ABB 5SHY3545L0009 IGCT

The ABB 5SHY3545L0009 is an Asymmetric Integrated Gate-Commutated Thyristor (IGCT) power module designed for medium- and high-voltage, high-power power electronics systems. It serves as a core power switch in platforms like ABB’s ACS6000 medium-voltage drives, as well as in HVDC converters, wind turbine power converters, and other mission-critical industrial applications. It combines the low on-state loss of a thyristor with the fast turn-off capability of a transistor, delivering robust performance in harsh operating conditions.

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Core Specifications

Category Details
Electrical Ratings Repetitive peak off-state voltage: 4500 V

Rated RMS current: 4000 A

Peak turn-off current: 6000 A

Switching loss: <2.5 kW per device

Turn-off time: <3 μs

Max switching frequency: 500 Hz

Gate Drive Matched to GVC750BE101 unit; fiber-optic isolated drive
Thermal & Cooling Deionized water cooling (ΔT = 35°C)

Operating junction temperature: 0–125°C

Insulation & Rating 12 kV AC insulation between main terminals

Enclosure rating: IP4X

Physical Specs Power stack assembly: ~450 × 300 × 150 mm

Module body: ~439 × 173 × 41 mm

Weight: ≈2.9 kg

Environmental Operating temperature: -40°C to 85°C

Storage temperature: -55°C to 125°C

Relative humidity: 5%–95% (non-condensing)

Certifications Complies with IEC 61131-3; CE and CSA certified

Key Technical Features

  1. Asymmetric Structure & Press-Fit Packaging

    Merges the low on-state loss of a GTO with the stable, fast turn-off of a transistor. The press-fit package enhances reliability and thermal dissipation, supporting series/parallel configurations for multi-level converter topologies.
  2. High Integration

    Integrates an anti-parallel diode and gate-drive circuitry within the module, eliminating the need for external snubber circuits. This simplifies system design, reduces BOM costs, and improves overall reliability.
  3. Low Loss & High Efficiency

    Delivers ~50% lower dynamic loss than conventional GTOs, significantly boosting system energy efficiency and reducing thermal loading.
  4. Superior Reliability
    Narrow turn-off time distribution (<0.2 μs) enables excellent dynamic voltage sharing in series. Low-inductance connections minimize EMI risks, ensuring long-term stability in continuous-duty applications.

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