CMF073K9000JKR6

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Through Hole Resistors are widely used in a variety of electrical and electronic applications. The CMF073K9000JKR6, a Through Hole Resistor, is an especially popular type of resistor used in many different applications and devices.This guide will provide an overview of the CMF073K9000JKR6’s application field and working principle.

This resistor has a power dissipation of 750mW and an operating temperature range of -65°C to +150°C, making it an excellent choice for applications that require high resistance and longevity. Applications of CMF073K9000JKR6 Through Hole Resistor can be found in power supplies, air conditioning systems, medical equipment, automotive electronic systems, and other devices.

The resistor’s working principle is based on the Ohm’s law. According to the law, the current that flows through a resistor equals the voltage applied across it, divided by the resistance of the resistor. Thus, the resistance of the resistor decides the amount of current that can pass through it. Furthermore, as the current flowing though the resistor is inversely proportional to the resistance, by using the CMF073K9000JKR6 you can increase the current that passes through the circuit.

The CMF073K9000JKR6 also includes a wide range of topology options, including axial leaded, radial leaded, tab and leaded, and surface mount configurations, making it suitable for different circuit requirements. The ceramic body of the resistor ensures optimal heat dissipation and protection against external forces and prevents any deterioration resulting from chemical and environmental exposure.

The CMF073K9000JKR6 Through Hole Resistor has a power dissipation of 750mW, operating temperature of -65°C to +150°C, and a wide range of topologies, thereby enabling it to meet most of the requirements for heavy duty applications. It is a very reliable and stable device, able to provide accurate current flow even under harsh conditions. As such, it is an excellent choice for a variety of industrial and commercial applications.

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