SIT1602BC-83-30E-33.330000T

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Oscillators are important signal sources specified by their fundamental frequency and waveform shape. They are used in many different applications such as a time base for measurement, precision frequency reference, clock generation and synchronization and local oscillator.

The SIT1602BC-83-30E-33.330000T oscillator is one of such oscillator. It is a wide-range, low-phase noise, very low jitter and ultra-low power device. Its operating voltage range is between 2.8V to 3.5V. It is designed with the MEMS technology which provides an extremely low aging rate of ±0.01ppm/yr, low power consumption and good temperature stability. This oscillator is suitable for high performance applications.

The SIT1602BC-83-30E-33.330000T oscillator features an oscillation frequency of 33.330000T. Being a low power oscillator, it consumes about 0.5uA of the current and up to 2uA when operating. This current consumption is lower than the other oscillators in the market. It has an integrated package size of 2x2mm and can operate temperature ranges from -40℃to +105℃.

In terms of its application fields, the SIT1602BC-83-30E-33.330000T oscillator is suitable for high-performance and low power applications where frequency accuracy and stability is a requirement. Such applications are commonly found in communication and networking system, digital still cameras, radar and defense systems, and precision electronics.

The working principle of SIT1602BC-83-30E-33.330000T oscillator utilizes MEMS technology. It consists of a small vibrating beam in a chamber that has an air gap and a set of electrodes. When an alternating voltage is applied to the electrodes, the beam vibrates at its resonance frequency. The resonance of the beam is then detected by the electrodes and a voltage signal is created at the output of the oscillator. This signal is then amplified and further filtered by the circuit, allowing the output signal to the required frequency.

In conclusion, the SIT1602BC-83-30E-33.330000T oscillator is an ideal choice for applications requiring precision frequency reference, clock generation and synchronization and local oscillator. It is a wide-range, low-phase noise, very low jitter and ultra-low power device with integrated package size of 2x2mm and operating temperature range from -40℃to +105℃. Its working principle utilizes MEMS technology, where small vibrating beam in a chamber is excited by an alternating voltage and the resonance of the beam is detected and amplified to produce output signal with the desired frequency.

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