MFR50SFRE52-1M13 Resistors

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Through Hole Resistors serve a number of different purposes when integrated into electronic circuits and designs. From protecting electrical components to providing an adjustable voltage or current path, through hole resistors are a vital component in many different applications. Naturally, it is important to understand the working principle and technical specs of the part in order to utilize it correctly. The MFR50SFRE52-1M13 through hole resistor is an excellent example of this type of component and its technical specifications, purpose, and application field.

MFR50SFRE52-1M13 Overview

The MFR50SFRE52-1M13 is a through hole resistive element manufactured with thick film resistive technology. It consists of a conductive bridge mounted on a ceramic substrate. The resistor\'s leads are tinned copper wires with a diameter of 0.25 mm, providing a rated power of 0.25 mm. This part is available in several resistance values, with the primary standard resistance range encompassing 1 ohm to 1 MΩ (100 k, 1M).

MFR50SFRE52-1M13 Application Field

The MFR50SFRE52-1M13 offers a range of applications, from logic circuits to DC-DC converters. This through hole resistor is ideal for automotive electronics, such as engine control modules and power steering control modules, and also in industrial controllers, computers, and other single-board components. Additionally, the MFR50SFRE52-1M13 is designed to deliver superior performance in many telecom applications, including RF amplifiers, repeaters, telephone switching systems, and trunk lines. In all these applications, resistors must be highly reliable and durable in order to deliver the utmost performance.

MFR50SFRE52-1M13 Working Principle

The working principle of the MFR50SFRE52-1M13 through hole resistor is relatively straightforward. To start, it is formed by depositing a thick-film resistive layer onto a ceramic substrate. A conductive bridge is then formed between two terminals, which are in turn connected via two tinned-copper wires which make up the resistor\'s two leads. When current passes through the device, a voltage drop is created across the resistive layer. This voltage drop is what provides the resistance needed in the circuit. The resistor\'s resistance value is determined by the geometry of the bridge, as well as the material, thickness, and spacer of the resistive layer.

MFR50SFRE52-1M13 Benefits

Through hole resistors are often indispensible for their excellent performance and reliability. The MFR50SFRE52-1M13 offers outstanding stability even in varying thermal and electrical conditions. It also features low parasitic capacitance which is important in high-speed circuits. Additionally, its ceramic substrate provides superior durability and heat resistance in comparison to other resistive elements like carbon-film resistors. Moreover, it is ultra-compact which makes it ideal for medical, automotive, and industrial control applications.

Conclusion

In conclusion, the MFR50SFRE52-1M13 is a highly reliable and efficient though hole resistor, ideal for use in a range of applications. From telecom equipment to automotive circuitry and industrial control modules, the MFR50SFRE52-1M13 offers a range of benefits, from superior thermal and electrical stability to ultra-compact size. Understanding its working principle and technical specifications is key to getting the most out of this component. As such, when considering the use of a through hole resistor for a particular project or application, the MFR50SFRE52-1M13 is an excellent choice.

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