60T65 High Speed IGBT TO-247 Transistor

Specifications

• 60T65 High Speed IGBT TO-247 Transistor is the primary component of this product line.
• Brand: MagnaChip
• Model Number: 60T65PES (60T65)
• Package Type: TO-247
• Transistor Type: High Speed IGBT
• Collector-Emitter Voltage (Vces): 650V
• Continuous Collector Current (Ic): 60A at 100°C
• Maximum Power Dissipation (Pd): 306W
• Gate-Emitter Voltage (Vges): ±20V
• Switching Type: High Speed Switching
• Pin Count: 3 Pins (Gate, Collector, Emitter)
• Quantity: 1 Piece

Features

• High-speed switching performance ensures efficient operations.
• Low conduction losses maximize overall system energy productivity.
• Robust TO-247 package provides reliable thermal management support.
• Excellent avalanche ruggedness prevents unexpected circuit failures.
• Optimized for high-frequency power inverter systems.
• The MagnaChip 60T65PES 60T65 High Speed IGBT is a premium-grade discrete transistor engineered for high-efficiency power conversion applications.
• Housed in a standard TO-247 package, this Insulated Gate Bipolar Transistor combines the low conduction losses of a bipolar transistor with the high-speed switching capabilities of a power MOSFET.
• It effectively manages high current and voltage loads, making it an ideal choice for complex industrial electronic systems.
• Whether you are repairing welding machines, solar inverters, or motor drives, this electronic semiconductor guarantees long-term durability and consistent performance.
• Its superior thermal distribution mechanism minimizes overheating risks during heavy-duty operations.

What is the price of 60T65PES 60T65 High Speed IGBT TO-247 Transistor in Bangladesh?

The latest price of 60T65PES 60T65 High Speed IGBT TO-247 Transistor in Bangladesh is Price: ৳275.00 taka for 1Pack of this product. You can buy this product at a better and cheaper price from our website and also you can visit our warehouse between work hours 10am to 8pm.

Buy 60T65PES 60T65 High Speed IGBT TO-247 Transistor in Bangladesh from online at Dunia.com.bd.

In Bangladesh, you can get the original 60T65PES 60T65 High Speed IGBT TO-247 Transistor From Dunia.com.bd . We have a few collections of latest Transistor to purchase. Order Electronics Component Online at our website Or Visit our warehouse to get your product at lowest price.

FAQ

1. What is the main package type of this MagnaChip 60T65 semiconductor? 
   This authentic high-speed switching transistor comes in a durable industry-standard TO-247 package structure.
2. What is the maximum continuous collector current rating at 100°C temperature? 
   This powerful electronic transistor can safely handle a maximum continuous collector current of 60A.
3. Can I use this high speed IGBT for professional welding machines? 
   Yes, this component is highly optimized for power inversions in industrial welding machine circuits.
4. What voltage level can this specific MagnaChip transistor handle safely? 
   The high-performance component supports a collector-emitter breakdown voltage rating of up to 650V.
5. Is this original product delivered as a single piece pack? 
   Yes, each package container includes exactly one piece of original MagnaChip 60T65PES electronic transistor.
6. What are the main terminal connections of this 60T65 transistor? 
   The three distinct package pins are designated clearly for Gate, Collector, and Emitter connections.
7. Does this high speed IGBT offer efficient thermal energy management? 
   Yes, the heavy-duty TO-247 casing ensures outstanding heat dissipation performance under loaded operations.
8. What is the maximum power dissipation rating of this device? 
   This high-quality electronic switching device provides a maximum power dissipation value of 306W.
9. Is this component suitable for modern solar power inverters? 
   Yes, its advanced high-frequency switching design makes it perfect for efficient solar inverter units.
10. Does this transistor prevent sudden electric circuit failure issues? 
    Yes, integrated superior avalanche ruggedness protects your sensitive circuits from unexpected voltage spikes.