MFP200BBD73-498K

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Through Hole Resistors are one of the most fundamental components in electronic circuits and play a key role in providing a known and stable resistance. MFP200BBD73-498K is a type of through hole resistor, designed to provide extremely high resistance value in the range of 73-498kΩ, great power rating and good accuracy. Such a resistor is suitable for high power precision circuits and its application field and working principle deserve our attention.

The resistance of MFP200BBD73-498K provided in the range of 73-498kΩ is best for high frequency and high precision applications, like measuring circuits, signal amplifiers and power amplifiers etc. It can also be used in boost, electronically controlled and high current circuits, indicating its suitability for wide range from low power supply to high power supply. It offers stability to the circuit, controlling current overload or voltage drops.

For its working principle, MFP200BBD73-498K is built with a thin metal film, together wrapped inside a protective sleeve and mounted onto a ceramic core. As the current passes through the resistor, the metal film will act as a resistor, working as the resistance to the current and generate heat. This heat together with the one generated by the high resistance value, is released via its protective sleeve.

Different from conventional resistor, MFP200BBD73-498K offers higher power ratings and better accuracy with low noise and thermal coefficient. As its resistance range of 73-498KΩ, it can be used in different situations according to the exact resistance value. It performs better than some other resistors when factoring in cost, which makes it an affordable choice for high power precision circuit.

In conclusion, MFP200BBD73-498K is a type of through hole resistor with excellent features such as high resistance value, high power rating and good accuracy. It is applicable to a range of scenarios like measuring circuits, signal amplifiers and power amplifiers. By using a thin metal film, it generates heat, which is released via its protective sleeve. For its wide range of resistance value and high power combined with low cost, it is an ideal choice for power precision circuits.

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