FMF50SFRF52-1M1

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Through Hole Resistors are devices that provide a resistance by creating an electric circuit within an electronic circuit. They are used to control current flow and heat management, as well as to create signal-splitting circuits. Resistance values are coded to the components to provide the necessary resistance values for the application. The FMF50SFRF52-1M1 Through Hole Resistor is one such component, providing a resistance value in the order of 1MΩ.

This device is classified as an axial lead resistor meaning, that two or sometimes more components are co-axially surrounded by a common package. Axial-lead resistors may be able to provide higher power ratings. In the case of the FMF50SFRF52-1M1, it is a thin-film resistor with an operating temperature range of -55°C to + 170°C. The axial lead is constructed from an aluminium-titanium alloy featuring an epoxy resin overcoat.

The resistance value of the FMF50SFRF52-1M1 is normally measured at 25°C with a relatively wide tolerance band of ± 20%. This resistor is also high in stability exhibiting a change in resistance of less than 0.2% for temperatures ranging from -55°C to + 170°C.

The FMF50SFRF52-1M1 Through Hole Resistor is ideal for use in audio equipment, medical devices, telecommunications, instrumentation, computer peripherals and other harsh environment applications. It is also often used in applications that are sensitive to temperature and to noise. The low tolerance and high stability of this device makes it ideal for applications that require precision and accuracy.

The main working principle of the FMF50SFRF52-1M1 Through Hole Resistor is that it produces a specified resistance to control the flow of current in an electronic circuit. This device works by changing the electric energy that passes through it into heat energy. The voltage applied to the resistor is determined by the current flowing through it. By adjusting the voltage, the desired current flow can be achieved.

The FMF50SFRF52-1M1 offers flexibility in the application field is as it is suitable for both basic designs and complex engineering systems. It is also highly cost effective for larger production runs due to its long-term external and internal stability.

When selecting this device, it is important to consider the application requirements. Factors such as factor of tolerance, voltage, power dissipation, thermal dispersion and maximum operating temperature must also be taken into account. The resistance range can vary depending on the application, as well as the type of load being used.

In conclusion, the FMF50SFRF52-1M1 Through Hole Resistor is an effective component for the application field of electronics and electrical systems. This component offers flexibility, stability and precision for a range of devices and systems. Its resistance range, tolerance value and operating temperature all play a role in selection and it is important to understand the application requirements before selecting this device.

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