FSOT3009E25R00KE

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Chassis Mount Resistors are components used to reduce or control power in an electronic circuit. A variety of different technologies are employed to achieve this purpose, each having its own advantages.

One type of Chassis Mount Resistors that has become increasingly popular is the FSOT3009E25R00KE - this particular component can be used in a wide range of situations. This article looks at the application field and working principle of the FSOT3009E25R00KE.

The FSOT3009E25R00KE is a 25R wire-wound organization Chassis Mount Resistor. It has a superb electrical stability with current ratings up to 0.1A and voltage ratings up to 400V. It is also specially designed to withstand up to 10W/sq. inch of ambient temperature. The size of this Resistor is 10×10×5mm.

The FSOT3009E25R00KE is an excellent choice for electrical circuits with thermal dissipation requirements such as amplifiers, power supplies, etc. This Resistor can also be used in combination with a heat sink to reduce heat production. It is perfect for electrical noise suppression applications, and can be used for dampening circuits as well.

The FSOT3009E25R00KE is engineered to deliver superior performance, even in harsh environments. Its rugged construction offers excellent resistance to moisture, dust, vibration, shock, and corrosive elements. It is also highly resistant to high temperature, making it an ideal component to be used in confined spaces or other heat-generating electronic devices.

The working principle of the FSOT3009E25R00KE is a simple one. The Resistor is made up of two resistive elements - one is the resistor wire and the other is the substrate. The resistance of the wire is proportional to its length and its number of turns, while the substrate\'s resistance depends on its surface area as well as its material properties. When current is passed through the resistor wire, the substrate will also pass a small share of the current. This is what causes the Resistor to dissipate heat.

In conclusion, the FSOT3009E25R00KE is a valuable component for a variety of applications, from noise suppression to dampening motors and more. Its resistance properties, toughness, and compatibility with circuit layouts make it a great choice for a wide range of applications. The Resistor\'s simple working principle ensures that it produces superior thermal performance and is highly reliable in operation.

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