SIT1602BC-22-18E-10.000000G

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Oscillators are circuits that produce a repetitive or continuous output signal with a specific repeated pattern, often sinusoidal. SIT1602BC-22-18E-10.000000G is part of the range of oscillators offered by SIT-Semitec. This oscillator is capable of producing output frequencies up to 10.000000GHz with an excellent frequency stability ±0.05ppm (0 to 75°C).

Application fields of SIT1602BC-22-18E-10.000000G range from communications systems, radar systems, microwave systems and medical imaging systems. It is particularly suitable for timing applications that require precision and MTTF values ​​over 70 years. This oscillator model has very high accuracy and is becoming increasingly popular both for communications and for industrial applications.

The working principle of this oscillator is based on the Pierce configuration. In order to generate a stable frequency, a PNPN diode, two transistors and a capacitor are needed. The capacitor and the diode form a relaxation oscillator. This relaxation oscillator creates a voltage wave at a particular frequency that oscillates between the transistor gates. The frequency of the wave is predominantly determined by the capacitance value and the supply voltage. The amplitude of the wave is determined by another external capacitor connected to the transistor gates. When an external load is connected to the oscillator, this load affects the frequency and resistance of the oscillator, but not the amplitude of the wave.

To summarize, SIT1602BC-22-18E-10.000000G is a powerful oscillator capable of generating outputs up to 10GHz with a frequency stability of ±0.05ppm (0 to 75°C). The oscillator works by utilizing Pierce configuration, which includes a PNPN diode, two transistors and a capacitor. It is widely used in communications systems, radar systems, microwave systems and medical imaging systems. In addition, it is suitable for lasting precision timing applications with a MTTF value of over 70 years.

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