402F50022IDR

402F50022IDR Application Field and Working Principle

402F50022IDR is an advanced type of crystal developed and produced by Rakon. This innovative crystal is designed for high frequency applications and is capable of fulfilling the more demanding requirements of the market. The innovative design of this crystal allows it to be used in a variety of applications, including radios, televisions, mobile phones, and even radar.

Application Field

402F50022IDR crystal is an excellent choice for frequency-related applications. As a high-frequency crystal, the crystal\'s frequency stability over temperature is superior to lower frequency crystals. Thus, this crystal is an ideal choice for communication devices, computers, and other similar devices. This crystal has been used in a wide range of applications, from medical, gaming, entertainment to industrial, traffic, and security systems.

The good frequency stability of the 402F50022IDR crystal can be attributed to its innovative design. It features a low jitter and high frequency stability over temperature. This feature makes it a reliable and accurate crystal for use in a variety of applications.

The low cost of the crystal is another factor that makes it an attractive choice for many applications. The cost of the 402F50022IDR crystal is significantly lower than other crystals, making it ideal for budget-minded customers.

Working Principle

The 402F50022IDR crystal utilizes a unique working principle to accomplish its job. In a standard crystal of this type, a voltage signal is applied to a quartz crystal. This signal initiates a series of oscillations. This repetitive oscillation causes the quartz crystal to output a frequency specific to the signal.

The principle behind the 402F50022IDR crystal is the same as other crystals. However, its innovative design allows it to output precise frequencies with superior stability. The crystal\'s superior frequency stability is due to its ability to maintain precise frequency stability over temperature. This feature makes the crystal an excellent choice for applications requiring precise frequency control.

The 402F50022IDR crystal is capable of producing a wide range of frequencies, making it suitable for a variety of applications. It is also capable of operating in temperatures ranging from -40 to +85 degrees Celsius. The high frequency stability of the crystal and its rugged construction makes it a reliable choice for use in a variety of electronic equipment.

Conclusion

The 402F50022IDR crystal is an advanced and reliable crystal suitable for a variety of applications. Its innovative design and superior frequency stability make it an attractive choice for many applications. This crystal is also cost-effective and offers excellent value for the money. 402F50022IDR is an excellent choice for applications requiring precise frequency control or requiring operation in extreme temperatures.