MRS25000C3099FCT00

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Through Hole Resistors are a type of resistor which are made to fit into specific-size holes which are drilled into circuit boards or other components. They often come in a variety of shapes and sizes and are used in a variety of applications, including instrumentation, medical, automated testing, telecommunications, automotive, aerospace and military applications. In order to have a greater degree of accuracy and dependability, through hole resistors are often combined with other components such as integrated circuits and transistors. The MRS25000C3099FCT00 through hole resistor is a common product and is used in a wide range of applications.

The MRS25000C3099FCT00 is a 0.25W, resistance tolerance of 5% and is designed to fit into holes measuring 0.3125 inches in diameter. It is a non-inductive, thick-film resistor designed to be low-cost and have a low temperature coefficient. This type of resistors has better voltage stability and resistance against mechanical shock and vibration as well as lower crown noise than leaded film components. The device is also has a lower power dissipation, which helps to reduce total system power consumption and cost.

Due to its low cost and high accuracy, the MRS25000C3099FCT00 is suitable for a variety of applications. It is used in instrumentation, medical, automated testing, telecommunication, automotive, and aerospace/military applications. It is also used in power supply and power control applications, where high current pulses are required. It is used in the design of analog circuits which require a low level of noise generation. In addition, it is used in sensors, such as thermistors, as well as in bias and timing resistor networks. The MRS25000C3099FCT00 is also used in digital circuits, where it provides high-accuracy frequency division. It is also used in logic circuits, where its low temperature coefficient ensures a higher degree of repeatability and accuracy.

The working principle of the MRS25000C3099FCT00 is relatively simple. Its non-inductive design means that a voltage is dropped across the resistor when a current flows through it. This voltage drop is caused by the resistance of the resistor to the flowing current. The amount of the voltage drop, and hence the resistance, depends on the size of the resistor and the amount of current flowing through it. This means that, by adjusting the size of the resistor, it is possible to control the amount of voltage drop, and hence the amount of current that flows through it.

The MRS25000C3099FCT00 is a reliable and cost-effective through-hole resistor. Its low cost and high accuracy makes it an ideal choice for applications requiring precision control. Its non-inductive design ensures low temperature coefficient making it more reliable. This makes it suitable for a variety of circuit designs, such as instrumentation and automation, as well as power supplies and control systems. Its low power dissipation also helps reduce total system power consumption and cost. By understanding the working principle and application fields, it can be seen why the MRS25000C3099FCT00 is such a popular choice when it comes to using through-hole resistors.

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