STPS2L25U Overview
The STPS2L25U is a high-performance ultrafast diode designed for efficient power conversion in industrial and automotive applications. Offering a low forward voltage drop and rapid switching capability, this component minimizes power losses and heat generation, enhancing overall system reliability. Its compact SMC package supports easy integration in space-constrained environments. Ideal for use in freewheeling, polarity protection, and rectification circuits, the device ensures robust operation under switching frequencies up to hundreds of kHz. For engineers and sourcing specialists seeking a reliable diode solution, the STPS2L25U delivers consistent electrical performance and durability. Learn more at IC Manufacturer.
STPS2L25U Technical Specifications
| Parameter | Value | Unit |
|---|---|---|
| Maximum Repetitive Peak Reverse Voltage (VRRM) | 25 | V |
| Average Forward Current (IF(AV)) | 2 | A |
| Non-Repetitive Peak Forward Surge Current (IFSM) | 80 | A |
| Forward Voltage Drop (VF) at IF=2A | 0.55 | V |
| Reverse Recovery Time (trr) | 35 | ns |
| Junction Temperature Range (Tj) | -65 to +150 | ??C |
| Storage Temperature Range (Tstg) | -65 to +150 | ??C |
| Package Type | SMC (DO-214AB) | ?C |
STPS2L25U Key Features
- Ultrafast recovery time: With a reverse recovery time of only 35 ns, it reduces switching losses and electromagnetic interference in high-frequency circuits.
- Low forward voltage drop: Minimizes power dissipation and heat generation, improving energy efficiency and thermal management in power applications.
- High surge current capability: Can withstand non-repetitive peak forward surge currents up to 80 A, ensuring robustness under transient conditions.
- Compact SMC package: Enables easy PCB layout and space savings without compromising electrical performance or thermal dissipation.
Typical Applications
- Power supply rectification circuits where fast switching and low losses are critical to improving overall efficiency and reliability.
- Freewheeling diodes in DC motor controllers to protect MOSFETs and IGBTs by smoothing inductive load voltage spikes.
- Polarity protection in automotive electronics, preventing damage from incorrect battery connections while maintaining low voltage drop.
- Snubber circuits in switching regulators and inverters, enhancing transient response and reducing electrical noise.
STPS2L25U Advantages vs Typical Alternatives
This ultrafast diode stands out against typical rectifiers due to its notably low forward voltage drop and fast recovery time, which directly translate into lower conduction and switching losses. Its high surge current rating improves reliability under fault conditions, while the compact SMC package supports efficient thermal management and easy assembly. These advantages make it a preferred choice for engineers prioritizing power density, efficiency, and long-term durability in demanding industrial and automotive environments.
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STPS2L25U Brand Info
The STPS2L25U is manufactured by STMicroelectronics, a leading global semiconductor company known for innovation in power management and discrete components. STMicroelectronics provides a wide portfolio of ultrafast diodes designed to meet the rigorous demands of industrial, automotive, and consumer electronics markets. The STPS2L25U benefits from ST??s expertise in silicon technology and quality assurance, ensuring consistent performance and compliance with international standards. Its robust design and reliable manufacturing processes make it a trusted component in power conversion and protection circuits worldwide.
FAQ
What is the maximum forward current rating of this diode?
The device can handle an average forward current of 2 A continuously, making it suitable for moderate power applications. Its peak surge current rating of 80 A ensures it can tolerate short transient overloads without damage.
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How fast is the reverse recovery time and why is it important?
The reverse recovery time is approximately 35 nanoseconds. This fast switching characteristic reduces switching losses and electromagnetic interference in high-frequency circuits, improving efficiency and






