ECS-147.4-8-33-JGN-TR

Crystals

Crystals come in many shapes and sizes, each having its own specific purpose. One of the more devoted crystals to use is the ECS-147.4-8-33-JGN-TR, which is designed for high frequency signal applications and is becoming increasingly popular in the field of consumer electronics. This crystal is a particular type of quartz used in circuits to generate signals. The main application of this crystal is in cellular phones and other types of communication technology.

ECS-147.4-8-33-JGN-TR application field and working principle

The ECS-147.4-8-33-JGN-TR crystal is used for different communication technologies and is becoming popular due to its reliability and high performance. It is suitable for a variety of applications, from cellular phones to GPS receivers. The crystal is typically used in communication technology that requires an oscillator to runs at a frequency higher than those used in analog techniques.

When these kinds of crystal oscillators are used, a quartz plate is put in an oscillator circuit. It has two electrical terminals are connected to a circuit that operates at the desired frequency. When a voltage is applied to the crystal, it vibrates at its natural frequency and surrounds a thin slice of quartz with an electric field, which causes the crystal’s slices to vibrate.

This vibration creates a small alternating current in its surrounding circuit, which produces a signal. The frequency of this signal depends on the size and shape of the quartz crystal and is determined by the physical properties of quartz. By adjusting the size and shape of the quartz crystal, it is possible to adjust the frequency of the signal produced over a wide range.

Advantages of crystal oscillators

Crystal oscillators are a great choice for many applications due to their stability and accuracy. They are more reliable than other oscillator types since the frequency of the signal produced won’t change over time, making it more suitable for precision applications.

Furthermore, since the amplitude of the signal produced is small, it requires less power from the circuit, helping to keep power consumption low. Finally, crystal oscillators are immune to interference from external noise and electromagnetic fields, making them great for applications where reliable communication is important.

Conclusion

The ECS-147.4-8-33-JGN-TR crystal is a popular choice for high frequency signal applications and its popularity is only increasing. Its many advantages – such as its stability, accuracy, and interference immunity – make it a great option for many applications.