FMF50SFTE52-130K

Through hole resistors have been used in a variety of applications throughout the years. One such application is the FMF50SFTE52-130K. This type of resistor is designed for use as a high power, non-switched, medium-voltage connection to electrical AC circuits in consumer and industrial applications. It is a two- or four-terminal device consisting of a flat circular section of non-magnetic metal with integral contact fingers and thin film resistors and capacitors embedded in the metal layer.

The purpose of the FMF50SFTE52-130K through hole resistor is to provide an adjustable resistance for varying load or signal current. It is commonly used to limit current in low-voltage systems and to reduce EMI interference in AC circuits. The adjustable resistance of the device allows users to precisely adjust the load or signal current. This is especially useful in automotive, consumer, or HVAC applications where it is necessary to maintain the exact required conditions for the application.

The working principle of the FMF50SFTE52-130K through hole resistor is based on the resistive characteristics of the materials used. When a current is passed through the metal layer of the device, a resistance is created as electrons pass from the positive to the negative terminals. This resistance is adjustable according to the amount of current applied. The device allows users to adjust the resistive value of the load or signal current in order to obtain the desired load or signal current.

Additionally, the FMF50SFTE52-130K through hole resistor is designed to operate in high temperature environments and has low inductance. These characteristics make it ideal for use in a variety of applications, including automotive and consumer electronics. It is also designed to have a long life expectancy and is available in various sizes and shapes to suit different applications.

In conclusion, the FMF50SFTE52-130K through hole resistor is a versatile and reliable device that has been designed to meet the specific requirements of many different applications. It is designed to provide adjustable resistive control and can handle high temperature applications. Furthermore, it is available in small sizes, making it ideal for consumer electronics applications. As a result, this device is a popular choice for many applications within the electronics market.