MFP50SBBD52-9K

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

A through-hole resistor is an electronic component designed to create resistance in an electrical current. The type of resistance produced is determined by the material used. The most commonly used resistor material is carbon, which provides a firm, non-inductive resistance. Carbon resistors are the most versatile and widely used type of resistors, making up the majority of applications in electronics. The MFP50SBBD52-9K is a through-hole resistor designed for the highest energy efficiency and temperature stability.

Applications of MFP50SBBD52-9K

The MFP50SBBD52-9K through-hole resistor is typically used in high-temperature applications to provide heat resistance and fast response time. This resistor is an excellent choice for applications such as DC/DC converters, switched-mode power supplies, and other temperature-sensitive electronics, as it can withstand high temperatures and exhibits excellent frequency characteristics. It is also used in automotive and industrial control systems, and other applications that require resistance to vibration, shock, and high currents. The MFP50SBBD52-9K is particularly well-suited for use in electronic circuits such as circuit boards, lighting, and other lighting applications.

Working Principle

The MFP50SBBD52-9K is a through-hole resistor composed of a metal plate, a dielectric material, and a sheet of aluminum. The metal plate is typically made of aluminum, copper, or tin, and is placed on top of a dielectric material. The dielectric material is a non-conductive material which helps to insulate the resistive element of the resistor. The sheet of aluminum is then heat sealed to the dielectric material. This provides an airtight, hermetic seal which prevents the passage of heat or other environmental factors into the resistor. This also makes the MFP50SBBD52-9K extremely durable and long-lasting.

The MFP50SBBD52-9K consists of two metal strips that pass a current between them when a voltage is present. The resistance in the strips also limits the current that can pass through them. A voltage is applied to the strip, which produces a current within it and an electric field between the strips. The electric field generated attracts free electrons from the surrounding air, which in turn travel through the resistance created by the strips and create an electrical current. This current is then passed through the resistor and can be used to control the amount of energy entering the circuit or to provide a signal.

Advantages of the MFP50SBBD52-9K

The MFP50SBBD52-9K provides a number of advantages when compared to other through-hole resistors. Its hermetic seal ensures that it is extremely durable and long-lasting, withstanding temperatures up to 1,000 degrees Celsius. The MFP50SBBD52-9K is able to provide excellent frequency characteristics, making it suitable for applications with varying levels of frequency. Additionally, the MFP50SBBD52-9K is highly resistant to shock and vibration, ensuring its appropriate usage in applications requiring extensive ruggedness. Finally, due to its high energy efficiency and temperature stability, the MFP50SBBD52-9K is an ideal addition to any electronic circuit.

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