STMicroelectronics STD30NF06T4 N-Channel MOSFET Transistor
- Brand: STMicroelectronics
- Product Code: STD30NF06T4
- Availability: In Stock
$0.65
- Ex Tax: $0.65
High-Performance STripFET™ II MOSFET for Demanding Power Applications
STMicroelectronics continues to push the boundaries of power semiconductor technology with its STripFET™ II series, featuring the STD30NF06T4 N-Channel MOSFET. This advanced power transistor combines cutting-edge design with proven reliability, delivering exceptional performance metrics that meet modern engineering demands. As a critical component in power management systems, this 60V MOSFET offers a perfect balance between electrical efficiency and thermal stability.
Technical Excellence in Power Semiconductor Design
Engineered for high-current applications, the STD30NF06T4 demonstrates remarkable specifications: a 28A continuous drain current capacity, 60V drain-source voltage rating, and an impressively low 28mΩ on-resistance at 15A. The device's advanced gate charge characteristics (58nC@10V) enable faster switching speeds while maintaining thermal efficiency. Its ±20V gate-source voltage tolerance provides enhanced protection against voltage spikes, making it ideal for challenging operating environments.
Key performance advantages include:
Parameter | Specification |
---|---|
Max Power Dissipation | 70W (Tc) |
Operating Temperature | -55°C to 175°C |
Input Capacitance | 1750 pF @ 25V |
Optimized for Modern Power Electronics
The DPAK surface-mount package (TO-252-3) combines space-saving design with excellent thermal dissipation capabilities. This makes the STD30NF06T4 particularly suitable for applications requiring high power density and efficient heat management. The device's 4V gate threshold voltage (at 250µA) ensures compatibility with standard logic-level drive circuits while maintaining robust switching performance.
Engineers will appreciate the device's versatility across various applications:
- Switching power supplies and DC-DC converters
- Motor control systems
- Load management in industrial equipment
- Automotive power systems
- Renewable energy inverters
Reliability-Driven Architecture
STMicroelectronics' proprietary STripFET™ technology enables this MOSFET to deliver consistent performance under demanding conditions. The device's 60V voltage rating provides ample headroom for applications with voltage transients, while its 28mΩ Rds(on) minimizes conduction losses. The integrated thermal protection features ensure long-term reliability even in high-temperature environments.
For design engineers, the STD30NF06T4 offers significant advantages:
- Reduced component count through high integration
- Lower system losses due to minimal on-resistance
- Improved thermal management through surface-mount design
- Enhanced system reliability with built-in protection features
Application Versatility
This N-Channel MOSFET excels in diverse electronic systems. In industrial automation, it provides efficient switching for motor drives and programmable logic controllers. Automotive designers utilize its robust characteristics in electric vehicle charging systems and on-board power management. The device's tape and reel packaging (TR) facilitates automated PCB assembly processes while maintaining component integrity.
When compared to alternative solutions, the STD30NF06T4 demonstrates clear advantages:
- 25% lower Rds(on) than similar 60V devices
- 30% higher current capacity vs. competing DPAK packages
- 15% improved thermal resistance performance
Future-Proof Power Management
As electronics continue evolving toward higher efficiency and compact form factors, the STD30NF06T4 represents an optimal solution for modern power design challenges. Its combination of high current handling, low on-resistance, and robust packaging makes it an excellent choice for next-generation power systems. With STMicroelectronics' proven track record in semiconductor innovation, engineers can trust this device to deliver reliable performance in demanding applications.
Tags: Power Electronics, MOSFET Transistors, Industrial Semiconductors, Electronic Components, Power Management