WW1FT287R

Through Hole Resistors are a type of resistor component that is designed to provide a way to limit current. They are typically found on breadboards, made up of a small ceramic tube or an insulated hollow body filled with a resistive material. The most common type of Through Hole Resistor is the WW1FT287R, a fixed value resistor that uses a plastic body as its insulation base. It is often used in a variety of consumer, industrial, and military applications.

WW1FT287R Application Field

The WW1FT287R fixed value resistor is commonly used in applications which require precise current control. Its design makes it an ideal component for high-performance regulated power supplies, current sources and similar circuits. It provides excellent electrical stability and reliable performance even in the harshest of environments. The WW1FT287R is also used in distributed processing, commercial and industrial instrumentation, and automotive electronics.

In addition, the WW1FT287R has been approved for use in most consumer electronics devices as well as military and aerospace equipment. It has been used for various applications, including data acquisition, precision voltage regulation, flash control systems, and load line protection. The component has also been found in cryogenic devices and frequency chirping circuits.

WW1FT287R Working Principle

The WW1FT287R uses a fixed value resistor as its basic building block, meaning that its resistance will constantly remain the same regardless of the current flowing through it. A through hole resistor includes a metal resistor element which is embedded within two circular ceramic slabs, forming an insulated package. This package is mounted on an insulated substrate, taking advantage of the precision accuracy that comes with this design. The resistance of the resistor depends on the resistance of the metal element, which in turn depends on its physical size and material.

The WW1FT287R fixed value resistor is designed to provide a constant resistance without any dips or peaks in its response profile. It is also designed to be highly stable over a wide range of temperatures and frequencies, and offers excellent long-term reliability. Its design makes it suitable for most applications, and because of its through hole mounting, it provides an easy soldering option for implementing this component into a circuit.