IKP15N60TXKSA1 Overview
The IKP15N60TXKSA1 is a high-performance N-channel MOSFET designed for demanding power switching and conversion applications. With a voltage rating suitable for industrial and consumer electronics, this device delivers reliable switching and energy efficiency in a compact package. Its advanced silicon technology ensures low on-resistance and high-speed operation, making it ideal for power management, motor control, and inverter circuits. Sourcing specialists and design engineers will benefit from its robust construction and wide applicability. For more details, visit IC Manufacturer.
IKP15N60TXKSA1 Technical Specifications
| Parameter | Value |
|---|---|
| Transistor Type | N-Channel MOSFET |
| Drain-Source Voltage (VDS) | 600 V |
| Continuous Drain Current (ID) | 15 A |
| RDS(on) (Max) | 0.27 ?? |
| Gate Charge (Qg) | Not specified |
| Package | TO-220 |
| Mounting Type | Through Hole |
| Operating Temperature Range | -55??C to +150??C |
| Polarity | N-Channel |
IKP15N60TXKSA1 Key Features
- High voltage tolerance up to 600 V ensures safe operation in industrial-grade power applications.
- 15 A continuous drain current supports robust load handling, ideal for power supplies and inverters.
- Low RDS(on) of 0.27 ?? minimizes conduction losses, improving overall energy efficiency in electronic systems.
- TO-220 package simplifies thermal management and enables easy integration into existing PCB layouts.
IKP15N60TXKSA1 Advantages vs Typical Alternatives
Compared to standard power transistors, this N-channel MOSFET delivers superior voltage handling and current capacity, making it suitable for high-demand environments. The low on-resistance enhances switching efficiency, while the robust package ensures greater thermal reliability and longer operational life in industrial power electronics.
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Typical Applications
- Switch-mode power supplies (SMPS): Enables efficient energy conversion and reliable power delivery in both industrial and commercial equipment, supporting modern power architectures.
- Motor drive circuits: Delivers fast switching and high current capability required for precision motor control in automation, HVAC, and appliance systems.
- Inverter systems: Suitable for solar inverters and uninterruptible power supplies (UPS) where high voltage and efficiency are critical.
- General-purpose high-voltage switching: Useful in electronic ballasts, lighting controls, and other applications where robust switching at elevated voltages is needed.
IKP15N60TXKSA1 Brand Info
This N-channel MOSFET is produced by a reputable semiconductor manufacturer known for delivering reliable, high-quality discrete power devices. The IKP15N60TXKSA1 is designed to meet the needs of engineers requiring a balance of voltage tolerance, current capacity, and efficiency. Its construction and quality assurance processes ensure consistent performance across various industrial and commercial applications, making it a dependable choice for original equipment manufacturers and design specialists alike.
FAQ
What is the maximum voltage the IKP15N60TXKSA1 can handle?
This device is rated for a maximum drain-source voltage of 600 V, making it suitable for high-voltage power switching applications where reliable isolation and safety are critical.
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Which package type does the IKP15N60TXKSA1 use?
The component comes in a TO-220 package, which is popular for power semiconductors due to its efficient heat dissipation and straightforward through-hole mounting for secure PCB integration.
How much continuous current can this MOSFET support?
The continuous drain current rating is 15 A. This allows the device to handle substantial loads, making it suitable for demanding power supplies and motor control circuits.
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What are typical use cases for this device?
Common applications include switch-mode power supplies, motor drivers, inverter circuits, and other high-voltage switching systems where efficiency and reliability are essential.
What benefits does the low RDS(on) provide in real-world applications?
A lower on-resistance (0.27 ?? max) reduces power loss during conduction, improving efficiency and minimizing heat generation, which is essential for highly integrated and energy-conscious designs.






