MFR200DRE52-1M25

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Through-hole resistors (often referred to as THRs) are resistive components that occupy a physical space and are composed of a metal core and wires (at least two) connected to the core. The main property of these resistors is that they offer a variety of resistance values, allowing designers to select the appropriate resistor for their system. The MFR200DRE52-1M25 is one such through-hole resistor that is widely used for a variety of applications and is capable of providing a wide range of resistive values.

The MFR200DRE52-1M25 is a part of the MFR200DRE family of through-hole resistors. It has a nominal resistance value of 1MΩ (1 million ohms) and a tolerance of ±2.5%, which means that the resistor may vary up to ±2.5% of its nominal value. The MFR200DRE52-1M25 has an operating temperature of -55°C to +125°C. This wide operating temperature range makes this resistor suitable for use in extreme temperature conditions.

The MFR200DRE52-1M25 has an insulated sleeve and is designed to be through-hole mounted onto the printed circuit board (PCB). This insulation allows the resistor to be protected from any damage caused by heat or abrasion. Additionally, it also ensures that no other component on the PCB comes into contact with the resistor and thus prevents short circuits. The MFR200DRE52-1M25 is also designed to dissipate a maximum of 1W of power and is capable of withstanding up to 1KV of voltage.

The main application area of the MFR200DRE52-1M25 is in analog circuits. Due to its high resistance value, this resistor can be used to reduce the current flowing through the circuit without significantly altering its voltage. As such, this resistor is commonly used in voltage dividers for signal conditioning applications. It is also able to provide stable and accurate current measurements in current sensing applications. This resistor is capable of handling high temperatures, making it suitable for use in power conversion applications such as switching power supplies and inverters.

The working principle of the MFR200DRE52-1M25 is based on the ohm’s law, which states that the current (I) through a resistor is proportional to the applied voltage (V) across the resistor. The voltage drop across the resistor is equal to the product of the resistance value and the current. Thus, by controlling the amount of current flowing through the resistor, the voltage drop across it can be controlled, thus controlling the overall electrical characteristics of the circuit.

The MFR200DRE52-1M25 is one of the most widely used through-hole resistors due to its wide operating temperature range and its ability to dissipate a substantial amount of power at a low cost. The resistor is used in a variety of applications due to its ability to accurately and reliably control current and voltage in analog circuits. This makes the MFR200DRE52-1M25 an indispensable component for the design of reliable and efficient electronics systems.

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