WW12FT1R50

WW12FT1R50 is a through-hole resistor commonly used in a variety of electronic circuit applications. Its construction and design is based on a combination of resistive components and a self-suctioned circuit which functions as the working principle of this type of component. Its classified as a through-hole rigid resistor, due to its characteristics.

WW12FT1R50 is a resistor that has a relatively narrow resistance range and quite high-intensity power rating. It has a reliable temperature stability, and precise current-voltage measurements, which is important in the applications that require high precision control. The power rating of WW12FT1R50 is significantly higher than many other components, with a maximum working frequency of 1MHz. Due to the high power rating, WW12FT1R50 also has a large temperature coefficient of variation of up to approximately 10%. It also has an exceptionally low leakage current compared to other resistors, making it an optimal choice for operations that require an extremely low power rating and precisely controlled current.

Since WW12FT1R50 is designed to provide a high precision of current and voltage control, it is highly suitable for consumer equipment, medical instrumentation, and digital signal processing. It is also favored for its low power rating and wide resistance range which makes it suitable for most components. In addition, its high power rating is incredibly useful in laboratory testing and measuring instruments, which requires a stable, safe, and precisely controlled current. Moreover, the exceptionally low leakage current provided by WW12FT1R50 makes it an ideal choice for applications in communication and network systems that require an isolated and extremely low power rating.

WW12FT1R50 is a through-hole resistor composed of two parts: the resistor element, and the self-suctioned circuit. The resistor element is a sensitive ceramic-insulated wire wound on a spool. The self-suctioned circuit is what provides the current and voltage control. It is designed to retain its shape through a combination of two components: a damping sleeve and a resistor element. The damping sleeve is a thin sheet of copper-clad plastic whichhouse the resistor element. It helps retain the shape of the element and protect it from damage caused by excessive temperature or humidity.

WW12FT1R50 is classified as a through-hole resistor. Its characteristics make it an excellent choice for applications that require precision measurements. Its limited resistance range and high power rating make it ideal for laboratory and medical instrumentation. Its damping sleeve and self-suctioned circuit provide the current and voltage control required of such powerful component. In addition, its low leakage current makes it extremely suitable for communications and networks.