MK60R4FE-R52

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Through Hole Resistors are electronic passive devices that are used to provide electrical resistance in applications that require precision and reliability. The MK60R4FE-R52 is a Through Hole Resistor from MuellerKueps, a leading manufacturer in the electronic components industry.

The MK60R4FE-R52 is an axial-leaded, radial leaded resistor that has a voltage rating of 25V. It is made of high quality ceramic, with a reliable metal film coating for resistance stability. The MK60R4FE-R52 is rated for a power dissipation of 1/4W, and has an operating temperature range of -65°C to +215°C. The resistance tolerance can be ±2%, ±1%, or ±5%.

The MK60R4FE-R52 is designed to be used in a wide variety of applications, including wiring assemblies, automotive electronics, sensors, and medical devices. It is perfect for applications where space is limited, since its axial-leaded design allows for easy mounting and compact size. Its high reliability and resistance stability make it suitable for applications that require frequent connection and disconnection.

The MK60R4FE-R52 works by providing a certain amount of resistance to the flow of electricity that passes through it. This resistance is determined by the thickness of the film and the ceramic material used. The impedance of the resistor is affected by the power, frequency, and temperature. Resistance also changes as the temperature changes, enabling the resistor to be used in temperature-sensitive applications.

In summary, the MK60R4FE-R52 is a Through Hole Resistor manufactured by MuellerKueps. Its axial-leaded design makes it perfect for space limited applications, and its high reliability and stable resistance make it suitable for applications that require frequent connection and disconnection. The MK60R4FE-R52 works by providing a certain amount of resistance to the flow of electricity that passes through it, and its impedance is affected by the power, frequency, and temperature.

The specific data is subject to PDF, and the above content is for reference