STMicroelectronics STF13N65M2 N-Channel MOSFET 650V 10A TO-220FP

Advanced Power Management with STMicroelectronics MDmesh™ M2 Series STF13N65M2

In the rapidly evolving landscape of power electronics, selecting components that balance performance, reliability, and efficiency is critical for engineers designing modern systems. The STF13N65M2 from STMicroelectronics emerges as a standout solution within their MDmesh™ M2 series, offering robust specifications tailored for high-voltage applications requiring precise control and thermal stability.

Technical Excellence in MOSFET Design

This N-Channel MOSFET delivers exceptional capabilities with its 650V drain-to-source voltage rating and 10A continuous drain current capacity. Engineered with ST's advanced MDmesh™ M2 technology, it combines low on-resistance (Rds(on)) of 430mΩ at 5A and 10V gate-source voltage with optimized switching characteristics. The device maintains operational integrity up to 150°C junction temperature while offering ±25V gate voltage protection, making it suitable for demanding industrial and consumer applications.

The STF13N65M2's TO-220FP package ensures efficient heat dissipation through its through-hole mounting configuration, while the 25W power dissipation rating (at case temperature) enables sustained performance in high-stress environments. With 17nC gate charge at 10V and 590pF input capacitance, designers gain excellent control over switching speeds and energy efficiency.

Performance-Driven Specifications

Real-World Applications

Engineers across various industries are leveraging the STF13N65M2's capabilities in power supplies, motor drives, and industrial automation systems. Its 4V gate threshold voltage (at 250µA) enables compatibility with standard logic circuits while maintaining robustness against voltage spikes. The device's inherent design advantages become particularly evident in applications requiring:

• High-efficiency power conversion
• Robust overvoltage protection
• Thermal management in compact designs
• Reliable operation in harsh environments

For designers working on switched-mode power supplies (SMPS), the STF13N65M2's combination of low conduction losses and fast switching characteristics translates directly into improved system efficiency and reduced cooling requirements. The device's inherent ruggedness also makes it ideal for motor control applications where inductive kickback management is critical.

Design Flexibility and Manufacturing Advantages

STMicroelectronics' commitment to quality shines through in this component's specifications. The active product status ensures ongoing availability for production environments, while the tube packaging format facilitates automated assembly processes. Designers appreciate the 10V drive voltage compatibility with standard gate drivers, eliminating the need for specialized control circuitry.

When compared to alternative solutions in its class, the STF13N65M2 distinguishes itself through its optimized balance of on-resistance, switching speed, and thermal performance. The device's 25W power dissipation rating at case temperature allows for straightforward thermal design calculations, while the through-hole mounting configuration provides mechanical stability in vibration-prone applications.

Future-Proof Power Solutions

As industries continue pushing for greater energy efficiency and miniaturization, components like the STF13N65M2 become increasingly valuable. Its specifications align perfectly with modern design requirements for:

• Industrial automation systems requiring precise motor control
• Renewable energy inverters needing reliable high-voltage switching
• Consumer electronics designs demanding compact power solutions
• Automotive applications requiring robust thermal performance

By incorporating this MOSFET into their designs, engineers future-proof their projects against evolving performance requirements while maintaining compatibility with existing design practices. The MDmesh™ M2 series' proven track record across multiple industries further reinforces its position as a trusted component in critical power applications.

Tags: Power MOSFET, High Voltage Transistor, Industrial Electronics, Power Supply Components, Motor Control ICs