PE-1008CM681JTT

Fixed inductors are passive components and are widely used in general electronic circuits, such as telecommunication, computers, automotive and industrial electronics. The PE-1008CM681JTT is an inductor that is amongst the new advancements in this field.

An inductor, or a coil, is usually made out of wire coiled several times around a core, forming a loop. This loop is responsible for generating a magnetic field, when a current is passed through it. As the current passes through the inductor, the loop produces a magnetic field and the flux lines of the magnetic field will induce a secondary EMF, called the back EMF. The EMF inducement is proportionate to the rate of change of current passing through the inductor.

The PE-1008CM681JTT is a fixed inductor that provides users with a planar configuration, for easier mounting and reliable protection from external elements. It has a nominal inductance value of 680 nH and a maximum DC current of 1.4 A. This inductor is designed to work in a temperature range of -40°C to +105°C and requires a rated voltage of 6.3 V.

The PE-1008CM681JTT was designed with surface mounting in mind and it has a variety of potential applications. It can be used in telecommunication and automotive electronics, DC to DC converters, computers and notebooks, and other industrial electronic circuits. This component is ideal for high frequency switching power supplies, signal processors or data converters due to its excellent high frequency characteristics.

Not only does the PE-1008CM681JTT has a wide range of application fields, it also provides users with a reliable amount of protection against mechanical stress, temperature changes and other environmental factors. This inductor also exhibits an excellent balance between coefficient of capacitance and quality factor, allowing it to achieve high-speed performance in various application fields.

In conclusion, the PE-1008CM681JTT is an inductor that provides users with a wide range of application fields and reliable protection from environmental conditions. It has an excellent balance between coefficient of capacitance and quality factor, allowing it to achieve stable performance at high frequencies. The planar configuration also makes it ideal for surface mounting and provides users with an easier way to integrate the component in their circuit designs.