AST3TQ53-T-25.000MHZ-2-SW-T5

Oscillators are electronic components that create electrical signals with a specific frequency and amplitude. They are usually used in a wide range of industrial, commercial and consumer applications such as television, radio, audio systems and microprocessors. The AST3TQ53-T-25.000MHZ-2-SW-T5 is one of the oscillators that is designed specific functions.

Application Field

The AST3TQ53-T-25.000MHZ-2-SW-T5 oscillator is mainly used in in digital signal processing, radar communication, and high-speed data transmission. Also, it can be used in the mobile communication system, wireless data communication, MEMS sensor system, navigation system, medical instruments, and vibrational instruments. As high-performance oscillators, these oscillators feature ultra-low power consumption, and can also have a huge operating temperature range. They are also shock and vibration-resistant and have excellent frequency response characteristics. These oscillators are known for their excellent long-term stability and accuracy, making them ideal for applications that require precise and reliable signal transmission.

Working Principle

An oscillator is usually composed of an amplifier and a resonator, and its output signal band is determined by the resonator. Being able to accurately control the output frequency is an important criterion for judging its performance. Electrical signals output by the resonator, and the resulting waveforms are converted into ‘S-curves’ informing the oscillator of the standing frequency. The AST3TQ53-T-25.000MHZ-2-SW-T5 oscillator is designed with a frequency-sensitive amplifier which can be electronically tuned to a range of 25MHz. This enabling the oscillator to maintain output frequency within an acceptable margin of error.

Conclusion

The AST3TQ53-T-25.000MHZ-2-SW-T5 oscillator is an excellent choice for applications where low power consumption and frequency accuracy are desired within an operating temperature range. Its ability to operate across a wide temperature range and its ability to maintain a tight frequency response make it an ideal choice for many applications. Its small size and lightweight design also make it highly versatile and suitable for use in a variety of applications.