LR0204F13K3

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Through hole resistors are frequently used in industrial applications and often come in the form of a precision or miniature package. The LR0204F13K3 is an example of a resistor designed for a specific application; it belongs to the category of Through Hole Resistors.

The LR0204F13K3 is a type of metal film resistor that provides a chip-on-board. This means that it has a product is mounted on a printed circuit board without the need for a holder. This helps to provide for a compact design and can be used in space-restricted applications. This type of component is one of the most used resistors, as it is highly reliable, cost-efficient, and easy to mount.

The LR0204F13K3 is a high-performance resistor that is perfect for industrial applications. In particular, the device is designed to provide high precision, high voltage, and high power in an ultra-small size. It is perfect for applications where space is an issue, such as in robotics, medical, audio, lighting, and automotive. This type of resistor can be used in a wide range of temperatures, from -55°C to +125°C.

The LR0204F13K3 is designed for a two-layer printed circuit board. It has an all-welded assembly, which ensures superior strength and reliable functionality. The all-welded construction also prevents air pockets from developing, which is an essential requirement in critical applications like medical, automotive, and lighting. It is available in multiple sizes, from 0.2W to 0.2W, and different resistance values from 10K to 61K Ω.

The LR0204F13K3 is designed to work with a standard four-wire structure. It has four connections-two are inputs and the other two are outputs. The two inputs are connected to an AC voltage, while the two outputs are connected to a DC load. The resistor can operate from 0V to 125V, depending on the size and power rating of the resistor. It is also designed to be reverse-polarity proof, protecting the circuitry from any sudden power surges.

The working principle of the LR0204F13K3 is based on differential mode inductance. This means that it will reduce the current that is allowed to flow through the resistance. The differential mode inductance works by creating a small inductance in a conductor that opposes the change in the current flowing through the resistor. This means that the resistor will always remain at the same voltage and current regardless of the load changes.

In summary, the LR0204F13K3 belongs to the category of Through Hole Resistors and is designed for industrial applications. It is highly reliable, cost-efficient, and easy to mount, and is perfectly suited for applications where space is an issue. Its differential mode inductance ensures that the resistor will remain at the same voltage and current even under varying load conditions.

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