CS325S19200000EEQT

Crystals: CS325S19200000EEQT

Crystals are among the most fascinating and versatile materials that exists on the planet. They can be used in a variety of fields and applications, including electronics and computing. The CS325S19200000EEQT is one of the most commonly used crystals for quarts applications due to its features, stability, accuracy, and reliability.

Applications of the CS325S19200000EEQT

The CS325S19200000EEQT is primarily used in a variety of electronics and computing applications. Its popularity in the industry is due to its outstanding frequency stability, very low phase noise, low EMI and RFI, and high accuracy. All of these features make it an optimal choice for RF communication, satellite, cellular, and mobile phone applications, as well as for other data- intensive applications.

The CS325S19200000EEQT is also used in a variety of timing and frequency control applications. Some of the more common uses include, but are not limited to, clock and calendar generation, pulse count frequency synthesizers, and digital temperature control. It can also be used in various home audio and video applications, digital cameras, games, and more.

Working Principle & Design Features

The CS325S19200000EEQT is based on a quartz clock oscillator. It contains an oscillator circuit built from quartz crystal, which is responsible for the accurate frequency accuracy and stability. This crystal is temperature compensated and protected from temperature shocks and other environmental factors by a temperature compensation circuit that is also built-in.

Additionally, the CS325S19200000EEQT features a CMOS compatible input signal set for easy control and integration, as well as an optional frequency range between 32 to 74 MHz. Lastly, the unit is housed in a 9.0 x12.7 mm ceramic package that is durable and resistant to heat, vibration, and other environmental conditions.

Benefits & Advantages

The CS325S19200000EEQT gives great flexibility and reliability that is suitable for many demanding applications. It provides fast rise and fall time, exceptional frequency accuracy and stability, as well as a low jitter performance. The unit is designed for reliable operation under a variety of temperature conditions and environments. Additionally, it supports a wide range of frequencies, making it a great choice for many complex timing operations.

Overall, the CS325S19200000EEQT provides outstanding performance with its extended frequency range, exceptional frequency stability, and its low jitter performance. This makes it an excellent choice for applications that require superior frequency accuracy and stability.

Conclusion

The CS325S19200000EEQT is an incredibly versatile crystal that is suitable for many applications, ranging from satellite communications to data-intensive applications. Its temperature compensation and low jitter performance make it an optimal choice for demanding timing and frequency applications. The unit\'s flexibility and reliability also make it an ideal choice for many complex timing operations.