CS321613-270K

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 passive electronic components which are useful in the electrical circuit. They are mainly used for storing an electrical charge, just like a capacitor or resistor. The CS321613-270K is a specific type of fixed inductor which comes in an inductance rating of 0.270kH.

The CS321613-270k is an excellent choice for low noise applications, and its ceramic core ensures minimal power loss. It is commonly used in applications like audio equipment, radio equipment, microwave ovens, and power converters. It can also be used in combination with other inductors for correcting harmonic distortion.

The unique design of the CS321613-270k ensures that the inductor is effective at filtering out high frequency noise from low frequency signals, thus providing clean power to components downstream. It also works well in applications that require high current as it enables current to flow through it quickly and efficiently.

The working principle of the CS321613-270k is based on the fact that a current flowing through an inductor induces a magnetic field. The greater the current, the larger the magnetic field that is produced. The magnetic field of the inductor then interacts with the current to create a force, which opposes the flow of current. Thus, the inductor exerts a resistance to the flow of current, which is known as inductance.

The CS321613-270k is an excellent choice for applications where low power loss, high current, and low noise are expected. It has a wide operating frequency range of 1MHz to 1GHz, making it suitable for a variety of applications. The CS321613-270k is an effective EMI filter and offers excellent signal conditioning.

In conclusion, the CS321613-270K is an effective and efficient fixed inductor that is commonly used in low noise applications. It is characterized by its ceramic core, low power loss, high current capabilities, and wide operating range. Its working principle is based on the interaction of current and magnetic field, which creates a force that opposes the flow of current. This force is known as inductance, which results in power loss.

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