RLR05C1273FRBSL

Through hole resistors (also known as TH resistor) are an essential component in many electronic circuits, used to limit the current in a circuit. RLR05C1273FRBSL is a high-precision through hole resistors with anti-burn properties suitable for use in high-precision temperature sensing circuit.

Generally, the working principle of a through hole resistor is as follows. In a circuit, electrical current flows into the resistor, where it is converted to heat. The resistor then absorbs this heat and dissipates it through the surrounding environment, limit the current accordingly. This is why through hole resistors, such as the RLR05C1273FRBSL, are often found near heat-sensitive components, such as fuses or transistors.

The RLR05C1273FRBSL is a high-precision resistors with excellent accuracy and stability. With features and applcations such as, precision tolerance of ±0.01%, electrical strength of 5,000V, operating temperature of -55℃ to 155℃, power dissipation of 0.2W for TO-92 package, 0.5W for TO-220 package, 0.75W for TO-220F package, and 1.2W for TO-247 package, where memory and networking application requires high precision and stability. The RLR05C1273FRBSL is an ideal choice.

Furthermore, the RLR05C1273FRBSL have a wide range of application. It is suitable for power supplies, voltage regulators, switchmode power supply, lighting ballast, and AC current measurement, thereby providing the high-precision current needs in many industries. The RLR05C1273FRBSL is also well suited for temperature sensing circuits, such as thermocouples and thermistors. Its anti-burn feature ensures little or no heat is created during operation, allowing for more accurate measurements. The low temperature coefficient of resistance keeps the temperature measurement accurate and stable.

To sum up, the RLR05C1273FRBSL is a high-precision through hole resistor for use with high accuracy temperature sensing circuits, as well as many other applications which requires precise current limiting. It has excellent accuracy and stability, anti-burn properties, as well as a wide operating temperature range and variety of package styles, making it a highly versatile and reliable component.