AWSCR-24.00CW-T Crystals, Oscillators, Resonators

Resonators

AWSCR-24.00CW-T is a resonator technology widely used in many industries. Resonators are an essential tool in a variety of applications, from the design of mechanical and electrical systems to measurement and control operations. This technology is used in a wide variety of applications and industries, including electronics, telecommunications, automotive, aerospace, military, and medical.

Application Fields

AWSCR-24.00CW-T resonators are mainly used in the following application fields:

• Microelectronics: including semiconductor device testing, dielectric material characterization, and on-chip resonator evaluation.
• Military and aerospace: including test and measurement of actuators, measuring the vibration of an airframe, or measuring the displacement of structures.
• Automotive: including test and measurement of engines, brakes, and electronic control systems.
• Medical: including regulating the rate of change in physiological flow.
• Telecommunications: including engineering and manufacturing phase-locked loops, filters, oscillators, and resonator circuits.

These resonators can be used in virtually any application where accurate frequency control is required, and their use is growing as the need for better control and more reliable information increases.

Working Principle

The working principle of AWSCR-24.00CW-T resonators can be explained as follows: when an alternating electric current of the same frequency is applied, the resonator will induce a voltage on its terminals. This voltage is proportional to the current and can be used to regulate the frequency of an electronic system. The resonator will continue to oscillate at the same frequency until the current drops below the threshold. At this point, the resonator will stop oscillating and the frequency of the system will be changed accordingly.

In addition to regulating the frequency of an electronic system, AWSCR-24.00CW-T resonators can also be used to extract information from signals. By measuring the frequency of a signal, the resonator can be used to determine the amplitude, phase, and time of the signal. This information can be used to detect and characterize signals, as well as to measure and characterize the properties of materials.

In short, AWSCR-24.00CW-T resonators provide a versatile and powerful tool for frequency regulation and signal measurement in a variety of applications. Its ability to accurately control the frequency of an electronic system and to extract information from signals make it a valuable tool for many industries.