2727R-16F

Fixed inductors are widely used in various inductive circuits, and the 2727R-16F fixed inductor is one of the most popular types of fixed inductors. It essentially consists of a conductive coil, a low-loss core and some insulating material. The coil and the core are arranged in close proximity and the entire device is seated on a ferrite substrate in order to achieve better electrical and magnetic performance. Below is an overview of the 2727R-16F fixed inductors application field and working principle.

Application Field

The 2727R-16F fixed inductor is a versatile and effective choice for different applications. In particular, it is well-suited for use in a number of different industries and sectors, including but not limited to, military/aerospace, automotive, telecommunications, consumer electronics, medical, and instrumentation. Additionally, it can be used for a range of applications, such as DC-to-DC converters, filters, power supplies, output stages of switching power amplifiers, and voltage transformers.

Working Principle

The working principle of the 2727R-16F fixed inductor is simple and straightforward. A single-phase circuit is made up of an AC source, which is connected to the inductor through two terminals. When the AC source is in operation, current begins flowing through the coil. This causes the flux produced by this current to link with the core of the inductor, thus creating a magnetic field in the core. In turn, this increases the resistance to current flow, thus restricting the current. Furthermore, when the AC is removed from the circuit, the magnetic field created by the current soon dissipates, and hence, the resistance to current flow is also removed.

In conclusion, the 2727R-16F fixed inductor is a popular choice for inductive circuits, as it is an efficient device that is suitable for different industries and applications. It is a simple device that works mainly by creating a magnetic field in the core of the inductor, which increases the resistance to current, when an AC source is connected to the inductor.