AWSCR-48.00MTD-T

Resonators

AWSCR-48.00MTD-T is an acoustic wave resonator which is a type of high-frequency micromechanical resonator. It plays a pivotal role in various industrial applications, ranging from mobile phones to high-end military systems. The resonator is appreciated for its superior design, stability, and reliable performance.

Application Field

AWSCR-48.00MTD-T has a wide variety of applications in multiple industries. It has been used as a quartz frequency standard in wired telecom systems, as a timing device in consumer electronics, and as a frequency reference in satellite navigation systems. In mobile phones, it has found use as a quartz crystal oscillator, providing a stabilized power reference and frequency control. In military applications, its ability to deliver stable performance is a primary driver for its frequent use in communication systems. Modern medical devices also make use of it for its superior accuracy and stability.

Working Principle

The AWSCR-48.00MTD-T comprises of a micromachined quartz block that acts as a transducer for acoustic waves. It works on the principle of piezoelectricity - the capacity of certain materials to accumulate electrical charges in response to stress or mechanical force. When an alternating electric field is applied to the resonator, it produces periodic mechanical vibrations which, in turn, generate an electrical waveform, giving rise to the oscillations essential for its frequency stability. The resulting waveforms and frequencies are carefully monitored and controlled to store, analyze and transmit specific signals.

Performance

The AWSCR-48.00MTD-T provides exceptional performance in industrial applications. It is highly stable and reliable, combining a low frequency tolerance of 25ppm to 33ppm with a temperature range of -40 to +125°C. This ceramic resonator also offers superior vibration, shock and aging characteristics, allowing superior signal reliability in most operating conditions. Aside from its flexibility and dependable functioning, this resonator is also significantly more cost-effective than other comparable analog products.

Conclusion

As one of the leading high-frequency micromechanical resonators, the AWSCR-48.00MTD-T has proved its worth in multiple industries. Its superior design, stability and dependable performance have made it a highly sought-after product for numerous industrial applications. The resonator is especially popular for its excellent low frequency control, temperature adaptability and cost-effective approach. With its superior performance, the AWSCR-48.00MTD-T is sure to remain a crucial component of communication systems in multiple industries.