SIT1602AI-13-18S-33.333330D

Application Field: SIT1602AI-13-18S-33.333330D is a frequency-related oscillator chip and is suited for many different types of applications. These include digital audio frequency oscillators, timing circuits, generator circuits, pulse width modulation circuits, and waveform fluctuation detection circuits. It can also be used in signal processing applications such as frequency division, frequency comparison, signal reconstruction, pulse filtering, and other similar applications.Working Principle: SIT1602AI-13-18S-33.333330D is a highly accurate oscillator chip that uses a precise, stable reference clock with dual oscillator structures in order to ensure that the frequency is accurate and stable over time. The reference clock which is used to generate the oscillations is regulated by a voltage-controlled oscillator, which is then further regulated by a temperature-compensated crystal oscillator. This ensures that the oscillation output is consistent and stable over a wide temperature range.The reference clock is responsible for creating the timing pulses that are used to trigger the oscillations, while the oscillator structure is responsible for generating the actual oscillations. This chip has two stable clocks, one clock controls the timing pulses and the other clock drives the oscillator. The frequency-related oscillator is thus generated by the negative feedback control of the two clocks.The output signals of this oscillator can be further modified by adding a variable frequency divider. This feature allows the user to vary the output frequency of the oscillator, which can be useful when used for signal processing applications or when used in combination with other components.SIT1602AI-13-18S-33.333330D is designed to operate in temperatures from -55℃ to +125℃. It is also designed to have a typical phase noise of -90dbc/Hz. The oscillator is also available in various package types, such as VSSOP, CSOP, SOIC, and DIP packages.In conclusion, SIT1602AI-13-18S-33.333330D is a cost-effective, high-accuracy, high-STA silicon oscillator chip. It is well-suited for frequency-related applications such as digital audio, timing circuits, generator circuits, pulse width modulation, and waveform detection circuits. It features two stable clocks, a variable frequency divider, and a typical phase noise of -90dbc/Hz. It is also available in a variety of packages types, and is designed to work in temperatures from -55℃ to +125℃.