MFP200BRE52-10K5

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Through hole resistors are a type of resistor that are soldered directly onto a printed circuit board (PCB). They are usually the smallest size available and their leads protrude outward from the top of the resistor. The MFP200BRE52-10K5 is one type of through hole resistor. It is a thick film chip resistor with a ±10% tolerance.

The through-hole technique was originally used to fasten parts onto electronic circuit boards with solder. The technique provided good electrical connection and strong mechanical integrity. Nowadays, through-hole resistors are still commonly used in many electronic circuits but most resistor manufacturing processes involve surface mount devices (SMDs) instead.

MFP200BRE52-10K5 is a high-temperature, high-humidity tolerant resistor that is suitable for a wide range of applications. It features a low-inductance design, a chip-arcing ignition source and an overload protection circuit which prevent thermal runaway even under severe overload. Thanks to its low temperature coefficient, this resistor is highly stable and is suitable for use in temperature-critical systems.

The MFP200BRE52-10K5 can be used in many industrial electronics applications, including power supplies, power circuits, motor control, renewable energy, invertor applications and industrial automation. It is also suitable for use in automotive electronics, such as alternators, battery re charging systems, fuel injection systems and braking systems.

The working principle of through hole resistors is simple - a pair of leads protrude through the top of the resistor, and a linear resistive element is connected between them. The current flows into one lead and out the other, and the resistance of the element determines how much voltage or power is dissipated. As the resistance of the element increases, more power is necessary to drive the same current through the resistor and thus more heat is generated. This heat is dissipated away by the heat sink that is integrated into the resistor.

The MFP200BRE52-10K5 is an ideal choice for industrial and automotive applications due to its high-temperature tolerance and overload protection. Its low temperature coefficient also ensures excellent stability and accuracy, and its through-hole design makes it easy to install on any PCB.

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