PT1000-1750

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

Fixed inductors are electronics components that store energy in the form of inductance - a kind of electrical resistance that opposes any changes in current. An inductor is constructed from a coil of wire, usually encased in a non-conductive material. The current that flows through the coil is dissipated as a voltage in proportion to the rate of change in the current. The electrical energy stored as inductance is proportional to the square of the current.

PT1000-1750 is a type of fixed inductor, made of a high-temperature non inductive polymer material, and designed with a high-performance temperature stability of up to 1,750 degrees Fahrenheit. The primary use of these inductors is in high-power applications, such as high-temperature industrial motors, high-temperature power generators, and elevated temperature switching systems.

The working principle of PT1000-1750 is as follows. When electric current flows through the coil, it induces an electromagnetic force, which in turn generates a magnetic field. As current is supplied to the coil, an opposing voltage is generated, proportional to the rate of change in current. This induced voltage is inversely proportional to the total size of the inductor and inversely proportional to the square of the current flowing through it. As a result, the greater the current, the higher the voltage being generated.

The advantage of PT1000-1750 is that it has a high-temperature tolerance and high power capability. Since the inductor is made of a non-inductive polymer material, it can be used in environments where temperatures can rise to 1,750 degrees Fahrenheit without damage. Additionally, since it has a higher power rating, it is suitable for use in motors and other equipment with higher power demand.

Another key benefit of the PT1000-1750 is that it is also self-regulating. Unlike some other inductors which require manual adjustment to maintain their optimal performance, this inductor is self-regulating and will adjust itself to maintain the optimal current/voltage output as long as it has enough power to meet the current demand. This means that the inductor is always in control, which makes it much easier to use than some other devices.

In conclusion, the PT1000-1750 is an excellent choice for high-power applications which require a high-temperature tolerance and high-power capability. It is self-regulating, which makes it simple to set up and use, and it can last for a long time without needing any external power. It is also much more reliable and efficient than many other types of inductors, making it a great choice for industrial motors, power generators, and other high-power equipment.

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