WLCR005FE

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Through hole resistors have been a standard form of resistor in electronic design for decades, with their popularity stemming from their flexibility and durability. The WLCR005FE is the newest member of the through hole resistor family, and brings the same dependability that its predecessors have been known for. This resistor can be found in many different applications such as audio and power electronics, and its working principle makes it suitable for even more.

The WLCR005FE offers a resistance range from 5 to 100K ohms and can handle currents up to 1.5A. This wide range of resistances and elevated peak current makes it ideal for use in both audio and power electronics, as well as other applications. The device is built with resistance wire that is sealed between ceramic cases, and an exceptionally low thermal EMF makes it suitable for audio and electronic circuits that require fast and accurate temperature response times.

The body of the WLCR005FE is machined from a ceramic material, which helps it better tolerate extreme temperatures and environmental stresses. This ensures it remains reliable in the most demanding conditions and gives it the shake-proof resistance found in other through hole resistors. To prevent corrosive elements from entering and damaging the internal parts, the internal construction includes a sealing grommet with a plastic sheath.

The WLCR005FE also has a wide operating temperature range, spanning from -55°C to +150°C. This makes it useful in many different applications, from military and automotive to consumer electronics. The device also offers a relatively small size for its current rating, weighing in at only 2.4 grams and measuring 10.9 mm in length.

The working principle of the WLCR005FE is based on the concept of law of resistance. This law of resistance states that when a voltage is applied across a conductor, the current is inversely proportional to the resistance. This reciprocating relationship between voltage and current is the basis of the resistor’s functioning. In other words, the current is directly related to the voltage and, as the resistance of the resistor increases, the current is reduced.

The WLCR005FE can be used in a wide variety of applications where its reliable capabilities and temperature range make it an ideal choice. Its operation is based on the law of resistance, which allows it to reduce current when a voltage is applied across it. It can handle peak currents up to 1.5A and is machined from a durable ceramic material that makes it resistant to temperatures and environmental stresses. Thanks to its versatility, the WLCR005FE has become one of the most popular through hole resistors in modern electronics.

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