MFR25SFTE52-110R

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Through hole resistors are electrical components designed to control the flow of electricity in circuits. Their function is similar to that of solid-state resistors, but their physical build is different. The MFR25SFTE52-110R through hole resistor is a package composed of a pair of electrodes, separated by a central ceramic disk and then insulated by an outer casing. The resistance value of the device is determined by the size of the central ceramic disk and is measured in ohms.

The MFR25SFTE52-110R is designed to control the flow of current in circuits by physically reducing the size of the current flow. Higher current flows produce more resistance and therefore require larger ceramic disks. Conversely, smaller ceramic disks provide less resistance and thus less current control. As the resistance value is specified in ohms, the device is able to provide a consistent level of current stabilization.

The application field of the MFR25SFTE52-110R is in electrical systems that require consistent current flow. The physical size of the resistor also makes it suitable for use in areas with limited space requirements. Typical applications for this through hole resistor include power supply circuits, low frequency oscillators, AC adaptors, and electromagnetically controlled applications.

The working principle of the MFR25SFTE52-110R is based on the concept of Ohm’s law. This law states that the current flow (measured in Amperes) is directly proportional to the voltage (measured in Volts) and the resistance (measured in Ohms). As the device increases the resistance of the circuit, the current flow is reduced. By adjusting the size of the central ceramic disk, it is possible to control the amount of resistance and thereby control the amount of current flowing through the circuit.

The MFR25SFTE52-110R through hole resistor is an effective and reliable device capable of providing consistent current flow control. It is suitable for a variety of applications that require small physical size and consistency of resistance value. With its ability to control current flow, it is a versatile component for many systems.

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