SIT1602BC-23-28S-74.176000E

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Oscillators are electromechanical devices that utilize an input signal to produce an alternating current output signal of different frequency and magnitude. The SIT1602BC-23-28S-74.176000E oscillator is one such device. It is a quartz crystal oscillator typically employed in high-performance signal conditioning, timing and switching systems.

SIT1602BC-23-28S-74.176000E oscillators typically offer a frequency range of 75 to 1500 MHz, with absolute stability of ±10ppm (parts per million). This high frequency stability makes them ideal for use in low-noise, high-accuracy synchronization of digital systems and automotive applications. Additionally, the frequency drift over a temperature range of 0°C to 70°C can be as low as ±30 ppm, making the SIT1602BC-23-28S-74.176000E a desirable choice for automotive and consumer applications requiring improved signal-to-noise ratio.

In operation, the SIT1602BC-23-28S-74.176000E oscillator works by using a single-silicon substrate to generate two oscillations of the same frequency and phase. This dual-phase signal is then passed through a low-pass filter to reduce high-frequency components in the output signal. The output of this filter is then amplified and sent to the output stage for further conditioning and shaping of the signal.

SIT1602BC-23-28S-74.176000E oscillators are widely used in digital systems as they are capable of providing accurate clock signals with ultra-low jitter (below 5ps). This makes them ideal for use in applications such as digital radios, cellular base stations, and Wi-Fi and Bluetooth. Additionally, the oscillator is used in high-speed data acquisition systems, microwave systems, and precision timing circuits.

The SIT1602BC-23-28S-74.176000E oscillator is designed for use in high-performance synchronized clocks and digital systems with ultra-precision. It is a reliable, low-noise source of accurately timed signals and offers a wide range of frequencies and temperature stability. It is a desirable choice for applications requiring excellent signal-to-noise ratio and low-jitter output signals.

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