PNP1WVFT-52-560R

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Through Hole Resistors play an integral part in any electronic circuit, in the form of fixed, variable and surface mount types. One such resistor is the PNP1WVFT-52-560R. This resistor is a metal-oxide film based, thick film resistor. It is available in sizes from 0402 (EIA metric code) up to 1206 (EIA metric code). This resistor is designed for use in applications where high precision and wide range of resistance is required. The PNP1WVFT-52-560R can have tolerances ranging from 1% to 5% and temperature coefficients as low as ±100ppm/°C.

The main feature of the PNP1WVFT-52-560R is its ability to offer high precision and wide resistance range with small physical size. This allows for a wide range of applications including precision circuits, frequency selectors, audio amplifiers, power supplies, digital to analog convertors and filters. Its ability to maintain stability and accuracy of resistances over temperature makes this resistor highly suitable for these and many other applications.

The working principle of the PNP1WVFT-52-560R is based on the Cermet (ceramic+metal) Principle of Resistors. This resistor works on the principle of the change in resistance due to the stretching or compression of the Cermet material in accordance with applied voltage. In this way, the resistance values are maintained with high accuracy. The precision and low temperature coefficients are due to the use of ceramic materials, which have relatively constant properties at various temperatures.

This resistor is extremely reliable and can be used in hostile environment. It has a load life of up to 1000 hours, and can be used at temperatures ranging from -40 to +150 Degree Celsius. The resistor has a thin film coating and is temperature and humidity insensitive, which makes it suitable for many types of applications.

The PNP1WVFT-52-560R is ideal for use in many applications ranging from low levelaudio circuitsto precision industrial control applications. It provides precision resistances with wide range, low temperature coefficient, and excellent stability. Its small physical size makes it suitable for high density circuit boards. Its reliability and stability makes it suitable for use in hostile environments. Its ability to withstand temperatures up to +150°C and humidity resistant construction makes it a preferred choice for many industrial and consumer applications.

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