MFP1WSBBD52-681R

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Through Hole Resistors are resistors which have both lead pins soldered through the Printed Circuit Board (PCB). This type of resistor is most suitable when high-reliability, durable, and long-term reliable solutions are desired. The most common type of Through Hole Resistors is the MFP1WSBBD52-681R.

The MFP1WSBBD52-681R is an SMT chip resistor. It is used in various applications collecting data, such as consumer electronics, automotive industry, medical, aerospace, and industrial electronics. The MFP1WSBBD52-681R has a power rating of 1 W and a resistance range between 1.3 MΩ and 2.5 MΩ. It is a precision resistor with a tight tolerance TCR of ±0.2 %/°C. The MFP1WSBBD52-681R also has a non-inductive design that prevents the switching noise and inductive effects. In addition, the resistor also provides a great temperature range from -55°C to +150°C.

When using Through Hole Resistors, it is important to ensure that sufficient force is applied to the resistor while soldering. This is because weak bonding may cause the contact resistance of the chip to increase or any chance of material migration which will cause the resistor to fail. To make sure the resistor is properly soldered, the soldering iron should be kept at the temperature recommended by the manufacturer.

The working principle of the MFP1WSBBD52-681R is quite simple. When an electrical voltage is applied across the two lead pins, a current is generated through the resistor. The magnitude of the current depends on the resistance value of the chip and the voltage applied. This current generates heat and dissipates through the casing of the resistor. The small size of the chip ensures that the heat dissipation is adequate and that the temperature remains within the manufacturer\'s specification.

Due to its high temperature range and precision resistance, the MFP1WSBBD52-681R is a great through hole resistor that can be used in various applications. It also has the features of non-inductivity, low susceptibility to noise, and great reliability. This makes it the perfect choice for a wide range of applications that require accurate readings and reliable results.

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