MBA02040C8252FRP00

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Through Hole Resistors

The MBA02040C8252FRP00 is a through-hole resistor specifically designed for applications in the electronics industry. This resistor offers two pole design, a nominal resistance and tolerance, as well as compensation for power loss in high-frequency applications.

Application field

The MBA02040C8252FRP00 is commonly used in consumer electronics, medical technology, audio and video applications, or wherever high-power or high-frequency components are desired. This through-hole resistor has a long history of being used in applications such as power amplifiers, converters, switching regulators, motor drives, switching power supplies, regulators and power circuits.

The MBA02040C8252FRP00 provides accurate power stripping in power circuits, and is suitable for electronic devices that require a minimum of parts. It is also efficient with temperature coefficient, low self-inductance, and low contact resistance.

The MBA02040C8252FRP00 provides wide temperature range capabilities from -55°C to +150°C. With its 0.25 W rating, the MBA02040C8252FRP00 can be used with frequencies up to 24 kHz.

Working Principle

The MBA02040C8252FRP00 is a through-hole resistor designed to operate with a wide range of voltages and currents. Its resistive element is made of metal films. The resistor is made of multiple thin metal films that are insulated and connected together by a metal frame. The metal frame contains the two connection holes at the ends that are fitted into the PCB.

The resistor is composed of a resistive element in the middle, connected in series with a pair of poles and a series of bypass capacitors. The resistive element works by dissipating heat as the voltage is applied across the resistor. The bypass capacitors block the flow of alternating current, and are connected in parallel to filter out unwanted noise and prevent the buildup of induced voltage.

The two poles provide stability and reliability by helping to ensure that the resistor provides a consistent resistance across its entire range. This allows for more accurate voltage and current readings. The resistive element of the MBA02040C8252FRP00 operates within an accurately defined temperature range. This ensures that it can handle a wide range of applications.

Conclusion

The MBA02040C8252FRP00 is an accurate and reliable resistor that is suited for a wide variety of applications. It offers a two pole design, nominal resistance and tolerance, as well as compensation for power loss in high-frequency applications. Its wide temperature range capabilities and low contact resistance make it a great choice for electronics and medical applications.

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