MK1241FE-R52

Through Hold Resistors are electronic components that use electrical resistance to convert an electrical quantity of current or voltage into a proportional electrical signal. The MK1241FE-R52 is a through hold resistor primarily used in voltage and current control systems.

Features

The MK1241FE-R52 is a through-hole fixed resistor and is designed to be mounted on a printed circuit board. It is manufactured with a specialised ceramic material fused to copper electrodes to resist high temperature and vibration. It shares many of the same features as other through-hold resistors, but offers added design benefits. It offers low power loss, even during operation at high temperatures. It has a high dielectric strength which allows it to withstand high electricity levels without the risk of destruction. The design also prevents any voltage deviance which helps to ensure the circuit operation is stable.

Applications

The MK1241FE-R52 resistor has a range of applications, primarily in voltage and current control systems. It can be used in a number of devices such as power supplies, electronic controllers, lighting systems and automotive electronics. It is also often used in industrial control systems, telecommunications systems and even remote control applications.

How it Works

The MK1241FE-R52 works by using resistor elements to control the current or voltage in a circuit. The resistor’s design is such that it will allow a set amount of current to pass through it depending on the voltage applied. This allows it to control current or voltage in the circuit without affecting other components in the circuit.

Conclusion

The MK1241FE-R52 is a high-performance through-hole resistor mainly used in voltage and current control systems. It offers a range of design features and benefits which allows it to withstand high temperatures and electrical currents without losing its performance. Thanks to its durable design, it can be used in a range of industrial applications such as power supplies, controllers, lighting systems and automotive controllers.