416F30011ADT

416F30011ADT Application Field and Working Principle

The 416F30011ADT type crystal is a new type of low-frequency quartz crystal. It has a high frequency stability and low level of aging and is mainly used for timekeeping and oscillators.

Application Field

The 416F30011ADT type crystal is usually used in many industries, including medical equipments, measurement and control equipment, communications and signal processing systems, and other industrial applications. It has a wide range of usages, from low-frequency oscillation and timekeeping to high-frequency signal processing.

Key Advantages

• High frequency stability: The 416F30011ADT crystal has a frequency stability of less than 50 ppm and it can be used to maintain accuracy in digital clocks and watches.
• Low level of aging: Aging is a gradual decrease in performance of a device over time. The 416F30011ADT crystal has a very low aging level which means it can be used in long-term applications with minimal performance degradation.
• High temperature stability: The 416F30011ADT crystal has a high temperature range of -40 to 125 degrees Celsius, making it suitable for applications in extreme weather conditions.
• Wide frequency range: The 416F30011ADT crystal has a wide frequency range of 16 MHz to 161 MHz, making it suitable for a wide variety of applications.

Working Principle

The 416F30011ADT crystal works by converting electrical energy into mechanical energy. When a voltage is applied to the crystal, it vibrates at a certain frequency and creates a sound wave. This sound wave is then used to keep accurate time or to create a certain type of oscillation.

The 416F30011ADT crystal utilizes an AT cut technology, which means that its frequency is determined by the mechanical properties of the crystal. This type of crystal is usually made of quartz, and is usually included in oscillators, timers and other electronic components.

In conclusion, the 416F30011ADT type crystal is a new type of low-frequency quartz crystal with a high frequency stability and low level of aging. Because of its wide frequency range, high temperature stability, and low aging rate, it is used in medical equipment, measurement and control equipment, communication and signal processing systems, and other industrial applications.