WW10FT3R00

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Through Hole Resistors come in two main types: Carbon Composition Resistors and Wire-wound Resistors. The WW10FT3R00 belongs to the Wire-wound Resistors category. It is a high stability and low noise wire-wound resistor. This industrial grade device is designed for use in power supplies, medical equipment, and instrumentation.

WW10FT3R00 wire-wound resistors feature a power rating of 10 watts at 3 ohm resistance. The resistors are made of a high-quality ceramic core, which is winded with a resistance wire. The resistor is then encapsulated in a heat-resistant, non-combustible material. The overall design allows for enhanced performance, improved temperature stability, and greater noise reduction.

The WW10FT3R00 can be used in various applications. In power supplies, the resistor helps regulate the current, protecting both the power supply and the device connected to it. In medical and instrumentation applications, the resistor is used for precise current reading. Additionally, the resistor can help protect from fluctuations, overloads, and surges in the power grids.

The WW10FT3R00’s working principle is relatively simple. A current is applied to the wire-wound resistor, and the resistor opposes the flow of current. This process creates an electric field, which produces a voltage drop across the resistor. This voltage drop is the difference between the current supplied and the current received. The resistance value is determined by the amount of voltage drop that takes place.

The WW10FT3R00 is designed for high performance and accuracy. It features a mounting hole for easy installation, a maximum temperature rating of 205°C, and a resistance tolerance of ±1%. It also has a thermal time constant of less than 12 seconds, ensuring the device’s temperature is closely monitored and controlled.

The WW10FT3R00 is a high quality and reliable wire-wound resistor, suitable for various industrial applications. Its unique design provides enhanced performance, accuracy, and improved temperature stability. The resistor can be easily installed and provides superior protection from power surges and overloads.

The specific data is subject to PDF, and the above content is for reference