IXKH47N60C by Littelfuse Inc

Overview of IXKH47N60C by Littelfuse Inc.

The IXKH47N60C, described as a Power Field-Effect Transistor with specific features suitable for high-demand applications, ranks highly among its peers in the electronics components industry. This component is a N-channel, metal-oxide semiconductor FET, encapsulated in a TO-247AD package, often preferred for its robustness and heat dissipation capabilities. It is characterized by a drain current maximum (I(D)) of 47A and a drain-source breakdown voltage (Vds) of 600V, with a drain-source on-resistance of just 0.07 ohms. These specifications reflect its capability to manage high-power and high-efficiency requirements.

Manufactured by Littelfuse Inc., a leader in the electronic components sector, the IXKH47N60C integrates additional features such as an avalanche rating and built-in diode, enhancing its reliability in stringent conditions. With its capability to operate in enhancement mode, and a high maximum operating temperature threshold of 150°C, this transistor is suitable for a range of demanding electrical applications. Thanks to being RoHS compliant and having an avalanche energy rating of 1800 mJ, it exemplifies a balance between performance and environmental safety.

Industry Applications for IXKH47N60C

The potential applications of the IXKH47N60C span various high-tech industries, each with stringent requirements for component performance and reliability. Here are possible use cases across different industries, while noting that these applications are illustrative and would require further validation for specific uses:

  • Internet of Things (IoT): In the IoT sector, devices often require efficient power management to extend battery life while maintaining connectivity. The IXKH47N60C could potentially be used in IoT devices for power regulation, given its high efficiency and low on-resistance, helping in prolonging device operation under limited power resources.
  • Computing and Data Storage: High-performance servers and storage systems that handle large volumes of data with low latency might use components such as the IXKH47N60C for efficient power switching within power supply units, potentially enhancing overall system efficiency and reliability.
  • Telecommunications: The telecommunications industry, particularly in aspects related to infrastructure like signal amplifiers and repeaters, could take advantage of a high-power transistor like the IXKH47N60C for managing power within these devices, possibly aiding in handling higher data throughput with better power efficiency.

Note: The potential industrial applications mentioned above should be conceptually validated by engineering and design teams to ensure compliance with the appropriate standards and specific usage requirements.

About Littelfuse Inc.

Littelfuse Inc. is acknowledged for its development and manufacture of advanced semiconductors, with a particular strength in Power Field-Effect Transistors and general Transistor technology. Among their offerings, IXKH47N60C exemplifies their capability to innovate in the field of high-power transistor components. IXKH47N60C’s robust design, including features like avalanche resistance and high heat tolerance, reflects the company’s commitment to delivering solutions that meet rigorous performance and reliability standards. Littelfuse’s portfolio not only includes similar power transistors but also a wide array of components that address a range of electrical and electronic protection needs across industries.

Where to Find IXKH47N60C by Littelfuse Inc

To source the IXKH47N60C, Findchips.com is an ideal platform. It allows for checking up-to-date stock levels and competitive pricing from various distributors. Historically, the part has been available from distributors such as Newark. By exploring Power Field-Effect Transistors on Findchips.com, users can also discover alternative parts from Littelfuse or other brands, ensuring they make the most informed procurement decisions based on real-time data.

Compare pricing for IXKH47N60C and other Power Field-Effect Transistors / Transistors at findchips.com