RWR80S43R2FSS73

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Through Hole Resistors are passive components used to regulate voltage and current. This article will explain the application field and working principle of the particular resistor – RWR80S43R2FSS73.

RWR80S43R2FSS73 is a type of through-hole resistor, made from a resistor element encased with protective insulating material. It is designed for harsh environmental conditions and features high tolerance levels over temperature, making it highly reliable. Depending on the application, the resistor resistance value varies from 10Ω to over 1MΩ, and the resistance is accurate to ±1%.

The application field of RWR80S43R2FSS73 includes medical devices, telecommunication systems, metering and control systems, infrastructure and residential building applications, automotive industry, lighting, and test and measurement. In these applications, such conductors are used for limiting current in circuits, providing voltage drops, and for the division and matching of current and voltage.

The working principle of RWR80S43R2FSS73 is based on Ohm’s Law which states that the resistance in a component is a ratio between voltage and current. When electrical energy is introduced to the two contact points of a resistor, the voltage is divided in relation to the resistance. Thus, the resistance of the resistor determines how much current is allowed to flow through the component and thereby regulating voltage. The resistor element can be composed of a variety of materials, including metal film, carbon film, or metal oxide.

The RWR80S43R2FSS73 has several advantages making it a superior resistor. The resistor requires little space, and it has a strong mechanical construction and a high humidity resistance. Furthermore, it features a low leakage current, low working voltage, and a consistent and precise resistance. The resistor also offers excellent thermal shock behavior, meaning it can be effectively used in applications where sudden and frequent changes in temperature occur. Additionally, the resistor has a wide temperature range, making it applicable in extreme weather conditions.

RWR80S43R2FSS73 is the perfect choice for protecting your applications from overvoltage and overcurrent. It is also highly suitable for use in automated systems where consistent accuracy is needed. Due to the high durability and exceptional reliability, it is ideal for applications in harsh environmental conditions. Furthermore, the large range of resistive values, strong mechanical construction, and low cost all contribute to make this a superior resistor for almost any application.

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