FMP200FBF52-19K1

Through hole resistors are favored for its wide application field. FMP200FBF52-19K1 is one of the famous through hole resistors in the market. It is designed with an anti-reverse connection function, which can prevent it from malfunctioning due to accidental reverse connection. The resistor is capable of working in harsh industrial conditions, with a high temperature range from -55℃ to +125℃. FMP200FBF52-19K1 is made with tiny tin-plated nickel alloy strip, making it highly resistant to vibration and shock. On top of that, the resistor has excellent electrical and thermal performance, making it very durable for long-term use.

FMP200FBF52-19K1 also has a wide range of applications. It is used in automotive, telecommunications, industrial automation, aviation, and other industries for precise electronic components. With its high stability and reliability, FMP200FBF52-19K1 is used in regulating the current or voltage in circuits. It is also widely used in the controlling of power supply, Motor drive, data processor, and precision electronic components. Furthermore, it can also be used for RF signals, sound and video signals, radio frequency, etc.

The working principle of FMP200FBF52-19K1 is relatively simple to understand. When voltage is applied to it, a small electric current flow through it, which is proportional to the resistance of the resistor. The current will be reduced by the resistor as it passes through it, and the voltage will also be lowered. The size and resistance of the resistor are determined by the design of the resistor and is usually expressed as a numerical value, such as ohms (Ω). This value determines the maximum current that can flow through the resistor and the amount of voltage it will reduce.

In summary, FMP200FBF52-19K1 is a through hole resistor that is highly reliable and durable, making it a popular choice for many applications. It is designed with an anti-reverse connection function, a high temperature range, and excellent electric and thermal performance. It is widely used for precise electronic components, power supplies, motor drives, data processors, RF signals, and other applications. Finally, its working principle is relatively simple, through which a small electric current flows through it, and its resistance is determined by its numerical value.