TS1608-220M

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 a type of electronic component mostly used in radio-frequency (RF) circuits, high-frequency filters, and high-frequency transformer circuit designs. The TS1608-220M, which is a high-performance, SMD type for applications between 100MHz to 1GHz, is an example of a fixed inductor. They are commonly used due to their ability to increase the circuit’s Q factor and reduce losses associated with RF circuits.

The TS1608-220M has four major components. A small bobbin core is wrapped with a wire coil that serves as the inductor. This inductor acts like a conductor, but has the opposite effect of a resistor in that it induces a current when a voltage is applied. Additionally, it has two other components to protect the coil - a gap core is placed on top of the coil and a magnetic shield is placed over the gap core to reduce interference from other RF signals. The fourth component is a capacitor, which helps to limit the frequency of the RF signal being passed through the inductor.

As a high-performance SMD fixed inductor, TS1608-220M applications range in frequency from 100MHz to 1GHz. Most commonly, they are used as transformer circuits for high-speed data transfer, noise filters in digital RF circuits, and impedance matching for RF antennas. They are also used in RF oscillator or oscilloscope circuits due to their superior ability to reduce losses and maintain circuit Q.

The working principle of the TS1608-220M is straightforward. When the RF signal is applied across the inductor, the current builds up in the coil, creating a magnetic field, and a voltage is produced in the inductor. This voltage is then passed through the capacitor, resulting in a filtered signal that is of a specific frequency.

The TS1608-220M is the most suitable fixed inductor for a variety of projects due to its wide frequency range and its ability to reduce losses. Its small size and high performance make it a great choice for a wide variety of RF circuits. Its easy implementation into most circuits makes it a popular choice among engineers and technicians.

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