SIT1602BC-72-28N-25.000625G

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Oscillators are devices that produce regular, repeating signals, usually with no external input. The SIT1602BC-72-28N-25.000625G is an oscillator designed to generate high-frequency clock signals with low jitter, ideal for applications such as rendering audio, video, and cryptography.

At the heart of the oscillator lies a quartz cylinder, which is the resonator of the device. Inside the cylinder are two small electrodes, which are connected to negative and positive voltage supplies respectively. This creates a very stable electrical oscillator, as the capacitance between the two electrodes changes very little with temperature or other external influences. The output of the oscillator, generated by this quartz resonator, can be fine-tuned with a precision of up to 0.000625GHz.

The SIT1602BC-72-28N-25.000625G mixes the signals of two oscillators, each with a different reference frequency. By multiplying the reference frequencies, it is possible to generate a signal at any desired frequency, as long as it is a multiple of the reference frequencies. This technique is known as a frequency multiplier. It provides the noteworthy advantage that it can be used to generate very stable and high-precision output signals, which is essential in many modern applications.

The SIT1602BC-72-28N-25.000625G is a typical example of an oscillator and is ideal for applications such as digital-analog conversion, high precision clocks used for communication protocols such as Ethernet, as well as in audio, video, and cryptography. Thanks to its precise frequency control, it generates a clock signal of extremely low jitter, making it a highly reliable choice for many applications.

Oscillators such as the SIT1602BC-72-28N-25.000625G are a critical component of many modern electronic circuits. They provide controlled and reliable output signals of very high precision, and are essential for a wide range of applications.

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