MR3FT50L0 Resistors

Series:	MR
Packaging:	Tape & Reel (TR)
Part Status:	Active
Resistance:	50 mOhms
Tolerance:	±1%
Power (Watts):	3W
Composition:	Metal Foil
Features:	Current Sense, Moisture Resistant, Non-Inductive, Non-Magnetic
Temperature Coefficient:	--
Operating Temperature:	-55°C ~ 275°C
Package / Case:	Axial
Supplier Device Package:	Axial
Size / Dimension:	0.205" Dia x 0.560" L (5.21mm x 14.22mm)
Height - Seated (Max):	--
Number of Terminations:	2
Failure Rate:	--

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Through Hole Resistors: MR3FT50L0 Application Field and Working Principle

Through hole resistors are small electronic component that enables an electronic device to make accurate and precise calculations. The MR3FT50L0 is a specific type of through hole resistor designed to provide an integrated thermal stabilization and very stable electrical characteristics. It is especially suitable for applications where minimum dissipation factors and accuracy are important such as secondary circuit stability in commercial and military aircraft systems and laboratory instruments. This article will discuss the application field of MR3FT50L0 and provide an overview of its working principle.

Application

MR3FT50L0 through hole resistors are often used in flight control systems, communication equipment, and medical equipment. They are ideal for providing accurate and precise signal levels that would normally be difficult to achieve with traditional resistors. As such, they can be found in almost any application where accuracy and stability is critical such as telecommunications, aerospace, and instrumentation.The thermal stability and low resistance is also ideal for use in applications which require exceptional noise immunity and linearity such as active filters, power supplies, and operational amplifiers. These resistors have very low inductive and capacitive characteristics, making them highly suitable for use in instrumentation and other precision applications.The MR3FT50L0 through hole resistor is also used in Aerospace and Military applications for instrumentation and control systems. These resistors are typically used in various systems to provide accurate and reliable signal levels for airspeed indication, engine monitoring, and navigation systems.

Working Principle

MR3FT50L0 through hole resistors are designed to provide extremely stable electrical characteristics and reliable operational stability. This is achieved by integrating the resistor and its components in a shallow copper alloy cup. This improves the thermal performance of the resistor by decreasing thermal resistance and allowing for better heat transfer.A resistor works by slowing down the flow of electricity to whatever electrical component it is connected to. This is achieved by transferring the energy of the electric current into heat energy and dissipating it by radiation. The resistance of a resistor is determined by the material it is made of and the shape of its leads.The leads of the MR3FT50L0 are made of silver and have a unique shape that ensures maximum surface-to-surface contact, increasing the device’s electrical conductivity and thermal stability. The resistor is designed to have an extremely low inductance, which minimizes ripple and sensitivity to temperature fluctuations.This particular resistor also incorporates a thermal stabilization component that adds an additional layer of protection and accuracy by preventing thermal changes from damaging components and other electrical devices. The thermal stabilization component allows for the resistor to maintain a stable temperature, which results in a higher level of accuracy and performance.In conclusion, the MR3FT50L0 through hole resistor is a specialized resistor designed to provide an integrated thermal stabilization and very stable electrical characteristics. It is ideal for providing accurate and precise signal levels and is used in applications such as flight control systems, communication equipment, and medical equipment. The unique design of the resistor ensures maximum surface-to-surface contact, enhancing the device’s electrical conductivity and thermal stability. It also incorporates a thermal stabilization component that adds an additional layer of protection and accuracy.

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