SDR2207-121KL

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, also known as inductors, are components used in electronic circuits to store energy for later use. The SDR2207-121KL is an inductor designed to do just that. It has a diameter of 2.2mm, a height of 0.7mm, and a body of stainless steel. It is also rated for a DC resistance of 0.12 Ohm and an impedance of 220nH.

The application fields and working principles of the SDR2207-121KL are quite easy to understand. The device is mainly used in analog, digital, and RF circuits. It is designed for both high-current and low-noise applications and is able to provide a stable voltage source for powering devices. Basically, the inductor stores energy and then releases it when current is needed.

The SDR2207-121KL is usually used in combination with capacitors to create an LC filter. An LC filter is a type of filter that uses an inductor and capacitor to block or allow certain frequencies from passing through a circuit. It is usually used to reduce power line noise, improve signal integrity, and increase the efficiency of RF circuits.

The SDR2207-121KL also has a low self-resonance that helps reduce noise in high frequency circuits. Additionally, it can also be used in power supplies to reduce current ripple, which helps improve system stability and reduce power consumption.

The device can also be used in current-sense applications, such as in motor control systems and switch-mode power supplies, for closed-loop current-sensing. The inductor senses the current in the loop, allowing it to be used for a wide variety of high-precision current sensing applications.

In summary, the SDR2207-121KL is a fixed inductor designed to provide high-current and low-noise applications, as well as a stable voltage source. It is usually used in combination with capacitors to create an LC filter, reduce power line noise, improve signal integrity, and increase efficiency of RF circuits. It also has a low self-resonance that helps reduce noise in high frequency circuits, and can be used in current-sense applications for closed-loop current-sensing.

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