ROX100150MFKEL

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Through Hole Resistors

ROX100150MFKEL is a through hole-type resistor used in electronics applications. This resistors are used in a wide variety of applications, from controlling current to stabilizing voltages. With their small size and large variety of resistance values, they can be used for virtually any electronic application.

Application Field

• Power Delivery – Through hole resistors are often used in power delivery applications. For example, they are used in power supplies, relay boards, and amplifiers. These resistors can be used to provide power control, reduce noise, and protect components from sudden voltage or current changes.
• CPU module Design – Through hole resistors are also commonly used in computer system design. These resistors can provide voltage regulation and protect components from large current changes. Additionally, they can vary CPU frequencies to manage energy efficiency or to accommodate different system requirements.
• Lighting Control – Through hole resistors are also a staple in EI lighting systems, and they are used to control the brightness and color temperature of light sources. They can be used to decrease the intensity of a light, while still maintaining a consistent voltage.
• Automotive – Through hole resistors are frequently used in automotive electronics, particularly in ignition systems. They are often found in the dashboard, headlights, and taillights. Additionally, they can also be used to measure temperature and to regulate the activity of both electric and mechanical components.

Working Principle

The working principle of a through hole resistor is based on the fact that electrical current is resisted when travelling through a resistor. This is because the resistance of the resistor material causes resistance to current flow through it. This process is known as Ohm\'s Law, where Voltage=Current*Resistance (V = I x R). The greater the resistance of the resistor, the greater the opposition to the flow of current and the greater the voltage drop across the resistor. This voltage drop is also known as voltage drop due to resistance.

The greater the resistance of the through hole resistor, the greater the voltage drop due to resistance. To calculate the exact resistance of a through hole-type resistor, a digital ohmmeter can be used to measure its resistance. Additionally, the physical size of the resistor also affects its resistance; the smaller the physical size, the greater the resistance, due to the increased resistance to current flow.

Through hole resistors are an integral part of many electronics applications and they offer a range of advantages over other types of resistors. They are easy to mount and provide a stable, reliable form of temperature compensation. Additionally, through hole resistors are available in a wide variety of package sizes and resistance values, making them an ideal choice for any application.

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