T-IGBT-G6500

Technical Specifications

Electrical Characteristics (at Tj = 25°C)

Parameter	Symbol	Min	Typ	Max	Unit	Conditions
Collector-Emitter Voltage	VCES	6500	-	-	V	VGE = 0V
Continuous Collector Current	IC	-	750	-	A	TC = 80°C
Collector-Emitter Saturation Voltage	VCE(sat)	-	2.6	3.0	V	IC = 750A, VGE = 15V
Gate-Emitter Threshold Voltage	VGE(th)	5.5	6.5	7.5	V	IC = 100mA, VCE = 20V
Turn-on Delay Time	td(on)	-	1.0	-	μs	VDC = 3250V, IC = 750A
Turn-off Delay Time	td(off)	-	3.0	-	μs	VDC = 3250V, IC = 750A

Thermal and Mechanical Characteristics

Parameter	Symbol	Value	Unit	Notes
Junction Temperature	Tj	-40 to +150	°C	Operating range
Storage Temperature	TSTG	-40 to +125	°C	Non-operating
Thermal Resistance (Junction to Case)	RthJC	0.040	K/W	Per IGBT
Thermal Resistance (Junction to Case) - Diode	RthJC	0.055	K/W	Per diode
Module Weight	-	3.2	kg	Typical
Isolation Voltage	VISOL	8000	V	RMS, 1 minute

Package Information

• Package Type: Press-pack configuration
• Module Configuration: Half-bridge with integrated anti-parallel diodes
• Dimensions: 140mm x 150mm x 40mm
• Mounting: Clamped assembly with spring-loaded pressure contact
• Terminals: M10 power terminals, M4 auxiliary terminals
• Cooling: Double-sided cooling capability

Grid Applications

HVDC Applications

The T-IGBT-G6500 is the ideal choice for HVDC transmission systems:

• Converter Valves: Core switching elements for VSC-HVDC systems
• DC Circuit Breakers: High-voltage switching for fault protection
• Back-to-Back Converters: Asynchronous grid interconnections
• Multi-Terminal HVDC: Complex grid architectures for renewable integration

FACTS Applications

Superior performance in Flexible AC Transmission Systems:

• STATCOM: Static synchronous compensator for voltage regulation
• SVC: Static VAR compensator for reactive power control
• UPFC: Unified power flow controller for comprehensive grid control
• TCSC: Thyristor controlled series capacitor for line compensation

System Benefits

• Transmission Efficiency: Achieve >99% conversion efficiency
• Grid Stability: Superior dynamic response for grid code compliance
• High Reliability: Minimizes service interruptions and maintenance costs
• Long Service Life: Reduces lifecycle costs and environmental impact
• Power Density: Compact design for valve hall space optimization

Operating Conditions

Designed to operate reliably under challenging grid conditions:

• Wide temperature range: -40°C to +70°C ambient
• High vibration and shock resistance for seismic zones
• Humidity and condensation tolerance
• EMI/EMC compliance for grid environments
• Salt spray and environmental pollution resistance

Installation Guidelines

• Ensure proper clamping force: 30-40 kN per module
• Use thermal interface material for optimal heat transfer
• Implement double-sided cooling for maximum performance
• Follow grounding and isolation requirements
• Use appropriate gate drive circuits with isolation

Reliability & Testing

Power Cycling Performance

The T-IGBT-G6500 demonstrates exceptional power cycling capability, critical for grid applications:

• Power Cycles: >1,200,000 cycles at rated conditions
• Temperature Swing: ΔTj = 90K typical operating condition
• Test Conditions: TC = 80°C, IC = 750A
• Failure Criteria: 20% increase in VCE(sat) or thermal resistance

Environmental Testing

Test	Standard	Conditions	Result
Temperature Cycling	IEC 60068-2-14	-40°C to +125°C, 1000 cycles	✓ Passed
Humidity Test	IEC 60068-2-78	85°C/85% RH, 1000 hours	✓ Passed
Vibration Test	IEC 60068-2-6	10-150Hz, 1g acceleration	✓ Passed
Shock Test	IEC 60068-2-27	50g, 11ms half-sine pulse	✓ Passed
Salt Spray	IEC 60068-2-52	5% NaCl, 96 hours	✓ Passed

Quality Standards

• ISO 9001: Quality management system certification
• IEC 62577: HVDC transmission system standard compliance
• IEEE 1547: Standard for interconnecting distributed resources
• UL 1741: Inverters, converters, and controllers for renewable energy

Failure Analysis & MTBF

Comprehensive reliability analysis ensures predictable performance:

• MTBF: >600,000 hours at rated conditions
• Failure Rate: <1.5 FIT at 40°C junction temperature
• Wear-out Period: >30 years typical application
• Failure Modes: Extensively characterized for predictive maintenance

Field Experience

Real-world validation from millions of operational hours:

• Over 15 million operational hours in field deployments
• Deployment in 30+ countries worldwide
• Operating in temperatures from -40°C to +50°C ambient
• Proven performance in HVDC transmission systems up to 1,100kV
• Excellent long-term reliability in grid stabilization applications

Technical Documentation

Need Technical Support?

Our grid application specialists are ready to assist:

• HVDC system design consultation
• Thermal management optimization
• Gate drive circuit design
• EMI/EMC compliance guidance
• Reliability analysis and MTBF calculations

Contact Grid FAE Team