MLG0603P4N1BTD25

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 electronic components used in electrical circuits to store energy in the form of a magnetic field and then release it. They are often referred to as inductors because they induce a current and therefore they are used in high frequency applications for radio, communications, radar and automotive industries. Electrical energy is stored through a magnetic field using a coil, when the current is stopped the energy is gradually released over a period of time.

MLG0603P4N1BTD25 fixed inductors are the ideal choice for applications that require high-quality inductors, such as communication systems, audio and RF circuits, computer and network systems and more. Designed for quick and easy installation in a production environment, these are surface-mount components which provide excellent reliability and long-term stability in electrical systems.

MLG0603P4N1BTD25 fixed inductors are used in the field of radio frequency communications. This type of inductor provides excellent performance in a variety of applications, such as wireless phones, base stations, power amplifiers, and even air-to-ground systems. It is designed to allow for low noise operation in the circuit and offers improved reliability.

The working principle of an MLG0603P4N1BTD25 fixed inductor is that, when current is applied through its winding coil, the electric current produces a magnetic field within the inductor. The magnetic field created then causes a voltage drop across the inductor’s terminals. As the current through the inductor remains constant, the magnitude of the voltage produced across the inductor’s terminals is also constant. The exact magnitude of the voltage drop depends on the amount of current passed through the inductor, the number of turns in the inductor’s winding coil, and any external circuitry that is connected to the inductor.

MLG0603P4N1BTD25 fixed inductors are designed for applications demanding for the highest performance with regards to signal integrity, power consumption, and overall system performance. They have a low DC resistance that ensures low energy loss during operation, along with a high Q value (Quality factor), which indicates the inductors’ effectiveness in storing the energy. Moreover, these inductors also have a temperature coefficient that is within the acceptable limits for several applications such as PLLs, crystals, and oscillators.

The MLG0603P4N1BTD25 fixed inductors are designed to meet the stringent requirements of industrial applications and offer superior performance, providing reliable, long-term stability. They are available in a wide range of footprints in order to fit within confined spaces and can be operated in a wide temperature range. Moreover, their surface-mount technology makes them suitable for quick and easy installation in production environments.

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