FGH40N60SMD IGBT Transistor
Best high-power switch for industrial motor control and inverter projects.
The On Semiconductor FGH40N60SMD is a high-efficiency Field Stop IGBT designed for demanding electronic applications. This component offers a robust 40A current rating and a maximum input voltage of 600V, ensuring reliable power driving capabilities. It is housed in a durable, three-pin TO-247 package, which is excellent for thermal management under heavy loads. Ideal for motor controllers, power inverters, and industrial automation, this brand-new IGBT guarantees uncompromised quality for professional projects requiring efficient switching circuits.
$68.50
Owner Satisfaction
4.7
/ 5
Category Rank
16
/ 651
#16 in Transistors
Price vs Category Average
-8%
Below average
Maximum Current Rating
40
/ A
Who it's for
- Developers building compact, automated electronic assemblies
- Engineers prioritizing energy efficiency in high-power systems
- Designers needing reliable performance under demanding conditions
Who should skip it
- Engineers designing high-frequency power conversion circuits
- Designers seeking simple, low-component-count gate drive solutions
- Developers with limited space for complex thermal management
Performance breakdown
Thermal Management
The TO-247 package excels at dissipating heat during high-load operations.
Switching Efficiency
Field Stop technology minimizes power loss during rapid high-frequency switching cycles.
Current Capacity
Handles 40A loads reliably for demanding industrial motor control applications.
Voltage Robustness
The 600V rating provides a stable safety margin for power inverters.
Build Quality
Industrial-grade construction ensures consistent performance in harsh professional environments.
Integration Ease
Standard through-hole mounting simplifies assembly for custom circuit board designs.
Key Specs
Maximum Current Rating
40A
Maximum Voltage Rating
600V
Package Type
TO-247
Number of Pins
3
Technology
Field Stop IGBT
Manufacturer
On Semiconductor
Weight
0.13 g
Mounting Type
Through Hole
Features
- High efficiency Field Stop IGBT technology
- Robust TO-247 package for thermal management
- Designed for high current and voltage applications
- Ensures reliable power driving effectiveness
- Brand new component quality
- Suitable for industrial and energy systems
What customers say
This IGBT earns high praise primarily for its exceptional reliability and efficiency in demanding power applications. Users consistently note the very low saturation voltage, which significantly reduces conduction losses and boosts overall system performance. Its robust design and excellent thermal management ensure stability even under maximum load or during sudden events. Engineers value the predictable behavior and superior safety features, like the high short circuit withstand time. While the initial cost may be higher than some alternatives, the consensus is clear: the superior quality and reduced risk of field failures establish this component as an outstanding value for mission-critical designs. It is viewed as a dependable, high-performance workhorse.
Know before you buy
Field Stop technology significantly improves switching efficiency and reduces power loss compared to traditional punch-through designs. This makes it an excellent choice for high-frequency applications where thermal management is a priority.
Yes, the TO-247 package is specifically designed for robust thermal management. Its larger surface area allows for effective heat dissipation, especially when paired with a proper heatsink in high-load applications.
The FGH40N60SMD is rated for a maximum collector current of 40A. However, you should always ensure your circuit design includes adequate cooling and thermal dissipation to maintain performance at this current level.
This is a through-hole component, meaning its three pins are designed to be inserted through holes on a printed circuit board and soldered into place. This mounting method provides a secure, mechanical connection suitable for industrial power systems.
Absolutely. Its 600V voltage rating and 40A current capacity make it well-suited for motor controllers, power inverters, and other industrial switching circuits that require reliable, high-power handling.
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