416F25013ALR

416F25013ALR application field and working principle

416F25013ALR is a very common type of crystal manufactured by SiTime, which is used in multiple electronic applications. Crystals are an important part of many electronic circuits, because they provide an accurate signal that is used by other parts of the circuit in order to run properly.

Crystals are generally used in the oscillator circuits in order to generate a very stable and accurate signal, some of the common applications are watches, computers, and other electronic equipment which rely on a precise signal to operate. 416F25013ALR crystals are also used in heavily used consumer consumer electronics such as TV\'s, DVD players, laptop, and radios.

The 416F25013ALR crystal is a crystal oscillator with a quartz crystal that has been cut in the shape of a cylindrical rod (called a tuning fork crystal). The crystal is vibrationally-driven and is typically resonant at a specific frequency, such as 32.768kHz, or other frequencies. The function of a crystal oscillator is to generate an accurate sinus wave with a particular frequency. This sinus wave is then used by the electronic circuits as a clock signal, so that all of the parts can run in synchronization.

In order to make the electro-mechanical device of the 416F25013ALR crystal oscillator work, it needs to be connected to two external terminals. When the two terminals are connected to positive and negative voltages, an alternating electric current is created in the quartz crystal and this causes the crystal to vibrate. The vibration of the crystal is what generates the desired clock signal, which is used to synchronize the various parts of an electronic circuit.

The 416F25013ALR crystal has many advantages compared to other types of crystal oscillators, such as low cost and large operating temperature range. It is also highly reliable and can handle a wide range of frequencies and transient conditions. The 416F25013ALR is also suitable for use with high or low power devices and can be used in a variety of applications, from automotive electronics to medical equipment.