Overview of FQP17P10 by onsemi
The FQP17P10 by onsemi is a P-Channel QFET® MOSFET, characterized by a drain-source breakdown voltage of 100V and a drain current of 16.5A. Its drain-source on-resistance is relatively low at 190 milliohms, enhancing its efficiency in various applications. This transistor is housed in a TO-220-3 package, known for its robustness and thermal efficiency, and capable of handling a maximum power dissipation of 100 watts. The part is primarily designed for switching applications, featuring a built-in diode for fast switching and protection against voltage spikes.
Key attributes of the FQP17P10 include a high pulsed drain current of 66A and an avalanche energy rating of 580 mJ, which indicates its capability to handle high-energy pulses without damage. The operating temperature can reach up to 175°C, allowing performance stability in high-temperature environments. Importantly, the transistor operates in enhancement mode, typical for applications requiring a normally-off state until a gate voltage is applied.
Industry Applications for FQP17P10
The FQP17P10 offers features that make it suitable for a range of industries, though it is important to remember that these uses must be verified by appropriate engineering teams:
- Consumer Electronics: Its fast switching capabilities and robust performance might make it ideal for power management functions in devices like laptops and smartphones which require efficient battery management.
- Industrial Automation: The high avalanche energy rating and the ability to handle significant power dissipation could potentially make the FQP17P10 suitable for controlling high-power industrial machinery and automation systems.
- Electronic Manufacturing: As a switching transistor, it potentially supports testing and development equipment within electronic manufacturing setups, facilitating efficient production lines.
- Computing and Data Storage: The capabilities of the FQP17P10 may allow it to serve in power supplies and cooling fans within computing infrastructure, crucial for maintaining operational integrity under varying loads.
- Renewable Energy Systems: The transistor could potentially be used in electric power conversion systems in renewable energy installations, given its high switching performance and ability to manage power flows efficiently.
Note: These potential industry applications should be considered conceptual/illustrative and require detailed analysis and verification for compliance with industry standards and specific requirements.
About onsemi
onsemi, formerly known as ON Semiconductor, specializes in power management, signal processing, and discrete semiconductor components, making substantial contributions to the field of transistors, particularly in Power Field-Effect Transistors. The FQP17P10 is just one example of their extensive lineup that includes various configurations and specifications tailored to a broad spectrum of electronic applications. onsemi’s prowess in creating devices that integrate well with modern energy management and industrial solutions reflects their commitment to innovation and reliability in semiconductor technology.
Their products usually cater to sectors ranging from automotive, industrial, and communications, to consumer and networking markets, helping them establish a diverse and robust product portfolio that aligns with contemporary technological demands.
Where to Find FQP17P10 by onsemi
For acquiring FQP17P10, potential buyers should consider utilizing comprehensive resources like findchips.com. Here, individuals may also explore alternative parts in the Power Field-Effect Transistors category to compare and evaluate various options from onsemi or other manufacturers. This approach ensures a well-informed procurement decision, aligned with specific project needs.
Historically, distributors such as Avnet Americas, RS, Mouser Electronics, EBV Elektronik, Avnet Silica, DigiKey, and Farnell have stocked FQP17P10. However, due to fluctuations in stock levels and distributor availability, checking findchips.com for the most updated information on availability and pricing is advisable.