ISC1812RQR27M

Fixed inductors are components used for storing and releasing energy and can be found in many electrical and electronic circuits. ISC 1812RQR27M is one of the types of fixed inductors, and it has wide application fields and working principles.

In terms of application fields, ISC 1812RQR27M fixed inductors are mainly used for high frequency low current applications. With low DCR (direct current resistance) and low inductance, these fixed inductors are ideal for switching power supply circuits, digital circuits, and RF circuits. Moreover, as they feature a unique construction that has no core body inside, they don’t suffer from the magnetic saturation issue and have relatively low EMI (electromagnetic interference).

The principle of working of ISC 1812RQR27M fixed inductors is similar to other inductors. When a current flows through this type of inductor, a magnetic field is generated, and an opposing voltage is created to hinder the current. This voltage, otherwise known as back EMF, is the voltage which causes the energy to be stored in the inductor. When the current flowing through the fixed inductor is stopped, the magnetic field dissipates, releasing the energy stored in the inductor and creating a pulse.

ISC 1812RQR27M fixed inductors have high inductance and low DCR, allowing them to handle higher current voltage levels and hence reducing the switching loss. These inductors are designed to be highly frequency stable and temperature resistant, which makes them ideal to use in wide temperature range. With its compact size and no-core construction, ISC 1812RQR27M fixed inductors are perfect for small space applications. They come with lead-free terminals for better environmental protection.

In conclusion, fixed inductors like ISC 1812RQR27M come with wide application fields and unique working principles, which makes them ideal for many industries such as automotive, consumer electronics, etc. With its compact size, low inductance, and no-core construction, these fixed inductors are ideal for high frequency low current applications.