TEH100M50R0FE

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Through-hole resistors (also referred to as through-the-wall resistors) are widely used for various electronic components. The TEH100M50R0FE is one of the many types of such resistors available on the market today. This article will cover the application field and working principle of this type of resistor to help readers understand their use and importance in electronics.

Application Field

The TEH100M50R0FE through-hole resistor is used for various and diverse applications. This type of resistor is often used in circuits as current sensing components for protection against higher current levels. It is also used for signal isolation, noise suppression, providing input bias currents, and dropout protection. Additionally they can be used to aid in creating “anti-parasite” circuits, where parasitic current will be blocked, resulting in improved performance.

Other application fields for the TEH100M50R0FE include transportation, renewable energy, and machine control systems. In transportation, they can help regulate current for energized components. This ensures efficient operation of the system. They are also used in solar energy fields, where they serve as a buffer between the solar panel and battery so as to maintain balance. The TEH100M50R0FE through-hole resistor is also used in industrial and domestic apparatus to regulate current supply for various applications.

Working Principle

The TEH100M50R0FE utilizes Ohm\'s law, which states the voltage drop over the resistor is inversely proportional to the current that passes through it. Therefore, when current flows through the component, it will produce a voltage drop in accordance with Ohm\'s law. As the resistance of the resistor varies, the voltage drop will also correspondingly vary.

The TEH100M50R0FE also relies on a "thermistor effect", which dictates the voltage drop of a conductor will decrease when the temperature increases. This effect is due to the fact that the resistance of the material providing the path through which current is flowing will also decrease with an increase in temperature. This effect is commonly applied in automotive electric systems, where the resistor absorbs thermal energy, thus modifying the voltage drop.

Conclusion

The TEH100M50R0FE is a type of through-hole resistor with a wide range of application fields. In transportation, energy, and machine control systems, the resistor helps regulate current supply for efficient operation. The resistor also functions by both Ohms law and the thermistor effect, which allow for voltage drop adjustment. The versatility of this resistor makes it a popular choice in many electronics applications.

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