IPLU300N04S4R8XTMA1 Overview
The IPLU300N04S4R8XTMA1 is a high-performance N-channel MOSFET designed for demanding industrial and power management applications. Featuring robust switching capabilities and optimized for low conduction losses, this device offers superior efficiency and reliability in compact board layouts. Its advanced silicon technology ensures stable operation under a wide range of load and temperature conditions, making it a preferred solution for engineers seeking consistent performance in high-current environments. For comprehensive details and sourcing, visit the IC Manufacturer.
IPLU300N04S4R8XTMA1 Technical Specifications
| Parameter | Value |
|---|---|
| Transistor Type | N-Channel MOSFET |
| Drain to Source Voltage (VDS) | 40V |
| Continuous Drain Current (ID) | 300A |
| On-Resistance (RDS(on)) | 4.8 m?? |
| Gate Charge (Qg) | Not specified |
| Package / Case | TO-220-3 |
| Mounting Type | Through Hole |
| Operating Temperature Range | -55??C to +175??C |
IPLU300N04S4R8XTMA1 Key Features
- High continuous drain current capability of 300A, enabling support for heavy load conditions in industrial systems.
- Low RDS(on) of 4.8 m?? minimizes power dissipation, contributing to overall system efficiency and thermal management.
- Wide operating temperature range from -55??C to +175??C ensures reliable performance in harsh and demanding environments.
- Industry-standard TO-220-3 package offers compatibility with established assembly processes and simplifies board design.
IPLU300N04S4R8XTMA1 Advantages vs Typical Alternatives
This N-channel MOSFET stands out due to its exceptionally low on-resistance and high current handling, resulting in lower heat generation and higher system efficiency compared to typical alternatives. Its robust temperature tolerance and proven package format provide engineers with confidence in reliability and integration for industrial, automotive, or power supply applications. These function-based features make it a preferred choice for demanding designs.
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Typical Applications
- Power switching in industrial equipment: The device??s high current rating and low RDS(on) make it ideal for efficient power management, motor drives, and automation systems exposed to significant current loads.
- Automotive electrical systems: Suitable for use in starter modules, battery management, and high-current relay replacements due to its ruggedness and temperature resilience.
- DC-DC converters and power supplies: Offers improved thermal efficiency and reliability in high-frequency switching regulator designs.
- Uninterruptible power supplies (UPS): Ensures dependable operation during rapid load changes and high inrush currents, maintaining system stability.
IPLU300N04S4R8XTMA1 Brand Info
This device is engineered by a reputable semiconductor manufacturer, specializing in robust discrete power components for industrial and automotive markets. The IPLU300N04S4R8XTMA1 exemplifies their commitment to quality, offering dependable performance in high-stress environments. Its integration into numerous reference designs and system architectures underlines its suitability for both legacy and cutting-edge applications where durability and efficiency are paramount.
FAQ
What is the primary advantage of using this MOSFET in high-current applications?
The device??s low on-resistance and high drain current rating allow it to handle substantial current flows with minimal power losses and heat buildup, enhancing the efficiency and lifespan of power circuits in demanding environments.
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Can this component be used in automotive systems?
Yes, its rugged thermal characteristics and high current capability make it well-suited for automotive applications such as battery switching, starter systems, and protection circuits where reliability and temperature resilience are required.
What type of mounting is supported?
The MOSFET is provided in a TO-220-3 package with through-hole mounting, allowing for straightforward integration into standard PCB layouts and compatibility with heat sinks for improved thermal management.
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How does the wide operating temperature range benefit industrial designs?
The broad temperature specification ensures reliable operation in both extreme cold and high-heat environments, which is critical for industrial equipment exposed to fluctuating ambient conditions or intensive duty cycles.
What are the main considerations for integrating this device into a power supply?
Designers should account for its high current handling, low conduction losses, and robust temperature performance, ensuring adequate thermal paths and proper gate drive for optimal switching behavior in power supply topologies.
