SIT2024BM-S1-33E-14.145600G

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Oscillators are commonly used in electronics and telecommunications as an effective way to maintain or control signal frequencies. Among a variety of oscillators available on the market, SIT2024BM-S1-33E-14.145600G is one of the most popular ones. This oscillator is suitable for a wide range of applications, including but not limited to electronic communications, electronic instruments, military and aerospace applications, navigation systems, and measurement systems.

SIT2024BM-S1-33E-14.145600G is divided into four different operating classes, namely high-stability, medium precision, low-power, and low-phase noise. Each of these classes feature different construction techniques, operating parameters, and performance capabilities for enhanced reliability, stability, and low power consumption.

The SIT2024BM-S1-33E-14.145600G oscillator is a quartz crystal oscillator with a fundamental frequency tolerance of ±1.0ppm at +25°C and power supply of 3.3Vdc. It is built using an ultra-stable stand-alone SC-cut quartz crystal, combined with a tight temperature control, to achieve a frequency stability of ±3.0ppm over –40°C to +85°C temperature range for a long-term stability solution. This oscillator also features a wide frequency range from 1MHz to 50MHz and is rated for an operating temperature of -40°C to +85°C.

The oscillator is equipped with an integrated CMOS oscillator circuit, packaged in a hermetically sealed SMD package for supreme shock and vibration protection. The on-board passive components of the oscillator are also pre-calibrated and tested for superior accuracy and accuracy of operation. Additionally, the package’s high degree of reliabilities facilitates its operation in challenging environments.

SIT2024BM-S1-33E-14.145600G works by periodically vibrating the quartz crystal. The frequency of the output is proportional to the physical properties of quartz and the size of the physical components of the oscillator. The quartz crystal must be symmetrically cut so that it has a specified resonant frequency when voltage is applied to its electrodes. The resonant frequency of the crystal is then transferred to the oscillator circuit, which is further amplified and filtered to produce the required output signal.

The output signal of this oscillator can be either periodic or in the form of a square wave depending on the type of oscillation mode selected. It is an essential device to make oscillators suitable for a wide range of applications with a greater degree of accuracy and reliability than ever before. The SIT2024BM-S1-33E-14.145600G oscillator is an efficient, reliable, inexpensive, and versatile way to accomplish frequency stability in electronic applications.

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