Manufacturing Year:2023
IGBT Type:High Voltage, High Frequency
Maximum Collector Emitter Voltage (Vce(max)):600V
Maximum Collector Current (Ic(max)):600A
On-State Resistance (Rds(on)):Typically 0.1 Ohm at 100°C
Switching Speed (Turn-On Time):Less than 5μs
Switching Speed (Turn-Off Time):Less than 3μs
Package Type:TO-247
Cooling Method:Thermal Pad with Heat Sink
Operating Temperature Range:-40°C to +150°C
Introducing the Mitsubishi CM600YE2N-12F IGBT Transistor, a powerhouse in industrial power management systems. This module is meticulously engineered for applications requiring superior electrical efficiency and reliability. With a robust operating voltage of 600V, it ensures safe and stable power transmission under varying conditions.
Featuring a continuous current capacity of 1200A, the CM600YE2N-12F is capable of handling substantial power demands without compromising on performance. Its 50kHz switching frequency enables smooth operation and minimizes energy loss, making it an ideal choice for modern, high-efficiency systems.
Equipped with a low RDS(on) of 0.5mΩ, this transistor demonstrates its ability to reduce power consumption significantly, thereby enhancing overall system performance. Coupled with a thermal resistance of 4°C/W, it maintains optimal operational temperatures, ensuring longevity and reliability in challenging environments.
The CM600YE2N-12F is designed with a TO-247-3 package type, providing a compact yet durable solution that fits seamlessly into various industrial designs. Its insulation resistance of ≥100MΩ further underscores its commitment to safety and protection against electrical hazards.
Operating within a wide temperature range of -40°C to +150°C, this IGBT Transistor is versatile enough to withstand extreme conditions, making it suitable for a broad spectrum of applications from industrial machinery to renewable energy systems. Whether you’re looking to optimize existing setups or integrate into new projects, the Mitsubishi CM600YE2N-12F IGBT Transistor is your go-to choice for reliable power conversion.
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