67144080

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, such as 67144080, are components used to establish an electrical current in electronic circuits. They are used to reduce noise, increase current flow, and provide a degree of protection against voltage spikes. As their name suggests, fixed inductors are designed to maintain a fixed (or predetermined) inductance value.

This inductor, i.e., 67144080, is in the form of a single-layer, fixed, bi-filar inductor designed to provide superior electrical performance. It specifically exhibits low DC resistance and high efficiency. It can be used in both board level and chip level applications in both digital and analog systems. It also has a wide temperature range and is known for its reliable and stable performance.

Encased in an epoxy, 67144080 has a rated impedance of 220 ohms ±20% at 1.2 KHz. The inductance tolerance range is -20 +/-20% with an operating temperature range of -55 to +125 degrees Celsius. The maximum surface temperature is 125 degrees Celsius and the rated power is 0.1 W. The maximum DC voltage is 40 V and the thermal resistance in still air is 100 degrees Celsius per watt.

In terms of its working principle, fixed inductors, such as 67144080, create a magnetic field when a current is passed through them. This magnetic field stores energy in the form of current. As the current passes through the inductor, the inductor stores the energy and slows the current’s rate of change. This helps reduce noise and other electromagnetic interference in the signal.

The way in which the inductor stores energy is determined by its inductance. Inductance is resistance to change in an electrical current, and is measured in henries (H). Generally, the larger the inductor, the more inductance it will have. To achieve an optimum inductance, the magnetic field created by the inductor must be properly aligned with its current direction and magnitude.

In applications like 67144080, inductors can be used to efficiently buffer the voltage and current flow in both analog and digital circuits. This helps protect the delicate electronic components from voltage spikes and other disturbances. Additionally, they can be used to shape the current waveform, ensuring that the correct amount of power is available to the electrical components in the circuit.

Inductors can also be used in noise-sensitive applications such as power supplies, amplifiers, cordless telephones, radio receivers, antenna tuners and receivers, and cell phone networks. In dB (Decibels), inductors can reduce signal distortion and noise, helping create a cleaner sound or image.

Overall, the 67144080 inductor is a reliable component designed for use in a wide range of applications. It is known for its low DC resistance, high efficiency, wide temperature range, and reliable performance. Furthermore, the inductor’s working principle is necessary for achieving maximum inductance, buffering voltage and current flow, and reducing signal distortion and noise.

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