416F360X3ITT

416F360X3ITT crystals belong to the quartz crystal resonator and oscillator family. The quartz crystal resonator and oscillators are electro-mechanical resonators that use quartz crystals as the resonance element. The crystal is made of quartz, and its resonant frequency is determined by its cut (shape, size, and angle). Such crystals can be used in circuits to generate signals at precise frequencies, and they are capable of being used in communication and frequency control applications.

The 416F360X3ITT crystal is designed to provide a precise and stable frequency with low power consumption and low phase noise. It has central frequency of 31.25MHz, equivalent series resistance of 5ohms, and shunt capacitance of 9pF. It also has other features, such as an operating temperature range of -20 to 70 degrees Celsius and operating voltage range of 1.8 to 3.3volts.

The 416F360X3ITT quartz crystal oscillators are widely used in various fields, including communication, navigation, aerospace, and military applications. It is mainly used in military navigation and communication systems, such as GPS, Glonass, and Galileo. In these systems, it is used to generate precise frequencies, which are necessary for accurate navigation measurements.

The 416F360X3ITT crystal consists of two major parts: a quartz crystal plate and a set of electrodes. The quartz plate is the main resonance element, while the electrodes are used to control the resonant frequency. When a voltage is applied between the two electrodes, the electric field causes the plates to vibrate at a certain frequency. This frequency is determined by the size, shape and cut of the crystal, as well as the applied voltage.

The 416F360X3ITT crystal oscillator is widely used in various fields because of its precise and stable frequency and low power consumption. Its small size is also an advantage, making it suitable for use in mobile applications or devices. The 416F360X3ITT quartz crystal oscillators are widely used in communication and navigation applications, providing precise and consistent signals that are necessary for accurate measurements.