RWR71S90R9FRBSL

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Through-hole resistors are an important type of resistor, which are designed to be mounted to a printed circuit board. Through-hole resistors also known as axial resistors, are resistors with leads, or legs, on either side of the resistor. These leads are then inserted into through-holes on a PCB and typically soldered in place in order to make an electrical connection.

The RWR71S90R9FRBSL is a through-hole resistor that is tuned and designed for specialised applications. This model is designed above all with quality in mind, ensuring reliable and accurate operation over time. This model is very effective over a high frequency range with resistance tolerance to +/- 1%. It also has excellent temperature coefficient and absolute tolerances.

The RWR71S90R9FRBSL has an optimised non-linearity across its entire operating range. This is due to its high precision construction, wherein the external element size is tightly regulated. This ensures that the non-linearity is able to be kept to an absolute minimum, while its temperature compensation feature ensures a perfectly linear operation even under extreme thermal fluctuations. Its robust construction and high precision also make it ideal for any challenging applications.

The RWR71S90R9FRBSL application field is very wide as it can be used in a number of areas including telecommunications, automotive, military hardware, and aerospace. This model is also well-suited for use in high-frequency technology. At higher frequencies, the resistor acts as a very low-value capacitor, providing excellent high-frequency stability against diurnal variations. This makes it ideal for signal processing applications such as amplifiers, mixers, signal processors, and noise cancellation units.

In terms of working principle, the RWR71S90R9FRBSL consists of two main parts - the metal core and the resistor element. The metal core is designed for optimal thermal and electrical characteristics, and is usually constructed from a conductive material such as aluminum or stainless steel. The resistor element is comprised of a specially treated ceramic that is also able to withstand a range of different temperatures. The two components are arranged in an axial pattern and connect to each other using a small contact. This provides for a strong connection that will not dissipate due to thermal expansion or other environmental conditions.

When current passes through the RWR71S90R9FRBSL, the resistance is produced as a result of the resistivity of the ceramic element and the conductivity of the metal core. This produces a linear relationship between the applied current and the resistance, providing a stable and reliable output. The resistance is measured in ohms and can be varied by changing the cross section of the metal core or the resistivity of the ceramic element.

The RWR71S90R9FRBSL is an excellent choice for applications that require a stable and reliable resistor. Its wide range of application fields and its ability to withstand extreme thermal fluctuations make it an ideal option for many electronic systems. Its robust construction also ensures that it can work reliably over time, making it an excellent choice for any serious electronic project.

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