R5J56RE

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Through hole resistors are widely used in almost all electronic applications. The R5J56RE range of resistors is specifically designed to satisfy the needs of high performance and power applications where high reliability and excellent thermal stability are required.

DC operation is the most common use of through hole resistors. They can be used in commercial, industrial and automotive electronics as power resistors, voltage dividers, bleeder resistors and load resistors. DC operation of through hole resistors can serve numerous applications such as voltage adjustment, current limiting, current measurement, voltage control and many more.

The R5J56RE range of through hole resistors are designed with a choice of leaded wire or leaded strip contacts. The uniform leadform geometry design provides the highest impact and wear resistance. The leadframes are reinforced with high temperature plastic material, making them highly reliable and short-circuit proof.

The contact wires are available in standard and vertical dimensions and are made of highly conductive copper alloy and tinned material. The contact wires have red and black insulation layers to improve extendibility and reduce contact drops. There are also optional integral contacts that can be used to connect wires to mounted boards.

The R5J56RE range of through hole resistors use an electrochemical anodization process to ensure the highest thermal stability. The anodization process provides the highest possible voltage and current ratings for the resistor. The process also helps reduce the leakage of current, which is important for powered applications.

The R5J56RE range of resistors are also capable of providing very high power dissipation. This makes them ideal for use in power distribution applications where long life and high reliability are essential. The power dissipation of these resistors is determined by the size of the resistor, its resistive value and its environmental parameters.

The R5J56RE range of through hole resistors is designed with maximum/minimum temperature ratings. The maximum temperature rating is the temperature at which the resistor is designed to operate reliably. The minimum temperature rating is the temperature at which the resistor will start to decrease its resistance value. As the temperature decreases, the resistance value will continue to increase.

The R5J56RE range of through hole resistors provides excellent performance in various environmental conditions. The resistors are RoHS compliant, making them suitable for use in industrial and commercial electronic applications.

In conclusion, the R5J56RE range of through hole resistors provides reliable performance in various applications, from automotive, industrial, and commercial use. The anodization process increases the maximum voltage and current ratings of the resistors, making them ideal for high power and long-term performance applications. The RoHS compliant construction of the resistors makes them suitable for use in environmental applications.

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