MFR50SDBE52-11K2

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When it comes to through hole resistors, MFR50SDBE52-11K2 is a highly sought-after option due to its high precision and reliability. It is designed for use in applications with highly stringent accuracy requirements, such as sensors and precision dynos. It has an exceptionally high accuracy tolerance, making it highly suitable for a variety of electronic applications.

MFR50SDBE52-11K2 components feature nickel-chromium alloy resistive elements with a wirewound construction. The resistors have an insulated design and are built around a ceramic body, giving them excellent insulation and heat dissipation characteristics. The MFR50SDBE52-11K2 components are capable of operating at temperatures up to 2,000°F, allowing them to be used in a wide variety of extreme applications.

The MFR50SDBE52-11K2 through hole resistors provide resistance values from 5KΩ up to 35KΩ, allowing for a wide range of applications. The resistors have a tolerance rating of ±20%, and a thermal stability of ±30ppm/°C, making them suitable for highly precise applications. The resistors are also highly reliable, with a maximum fail rate of 0.1% when operating at rated power.

The MFR50SDBE52-11K2 resistors also offer excellent long-term stability, with a maximum change of ±0.02% after a 10,000-hour operation at rated power. The components feature small footprints and tight lead spacing, allowing for easy assembly and integration into various systems. They are also very robust, with a fully sealed package, making them highly resistant to moisture, chemicals and dust.

The MFR50SDBE52-11K2 through hole resistors are renowned for their flexibility and accuracy, and they can be used in a wide variety of applications, including test equipment, medical devices, aerospace, automotive and consumer electronics. The components are also widely used in power conditioning and current sensing applications such as electron microscopes, motion control systems and other precision monitoring devices.

The working principle of the MFR50SDBE52-11K2 through hole resistors is quite simple. When voltage is applied across the component, a current will flow through all the electrical components in the circuit. The resistor will be the only component in the circuit that will resist this current, thereby producing a voltage drop. The resistance of the resistor determines the amount of voltage drop that will occur, and this voltage drop will be used to determine the magnitude of the current.

In short, MFR50SDBE52-11K2 through hole resistors offer reliable and precise performance in a wide range of applications. They offer an exceptionally high accuracy tolerance, making them highly suitable for various precision applications. Their small form factor and sealed construction make them highly resistant to moisture, dust and other environmental elements. Additionally, the resistors are highly reliable and offer excellent stability over extended periods of operation, making them ideal for various industrial, commercial and consumer applications.

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