MFR50SDBD52-32K

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Through Hole Resistors are widely used in many electronic applications, including signal conditioning, powering devices, and signal routing. The MFR50SDBD52-32K is a through-hole resistor that provides efficient power delivery and resists high-frequency signal noise.

This resistor has an impedance of 50 ohms, a maximum power rating of 2 watts, and a maximum working voltage of 32 volts. Due to its high capacity, it can be used in a variety of circuits and applications. Its maximum dissipation is 400 milliwatts and its nominal tolerance is ±5%.

The MFR50SDBD52-32K\'s unique construction is designed to provide the highest possible performance. Its substrate is made of glass pigments and composite ceramic, which help to ensure low signal noise levels. The leaching process used to create the resistor also ensures a long lifetime and reliable performance. The resistor also features a unique self-sealing coating that protects the conductive elements from moisture or other environmental interference.

The MFR50SDBD52-32K is most commonly used in motor control applications, signal conditioning circuits, and power conversion systems. The resistor\'s resistance to high-frequency noise makes it ideal for high-efficiency motor control and power management. Additionally, the resistor\'s low thermal resistance makes it a suitable choice for signal conditioning circuits that require low temperatures.

In addition to its impedance, power capacity, and tolerance, the MFR50SDBD52-32K also offers high current capacity and excellent voltage standing wave ratio (VSWR). This makes it an ideal choice for power conversion and low-resistance circuits. Its low thermal resistance also contributes to its versatility in a wide range of applications.

The MFR50SDBD52-32K is a high-quality, reliable through-hole resistor that provides optimal performance in applications such as motor control, signal conditioning, and power conversion. its unique construction and features offer an efficient and reliable solution with low-noise performance and excellent thermal resistance.

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