treiber (PDF 5 MB)
Broschüre - Leistungselektronik (PDF 16,8)

Die frühere Concept AG gehört inzwischen zu Power Integration und ist auf die Entwicklung und Herstellung von IGBT-Treibern spezialisiert. Basierend auf jahrzehntelanger Erfahrung wurden für die Treiber- und Überwachungsfunktionen ASICs entwickelt, die zusammen mit den induktiven Übertragern das Kernstück der Treiber bilden. Umfangreichen Applikationssupport bei dem Design mit den Treibern wird angeboten.


HY-LINE Contact

Helpdesk 089 / 614 503 10

E-Mail power@hy-line.de