LR0204F1K3

The LR0204F1K3 is one of the common through hole resistors used in a variety of applications. These resistors feature a wide temperature tolerance range and are typically constructed using a ceramic substrate. The resistor is also rated for being able to withstand high vibration and shock environments.

The primary application field for the LR0204F1K3 is in automotive, aerospace, and consumer electronics. In automotive and aerospace, the resistor is used to adjust a variety of parameters, such as fuel injection and engine speed. For consumer electronics, the resistor is used to adjust the frequency of mechanisms, such as clocks, computer processors, and radio receivers.

In order to adjust the parameters mentioned above, a specific resistor type must be used in order to prevent the resistor from being overwhelmed by the high current draw from electrical systems. This is why the LR0204F1K3 resistor is ideal for such applications.

The resistor is based on an open-loop principle, which allows it to remain stable when exposed to fluctuating voltages. The rule of thumb is that the voltage across the resistor should not exceed the rated voltage and the current should remain within the specified wattage rating. This both helps to prevent overheating and potential damage to the resistor. Additionally, the resistor\'s open-loop design allows it to maintain accurate values even over a large temperature range.

The resistor is usually wired to a specific type of connector such as a lug or a terminal strip. This allows for the resistor to be connected to the circuit board in such a way that it is properly isolated from other components. This helps to prevent component interference and thereby helps to keep accurate values.

In summary, the LR0204F1K3 is a powerful and versatile through hole resistor. It is designed to withstand extremely high vibration and shock environments and has a wide operating temperature range. It can be used in a variety of different applications, including automotive, aerospace, and consumer electronics. The open-loop design of the resistor helps to prevent component interference and helps to maintain accurate values, even in fluctuating conditions.