Programmable Oscillators

Programmable oscillators are versatile components built with a wide range of features and abilities that allow users to customize their applications as needed. The SIT3809AC-D-25NB is a programmable oscillator that is used for a variety of applications, including frequency timing, frequency control, and phase or pulse generation. This oscillator is a nonprogrammable pin-type oscillator and has an operating frequency of 25MHz. It has a small footprint and is suitable for applications where high accuracy and stability are required.

Working Principle

The SIT3809AC-D-25NB is a small, non-programmable pin-type oscillator that uses a ceramic resonator and a quartz crystal to generate a precise frequency. The ceramic resonator is driven by an input signal and vibrates at a certain frequency provided by the quartz crystal. When the frequency of the ceramic resonator and the quartz crystal are matched, the output signal is a stable frequency. This frequency can then be used to control the frequency of other components in the circuit.

Application Field

The SIT3809AC-D-25NB is a versatile oscillator that has a range of applications. It can be used for frequency timing and frequency control and can also be used for phase or pulse generation. It is suitable for a wide range of applications such as communication systems, modems, data acquisition systems, servers, and test & measurement equipment. The oscillator is also suitable for automotive, aerospace, and military applications. Additionally, it can be used for embedded systems and educational experiments.

Benefits

The SIT3809AC-D-25NB offers a number of advantages to users. It has a small footprint which makes it suitable for applications that require a small size and a high accuracy, such as automotive and aerospace applications. It also has a stable frequency output that enables it to be used for frequency timing, frequency control, and phase/pulse generation. Additionally, the oscillator is cost-effective, meaning users get a quality oscillator at a lower cost.