IKN03N60RC2ATMA1 Overview
The IKN03N60RC2ATMA1 is a high-voltage N-channel MOSFET designed for efficient switching and power management in industrial and commercial electronic systems. With its robust characteristics and reliable performance, this component is well-suited for demanding environments requiring consistent operation and longevity. Engineers and sourcing professionals value this device for its optimized electrical parameters and suitability for a range of applications where high voltage handling and low losses are critical. For more details, visit IC Manufacturer.
IKN03N60RC2ATMA1 Technical Specifications
| Parameter | Value |
|---|---|
| Type | N-channel MOSFET |
| Drain-Source Voltage (VDS) | 600 V |
| Continuous Drain Current (ID) | 2.7 A |
| On-Resistance (RDS(on)) | 2.7 ?? |
| Gate Charge (Qg) | 7.4 nC |
| Package/Case | TO-252-3 |
| Operating Temperature Range | -55??C to 150??C |
| Mounting Type | Surface Mount |
| Polarity | N-Channel |
IKN03N60RC2ATMA1 Key Features
- High voltage tolerance up to 600 V, enabling safe and reliable operation in demanding power switching scenarios.
- Low gate charge of 7.4 nC, which minimizes drive losses and supports high-frequency switching for improved system efficiency.
- Surface mount TO-252-3 package simplifies integration into densely populated PCBs and supports automated assembly processes.
- Wide operating temperature range from -55??C to 150??C ensures consistent performance in harsh and variable environments.
IKN03N60RC2ATMA1 Advantages vs Typical Alternatives
This power MOSFET provides a strong combination of high voltage endurance, low gate charge, and robust thermal capabilities, making it an optimal choice for power management solutions. Compared to typical alternatives, it offers reliable switching performance, reduced power losses, and easier integration into modern surface-mount designs, resulting in improved efficiency and product longevity for industrial and commercial systems.
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Typical Applications
- Switch mode power supplies: The device’s high voltage rating and low gate charge make it ideal for primary-side switching in SMPS topologies, supporting efficient energy conversion and thermal management.
- Motor drivers: Its robust current handling and thermal performance are well-suited for driving motors in industrial automation or HVAC systems.
- LED lighting ballasts: Enables reliable switching and dimming functionality in high-efficiency lighting applications, contributing to energy savings and long service life.
- Battery management systems: Supports the switching and protection circuits required for safe operation and charging in energy storage solutions and uninterruptible power supplies.
IKN03N60RC2ATMA1 Brand Info
The IKN03N60RC2ATMA1 is manufactured by a trusted supplier recognized for high-quality semiconductor solutions. This MOSFET exemplifies the brand??s commitment to providing reliable, efficient, and robust components tailored for industrial and commercial power electronics. Its combination of proven packaging and electrical performance ensures dependable integration into a wide variety of end products, supporting design flexibility and long-term system reliability.
FAQ
What are the primary benefits of using this MOSFET in high-voltage switching applications?
The MOSFET??s 600 V drain-source voltage and low gate charge make it well-suited for efficient and reliable switching in high-voltage circuits, helping to reduce switching losses and support compact, high-density designs.
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Is this component suitable for surface mount assembly?
Yes, it features a TO-252-3 surface mount package, which is widely compatible with automated assembly lines and helps minimize board space in modern electronics designs.
What types of environments can this device operate in?
With an operating temperature range from -55??C to 150??C, it performs reliably in a broad spectrum of environments, from industrial machinery to outdoor and high-temperature applications.
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How does the gate charge affect system efficiency?
A low gate charge, such as 7.4 nC, reduces the drive energy required for each switching cycle. This contributes to lower overall system power consumption, especially at higher switching frequencies.
What are typical use cases for this MOSFET?
Common applications include switch mode power supplies, motor drivers, LED ballasts, and battery management systems??anywhere high voltage switching and efficient, reliable operation are critical design requirements.
