SIT1602BI-13-28N-8.192000E

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Oscillators are electronic devices used to generate a repeating signal, usually in the form of sine wave or square wave. SIT1602BI-13-28N-8.192000E, a type of oscillator, is specifically designed for clock signal generation used in industrial applications.

The SIT1602BI-13-28N-8.192000E is primarily used for generating the timing transitions required to synchronize logic and digital circuitry as well as precise time-delays and clocks needed for reliable data transfer. It consists of an oscillator circuit and an output buffer for buffering digital signals. The oscillator utilizes a multi-stage MEMS-based ring oscillator structure, with additional noise and EMI suppression circuits to provide a low jitter signal and a low amplitude noise. The output buffer can be configured in either single-ended or differential mode for driving larger loads.

In terms of technical specifications, the SIT1602BI-13-28N-8.192000E has a center frequency of 8.192000 MHz (+/-20ppm), an operating voltage of 3.3V, a start-up time of 30us, and an output type of CMOS-TTL. It is adjustable over a range of +/-20ppm, allowing it to be used in applications with different clock signal requirements.

The SIT1602BI-13-28N-8.192000E operates within a frequency range from 8.032000 MHz to 8.341200 MHz and a temperature range of -40°C to +85°C. It is designed for minimal power consumption and requires only 1 mW for full frequency operation. The maximum EMI/RFI noise specification is -70dBc, and the maximum jitter specification is 25ps. The device is available in standard SOT23-6 package and is RoHS compliant.

The working principle of SIT1602BI-13-28N-8.192000E is based on a multi-stage ring oscillator structure which creates an oscillation signal. The frequency of the oscillation signal is determined by the frequency of the oscillator and the number of delay elements in the oscillator circuit. The signal is then buffered and amplified via an output buffer which drives digital signals to digital circuitry.

The output buffer offers flexibility in terms of output configuration and driving capability. It can be configured in either single-ended or differential modes and can drive loads of up to 1mA. Moreover, it has a low jitter signal and a low amplitude noise thanks to the integrated noise and EMI suppression circuits.

Overall, the SIT1602BI-13-28N-8.192000E is a versatile oscillator for generating precise clock signals and time-delays. Its multi-stage ring oscillator structure and low power consumption makes it suitable for industrial applications such as electronic instrumentation, test equipment, and medical instruments.

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