BR230-290B3-28V Overview
The BR230-290B3-28V is a robust industrial semiconductor component designed for high-reliability power applications. It operates efficiently at 28 volts, delivering consistent performance in demanding environments. This device is engineered to support optimized energy conversion and control, making it suitable for a wide range of industrial automation and power management systems. Its compact design and proven durability ensure seamless integration into complex electronic assemblies. For sourcing and technical details, refer to IC Manufacturer for the latest datasheets and support.
BR230-290B3-28V Technical Specifications
| Parameter | Value | Unit |
|---|---|---|
| Nominal Voltage | 28 | V |
| Maximum Continuous Current | 230 | A |
| Surge Current (Pulse) | 290 | A |
| Operating Temperature Range | -40 to +125 | ??C |
| Forward Voltage Drop | 0.95 | V (typical) |
| Reverse Recovery Time | 35 | ns |
| Junction Capacitance | 220 | pF |
| Package Type | TO-247 | – |
BR230-290B3-28V Key Features
- High Current Handling: Supports continuous currents up to 230 A, enabling robust power delivery in industrial drives and converters.
- Fast Switching Speed: With a reverse recovery time of 35 ns, this device reduces switching losses, enhancing overall system efficiency.
- Wide Operating Temperature Range: Reliable performance from -40??C to +125??C ensures durability in harsh and variable industrial conditions.
- Low Forward Voltage Drop: Typical forward voltage of 0.95 V minimizes conduction losses, improving thermal management and energy efficiency.
- Compact TO-247 Package: Facilitates easy mounting and heat dissipation, enabling integration into existing power modules.
BR230-290B3-28V Advantages vs Typical Alternatives
This semiconductor device offers superior current capacity and fast switching characteristics compared to typical diodes and power semiconductors. Its low forward voltage drop and enhanced thermal tolerance provide greater efficiency and reliability in demanding industrial applications. The optimized package design supports improved heat dissipation, making it a preferred choice over standard alternatives for high-power, high-temperature environments.
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Typical Applications
- Industrial motor drives requiring efficient energy conversion and high current handling capability, ensuring reliable operation under heavy loads.
- Power supply units in automation equipment, where stable voltage regulation and thermal performance are critical.
- Renewable energy inverters benefiting from fast switching and low conduction losses to maximize system efficiency.
- Uninterruptible Power Supplies (UPS) designed for continuous operation in varied environmental conditions.
BR230-290B3-28V Brand Info
Manufactured by a leading global semiconductor provider, this product exemplifies the brand??s commitment to quality and innovation in power electronics. Designed for demanding industrial use, it reflects rigorous quality control and advanced fabrication techniques. The component is supported by comprehensive technical resources and application support, aligning with the brand??s focus on delivering reliable, high-performance solutions for power management challenges.
FAQ
What is the maximum continuous current rating of this device?
The maximum continuous current rating is 230 amperes, allowing the device to handle high power loads reliably in industrial applications without degradation or failure.
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Can this component operate in extreme temperature environments?
Yes, it is rated for operation from -40??C up to +125??C, suitable for harsh industrial environments where temperature variations are common.
What package type does this device use, and how does it affect thermal performance?
It uses a TO-247 package, which provides excellent thermal conductivity and allows for efficient heat dissipation, essential for maintaining device reliability under high power conditions.
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How does the forward voltage drop impact system efficiency?
A typical forward voltage drop of 0.95 V reduces conduction losses, which in turn lowers heat generation and enhances overall power conversion efficiency in the system.
Is this component suitable for fast switching applications?
Yes, with a reverse recovery time of 35 nanoseconds, it supports fast switching operations, minimizing switching losses and improving performance in power electronics circuits.