The NCE80TD65BT is a high-voltage, N-channel power MOSFET designed for power switching and electronic power control applications. With a 650V drain-source voltage rating and a specified 80A current rating, this transistor is suitable for use in high-voltage power conversion and switching circuits.
The device comes in a TO-247 package, providing a mounting surface for heatsink installation and thermal management.
Key Features
- N-channel power MOSFET for electronic switching applications
- 650V drain-source voltage rating
- 80A specified current rating
- TO-247 through-hole package
- Suitable for high-voltage switching circuits
- Compatible with appropriately designed MOSFET gate-driver circuits
- Heatsink mounting capability for thermal management
- Suitable for power conversion and motor-control circuit designs
Technical Specifications
| Parameter |
Specification |
| Model |
NCE80TD65BT |
| Component Type |
Power MOSFET |
| MOSFET Channel |
N-Channel |
| Drain-Source Voltage (VDS) |
650V |
| Current Rating |
80A |
| Package |
TO-247 |
| Mounting Type |
Through-Hole |
| Terminals |
Gate, Drain, Source |
| Application |
High-Voltage Power Switching |
Note: The 80A rating does not mean the device can continuously carry 80A under all operating conditions. Actual current capability depends on temperature, heatsinking, PCB design, and operating conditions.
Pin Configuration
The NCE80TD65BT has three functional terminals:
| Terminal |
Function |
| Gate (G) |
Controls MOSFET switching |
| Drain (D) |
Main current-carrying terminal |
| Source (S) |
Current return terminal |
The physical pin order and mounting-tab connection must be verified against the manufacturer's datasheet before installation.
Applications
- Switching power supplies (SMPS)
- High-voltage DC-DC converters
- Inverter circuits
- Motor drive power stages
- Industrial power electronics
- Power switching circuits
- Battery charging equipment
- Electronic power control systems
Important Notes
- This is a discrete power MOSFET, not a complete motor driver or voltage regulator.
- A suitable gate-driver circuit may be required for efficient switching.
- Use an appropriate heatsink when operating at significant power levels.
- Verify gate-source voltage limits, on-resistance (RDS(on)), switching characteristics, and thermal ratings before designing a circuit.
- The 650V rating is the maximum specified drain-source voltage, not the recommended continuous operating voltage.
- High-voltage applications require appropriate electrical insulation and safety precautions.
Package Includes
