With a TO-3P package featuring a black plastic body and copper alloy leads, achieve robust thermal dissipation and durability. 20% more efficient heat management than standard packages
With a standardized TO-3P package design, ensure seamless integration into power systems for easy installation and maintenance. 30% faster mounting compared to non-optimized packages
With a 500V breakdown voltage rating, handle extreme power demands safely—50% higher than common MOSFET models. Supports reliable operation under high-stress conditions.
With a design optimized for high-power applications like inverters and motor controls, ensure reliable operation in industrial environments. Suitable for continuous use in demanding commercial setups.
With IXYS's rigorous quality standards, guarantee compliance with industrial power electronics specifications. Manufactured to meet global safety and performance benchmarks.
The IXFB100N50P MOSFET in the TO-264 (TO-3P) package is engineered for high-power applications, offering robust thermal management and reliable performance in demanding environments. With a 500V breakdown voltage and optimized switching characteristics, it is ideal for inverters, motor controls, and industrial power supplies.
Feature | Specification | Application Scenario |
---|---|---|
Material/Construction | Black plastic body with copper alloy contacts | Thermal insulation and mechanical durability for harsh industrial use |
Package Type | TO-264 (TO-3P) | Enhanced heat dissipation for high-power systems |
Voltage Rating | 500V | Ensures safe operation in high-stress power systems |
Current Handling | 100A (Continuous) | Supports heavy-duty applications like motor drives |
Thermal Performance | Rthjc = 0.4°C/W (Typical) | Efficient heat dissipation for compact designs |
Certification | IEC 60747-7 (Power Semiconductor) | Compliance with industrial safety standards |
Adjustable parameters include voltage and current ratings to meet specific power requirements. For example, selecting a higher thermal resistance variant can optimize performance in tightly enclosed systems.
The IXFB100N50P’s TO-3P package and 500V rating make it a versatile choice for high-power electronics. Use it to build energy-efficient inverters or motor control systems that demand reliability under thermal and electrical stress.
Parameter | Base Model | Advanced Model | Pro Model |
---|---|---|---|
Breakdown Voltage | 500V | 600V (+20%) | 650V (+30%) |
Continuous Current | 100A | 120A | 150A |
Thermal Resistance | 0.4°C/W | 0.35°C/W | 0.3°C/W |
Switching Speed | Standard | 20% Faster | 30% Faster* |
Technical Breakthroughs:
Version Selection Guidance:
Category | Usage Scenarios | Characteristics | Advantages | Disadvantages |
---|---|---|---|---|
High-Power MOSFETs | Industrial inverters, motor drives | Breakdown Voltage: 500V (▲ vs 400V industry standard, IEC 60747-8) | Handles high voltages; TO-3P Package: 0.4°C/W thermal resistance (▲ vs 0.8°C/W in TO-220) | Larger footprint; higher cost than lower-tier MOSFETs |
IGBT Modules | High-current power supplies | Current Rating: 300A (▲ vs 200A industry standard, IEC 60747-9) | Rugged for high-current applications; Switching Speed: 100ns (▲ vs 150ns in Thyristors) | Slower turn-off; requires complex gate drivers |
Thyristors | AC power control systems | Surge Current: 500A (IEC 60747-6 compliant) | Cost-effective for AC applications; Voltage Rating: 600V (▲ vs 500V in MOSFETs) | Can’t be turned off once triggered; limited frequency response |
Low-Resistance MOSFETs | DC-DC converters, battery systems | Rds(on): 2.5mΩ (▲ vs 5mΩ industry standard, JEDEC JESD24-4) | Minimal power loss; Efficiency: 98% (▲ vs 95% in standard MOSFETs) | Lower voltage rating (300V max); less robust for harsh environments |
Fast-Switching Transistors | High-frequency inverters (e.g., SiC) | Switching Speed: 50ns (▲ vs 100ns in standard MOSFETs, JEDEC JESD22-A112) | Enables compact designs; Frequency Response: 100kHz (▲ vs 50kHz in IGBTs) | Fragile to voltage spikes; requires advanced cooling systems |
High-Voltage MOSFETs | Grid-tied power systems | Breakdown Voltage: 600V (▲ vs 500V in IXFB100N50P, IEC 60747-8) | Industry Standard: 600V+ for grid applications; Thermal Stability: -55°C to 175°C | Higher Rds(on) (4mΩ); bulkier packaging |
⭐⭐⭐⭐⭐ James Wilkins - Industrial Automation Engineer
"Deployed the IXFB100N50P in a 3-phase inverter system for a manufacturing client. The 500V breakdown voltage and TO-3P thermal performance have been rock solid—even under continuous 90°C ambient conditions. No thermal throttling or failures after 7 months of 24/7 operation. The copper alloy contacts make heatsink mounting straightforward, and the clear model labeling saved time during field servicing."Purchase Date: February 2025 | Usage Period: 5 months
⭐⭐⭐⭐⭐ Lena Patel - Solar Inverter Technician
"Used the Base Model IXFB100N50P in a grid-tied solar inverter retrofit project. It handled voltage spikes up to 480V with ease, and the 0.4°C/W thermal resistance kept junction temps well within safe limits. We paired it with a standard heatsink and saw no derating even on hot summer days. Installation was fast thanks to the TO-3P footprint—it’s become our go-to MOSFET for mid-range commercial solar setups."Purchase Date: November 2024 | Usage Period: 8 months
⭐⭐⭐⭐☆ Dmitri Volkov - R&D Engineer, Electric Drives
"Integrated the Advanced Model into a high-speed motor controller for industrial conveyors. The 120A current rating and faster switching reduced switching losses noticeably compared to our previous TO-220 solution. Thermal management is vastly superior—no need for forced cooling in most cases. Only downside: the larger TO-3P footprint required minor PCB redesign, but the performance gains were worth it."Purchase Date: April 2024 | Usage Period: 6 months
⭐⭐⭐⭐⭐ Aisha Rahman - Power Electronics Designer
"We evaluated several MOSFETs for a new high-frequency DC-DC converter. The IXFB100N50P stood out due to its combination of high voltage tolerance and stable thermal behavior. Even at 50kHz switching, junction temperatures stayed under control thanks to the TO-3P package. IXYS’s documentation was detailed, and their support team helped us optimize gate drive settings. Highly reliable for demanding designs."Purchase Date: January 2025 | Usage Period: 4 months
⭐⭐⭐⭐☆ Carlos Mendez - Plant Maintenance Lead
"Replaced aging transistors in our welding equipment with the IXFB100N50P Advanced Model. The 120A continuous current handling has eliminated overheating issues we used to see every few weeks. Maintenance crews appreciate the durable black housing and clear labeling—no more guessing which component failed. Only suggestion: include a quick-install guide for field teams. Otherwise, excellent reliability."Purchase Date: June 2024 | Usage Period: 3 months
Average Rating: 4.7/5 ⭐ (89 Reviews)
Dr. Elena Torres - Senior Power Electronics Consultant
"The IXFB100N50P strikes an excellent balance between voltage capability, thermal performance, and ruggedness. Its TO-3P package delivers measurable improvements in thermal resistance over TO-220 alternatives, making it ideal for compact industrial power supplies. For engineers designing inverters or motor drives up to 10kW, this MOSFET offers proven reliability and ease of integration."
Markus Hofer - Industrial Semiconductor Analyst
"In my assessment of 15 high-power MOSFETs for factory automation systems, the IXFB100N50P ranked top three for long-term reliability. Its RoHS and AEC-Q101 compliance, combined with IXYS’s manufacturing consistency, make it a trusted choice for mission-critical applications. The Pro Model’s 650V rating is especially valuable in environments prone to voltage transients."
Posted: 2 days ago
"Using in a redundant power supply unit. Zero failures across 12 units over 6 months. Junction temps remain stable even at full load. Impressed by consistency."
Posted: 1 week ago
"Replaced failed components in a commercial solar inverter bank. Easy drop-in replacement with superior thermal performance. No issues since installation."
Posted: 3 weeks ago
"Great for prototyping high-voltage circuits. Just ensure proper thermal interface—don’t skimp on thermal paste. Otherwise, performs exactly as spec."
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