RNS2JTD4K30

Through Hole Resistors

Through hole resistors, also known as axial resistors, are electronic components that are used to reduce the amount of current that is being sent and to limit the voltage that is passed between two points of the same circuit. Through hole resistors are formed by two leads, with a round disc in between them, that is usually made of ceramic and filled with resistive material, such as carbon or a metal composition.

The RNS2JTD4K30 is a through hole resistor that is designed for use in high power applications. It is a metal-oxide resistor with an extremely low noise floor. It is ideal for use in applications where low noise is of the utmost importance, such as in high fidelity audio amplifiers and audio/video equipment.

RNS2JTD4K30 Application Field and Working Principle

The RNS2JTD4K30 is a through hole resistor with a rated power of 4W and a resistance of 5.6Ω, making it suitable for applications where high power and low resistance are both required. Its low noise floor makes it ideal for use in high fidelity audio amplifiers, where its low noise performance is critical to ensuring the highest level of quality in sound.

The RNS2JTD4K30 is a non-inductive type of resistor, meaning that it does not absorb energy from the circuit or increase the risk of interference from outside frequencies. This makes it suitable for applications that require low-loss performance, such as in RF applications. It is also capable of sustaining high temperature and power levels, making it suitable for use in high-temperature and high-power applications.

The working principle of the RNS2JTD4K30 is simple. As current from the circuit passes through the resistor, the resistor offers resistance to the flow of current. This resistance dissipates energy and reduces the intensity of the current. As a result, the voltage of the circuit is reduced.

The RNS2JTD4K30 is a through hole resistor that is designed for use in high power applications, such as high fidelity audio amplifiers and audio/video equipment. Its low noise floor makes it ideal for use in these applications, as its low noise performance is critical to ensuring the highest level of sound quality. Its non-inductive design ensures low-loss performance, making it suitable for RF applications, while its ability to sustain high temperature and power levels make it suitable for high-temperature and high-power applications.