Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Through Hole Resistors

Through hole resistors are components that are designed to limit current by providing resistance to the flow of electronic signals. They are usually used in analog circuits such as audio, video and radio frequency applications. The NKN500JR-91-0R47 through hole resistor is a popular model for many different applications.

Application Field

NKN500JR-91-0R47 features the characteristics that make it valuable in many different applications. It has a resistance range of 0.25 ohms to 6.3 M ohms. This is a great range of resistances that can be used in a wide variety of circuits. It also has excellent power dissipation of 0.22 watts and stability over temperature and time. This makes it well suited for analog signal processing and other applications requiring reliable performance and accurate control of current. Another great feature of this resistor is its low inductance of 0.2 to 0.5 uH, which ensures a low level of noise.

NKN500JR-91-0R47 is also used in radio frequencies, because its high linearity results in better signal-to-noise ratios. This makes it ideal for coaxial cable networks and transmitters. This resistor is also used in audio applications as it can provide accurate power control and heat dissipation in amplifiers and speakers. It is also used in high frequency applications where it provides superior noise reduction over other resistor types.

Working Principle

The NKN500JR-91-0R47 through hole resistor works by providing resistance in order to control the flow of current. This is accomplished by using a conductive material such as copper, aluminum and other metals. These conductive materials are wound around a core or substrate material. This substrate material can also be ceramic, plastic, graphite, or other materials that are resistant to heat. These materials are carefully chosen so as to not interfere with the desired frequency response. The number of windings and the size of the wire used determines the amount of resistance provided. The amount of resistance also determines the amount of leakage current that passes through the resistor. By changing the number of windings or the size of the wire, the resistance can be changed to meet the desired output.

Once the resistor is wired, it sits inside the electronic device where it begins its role of controlling the flow of current. A resistor constructed with a wire wound core works when electrical current is applied to the resistor. This causes the metal wire to heat up and resist the flow of current. This prevents the current from surging through and damaging other components. The resistor can be adjusted to control the amount of current allowed to flow. This amount of current is known as the load current.

The NKN500JR-91-0R47 through hole resistor is a popular model for many different applications and its features make it an excellent choice for many applications. It has a wide resistance range and can provide accurate control of current and excellent heat dissipation. It also provides superior noise reduction in high frequency applications. Finally, its low inductance makes it well suited for radio frequency applications.

The specific data is subject to PDF, and the above content is for reference