Y14535K00000V9L

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Through Hole Resistors are a common type of component used in electronic circuits. They are used to reduce or limit the current flowing in the circuit by providing a known resistance for the current to flow through. The Y14535K00000V9L resistor is a through-hole mounted resistor, designed for use in industrial, aerospace, telecommunications and commercial applications.

The Y14535K00000V9L resistor is a zero-ohm link, which means it has zero resistance and acts as an open circuit. This can help reduce costs when prototyping circuits without having to use new components for every iteration. The package size for this resistor is 110 mils by 150 mils, and it is designed for through-hole soldering.

The Y14535K00000V9L resistor is a precision resistor with a power rating of 1/20 Watt, tolerance of ±0.1%, and a stability of 0.2%. It has a maximum operating temperature of 105°C. The resistor is available in various sizes including 3.2mm (1/8 inch), 5.3mm (1/4 inch) and 7.0mm (1/4 inch).

The Y14535K00000V9L resistor is designed for use in high accuracy and high frequency applications such as military and aerospace electronics, medical electronics, communications systems, test systems, instrumentation, and other high reliability equipment. The resistor is designed to operate continuously at temperatures up to 125°C, and can withstand short term overloads up to 150°C.

The principle of operation for Y14535K00000V9L resistor is based on Ohm’s Law. This states that the potential difference (V) across a resistor is proportional to the current (I) flowing through it, and the resistance (R) is the constant of proportionality. Therefore, the higher the resistance, the lower the current that will be allowed to flow through the resistor, and the lower the potential difference across it.

In summary, the Y14535K00000V9L resistor is a through-hole mounted precision resistor designed for high accuracy and high frequency applications. It has a zero-ohm link for prototyping purposes and is offered in different sizes for various applications. Its principle of operation is based on Ohm’s Law.

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