MFP25SBBD52-44K2

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Through Hole Resistors are components used to reduce current flow, adjust signal level or provide voltage division. Generally, they are made up of two or four terminals and active materials, housed in an epoxy-encapsulated device which is attached to printed circuit boards. The MFP25SBBD52-44K2 is a typical example of a Through Hole Resistor.

The MFP25SBBD52-44K2 is a Through Hole Resistor of thick film type, with resistance value of 44k. It is a 4-terminal, Axial Leaded (AL) type, presented in a 2512 package size (2512 is a metric size for components like resistors, capacitors and inductors, with a size of 2.5 mm x 1.2 mm). It operates at a voltage of 50V and power of 0.125W (125.mW). The maximum voltage it can handle is 200V and the maximum temperature it can reach is 125°C. The total resistance tolerance is 5%, meaning it may only deviate from 44k +-2.2k.

The MFP25SBBD52-44K2 is an ideal choice for applications such as general consumer electronics, automotive electronics, and telecommunications. Its thick film structure make it durable and reliable in different harsh environments, while keeping its mechanical dimensions to a minimum.

Electrical properties wise, the MFP25SBBD52-44K2 achieves high resistance stability over time and temperature variations. Its resistance is also inversely proportional to the power dissipation, meaning that by increasing power dissipation, the resistor will generate more heat, and, in return, its resistance will decrease.

In addition to its structural characteristics and electrical properties, the MFP25SBBD52-44K2 offers an excellent cost-performance ratio for mass production, which makes it an ideal choice for manufacturers and engineers on a budget.

The working principle of the MFP25SBBD52-44K2 is relatively simple. It creates a resistance barrier between two points in a circuit. As electrons flow through the resistor’s terminals, they encounter resistance, reducing current flow, voltage level or creating a voltage division. In doing so, the MFP25SBBD52-44K2 is able to provide a predictable electrical value to the circuit.

To sum up, the MFP25SBBD52-44K2, is an ideal choice for applications requiring high reliability and resistance stability. Its cost-performance ratio, thick-film structure, andworking principle make it a perfect fit for general consumer electronics, automotive electronics and telecommunications.

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