ECS-98.3-20-5G3XDS-TR

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ECS-98.3-20-5G3XDS-TR Application Field and Working Principle

Crystals are ubiquitous in today’s electronic hardware devices. They are used to regulate the flow of electricity to and from the device, as well as to control timing signals within the circuitry. Crystals are made from a combination of semiconductor materials, typically a combination of silicon and germanium. The ECS-98.3-20-5G3XDS-TR is an example of a crystal.

Overview

The ECS-98.3-20-5G3XDS-TR is an AT cut crystal oscillator from Electronic Crystal Systems that is designed to provide higher frequency stability and accuracy. The crystal has an operating frequency range of 8MHz to 98.3MHz, a temperature coefficient of ±20ppm, and a maximum allowable drive of 5dBm. The device utilizes a steel power case package with a hermetically sealed metal lid.

Applications

The ECS-98.3-20-5G3XDS-TR is an ideal solution for low power consuming applications such as mobile phones, smartphone and other web connectivity devices. It is also used in radio communications systems and sensors, making it a versatile oscillator for a wide range of applications. Additionally, the device can be used in medical implantable devices and wearables.

Working Principle

The ECS-98.3-20-5G3XDS-TR operates by utilizing the piezoelectric effects of its crystal material. The crystal contains electrodes that are connected to an external voltage source. When the voltage source is applied to the crystal, the crystal vibrates and produces an alternating electrical signal. The frequency of the signal is proportional to the crystal’s piezoelectric coefficient and the applied external voltage.

The signal from the crystal is then amplified by an amplifier. The amplified signal is then used to control the timing of the device’s circuitry. This process is repeated at regular intervals throughout the device’s operation, ensuring that its timing is as accurate as possible.

Conclusion

Crystals such as the ECS-98.3-20-5G3XDS-TR are essential components for regulating the flow of electricity and controlling timing signals within electronic hardware devices. The device is a versatile, low power consuming and highly accurate crystal oscillator that has a wide range of applications in electronic hardware devices. It operates by utilizing the piezoelectric effects of its crystal material, producing an alternating electrical signal of a frequency determined by the crystal’s coefficient and applied voltage.

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