MFR1WSFBE52-226K

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 a type of wire-wound resistor housed in an insulating ring. The format consists of a metal wire, surrounded by an insulating material and covered in a plastic sleeve. This makes it ideal for installations where high temperatures may be encountered or mechanical strain is likely to be encountered. The most common types of Through Hole Resistors are axial leaded and axial wire-wound, although some Through Hole Resistors can also be found with radial leads.

The MFR1WSFBE52-226K Through Hole Resistor gets its name from its standard code system. The ‘M’ stands for the type of resistor, being a ‘metal film resistor’, which is a type of non-inductive film resistor in which the resistor is constructed using a metal such as thin-film nickel-chromium alloy deposited on an alumina substrate. The ‘FR’ indicates the three-dimensional resistor shape which is ‘Flat Rectangle’ and the ‘BE’ indicates the particular series which is ‘100 Series’. The ‘52’ indicates the ohmic value of the particular resistance in this series of resistors, in this case, the resistance value is 52 ohms and the ‘-226K’ indicates the maximum power rating of the resistor in watts, which is 0.226 watt.

The MFR1WSFBE52-226K Through Hole Resistor is typically used when an exact resistance value is desired and the size of the part is not particularly important. Due to its small size, it can be used in both analogue and digital circuits and can handle the large currents found in both circuits. The low wattage makes it ideal for use in situations where the resistor must remain cool under operation, making it particularly suitable for use in consumer electronics such as televisions and video equipment.

The working principle of the MFR1WSFBE52-226K Through Hole Resistor is based on the Ohm’s Law, which states that the current passing through a conductor is proportional to the voltage across it. In this case, when a voltage is applied across the resistor, the current flows through the resistor and is limited by the resistance of the resistor. This resistance is determined by the material used in the construction of the resistor and the size of the resistor.

The MFR1WSFBE52-226K Through Hole Resistor is widely used in various industries including automotive, industrial, medical, telecommunications, aerospace, and consumer electronics. It is used in applications where a precise resistance reading is needed for a circuit and the size of the component is unimportant. The resistance value of the resistor is fixed, meaning that if the current passing through the resistor increases, the voltage across it will fall. This makes the resistor well suited for sensitive applications where the exact current passing through the circuit must be precisely controlled.

The MFR1WSFBE52-226K Through Hole Resistor can be found in both leaded and leadless packages, making them ideal for use in a variety of applications. The leadless package is preferred in some industries, such as consumer electronics, as it provides a more secure fit and greater protection against mechanical strain. The leaded variant is well suited for use in high-temperature environments or applications where leads need to be cut to particular lengths. The leaded option also allows for easy mounting of the resistor in a PCB.

In conclusion, the MFR1WSFBE52-226K Through Hole Resistor is a type of wire-wound resistor housed in an insulating ring. It is widely used in various industries including automotive, industrial, medical, telecommunications, aerospace, and consumer electronics. It can be found in both leaded and leadless packages, making it suitable for use in a variety of applications. The working principle of the resister is based on Ohm’s Law, when a voltage is applied across the resistor, the current flows through the resistor and is limited by the resistance of the resistor. This resistance is determined by the material used in the construction of the resistor and the size of the resistor.

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