SRA1020 C0G

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

As half of the world’s population has transitioned to smartphone use, mobile RF technology has rapidly grown. The SRA1020 C0G application field is a specialized technology that is used to produce low-power radio frequency (RF) devices for smartphones, tablets, laptops, and other low-power mobile devices. It is a high-power acoustic wave piezoelectric receiver intended for active audio and acoustic applications that require a high-power response.

The SRA1020 C0G application field combines the electrical and structural properties of semiconductors, layers of dielectric material and piezoelectric material (piezoelectric material is man-made material that is sensitive to pressure, vibration and other mechanical forces). This application field has helped manufacturers to create low-power, active audio-based products that are ideal for mobile use.

The working principle of the SRA1020 C0G is based on semiconductor technology and uses a single-step rectification operation. This rectification operation ensures that the power output of the SRA1020 C0G is higher than other audio receivers. In order to achieve this high power output, the SRA1020 C0G uses a rectifying power diode that works together with a circuit that is made up of two capacitors. The capacitors allow the power current to flow through the diode at a controlled rate and in a controlled direction.

The working principle of the SRA1020 C0G involves the use of an acoustic wave transducer, which is a device that converts sound waves into electrical signals. The transducer is connected to the rectifying power diode, which then passes the electrical signals to the two capacitors. The capacitors are then connected to the output terminals and the output is then fed to an audio amplifier.

The SRA1020 C0G application field is a specialized technology that has enabled low-power audio-based products to be developed. This technology has contributed to the growth of popular consumer electronics such as smartphones, tablets, and laptops. Additionally, it has provided audio technology with greater levels of power and efficiency, resulting in lower power consumption and higher performance.

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