RN50E4321BRSL

Through Hole Resistors, also known as axial lead resistors, are commonly used in a variety of electronic circuits. The RN50E 4321BRSL is a through hole resistor designed for applications such as current precision measurement, pulse power supplies, and voltage deviation applications. This resistor has a variety of features that make it desirable among other models.

The RN50E 4321BRSL has an operating temperature range of 0°C to 55°C and is rated to handle 2.8 watts of power. This resistor also has a low voltage rating of 0.625 VDC, a high-voltage rating of 19.0 VDC, and a power rating of 0.4W to 1.6 W at 25°C. It can also be used in circuits up to 1GHz, making it a great choice for high-frequency applications. Additionally, this resistor has a high-temperature coefficient that is more precise than other models, making it ideal for precision circuitry.

The RN50E 4321BRSL also has a non-inductive design, meaning the lead wires will not induce any current into the circuitry. This is especially important in circuits where precise measurements are needed, such as current precision measurements. This non-inductive design also helps to minimize crosstalk, which is interference between electrical signals.

The RN50E 4321BRSL also has an epoxy-coated body and a metal case with a ceramic substrate, which helps to protect the resistor from moisture and dust. This helps the resistor to remain reliable for longer periods of time. The epoxy coating also helps to dissipate heat, helping to increase a circuit\'s lifespan. Additionally, the resistor\'s metal case provides shielding from external electromagnetic disruption, helping to protect the circuitry from external interference.

To summarize, the RN50E 4321BRSL is a through hole resistor designed for current precision measurement, pulse power supplies, and voltage deviation applications. Its operating temperature range is from 0°C to 55°C and it is rated to handle 2.8 watts of power. It has a low voltage rating of 0.625 VDC, a high-voltage rating of 19.0 VDC, and a power rating of 0.4W to 1.6 W at 25°C. It also has a non-inductive design to minimize crosstalk, and its epoxy-coated body and metal case provide protection from moisture and dust as well as shielding from external electromagnetic disruption.