CFR25J560R

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Through Hole Resistors are vital components of any electrical system.

CFR25J560R is a high precision, through hole resistor, capable of maintaining accuracy over a wide temperature range. The insulation resistance and the maximum operating voltage of this resistor are 2 times larger than that of conventional resistors.

This type of resistor is mainly used in industrial, aviation, and automotive applications, and it is suitable for applications such as: aircraft equipment and communications receivers, in communications and measurement systems, power electronics, heated control systems, TV antennas, and in display systems.

It has a wide temperature range of -55°C to + 155°C and its total resistance tolerance range can be as low as ± 0.01%. It also has a high heat dissipation coefficient. Moreover, due to its structural design, it is resistant to vibration, heat shock, and corrosion.

CFR25J560R\'s working principle is based on a resistive element, usually in the form of a metal or ceramic, placed between two electrical contacts or terminals. When an electric current passes through theresistive element, it is immediately subjected to a certain amount of opposition, which is measured in units of ohms. This opposition is the basis of resistor action and is known as resistance.

The resistive element of a CFR25J560R is usually connected in series with other components. The amount of electrical current that passes through each component depends on its individual resistance. This is why the CFR25J560R is important because it helps to control and regulate the amount of current passing through electrical circuits.

In conclusion, CFR25J560R is a high precision, through hole resistor ideal for applications that require tight tolerance and wide operating temperature range, such as aircraft equipment and communications receivers, in communications and measurement systems, power electronics, heated control systems, and TV antennas. It has a wide temperature range of -55°C to +155°C and its total resistance tolerance range can be as low as ±0.01%. It also has a high heat dissipation coefficient. Moreover, due to its well-made structure, it can withstand vibration, heat shock, and corrosion.

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