PD75R-823K

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 components used frequently in electronic circuits, and the PD75R-823K is a type of fixed inductor. This exact component features a power rating DC Current at 80mA, Inductance at 8.2 uH, Impedance at 1000 Ohms, and rated frequency at 1 MHz. It also provides a large variety of mounting options, such as wire, pin, and SMD (Surface Mount Device). 

The PD75R-823K is a type of fixed inductor that is applicable in a wide range of electronic applications. It can be used in DC/DC converters, LCD (Liquid Crystal Displays) and notebook adapters, and in consumer electronics, power supplies, and radio receivers. Additionally, this device can be utilized to reduce noise and filter signals from power supplies. It can also operate at frequencies up to 1MHz, which enables it to function in mobile communications transmissions. 

Fixed inductors have a basic inner workings and working principle which is applicable to the PD75R-823K. As electricity passes across the electrical component, an electric current occurs and creates a magnetic field around the component. This magnetic field then induces an emf onto a coil of wire inside the component, which in turn creates a current moving across the inductor. In simpler terms, the flow of electric current in a fixed inductor generates a magnetic field that resists changes to the circuit, which regulates current and smoothes out electrical signals. 

The PD75R-823K is one of the more versatile types of inductors available, offering excellent electrical characteristics and a fair price. It is well suited for many different applications, including DC/DC converters, LCDs, notebook adapters, consumer electronics, power supplies, radio receivers, and mobile communications transmissions. Moreover, this device has a working principle that follows the laws of induction, which involves the production of a magnetic field, that occurs whenever electric current passes through the component. 

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