CMF554K1700BEBF

Series:	CMF
Packaging:	Bulk
Part Status:	Active
Resistance:	4.17 kOhms
Tolerance:	±0.1%
Power (Watts):	0.5W, 1/2W
Composition:	Metal Film
Features:	Flame Retardant Coating, Moisture Resistant, Safety
Temperature Coefficient:	±25ppm/°C
Operating Temperature:	-55°C ~ 175°C
Package / Case:	Axial
Supplier Device Package:	Axial
Size / Dimension:	0.090" Dia x 0.240" L (2.29mm x 6.10mm)
Height - Seated (Max):	--
Number of Terminations:	2
Failure Rate:	--

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What is Through Hole Resistors?

Through Hole Resistors, also known as leaded resistors, are ideal for applications with limited space or those with increased heat needs, with their ability to dissipate heat through the leads. They feature an exposed resistor element with two leads used to connect it to an application circuit. The resistor element is connected between the leads, and its size and shape provide the value of the resistor. The resistor is usually made of ceramic or other non-metallic material, with copper-based conductor elements and a thin-film coating.

What is CMF554K1700BEBF?

The CMF554K1700BEBF is a four-terminal, through hole resistor. This type of resistor is commonly used for power distribution and control applications, as it has a high power rating, easy mounting and applications versatility. It is also designed to provide great heat and noise management, and fast thermal response.The CMF554K1700BEBF resistor is designed for a voltage rating of 15 volts, and it features a wide operating temperature range of -54°C to +170°C. It has a maximum power dissipation of 1.7 watts and has a very low profile, being only 1.7 mm in height. The resistor also has a lead spacing of 0.4 mm and a resistance range from 10 Ω to 10MΩ, with a tolerance of ±10% or ±5%.

CMF554K1700BEBF Application Field and Working Principle

The CMF554K1700BEBF is a resistor that is well suited to power distribution and control applications. It is widely used in applications such as adjustable current regulators, ripple filters, and various voltage-controlled circuits. Due to its high power rating, it is also widely used in motor control and power management applications.The working principle of the CMF554K1700BEBF is based on the resistance of the resistor element. When current is applied, the resistance of the element will create an opposing voltage, which will slow down or reduce the flow of current. This can be used to regulate current and voltage levels in a circuit, and to ensure that they remain stable and within the required parameters.To understand the CMF554K1700BEBF in more detail, we can look at its construction. The resistor element is usually constructed from ceramic or other non-metallic material that is coated with copper-based conductor elements and a thin-film coating. The resistor is then connected between two leads, which are used to connect the resistor to the application circuit. These leads are also used to dissipate heat generated by the resistor element.The size and shape of the resistor element determine the value of the resistor. The element is made in various sizes and values and is also available in different materials and coatings. The resistance range of the resistor also varies depending on the type of material used and its thickness.The CMF554K1700BEBF can handle high currents, making it ideal for applications that require power management. The resistor is also designed to have a wide operating temperature range and to provide great heat and noise management. The resistor is very reliable, with a tolerance of ±10% or ±5%.To summarize, the CMF554K1700BEBF is a through hole resistor that is ideal for applications requiring a wide operating temperature range, fast thermal response, power management, and noise and heat management. It is widely used in adjustable current regulators, ripple filters, and voltage-controlled circuits. Its construction consists of a ceramic or other non-metallic resistor element with copper-based conductor elements and a thin-film coating. The resistor element has two leads used to connect it to the application circuit, and its size and shape provide the value of the resistor.

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