STTH10LCD06FP Overview
The STTH10LCD06FP is a high-performance ultrafast rectifier diode designed for industrial power applications requiring efficient switching and thermal stability. With a repetitive peak reverse voltage of 600 V and a forward current rating of 10 A, this device ensures robust performance in demanding environments. Its fast recovery time and low forward voltage drop contribute to reduced power losses and enhanced system efficiency. The reliable TO-220FP package offers excellent electrical insulation and thermal dissipation, making it suitable for power supplies, motor drives, and inverters. For detailed sourcing and technical support, visit IC Manufacturer.
STTH10LCD06FP Technical Specifications
| Parameter | Value | Unit |
|---|---|---|
| Repetitive Peak Reverse Voltage (VRRM) | 600 | V |
| Average Forward Current (IF(AV)) | 10 | A |
| Surge Non-Repetitive Forward Current (IFSM) | 150 | A |
| Forward Voltage Drop (VF) at IF = 10 A | 1.7 | V |
| Reverse Recovery Time (trr) | 75 | ns |
| Junction Temperature Range (Tj) | -65 to +175 | ??C |
| Storage Temperature Range (Tstg) | -65 to +175 | ??C |
| Thermal Resistance Junction to Case (RthJC) | 1.5 | ??C/W |
STTH10LCD06FP Key Features
- Ultrafast Recovery Time: Enables efficient switching in power circuits, reducing switching losses and electromagnetic interference (EMI).
- High Surge Current Capability: Supports transient conditions up to 150 A, ensuring robustness under overload or fault scenarios.
- Low Forward Voltage Drop: Minimizes conduction losses, improving overall power conversion efficiency in industrial applications.
- Wide Operating Temperature Range: Ensures reliable performance in harsh thermal environments, extending device lifespan.
- Isolated TO-220FP Package: Provides electrical insulation and enhances thermal management, simplifying system integration.
Typical Applications
- Switching power supplies where fast recovery diodes are essential for minimizing switching losses and improving efficiency.
- Motor control circuits requiring high surge current handling and robust thermal performance.
- Inverters and converters in industrial automation systems that demand reliable rectification under high voltage and current conditions.
- Uninterruptible Power Supplies (UPS) where device durability and fast switching support stable power delivery.
STTH10LCD06FP Advantages vs Typical Alternatives
This device offers superior switching speed and lower forward voltage drop compared to standard rectifier diodes, resulting in enhanced power efficiency and reduced heat generation. The high surge current tolerance and wide temperature range contribute to greater reliability in industrial environments. Its isolated TO-220FP package improves thermal management and electrical safety, making it a preferred choice over conventional diodes lacking these features.
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STTH10LCD06FP Brand Info
The STTH10LCD06FP is part of STMicroelectronics’ extensive portfolio of power semiconductors. STMicroelectronics is a leading global semiconductor manufacturer known for delivering high-quality, reliable components tailored for industrial and automotive applications. This ultrafast diode exemplifies ST??s commitment to innovation in power management, combining advanced semiconductor technology with robust packaging solutions to meet the demanding requirements of modern industrial electronics.
FAQ
What is the maximum repetitive peak reverse voltage for this diode?
The maximum repetitive peak reverse voltage is 600 V, which allows the diode to block high voltages in power switching and rectification circuits safely without breakdown.
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Can this diode handle high surge currents during transient events?
Yes, it supports a non-repetitive surge forward current of up to 150 A, enabling it to withstand transient overloads such as inrush currents or fault conditions without damage.
What benefits does the ultrafast recovery time provide?
The ultrafast recovery time of approximately 75 nanoseconds reduces switching losses and electromagnetic interference in high-frequency applications, improving overall system efficiency and reliability
