SIT8208AC-2F-28S-3.570000X

Oscillators, when classified by its type, are commonly referred to as electronic or electromechanical oscillators. They operate as a generator of periodic electrical signals. In most applications, they are used to produce a frequency that is relatively constant over a span of time. In the case of a SIT8208AC-2F-28S-3.570000X, it is an Electro-Mechanical oscillator, used to generate a very precise, stable, and accurate clock output signal.

The SIT8208AC-2F-28S-3.570000X is a type of high performance SiT8208AC series clock oscillator. This particular oscillator is available in two different packages – the 28-pin LCC and 28-pin LLP packages. The package type is selected depending on the application. The oscillator has an operating temperature range of -40 to +85°C, and a frequency range of 1.7MHz to 200MHz.

The oscillator has 3.570000 x tuning resolution for better accuracy. It has an ultra-thin profile of only 1mm in the 28-pin LLP package, which makes it space-efficient for most applications. It also features a low current consumption of 4mA max in LCC and 6mA max in LLP.

Since the oscillator is electro-mechanically based, it is driven by the mechanical resonance of a tuning fork and clock crystal. When electrical current passes through the tuning fork and crystal, the mechanical resonance causes the frequency of the clock oscillator to remain constant. The frequency is kept stable and accurate even in extreme temperature and pressure variations due to its robust nature.

The SIT8208AC-2F-28S-3.570000X is widely used in a variety of applications, such as communications, computing, industrial, instrumentation, consumer electronics and automation. The oscillator can be also be used in portable applications, such as mobile phones, laptops, and other handheld devices, as it has a low current consumption and small form factor.

As an electro-mechanical oscillator, the SIT8208AC-2F-28S-3.570000X is a very reliable and accurate source of clock signal output. It maintains its frequency stability even in extreme environmental conditions due to its robust nature. It is also space-efficient due to its 1mm ultra-thin profile and low current consumption, making it suitable for many types of applications.