RN60C1104FBSL

Series:	Military, MIL-R-10509/1, RN60
Packaging:	Bulk
Part Status:	Active
Resistance:	1.1 MOhms
Tolerance:	±1%
Power (Watts):	0.25W, 1/4W
Composition:	Metal Film
Features:	Flame Retardant Coating, Military, Moisture Resistant, Safety
Temperature Coefficient:	±50ppm/°C
Operating Temperature:	-65°C ~ 175°C
Package / Case:	Axial
Supplier Device Package:	Axial
Size / Dimension:	0.145" Dia x 0.344" L (3.68mm x 8.74mm)
Height - Seated (Max):	--
Number of Terminations:	2
Failure Rate:	--

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IntroductionThe RN60C1104FBSL is a through hole resistor, withhigh power and ultimate accuracy and stability. It isused for multiple application fields like precisiontemperature compensation, power circuits, voltageregulation, instrumentation, medical equipment, andautomotive. It has low temperature coefficientof resistance (TCR) values, and is designed to operateover a wide temperature range. It offers excellentelectrical characteristics due to its design, withmaximum operating temperature range of up to 105°C.The aim of this article is to discuss the applicationfields and working principle of RN60C1104FBSL. Application Fields of RN60C1104FBSLThe RN60C1104FBSL resistor is primarily used inapplications that require high accuracy and reliability,such as precision and temperature compensation. Theresistor is also used in power circuits, voltage regulationinstrumentation, medical equipment and automotive.In precision temperature compensation applications, theRN60C1104FBSL resistor provides the necessary precisionand stability for maximum reliability. It can toleratechanges in temperature and can also be used inapplications involving linear load currents.In power circuit applications, the resistor is used toregulate the amount of power being drawn. Theresistor is designed to reduce heat dissipation,improve power efficiency, reduce ripple in the outputpower, and enable precise control over the power levelbeing supplied.In voltage regulation applications, the resistor is used todetermine how much voltage is supplied to a device orcircuit. The resistor can be used in combination withother components such as transistors and capacitors totailor the voltage output. The resistor also helps to reduceripple and provide stability.In instrumentation applications, the resistor can be usedto measure voltage, current and temperature. It is alsoused in medical equipment to protect sensitive medicaldevices and instruments from overvoltage or overtemperature damage. Furthermore, the resistor can beused in automotive applications for efficient voltageregulators and improved system protection.Working Principle of RN60C1104FBSLThe RN60C1104FBSL is an through hole resistor, powered by direct current. It has a low temperature coefficient of resistance (TCR) values, designed to operate over a wide temperature range. It is composed of the resistor element, contact pads, and an insulating substrate. The resistor element is a wire looped around the contact pads. The wire is made of nickel-chrome or other resistive alloy, which provides the necessary resistance against electrical current flowing through it. The contact pads are connected to the substrate material, which is made of a resilient material such as ceramic, plastic or rubber. The contact pads are designed to handle the maximum current flow while maintaining the maximum amount of accuracy and stability. The combination of the resistor element on the contact pads and the substrate material creates the resistance that limits the current flow. The current is applied between two points across the resistor element and is absorbed by the resistor element. The resistor element then reduces the electrical current to a lower voltage, depending on its resistance value. ConclusionThe RN60C1104FBSL is a through hole resistor, offering excellent electrical characteristics and maximum operating temperature of up to 105°C. It is primarily used for precision temperature compensation, power circuits, voltage regulation, instrumentation, medical equipment, and automotive applications. The working principle of the resistor involves the combination of resistor element on the contact pads in combination with the substrate material, which limits the current flow.

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