MFR1WSFBE52-412R

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 (THRs) have been a staple in the electrical circuitry industry since their inclusion in the first transistors and relays. THRs provide a reliable, cost-effective way of providing electrical current and voltage to components. One of the more popular THR varieties is the MFR1WSFBE52-412R, which is a higher-wattage variety than the standard THR. This type of THR is commonly used in applications where higher wattage is required or needed, such as in TV sets, medical equipment, and some power tools. It is also used in connections between two parts of a circuit, such as in power supply to various components. This type of THR is also useful in designing circuits that require high precision and accuracy.

The main components of the MFR1WSFBE52-412R THR are a core made of an aluminum oxide ceramic material, a ceramic sleeve, and a resistor chip attached to the ceramic sleeve. The ceramic core is the main insulator of the resistor, providing electrical isolation to the other components. It is also responsible for providing mechanical protection. The ceramic sleeve serves as an anchoring point for the resistor chip, as well as a way to secure the THR in the circuit. The resistor chip contains the actual resistance of the THR, which is measured in ohms.

The working principle of the MFR1WSFBE52-412R THR is based upon the principle of ohm\'s law. Ohm\'s law states that the current passing through a conductor is directly proportional to the voltage applied to it. As the voltage applied to the THR increases, so does the current passing through it. This is important because the current through a THR affects its resistance. The higher the voltage, the higher the current and the higher the resistance of the THR.

The THR must also be designed to handle the amount of current required for a given application. If the current passing through the THR is too high, it can cause damage to itself and other components. When designing a circuit, special attention should be given to the maximum current rating of the THR. The stronger the voltage applied to the THR, the higher the current that must be accounted for.

In addition to current, temperature is also an important factor when designing a circuit. THRs are subject to heat generated from the current running through them. If the temperature exceeds its rated limit, it could cause the resistor to degrade or even burn out. To prevent overheating, the designer must ensure there is an adequate heat sink or thermal protection feature applied to the THR.

The MFR1WSFBE52-412R THR is a reliable yet cost-effective component to use when designing electrical circuitry. Its higher wattage allows it to be used in applications where higher wattage is required or needed. Its design is based on the principles of ohm\'s law and requires adequate heat management to prevent overheating. With proper use and consideration, the THR can provide reliable and accurate results in any circuit built with it.

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