9C-7.680MAAJ-T Crystals, Oscillators, Resonators

Crystals are naturally occurring substances that have a regular repeating arrangement of positive and negative ions in their internal structure. They are also used in the modern high-tech world for a variety of applications. 9C-7.680MAAJ-T is one example of a crystal that can be utilized for a specific purpose.

9C-7.680MAAJ-T is an oven-controlled crystal that is used in oscillators and other circuits requiring stable, precise frequencies. This crystal is made of four pairs of common piezoelectric quartz crystals. Each pair is manufactured from synthetic quartz cured at high temperatures to ensure stability. The crystal pairs are cut and sealed in matched sets according to industry standards.

The application field for this particular crystal includes cryogenic applications and temperature control. As the crystal ages, its temperature remains relatively constant even when exposed to extreme temperatures. This crystal is used extensively in radio networks, and in computer systems such as GPS and Wi-Fi. The crystal is also used in automotive electronics and telecom industry applications such as digital voice recorders.

The working principle behind the 9C-7.680MAAJ-T crystal is based on its unique capacitance and resonant frequency. When an electric field is applied to the crystal, the electric field induces motion of the crystals’ ions, which leads to the formation of a capacitive current. This current is able to sustain a constant resonant frequency over a wide range of temperatures. In addition, the temperature control ensures that the frequency remains constant over time and is resistant to thermal stresses.

The 9C-7.680MAAJ-T crystal is an excellent choice for applications where a precise frequency is critical. It is designed for easy use and quick installation, and it can provide long-term stability and reliability in the most challenging environments. It is a great choice for a wide range of high-tech applications and is a versatile product that is well-suited for many different types of projects.