SIT1602BC-13-30N-7.372800D

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Oscillators are electrical signal-generating devices that help in producing repetitive and stable periodic signals. The SIT1602BC-13-30N-7.372800D oscillator is one such device. This oscillator chiefly consists of a housing, an oscillating element, like a quartz crystal, and a frequency-determining circuit.

The oscillating frequency of this oscillator depends on the field of application and several other design factors, such as the type and frequency of quartz crystal used, and capacitance between the oscillator tail and ground. It typically has an operating frequency ranging from 13MHz to 30MHz, and it uses 7.372800D bandwidth. This oscillator is generally used in oscilloscope and spectrum analyzer systems.

The quartz crystal of this oscillator boasts wide dynamic range, high effective capacitance, and good mechanical stability. These characteristics help in attaining a high precision and stability of the oscillation frequency. Also, there is an option to customize frequency characteristics, including temperature coefficients and other frequency drift parameters, to precisely match your requirements.

The oscillating element is connected to the frequency-determining circuit. It functions together with capacitance diode, resistors, and the automatic temperature compensation circuit, in order to maintain the requested oscillation frequency. The SIT1602BC-13-30N-7.372800D oscillator also features low jitter and low power consumption of about 1.0mA at 3V. According to the manufacturer, its time-dependent frequency-stability is ±10ppm, which is very reliable. Additionally, it has characteristics such as reverse current protection, high quality surface-mountability, etc.

In summary, the SIT1602BC-13-30N-7.372800D oscillator can generate periodic signals in the 13MHz to 30MHz bandwidth. It has a wide dynamic range, good mechanical stability, low jitter, and low power consumption that allow it to be used effectively in oscilloscope and spectrum analyzer systems. Its time-dependent frequency stability, ±10ppm, provides it with reliability that is unmatched by other oscillators.

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