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Resonators

Resonators are electronic devices that use resonance to create electrical waves or oscillations. Most commonly, the components used in such a device are circuit elements that have a resonant frequency, such as capacitors, inductors, and quartz crystals.

AWSCR-50.00MTD-T is a type of resonator designed for use in radio frequency (RF) applications. It is a surface-mount non-volatile device that is composed of five components: two capacitors, two inductors, and a quartz crystal.

Application Field

AWSCR-50.00MTD-T resonators are generally used in wireless applications, particularly those in the 400-420 MHz range. They are suitable for use in cellular baseband and paging systems, as well as other wireless communication systems that operate in this frequency range. The device is also used for other applications, such as FM narrow band and broadcast, GSM and GPRS.

Working Principle

The AWSCR-50.00MTD-T resonator works by creating a resonant frequency, which is determined by the characteristics of its components. The resonant frequency is determined by the quality factor (Q) of the resonator, which is a parameter that describes how well the device converts electrical energy into mechanical energy. The higher the Q, the better the efficiency of the resonator.

When a high-frequency RF signal is applied to the AWSCR-50.00MTD-T resonator, the inductors, capacitors, and quartz crystal interact to create a resonant frequency. This frequency is determined by the components, and is often referred to as the "resonant frequency" or "resonant frequency range". The resonant frequency of the device is determined primarily by the characteristics of the quartz crystal, which is selected based on the desired frequency range. The resonant frequency range of the device is typically determined by the tolerance range of the capacitors and inductors.

Once the resonant frequency is established, the resonator will create a voltage at the output of the device that is proportional to the applied RF signal. This voltage is referred to as the output voltage. The output voltage is then used to drive other components in the system, such as antennas, amplifiers, and other RF components.

The AWSCR-50.00MTD-T resonator is a highly efficient and reliable device that can be used in many different types of wireless applications. Its key advantage is its ability to generate a stable and predictable output voltage, which ensures that other components in the system are not overloaded or distorted. The device is also highly rugged, making it a very reliable and cost-effective solution for many wireless applications.

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