416F52013IAT

416F52013IAT Application Field and Working Principle

The 416F52013IAT is a crystal oscillator employed in a variety of frequencies and circuit designs. It is a hi-tech device that provides excellent stability, accuracy and reliable oscillations across wide temperature and voltage ranges. This makes it suitable for a broad array of applications such as clocks, watches, and microcontrollers.

The crystal oscillator is a frequency-stable oscillator consisting of a quartz crystal with two electrodes placed on either side. A small electric current is applied to the quartz crystal and a frequency dependent oscillation is induced in the quartz. By carefully controlling the size and shape of the crystal and the electrode positions the oscillator frequency can be maintained over a wide range of temperatures and supply voltages.

In the case of the 416F52013IAT, the crystal itself can oscillate at frequencies between 2 to 32 MHz, with support for frequency tolerance of ±10ppm and operating temperature range of -40°C to +85°C. The crystal\'s oscillation frequency can be used to generate or measure a range of accurate signals for a variety of applications.

The 416F52013IAT is a highly reliable oscillator with a small size. It operates at a relatively low envelope power consumption and generates very low-noise signals. This makes it ideal in applications where timing needs to be accurate and consistent, such as in clocks, watches, small embedded systems and other time-sensitive circuits.

The 416F52013IAT is also suitable for use in telecom systems, network timing circuits and other consumer applications where timing is of the utmost importance. It is also compatible with many microcontroller platforms and can be easily integrated into a variety of circuits.

Overall, the 416F52013IAT is a highly reliable and accurate crystal oscillator suitable for a wide variety of applications. Its small size, low power consumption and high accuracy make it the ideal choice for many timing and frequency control circuit applications.