CMF55360K00BEBF

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Through Hole Resistors

A through-hole resistor is a physical resistor that fits through a hole or plated slot on a printed circuit board. The resistor type typically found in the majority of electronic projects is the carbon film through-hole type, though a few other types may be encountered.

The CMF55360K00BEBF is a through-hole resistor, and is characterized primarily by its unique construction. The internal resistive element consists of a thin film of non-conductive carbon material deposited onto a glass-fiber substrate. This film is then chemically produced to ensure the uniform resistance value throughout its construction. The film is identical throughout the entire resistor’s construction, so each and every resistor has the exact same resistance value as its peers.

Application Field

The CMF55360K00BEBF’s through-hole design makes it suitable for many applications in electronic circuit boards. It is often used as a current-limiting and voltage-dividing component, and is suitable for use in frequency and temperature sensors as well as resistors for pull-upi or pull-down network references. It may also be used as a power resistor in AC-DC power supplies, and is suitable for many applications that require a high power rating. Additionally, since the resistor is capable of heat dissipation up to its rated power value, it\'s useful for motor controllers, audio amplifiers, and any other application where high power is needed.

Working Principle

The working principle of the CMF55360K00BEBF through-hole resistor is simple. An electrical current is applied to the resistor, which generates a voltage drop across the resistor’s terminals. This voltage drop then creates a resistive force in the resistor, which is detectable by an electrical meter. The amount of the voltage drop will vary depending on the resistance value of the resistor, and the amount of current applied. The resistor’s resistance value is measured in Ohms, and is calculated based on the volts, current, and resistive properties of the resistor.

In order to determine the amount of voltage drop, the resistance value must be known. This number is typically provided on the resistor\'s packaging. The current applied to the resistor is also recorded, as this affects the amount of voltage drop that is experienced. Using the Ohm’s Law, one can then calculate the voltage drop across the resistor.

The CMF55360K00BEBF through-hole resistor’s construction and working principle make it suitable for a variety of applications. It can be used in applications such as voltage and current regulation, current limiting, and voltage dividing. Its resistance value is uniform throughout its construction, so each one will perform identically to the next and it will be able to dissipate power up to its rated value. This makes it useful for any application that requires a high power rating, such as motor controllers, amplifiers, and power supplies, as it will be able to handle the large amounts of electricity that are required.

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