PWR247T-100-15R0F

Series:	PWR247T-100
Packaging:	Tube
Part Status:	Active
Resistance:	15 Ohms
Tolerance:	±1%
Power (Watts):	100W
Composition:	Thick Film
Features:	Automotive AEC-Q200
Temperature Coefficient:	±200ppm/°C
Operating Temperature:	-55°C ~ 175°C
Package / Case:	TO-247-2
Supplier Device Package:	TO-247
Size / Dimension:	0.620" L x 0.195" W (15.75mm x 4.95mm)
Height - Seated (Max):	0.965" (24.50mm)
Number of Terminations:	2
Failure Rate:	--

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Introduction

Through Hole Resistors (THR) are known as a type of passive electronic component that are widely used in many different applications. The THR is composed of an insulated metal core, the resistor element, with a conductive layer around the element with metal leads that pass through the PCB. The THR is usually made up of a ceramic cylinder, an alloy element, and a coating of stainless steel.The PWR247T-100-15R0F is a through hole resistor that is specifically designed for medium power applications. This type of resistor is based on a strip-tape technology and it features a lower resistance and increased power dissipation. It also provides superior heat dissipation and is available in a wide range of sizes and ohmic values.

Application Field

The PWR247T-100-15R0F through hole resistor is designed for medium power applications. It is well suited for many different uses, including high-current circuits, digital circuits, power supplies, communication circuits, and automotive applications. Additionally, it can be used as a replacement for wirewound resistors in many applications.The resistor is ideal for high-current circuits, as it is capable of dissipating up to two watts of power. This makes it ideally suited for critical components such as transistors, switches, and regulators in high-current circuits. Additionally, it can be used as a replacement for traditional wirewound resistors in many applications.For digital circuits, the PWR247T-100-15R0F resistor is also ideal. It is able to accommodate high frequency signals and provide outstanding performance and stability. This makes it ideal for use in digital systems, such as high-speed logic circuits, digital signal processors, and digital video systems.Power supplies benefit from the use of this through hole resistor, as it is able to provide stable power in the presence of high current. Additionally, the resistor is designed to be used in noisy environments, allowing it to maintain system stability and performance.For communication circuits, the resistor provides excellent signal integrity. It is ideal for use in high-frequency digital systems, allowing the signal to remain strong even in the presence of high frequency interference.The resistor is also an ideal choice for automotive applications. The ability to dissipate high levels of power without being damaged makes it ideal for use in engine control systems, braking systems, and power steering circuits.

Working Principle

The principle behind the working of the PWR247T-100-15R0F through hole resistor is quite simple. It is made up of an insulated metal core with a conductive layer of metal around the element. This conductive layer provides a path for current to flow through, and as current passes through the resistor, a small amount of energy is dissipated into heat.The resistor is designed to operate in different ways depending on the voltage applied. When connected to a DC voltage, the resistor will heat up and dissipate a portion of the voltage as heat, reducing the overall voltage across it. When connected to an AC voltage, the resistor will oscillate between heating up and cooling down, dissipating a very small amount of energy in the form of heat. This is because the AC waveform alternates between positive and negative voltages, so the resistor is constantly oscillating between heating up and cooling down.

Conclusion

The PWR247T-100-15R0F through hole resistor is a versatile resistor designed for medium power applications. It is ideal for many different uses, such as high-current circuits, digital circuits, power supplies, communication circuits, and automotive applications. Additionally, the resistor is able to withstand high levels of power, making it an ideal choice for critical components such as transistors, switches, and regulators in some applications. The resistor is capable of dissipating up to two watts of power, providing superior heat dissipation. The resistor is also designed to operate in different ways depending on the voltage applied, and when connected to an AC voltage, it will oscillate between heating up and cooling down, dissipating a very small amount of energy in the form of heat.

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