CMF7061R900FKEA

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Through Hole Resistors are widely used in a variety of industrial and consumer electronics applications. This article will outline the application field and working principle of the CMF7061R900FKEA resistor.

Application Field

The CMF7061R900FKEA is a non-inductive surface mount resistor that is particularly well-suited for use in medical imaging, robotics, communications, integrated circuit testing, and automotive electronics applications. The resistor offers excellent heat dissipation and load endurance. Additionally, it offers a very wide operating temperature range from -55°C to +150°C. The resistor is also very tolerant to repetitive thermal shock and vibration.

The resistor’s resistivity is rated at 0.1 ohm, with a maximum allowed peak impulse current of 500 A. Its low-profile design allows it to be easily mounted and integrated into electrical circuit boards. Its non-inductive design also limits the risk of circuit board interference.

Working Principle

The working principle of a Through Hole Resistor, such as the CMF7061R900FKEA, is quite simple. The resistor dissipates energy when electrical current passes through it. This occurs due to the resistor\'s resistance to the flow of electrical current. This is called Ohm\'s Law. The greater the resistor\'s resistance, the more energy it dissipates and thus the more electrical current that is slowed down.

Resistors are constructed out of semiconductor materials such as silicon, germanium, or copper. The semiconductor material absorbs energy when electrical current passes through it, resulting in a proportional decrease in electrical current. This process is called resistive dissipation and is what gives a resistor its resistance. The CMF7061R900FKEA resistor is no exception; it dissipates energy when electrical current passes through it, slowing down the current accordingly.

The resistor also acts as a regulator of electrical current. It is used to limit the strength of an electrical current, thus preventing damage to the connected devices. This is especially important for sensitive electronic components, which could be damaged by an overly strong current.

Experts recommend the use of Through Hole Resistor in applications that require reliable dissipation of energy, and in particular, for resistant to high-temperature and extreme conditions. The CMF7061R900FKEA is the perfect choice for such applications. Its tolerance to temperature and repetitive thermal shock make it extremely suitable for use in numerous applications, ranging from medical to automotive electronics.

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