SKiiP 1813GB123
SKiiP 1813GB123 high-power intelligent power module, 1800A 1200V, for large drives and renewable energy.
Product Overview
Description
The SKiiP 1813GB123 is a high-power intelligent power module designed for demanding applications such as large motor drives, wind turbines, and grid-tied inverters. With 1800A current capability and 1200V blocking voltage, it handles power levels up to 1MW.
The module features Semikron's advanced Trench IGBT technology combined with integrated gate drive and comprehensive protection. The water-cooled design enables high power density with efficient thermal management.
Built-in current and temperature sensing, along with advanced protection algorithms, ensures reliable operation in harsh industrial environments. The modular design allows for parallel operation for even higher power levels.
Product Series
Primary Application
Key Features
- 1800A/1200V high power
- Water-cooled design
- Integrated gate drive
- Parallel capability
- Advanced protection
- High power density
Specifications
| Voltage Rating | 1200V |
|---|---|
| Current Rating | 1800A |
| Configuration | 3-phase bridge |
| Switching Frequency | Up to 3kHz |
| Isolation Voltage | 6000Vrms |
| Operating Temperature | -40°C to +150°C (junction) |
| Package | SKiiP 4 |
| Cooling | Water cooled |
| Protection | Overcurrent, Overtemperature, Short-circuit, DESAT |
| Output Current | N/A |
| DC Link Voltage | N/A |
| Power Dissipation | N/A |
| Gate Drive | N/A |
Applications
Large motor drives
Industrial application for SKiiP 1813GB123 High-Power IPM 1800A 1200V
Wind turbines
Industrial application for SKiiP 1813GB123 High-Power IPM 1800A 1200V
Grid-tied inverters
Industrial application for SKiiP 1813GB123 High-Power IPM 1800A 1200V
Traction drives
Industrial application for SKiiP 1813GB123 High-Power IPM 1800A 1200V
Industrial converters
Industrial application for SKiiP 1813GB123 High-Power IPM 1800A 1200V
FAE Expert Insights
"The SKiiP 1813GB123 is a powerhouse for megawatt-level drives. I've deployed these in wind turbine converters up to 1.5MW with excellent reliability. The water cooling is essential for this power level - ensure your cooling system can handle the thermal load. The integrated protection has prevented numerous failures during grid faults. For parallel operation, pay careful attention to current sharing - use matched modules and symmetrical layout. The gate drive requirements are critical - use high-quality drivers with proper desaturation protection."
Megawatt-class IPM for wind and industrial drives
— Dr. Hans Mueller, BeiLuo
Frequently Asked Questions
What cooling system is required for SKiiP 1813GB123?
The SKiiP 1813GB123 requires water cooling with the following specifications: (1) Flow rate: minimum 10 L/min per module, (2) Inlet temperature: 25-35°C recommended, (3) Pressure drop: <0.5 bar at rated flow, (4) Water quality: deionized or corrosion-inhibited, (5) Materials: stainless steel or plastic to prevent corrosion. Thermal resistance from junction to coolant is typically 0.015 K/W. For a 1MW converter with 98% efficiency, expect ~20kW heat dissipation requiring proper heat exchanger sizing. Always monitor coolant temperature and flow - loss of cooling will cause rapid overheating.
Use adequate water cooling with flow monitoring and temperature control.
Can SKiiP 1813GB123 modules be operated in parallel?
Yes, SKiiP 1813GB123 modules can be paralleled for higher current capability: (1) Use matched modules from same production batch for best current sharing, (2) Maintain symmetrical layout - equal busbar lengths and impedances, (3) Use common gate drive signals for all parallel modules, (4) Implement individual current monitoring for protection, (5) Derate each module by 10-15% for current sharing margin. Typical parallel configurations: 2 modules for 3.6kA, 3 modules for 5.4kA. Current sharing is typically within ±10% with proper layout. For high-reliability applications, consider N+1 redundancy with one extra module.
Parallel with matched modules and symmetrical layout; derate 10-15%.
What is the typical lead time for SKiiP 1813GB123?
The typical lead time for SKiiP 1813GB123 is 6-8 weeks for production quantities. Sample quantities are usually available from stock with 1-2 week delivery. Contact our sales team for current availability and scheduling.
Plan for 8-week lead time for production orders.
What is the operating temperature range of SKiiP 1813GB123?
SKiiP 1813GB123 is rated for operation from -40°C to +85°C (industrial grade) or -40°C to +125°C (automotive grade), depending on the specific variant. The component maintains its electrical characteristics across the entire temperature range.
Verify temperature rating meets your application requirements.
Is SKiiP 1813GB123 RoHS compliant?
Yes, SKiiP 1813GB123 is fully RoHS compliant and meets the requirements of Directive 2011/65/EU. The component is also halogen-free according to IEC 61249-2-21. Compliance certificates are available upon request.
Suitable for RoHS-compliant designs.
What is the MTBF of SKiiP 1813GB123?
The MTBF (Mean Time Between Failures) for SKiiP 1813GB123 exceeds 1 million hours under typical operating conditions at 40°C ambient with appropriate derating. Reliability reports are available upon request.
MTBF suitable for high-reliability applications.
Can I get samples of SKiiP 1813GB123 for evaluation?
Yes, samples of SKiiP 1813GB123 are available for qualified design projects. Sample requests can be submitted through our website or by contacting your local sales representative. Most standard parts are available from stock.
Request samples early in your design phase.