SIT1602BC-72-30N-48.000000D

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Oscillators are electronic equipment that use the cyclical fluctuation of electric current or voltage to generate periodic signals of various waveforms. SIT1602BC-72-30N-48.000000D is one type of oscillators.

SIT1602BC-72-30N-48.000000D series oscillators are designed with a dual-frequency crystal and similar frequency tolerance parameters, but with an optimized duty cycle of 50%. Through the combination of a TUND6028-63 type crystal and a high precision frequency select at a temperature range of -10℃ to 70℃, it can achieve the working frequency range of 16.000MHz to 72.000MHz and an output frequency range of 12MHz to 30MHz. The ESR is small, compact in size, low power consumption, and high precision.

SIT1602BC-72-30N-48.000000D oscillators can be widely used in TV/monitor display systems, audio frequency equipment and electrical frequency scanning equipment. It can also be used in communication equipment, computer, medical equipment, and other related fields.

The working principle of SIT1602BC-72-30N-48.000000D oscillator is based on the vibration of a crystal to generate a certain frequency. Inside the crystal is a piezoelectric material with positive/negative poles that creates a dipole effect. When an external electrical voltage is connected to the crystal, the sound wave is used to generate a certain frequency. The advantage of this principle is that the frequency of the oscillator signal can be kept very constant, stable, and accurate. This is due to the fact that the vibration has a very low damping factor and a low frequency drift.

The SIT1602BC-72-30N-48.000000D oscillator can also be adjusted with an external clock signal and a crystal oscillator circuit. The clock signal is based on the frequency generated by the crystal oscillator circuit, and by changing the value of the resistor and capacitor connected in the crystal oscillator circuit, the frequency of the oscillator signal can be adjusted.

In short, SIT1602BC-72-30N-48.000000D oscillators are widely used in various fields for their low power consumption, small size, high precision, and strong frequency stability. They are an important component for a variety of electronic devices.

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