YR1B35K7CC

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Through Hole Resistors.

The YR1B35K7CC application field is commonly used in both industrial and military electronic equipment. It is designed to be a hermetically sealed, high-power resistor. The YR1B35K7CC is a power resistor designed to provide overload and over current protection to circuit boards and to increase reliability. It is designed to be used in harsh environments and can withstand temperatures from -55°C (-67°F) to +150°C (+302°F). The YR1B35K7CC is most commonly used in military electronics and aerospace applications.

The YR1B35K7CC working principle operates on the same principle as other power resistors, which involves using a wire element that is wound around a ceramic body, and the body should be of a high purity ceramic material such as a sintered Alumina for good heat conduction. The element is then suspended in an enclosing package, such as a TO-3 package, which serves to isolate the resistor from other electrical components in the system. The diameter of the element wire is determined by the wattage rating of the resistor, meaning that a 0.22Ω 3W YR1B35K7CC will have a thicker element wire than a 5Ω 0.1W YR1B35K7CC.

The YR1B35K7CC’s performance is improved by the use of wax, preservative, or any other material which helps to isolate the resistor from environmental factors. The materials used to make the resistors must be capable of withstanding extreme temperatures, and must be designed to maintain their electrical properties for long periods of time without significant deterioration. The power rating of the resistor must also meet specifications for voltage, current, and power consumption.

The main advantage of the YR1B35K7CC over other types of resistors is its ability to handle larger power load ratings and is designed to handle power surges. This makes it ideal for applications such as motor control, power line protection, and other such applications that require a high power resistor. The YR1B35K7CC also has a higher resistance value per unit than other types of resistors, allowing it to tolerate higher voltages and temperatures.

In order to increase the reliability and life of the resistor, the YR1B35K7CC has an insulating coating. This coating helps to minimize the effects of atmospheric and chemical contamination on the resistor. This can help to reduce the risk of electrical shock or damage due to overloading. The resistor is also designed with a low-inductance, high-frequency design, which helps to minimize the inductive losses associated with other types of resistors.

Due to its reliability and long-term performance, the YR1B35K7CC is a popular choice for power design and applications. It is also commonly used in military and aerospace applications because of its ability to withstand the extreme environments of these types of applications. The YR1B35K7CC’s ability to handle large power load ratings makes it an ideal choice for power line protection or any other application that requires high power resistors.

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