SIT1602BI-72-28E-62.500000E

An oscillator is an electronic circuit used for the generation of a periodic waveform a sine wave with an adjustable frequency. It is also called a clock generator, frequency generator, clock oscillator and signal generator. The SIT1602BI-72-28E-62.500000E Oscillator is used to supply complete clock signals for digital systems, such as microprocessors, FPGA/CPLDs, Ethernet controllers, imaging sensors, mobile communication baseband platforms, etc.

The SIT1602BI-72-28E-62.500000E Oscillator is a versatile, low-power, low emissions, surface mount oscillator constructed with an ultrasound ceramic substrate and is designed to achieve very low frequency operation. It has an input oscillator frequency of 62.500000E, with a maximum starting power of 2.22V and a 15.1mA typical current. It is provided with an adjustable enable signal, which provides explicit control over signal output when disabled.

The oscillator circuit generates a stable clock frequency by using a small-size quartz crystal called an “oscillator.” The quartz crystal has a natural frequency of vibration, and by controlling the current flowing through the quartz crystal in a capacitor, it is possible to control frequency to a great degree of accuracy.

This oscillator works in a negative resistance, or RC, configuration. A comparison circuit, which compares the output of the quartz crystal to that of the reference oscillator, sends a signal to a voltage controlled resistive element in the regular oscillator loop. This results in a change of current within the loop, thus controlling the voltage output of the quartz crystal, which is used in the clock signal.

Overall, the SIT1602BI-72-28E-62.500000E Oscillator is a great choice for applications where low emissions, low power consumption, and precise frequency control are essential. It is an ideal fit for many embedded systems, since it can provide precise and reliable clock signals without any additional components or circuitry to be added.