RWR81S9R31FSS73

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Through hole resistors are widely used in a variety of different applications and can be used in applications where space or surface area is limited. These through hole resistors are manufactured using a variety of materials, each of which has different electrical characteristics. The most common through hole resistors are the wire wound, film, and metal oxide versions.

RWR81S9R31FSS73 is a type of through hole resistor made from a metal oxide film. The metal oxide resistor is characterized by having a relatively low ohmic value, a large thermal resistance, and an extremely low failure rate. The metal oxide resistors use a metal oxide film which is etched onto an insulating substrate. The etched circuit is then exposed to an electric current which causes the area to become electrically conductive. This is typically achieved through the action of a contact point.

To understand the application field and working principle of RWR81S9R31FSS73, it is important to understand the nature of the metal oxide film. The metal oxide film is made of thin layers of material which are applied over a substrate. These layers are composed of metal oxide compounds, such as titanium dioxide, tantalum oxide, or nickel oxide, which are either deposited during the manufacturing process or formed through a physical vapor deposition. The metal oxide film is much thicker than the substrate layer, allowing the resistor to remain highly insulated. In addition to this, the metal oxide film is also highly non-linear when exposed to electrical current, which causes it to vary the resistance as a function of the voltage applied.

The application field and working principle of the RWR81S9R31FSS73 metal oxide resistor is that it is designed to be used in applications that require high resistance and reliability over a wide range of voltages. The metal oxide film is highly non-linear, which makes it ideal for applications requiring precise control over the current without compromising its other characteristics, such as its thermal performance. The metal oxide film also provides excellent reliability, making it ideal for applications requiring long-term stability.

The working principle of the RWR81S9R31FSS73 metal oxide resistor involves an electrical current passing from one end of the resistor to the other. As this current passes through the resistor, it causes the metal oxide film to become electrically conductive and vary the resistance according to the voltage applied. This is known as non-linearity, and it is one of the key characteristics of the metal oxide resistor.

In conclusion, the RWR81S9R31FSS73 metal oxide resistor is a highly reliable and durable resistor that is ideal for applications requiring precise control over the current while also providing excellent electrical and thermal performance. The non-linearity provided by the metal oxide film makes it ideal for applications requiring stability and reliability over a wide range of voltages. Additionally, the metal oxide film also has a high working temperature range, making it suitable for a variety of different applications. With all of these features, it is no wonder that the RWR81S9R31FSS73 metal oxide resistor is one of the most widely used through hole resistors on the market today.

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