MK26R7FE-R52

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Through hole resistors are suitable for various applications requiring large power ratings, high reliability, and superior power dissipation capability. The MK26R7FE-R52 is a through-hole resistor with a high power rating and excellent stability. Featuring a patented low thermal runaway design, the MK26R7FE-R52 has a greater power dissipation than traditional through hole resistors, making it ideal for applications where extreme power dissipation is required. The resistor also features low-impedance construction and a steady, stable resistance over time.

The MK26R7FE-R52 is specifically designed for high-power device protection and power conditioning. The resistor’s low thermal runaway design reduces heat generated by surges and high-energy loads, so it is suitable for high-performance power conditioning applications. The resistor also features low-impedance construction, allowing it to handle high power levels without introducing interference to the circuitry. The device’s excellent stability helps protect sensitive equipment from damage due to voltage surges and transients.

The working principle of the MK26R7FE-R52 involves a common metal oxide semiconductor resistance element. The device’s low-impedance construction makes it suitable for a wide range of circuit applications, from automotive to industrial, aerospace, and medical. The resistor offers effective protection against transients and EMI/RFI interference, making it a great choice for audio and communication applications. In addition, the resistor’s high heat dissipation capabilities make it suitable for high-power conditioning applications, as well as high-power DC/DC converters.

The MK26R7FE-R52 is a through-hole resistor with a high power rating and excellent stability. Its low thermal runaway design makes it ideal for applications requiring extreme power dissipation, and its low-impedance construction helps prevent interference. The resistor offers effective protection against transients and EMI/RFI interference, making it suitable for audio and communication applications. Its high heat dissipation capabilities make it a great choice for high-power conditioning applications, as well as high-power DC/DC converters.

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