LR1LJR33 Resistors

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Through Hole Resistors are electronic components that are suitable for most electrical applications. The primary purpose of these resistors is to limit current flow in an electrical circuit. This is done by introducing a resistance to the flow of current, which results in a decrease in power dissipation.

The LR1LJR33 application field is amongst the most popular varieties of through-hole resistors, and it boasts an impressive array of advantages. Its major advantages are as follows;

• Low-cost, which results in high electrical performance
• High temperature resistance – up to 400 degrees Celsius
• High power dissipation – up to 80 Watts
• High stability and reliability – Withstands up to 14.2kV
• High accuracy of up to 0.1%
• High repeatability
• Suitable for most electrical applications

The LR1LJR33’s working principle is based on the inverse relationship between the current and the voltage. The current depends on the voltage across the resistor, thus, when the voltage is increased, the current decreases. It also works on the basis of a constant current, thus, when the voltage is increased the current is constant. This method of control is very effective as it ensures that no power is wasted.

The working principle of the LR1LJR33 also includes the use of leads, which are used to maintain electrical contact between the resistor and other components in the circuit. These leads also act as conduits to allow the current to flow from the resistor to other components in the circuit.

The LR1LJR33 is one of the most popular varieties of through-hole resistors due to its low cost and high electrical performance. Its wide range of advantages ensure that it is suitable for use in most electrical applications. The working principle of the LR1LJR33, based on the inverse relationship between the current and the voltage ensures that power is not wasted and that the resistor is reliable and accurate. Thus, the LR1LJR33 is an ideal choice for all types of electronic applications.

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