AST3TQ-12.800MHZ-1-T2

Oscillators are electronic devices used to generate periodic waveforms. The AST3TQ-12.800MHZ-1-T2 is an example of an oscillator, specifically a quartz crystal oscillator. These components provide stable, continuous frequencies of oscillations which are suitable for a variety of applications.

The AST3TQ-12.800MHZ-1-T2 is a low-noise, high-stability quartz crystal oscillator with excellent frequency accuracy. It operates in temperatures ranging from -40°C to +85°C, and has low jitter and low-noise characteristics. The AST3TQ can be used in a variety of applications, including radio frequency (RF), audio, digital, and other mixed-signal systems.

The AST3TQ-12.800MHZ-1-T2 works by using the physical properties of quartz, which is piezoelectric. A quartz crystal has the characteristic of changing shape in response to an electric field. The device consists of a quartz crystal, two metallic electrodes, and two worn plates, known as Z-plates. These components form a frequency-determining oscillator circuit, or tank circuit.

When an alternating current is applied to the quartz crystal, it vibrates at a frequency determined by its physical properties. The electrodes pick up these vibrations, converting them into electrical signals which can be used for various applications. By varying the voltage applied to the electrodes, the frequency of oscillation can be adjusted.

The AST3TQ-12.800MHZ-1-T2 is suitable for a variety of applications, including radio transmission, audio/video equipment, data processing, and others. The frequency accuracy of the device makes it suitable for use in precision equipment such as digital sensors or medical monitoring devices. Its low-noise and stability characteristics make it suitable for use in radio communication systems. It is also suitable for use in AC line frequency applications and power generation, as well as in surface mount timing devices.

Oscillators such as the AST3TQ-12.800MHZ-1-T2 are essential components for a variety of applications. Their precise timing capabilities make them invaluable for a range of uses, from communication systems to medical monitoring equipment. They provide accurate and continuous waveforms, which are necessary for many applications.