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Crystals: ECS-184-20-5PDN-TR application field and working principle

Crystals are an essential component in a vast array of communication and industrial electronics applications. The ECS-184-20-5PDN-TR crystal is a great example of a modern-day crystal. In this article, we will analyze how this crystal is utilized and how it works.

Overview of the ECS-184-20-5PDN-TR Crystal

The ECS-184-20-5PDN-TR, commonly referred to as just the ECS crystal, is a quartz crystal, specifically designed for Industrial, Commercial, and Medical applications. This crystal is housed in a 5PDN package, which is 5x6x1.6 mm. It has a frequency range of 32 MHz to 48 MHz, with a load capacitance of 12.5 pF.

The ECS crystal is perfectly suited for various medical applications, due to its specific characteristics and because of its tight contract manufacturing process. Additionally, this crystal is capable of withstanding harsh conditions and extreme temperatures, making it a great choice for industrial and military applications.

ECS-184-20-5PDN-TR Application Fields

The ECS-184-20-5PDN-TR crystal is used in several industries. It is used as a reference oscillator in medical instruments, such as ECG and EEG machines. Additionally, it is used in frequency control products, including cell phones and digital cameras.

The ECS crystal is also used in military and navigation applications, such as remote sensing systems, artificial satellites, and other meteorological applications. This crystal\'s precision and stability are also highly prized in industrial settings, as it has a much higher tolerance than other crystals in extreme temperature conditions.

ECS-184-20-5PDN-TR Working Principle

The ECS-184-20-5PDN-R crystal oscillates a signal at a specific frequency when a voltage is applied. This signal is typically generated by an amplifier circuit, combined with an RC circuit. The signal is then subjected to an oscillating circuit to generate a specific frequency signal.

The crystal resonates at its natural frequency when a load capacitance is added across two of its pins. The load capacitance is placed between two of the terminals of the oscillator, and it is a vital component of the oscillating circuit.

In a change in its electrical state, the crystal changes its frequency by altering the charge carriers on its surface. This phenomenon is known as piezoelectricity, and it is caused by the mechanical quality of quartz. The quartz crystal is composed of atoms arranged in a specific pattern, causing it to vibrate at a certain frequency when a voltage is applied.

Conclusion

So, the ECS-184-20-5PDN-TR crystal is an essential component in many modern gadgets, due to its unique properties and characteristics. It is used in medical, military, and industrial applications, where its pinpoint accuracy and stability are highly valued. This quartz crystal operates on the basis of piezoelectricity and vibration, caused by the mechanical quality of quartz.

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