KNP2WSJB-52-10R

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Through Hole Resistors are indispensible electronic components used to regulate current flow in circuits. The KNP2WSJB-52-10R is a popular Through Hole Resistor designed for applications that require a high degree of accuracy and reliability. This resistor is particularly designed for low power applications.

The KNP2WSJB-52-10R Through Hole Resistor has a standard with-lead style and is easy to install on a printed circuit board. This resistor can be used in a wide range of applications, including computer circuits, electronic and electrical appliances, audio systems, and machines. It also has excellent temperature and voltage stability, making it well suited for use in general electrical circuits where stability is of utmost importance.

The KNP2WSJB-52-10R Through Hole Resistor has a nominal resistance value of 10 ohms, and its nominal power rating is ½ watts. It is designed to operate at a maximum continuous operating temperature of +215°C and a DC voltage rating of 500V. The actual maximum current rating of this resistor is 10mA. Its noise voltage is also very low, in the range of 0.5mV.

The KNP2WSJB-52-10R Through Hole Resistor is usually sold in a package of 15 pieces, and it has a small outline package (SOP) size of 4x2 mm. Its standard tolerance is ±10%, and it has a maximum temperature coefficient of 0.0025ohm/K. It has a low inductance of 0.2uH and a high self-resonant frequency of about 1MHz.

The working principle of the KNP2WSJB-52-10R Through Hole Resistor is simple; it uses resistivity to regulate current flow in a circuit by providing an electrical resistance. This resistor can be used to reduce or limit the current in a circuit, as well as to control the voltage level. It does this by dissipating energy, converting it into heat, which is then dissipated into the surrounding environment.

The KNP2WSJB-52-10R Through Hole Resistor is a reliable and accurate component that can be used for low power applications. Its simple working principle, high value accuracy, and stability make it a popular choice for many electronic and electrical circuits. Its small form factor and low noise voltage level make it an ideal choice for general circuit design. Finally, its reasonable cost and wide temperature range make it an attractive choice for many industrial and commercial uses.

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