CPCC10200R0JB31

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Through hole resistors, also known as leaded resistors, are resistors specific to the through-hole circuit board assembly process. They offer an array of functions and design such as varying power requirements, high reliability, temperature coefficient compensation, temperature and frequency stability, burning resistance and noise suppression ability. CPCC10200R0JB31, a through hole resistor, is specifically designed for applications that require stringent resistance and noise control in a compact form factor.

CPCC10200R0JB31 Application Field

With its low resistance change capability and low-impedance control, CPCC10200R0JB31 is an ideal solution for automotive and industrial applications that require absorption and optimisation of interference lines, secondary peak cancellation and impedance control. Additionally, with a maximum power rating of 0.33W and maximum working voltage of 200V, the CPCC10200R0JB31 is suitable for applications with a wide range of power ratings, from microamperes to milliamperes. Common applications for this through hole resistor include:

• Automotive electronics
• Robotics
• Computer and peripherals
• Industrial control system
• Audio system

CPCC10200R0JB31 Working Principle

At its core, a resistor is an electronic component that limits the flow of current. Resistor is made up of an insulating material with a conductive path called resistor element as well as resistor components such as a lead wire and terminals. The core principle and process of resistance for CPCC10200R0JB31 is similar to other types of resistors. Its resistor element is composed of a conducting material, most commonly a metal oxide. The element is placed across two conductive contact points, in this case a pair of lead wires. When a voltage is applied across the conducting path, current will flow from one wire to the other and the element will act as a resistance to the current. The magnitude of resistance is determined by the size of the element, the size and type of metal oxide and the surface configuration of the element.

In addition to the basic principle of resistance, CPCC10200R0JB31 also has features such as temperature coefficient of resistance (TCR) and noise suppression ability. The temperature coefficient of resistance indicates the amount of change in resistance that a resistor undergoes when the ambient temperature shifts. Good quality CPCC10200R0JB31 has excellent TCR values, which means the changes the resistor undergoes are tiny compared to other resistors. The noise suppression ability of CPCC10200R0JB31 is also noteworthy. It is capable of suppressing the peak of electromagnetic waves, reducing the level of noise to an appropriate level and protecting the work system from lightning strikes.

CPCC10200R0JB31 is a highly reliable through hole resistor designed for high-precision applications such as automotive and industrial. With its small form factor, tight tolerance, low voltage drop and low resistance change, CPCC10200R0JB31 is an ideal choice for applications that require stringent noise and impedance control.

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