Overview of FQP17P06 by onsemi
The FQP17P06 is a P-Channel MOSFET characterized by a drain-source voltage of -60 V and a continuous drain current of -17 A. It is designed to operate at an RDS(on) of 120 milliohms under a test voltage condition of 10 V. The gate source threshold voltage maximum is specified at -4 V. This MOSFET is part of onsemi’s QFET® line, which is housed in a TO-220 package and typically supplied in tubes of 1000. It’s notable for its compliance with ROHS standards, indicating freedom from certain hazardous materials in its construction.
This semiconductor device is made using metal-oxide semiconductor (MOS) technology, featuring built-in diodes for protection and a single configuration. Its applications include switching operations across various electronic circuits, where efficiency and reliability are paramount. The chip is designed to withstand higher temperatures, with an operating temperature cap of 175 °C, and can manage considerable power dissipation up to 79 watts. Additionally, it carries an avalanche energy rating of 300 mJ, suitable for handling surge currents. Its physical attributes include through-hole terminal form and a plastic/epoxy body, highlighting the device’s utility in robust design environments.
Industry Applications for FQP17P06
The FQP17P06, being a Power Field-Effect Transistors, might potentially serve several sophisticated industry applications, where efficient power control and high switching speeds are virtues. It is crucial for designers and engineers to verify applicability through detailed analysis and adherence to specific industry standards.
- Consumer Electronics: Devices such as high-efficiency power supplies and LED lighting systems could potentially employ the FQP17P06. These applications benefit from the transistor’s low on-resistance and high thermal performance, optimizing energy consumption and minimizing heat generation.
- Industrial Automation: In automated systems where electrical loads need to be controlled precisely, this P-Channel MOSFET might be used to manage motor drives, solenoids, and actuator controls. Its high pulsed drain current (68 A maximum) and robust power dissipation capabilities enhance its suitability for such demanding applications.
- Energy Management: For applications in solar power inverters or smart grid technology, the device’s efficiency in handling high continuous current and its capability to withstand significant energy pulses could make it a viable component choice.
- Telecommunications: FQP17P06 could be utilized in RF amplifiers where variable power levels require precise control through switching mechanisms. Its fast switching characteristics might be beneficial in maintaining signal integrity across various communication systems.
Note that these potential industry applications are conceptual and require thorough validation by engineering teams to ensure compliance with all pertinent specifications and standards.
About onsemi
onsemi, previously known as ON Semiconductor, is a prominent provider in the semiconductor industry, notably in the development and production of various transistor technologies, including Power Field-Effect Transistors. Their products, like the FQP17P06, demonstrate a commitment to innovation through the integration of advanced materials and technologies aimed at enhancing performance while ensuring energy efficiency and reliability. Onsemi’s offerings extend across a vast spectrum of applications, helping engineers to solve complex problems in power management and signal conditioning.
Where to Find FQP17P06 by onsemi
To locate the FQP17P06 P-Channel MOSFET for purchase, professionals in electronics procurement should consult an online resource like findchips.com. This platform provides continuously updated stock levels and pricing from multiple distributors. Historically, distributors such as New Advantage Corporation, EBV Elektronik, Avnet, and DigiKey have carried this part. However, current availability can vary, so checking through findchips.com is recommended. Additionally, the link to Power Field-Effect Transistors can be utilized to explore alternative parts from onsemi and other manufacturers, ensuring you find exactly what’s needed for your specific applications.