TEA6811V/C03,118

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

RF Receivers - TEA6811V/C03,118 Application Field and Working Principle

TheTEA6811V/C03,118 RF receiver is a single-chip device used in various applications such as car radio, digital television, and other digital audio devices. It can also be used in conjunction with the TEA6812V/C05,118 signal processor to control such devices with dedicated applications. It is compatible with either an analog or digital signal.

The TEA6811V/C03,118 operates on a low voltage range – typically 3-5 VDC. It is suitable for applications in car radios, televisions, digital video recorders (DVRs) and other audio and video consumer electronics products. It features a single digital input and can demodulate both analog and digital signals. It also supports several modulation standards such as AM, FM, and phase-lock loops (PLLs).

The TEA6811V/C03,118 features a low power consumption, high dynamic range, minimal noise interference, and a small package size. It has low phase noise and good linearity, which provides excellent sound quality and ensures no annoying interferences in sound playback. The built-in phase-locked loop (PLL) allows the receiver to correctly demodulate both analog and digital signals. The built-in power amplifier provides sufficient power for driving the loudspeakers with minimal risk of distortion.

The working principle of the TEA6811V/C03,118 is based on signal modulation, which is the process of using a carrier wave to transport the signal and information from the transmitter to the receiver. The signal is demodulated so that it can be used by the receptor. The receiver first amplifies the signal with an amplifier to increase its strength. This signal is then sampled and quantified, which is the process of digitalizing the signal. This digitalized signal is then used in the demodulation process, which is responsible for retrieving all the information from the original signal.

The transmitter is responsible for modulating the signal before it is transmitted. The signal is modulated with either an amplitude or frequency variation. The original signal is then amplified and the modifications are added to establish the modulated signal. After the signal is decoded, the audio information can be understood and interpreted by the receiver.

The TEA6811V/C03,118 can be used in various applications as it is compatible with both analog and digital signals. It provides excellent results while requiring minimal power consumption and a small package size. The built-in PLL and amplifier provide a high dynamic range to ensure sound quality in any given application. With its robust design and low operational costs, the TEA6811V/C03,118 is an excellent choice for RF receiver applications.

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