416F32011CST

The 416F32011CST is a crystal unit designed for precision use in network timing operations and other fields with high stability and accuracy. This unit is capable of thriving in challenging environmental conditions while delivering high-precision and reliable performance.

Application Field

The 416F32011CST has a wide and comprehensive range of applications. It is used in various telecommunication and networking applications, to name a few. Many research works and industrial processes depend on high-precision and reliable network timing operations, making the 416F32011CST a great fit in this field. The crystal unit is also a great choice for applications such as: Wi-Fi routers and modems, frequency synthesizers, airplane security systems, network sensors and encryption systems, time code generators and receivers, GPS receivers, modems, pulsers, set-top boxes, and cable or satellite TV.

The 416F32011CST crystal unit can be adapted for newer technologies, including IoT and mobile communication systems.

Working Principle

The 416F32011CST utilises the moving mass vibration technique. It works by converting mechanical energy, as generated by a quartz crystal, into electrical energy. By fitting the crystal into a semiconductor, the energy can be amplified and then channelled into a frequency circuit.

In an oscillator circuit, the crystal can be used to create an alternating electrical signal. The signal is then fed back to the crystal, which amplifies it before it is output again. This is the basics of the oscillator circuit, which is foundational to the working of the 416F32011CST.

Package

The 416F32011CST crystal unit is supplied as a T1 or T3 package housed in a 6 or 8-pin plastic enclosure. It is also available in a simplified form, as a Crystal Saver. This version allows for reduced cost and enhanced flexibility compared to other units.

Storage and Operating Temperature Range is -40 to +85°C for the 6-pin package and -40 to +100°C for the 8-pin packages.

Features

The 416F32011CST has many features that make it well-suited to use in demanding environmental conditions. It has a temperature stability of ±10ppm/°C and motional capacitance of 10pF max at 1Vrms. The crystal has a frequency range of 7.05 – 26 MHz and maximum miniature lateral frequency shift 3ppm at 25°C. Medium Term Stability is ±50ppm at 25°C, and the Short Term Stability is ±20ppm up to 30°C. It also has excellent Storage to Operating Thermal Re-Trim Stability.

Conclusion

In conclusion, the 416F32011CST is a highly versatile and robust crystal unit with a wide range of applications. It utilises the moving mass vibration technique, and is available in a 6 or 8-pin package for added convenience. It has excellent temperature stability and frequency range, making it an ideal choice for telecommunication, networking, and other applications requiring precision and reliability. The 416F32011CST is surely a reliable and cost-effective solution for precision and accuracy.