MFR50SDRE52-205K

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Through Hole Resistors

The MFR50SDRE52-205K is a through hole resistor specifically designed for electronic applications. Through hole resistors provide a variety of benefits to circuit boards, including dissipating heat, filtering noise and providing high accuracy and stability. Through hole resistors can be used in multiple applications, and the MFR50SDRE52-205K is an excellent choice for many of these.

The MFR50SDRE52-205K features a 50 ohm resistance with ±5% tolerance, making it ideal for a variety of precision and filter applications. Designed for minimum variability, this part has excellent incremental and absolute tolerances at both room temperature and over temperature ranges. In addition, the MFR50SDRE52-205K also has an easy to mount and handle design that makes it an ideal choice for high volume and highly sensitive applications.

The MFR50SDRE52-205K\'s ability to dissipate heat makes it an ideal choice for applications that require higher power dissipation than standard resistors. The 50 ohm resistance can handle up to 5 watts of power with very little temperature rise. This can be extremely helpful in applications that require large power dissipation, such as in power supply circuits.

Another major benefit of the MFR50SDRE52-205K is its ability to filter electronic noise. This part is equipped with a low inductance design that helps reduces electronic noise, while still allowing current to flow as needed. The low inductance design also helps to minimize arc-flux interference, making the MFR50SDRE52-205K an ideal choice in applications where noise and interference must be strictly controlled.

Overall, the MFR50SDRE52-205K through-hole resistor is a top choice for applications that require high power dissipation, high accuracy and reliability, and low inductance design. It is perfect for applications where noise and interference must be strictly controlled, and can also provide excellent accuracy and reliability in a variety of other applications. With its easy to mount and handle design, this part is an ideal choice for high volume and highly sensitive applications, making it a valuable addition to any circuit board.

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