AST3TQ-26.000MHZ-5-T2

Oscillators are components that produce regular, repeating intervals of output, using various cycles of operation. An oscillator, when connected to a circuit, will produce a voltage at regular intervals, allowing the circuit to function more efficiently, reducing energy consumption and producing precise results. One of the most common types of oscillators is the AST3TQ-26.000MHZ-5-T2.

The AST3TQ-26.000MHZ-5-T2 oscillator is a quartz crystal oscillator with a frequency of 26.000MHz. The frequency is determined by the thickness and size of the quartz crystal, and the oscillator can be used in various applications where a precise frequency is required. The oscillator features a frequency stability of +/-5 ppm, an ultra-low power consumption of only 5 mW, and a high frequency accuracy of +/-20 Hz.

The oscillator can be put to use in any number of applications, such as in medical imaging, communications, navigation, robotics, audio, and even in industrial applications. Its precise frequency output makes it useful for systems that require exact timing, such as radar and seismic exploration, satellite navigation, and geolocation. The AST3TQ-26.000MHZ-5-T2 is also used in high-speed digital electronics, where accurate timing is essential.

The working principle of the AST3TQ-26.000MHZ-5-T2 is based on the principle of quartz crystal oscillation. Quartz is a special mineral material composed of silicon and oxygen atoms. It has a large enough size and mass to vibrate when an electric current is applied to it, and its natural frequency can be determined by adjusting the thickness and size of it. When connected to a circuit, the quartz crystal will oscillate at a precise frequency, producing an output voltage. This output voltage is used to power the circuit and to provide it with clock pulses for precise synchronization.

The AST3TQ-26.000MHZ-5-T2 oscillator is designed to be a reliable and accurate device, capable of providing a consistent frequency for a wide range of applications. Its low-power consumption and high-frequency accuracy make it an ideal choice for applications requiring precise timing and synchronization. It also offers robustness and can operate in harsh environments, making it suitable for use in military and aerospace applications.