MFR50SDRD52-143R

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MFR50SDRD52-143R is a through hole resistor and can be used for a variety of applications. It is a common type of resistor, which can be used in all types of circuits and systems. This type of resistor is also referred to as a "through-hole resistor" because of the way it is installed - the leads or pins are inserted through the holes in the circuit board.

MFR50SDRD52-143R has a power rating of 0.5 Watts and resistance of 0.1 to 10 kiloohms ±5%. It features a precision tolerance of ±1 %, gives very low noise performance and offers low thermal EMF. The resistor is 7.5 mm in height and 4 mm in width. Its body is made of ceramic with copper (Cu) cladding. It has a lead-free solder plating and comes in 10 pieces per package.

MFR50SDRD52-143R is used in a wide range of applications such as power supplies, motor applications, lighting, medical, communication and instrumentation. It is used in devices that require high precision and accuracy, such as audio platforms. It is also used in space-constrained applications, providing reliable performance in narrow spaces.

MFR50SDRD52-143R’s working principle is relatively simple. It works by reducing the flow of electricity within circuits. When electric current passes through the resistance, energy is converted into heat which then dissipates. This heat prevents damage or malfunction to the circuit components.

MFR50SDRD52-143R offers a combination of excellent performance, accuracy and reliability. It is suitable for use in various applications due to its design and resistance range. It is particularly suitable for precision applications where high accuracy is required such as motor control applications and audio platforms.

In conclusion, MFR50SDRD52-143R is a through hole resistor with impressive performance and accuracy. It can be used in a wide range of applications due to its high power rating and reliable performance. Its working principle is relatively simple, wherein it reduces the flow of electricity within a circuit, to prevent damage and malfunction to circuit components. It is an ideal choice for precision-based applications, such as audio platforms, motor control applications and instrumentation.

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