MR5FB20L0

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Through Hole Resistors are a type of resistor that is designed to be mounted on a circuit board. They are widely used in a range of electronic devices as they can act as a way of controlling the amount of electricity that flows in a given circuit. The MR5FB20L0 is a type of resistor that is classed as a through hole resistor and is designed to be surface mounted to a circuit board.

The MR5FB20L0 is a resistor that uses a metal oxide film as a resistance element. It is made with a phenolic resin substrate and copper internal connections. Its construction is such that it is able to withstand high temperatures and is an ideal choice for applications that require resilience.

The MR5FB20L0 is most commonly used for portable systems and power supplies. It is used to regulate the voltage and current in batteries, power supplies, and consumer electronics devices. It is also used in power supply and other power systems, in medical and industrial applications, and in a variety of other electronic components.

The MR5FB20L0 is an extremely reliable resistor that can handle up to 5A of current. Its resistance range is from 0 to 2MΩ, with a tolerance of ±0.5%. It has a maximum operating temperature of +175°C and a typical temperature coefficient of +100 ppm/°C. It also has an internial thermal resistance of 0.45 K/W.

The working principle of the MR5FB20L0 is relatively simple. It is designed to resist current flow when it is connected to a circuit. This process is known as resistance and is caused by the materials that make up the resistance including the copper wires and the metal oxide film. The resistance value is measured in Ohms and can be changed by increasing or decreasing the amount of material.

The MR5FB20L0 is an ideal choice for a wide range of applications when you need a reliable resistor. It is a through hole resistor that is designed to be surface mounted onto a circuit board and is able to withstand high temperatures. Its working principle is based on resistivity which is measured in Ohms and can be adjusted by altering the materials used.

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