41J2K2

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A through hole resistor is a passive electrical component that limits the electrical current flow in a circuit. It\'s typically composed of a metallic strip, ceramic or mica substrate, and an insulating material, usually a film made of plastic or glass-bonded square. This type of resistor is sometimes called a paper or disk resistor because the insulating film is typically in the shape of a disk.

The 41J2K2 is a through hole resistor which is designed for use in electronic circuits where precise current regulation is required. This resistor has a unique combination of features which enable it to reduce power dissipation, decrease leakage current, and increase temperature coefficient tolerance. It is constructed with a nickel chrome or nickel molybdenum alloy core which provides a high degree of chemical resistance against any kind of high temperatures. Its low temperature coefficient of resistance helps to maintain the resistor in its stable state for longer duration.

The 41J2K2 is designed to offer excellent performance in a variety of applications. It is mainly used in telecommunications, sound convergence, and military equipment, as well as in industrial systems such as pumps, valves, and displays. It is also used in a range of automotive applications including engine and brake control, navigation systems, and fuel injection systems.

The 41J2K2 has a wide operating temperature range, with a range of -55°C to +125°C. This ability to function reliably over a wide range of temperatures is a great advantage of this type of resistor, enabling it to be used in a variety of environmental conditions. The resistor also has a low dissipation factor and a very low inductance, making it ideal for high frequency applications.

The working principle of the 41J2K2 through hole resistor is quite simple. When current flows through it, the resistor works by generating a voltage drop across it, which in turn decreases the current flow of the circuit. This is achieved by the resistor’s resistance, measured in ohms, which is determined by its size and material composition. The greater the resistance offered by the resistor, the greater the voltage drop across it and the lower the overall current flow of the circuit.

In addition, the 41J2K2 also offers excellent voltage stability. This is due to its low temperature coefficient of resistance, ensuring consistent performance even after extended use in a wide range of temperatures. It also offers superior immunity to electrical noise, making it suitable for use in signal stabilization circuits.

The 41J2K2 through hole resistor is an ideal component for precision current regulation, as it offers excellent performance in a variety of applications. Its low temperature coefficient of resistance and voltage stability make it especially suitable for use in automotive and military applications. Additionally, its low dissipation factor and low inductance make it suitable for high frequency applications. The 41J2K2 is one of the most reliable through hole resistors available and is an excellent choice for any electronic circuit requiring precise current regulation.

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