CPL10R1000FB31

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Through Hole Resistors

Through hole resistors, also known as leaded resistors, are traditional resistors in the form of a cylinder. In contrast to surface-mounted resistors, through-hole resistors are longer than they are wide. They are used for many electronic applications for the purpose of adjusting or controlling the amount of current flowing in a circuit using resistors. Through hole resistors are common in most of the analog electronic circuits.

CPL10R1000FB31 Application Field and Working Principle

The CPL10R1000FB31 is a through-hole resistor with a nominal value of 10R and a nominal tolerance of 1%. It is composed of a ceramic body with two metalized terminations that are composed of a nickel coated, copper-based alloy. The body composition also includes flammable material, such as epoxy or other resins, to prevent the resistor from splitting or failing due to excessive temperature or shock. With the power rating of 1/4 watt and a temperature coefficient of 0 ± 10 ppm/°C the CPL10R1000FB31 is an excellent choice for applications which require precise and stable resistance value. The CPL10R1000FB31 also features a safety barrier coat with up to grade 2 of flame retardant capability.

The primary function of Through-hole resistors is to limit or regulate the current flow in an electrical network. When two opposite charges are connected to an electrical network with a resistor, an electric field is created across the resistor that develops a potential difference, i.e. Voltage, across the resistor. This electric field causes an electric current in the resistor which has varying intensity across the length of the resistor depending on the plot of its resistance value. The resistor also helps to dissipate the electric current and therefore, prevents a potentially dangerous situation.

The CPL10R1000FB31 is primarily used in sensitive circuits, such as a telephone circuit. This resistor has low temperature coefficient, making it suitable for high precision circuits. It is also suitable for applications requiring reliable, high stability resistors, as well as for applications requiring resistance values under one ohm. Since it does not require a minimum power rating, it can be used in low-power circuits as well. The temperature coefficient can also be adjusted, making it ideal for reducing the power rating and self-heating of the other components in the circuit.

The CPL10R1000FB31 is also suitable for applications that require temperature compensation. It is also an ideal choice for devices with higher dissipated power or with a lower working temperature.

The CPL10R1000FB31 also offers a high grade of insulation, meaning it can be used in circuits that demand high insulation rating. In addition, the resistor is also coated to increase its mechanical strength. The coating also improves its ESD resistance and allows its use in ESD-sensitive equipment.

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