SIT9120AC-1BF-25E133.000000G

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Oscillators play an important role in the generation of precision timekeeping signals for accurate operation of electronic instruments. They are frequently used in devices such as clocks, watches, computers, and radios. Among oscillators, surface-acoustic-wave (SAW) resonators offer advantages such as high frequency stability, small size, low cost, and low power consumption. One popular SAW resonator, the SIT9120AC-1BF-25E133.000000G, is in wide use in applications in various industries. This article discusses the application field and working principle of SIT9120AC-1BF-25E133.000000G.

SIT9120AC-1BF-25E133.000000G is an ultra-miniature, low-voltage, surface-mountable oscillator. It features low power consumption, exceptional accuracy, and high frequency stability, and is ideally suited for a wide variety of systems and applications requiring low jitter and ultra-low power. Due to these features, SIT9120AC-1BF-25E133.000000G has been widely applied in medical, telecommunications, automotive, computing, and aerospace industries. It is also suitable for IoT devices and embedded systems, and has been used in the development of a variety of products including temperature sensors, pressure transducers, smart meters, and energy-efficient lighting.

SIT9120AC-1BF-25E133.000000G is a SAW resonator consisting of a transducer, a substrate, and a package. The transducer is a crystal or ceramic disc with a thin piezoelectric material deposited onto its surface. When an electric current is applied to the transducer, it vibrates at its resonant frequency. This vibration is then transmitted to the surface of the substrate. The oscillation produced is then encapsulated in the package. The frequency of the oscillator is determined by the material of the substrate, its thickness, and the geometry of the electrodes that are deposited onto it.

The SIT9120AC-1BF-25E133.000000G series clocks offer high accuracy over a wide temperature range. This is due to the high quality of the substrate, which has a very stable material composition and is manufactured with highly precise manufacturing processes. In addition, the SIT9120AC-1BF-25E133.000000G series features a wide operating voltage range, as well as low jitter performance, which are especially beneficial in mission critical applications. The SIT9120AC-1BF-25E133.000000G also has a wide pullability range, allowing fine adjustment of the oscillator’s output frequency.

In addition to its wide range of features, SIT9120AC-1BF-25E133.000000G provides an unbeatable combination of accuracy and low power consumption. This helps to reduce system costs, while also providing higher performance and improved reliability. The SIT9120AC-1BF-25E133.000000G can operate on as low as 0.9 volts, while only consuming a maximum of 10 µA of current. This allows the oscillator to be used in energy-sensitive applications, as well as those in which low standby power is important.

The SIT9120AC-1BF-25E133.000000G oscillator is an ideal choice for a wide range of applications due to its combination of features, low power consumption, and small form factor. It is well suited for use in medical, automotive, telecommunication, computing, IoT, aerospace, and consumer applications, such as medical monitors, smart meters, RF transceivers, handheld devices, intelligent audio systems, and much more. The working principle of SIT9120AC-1BF-25E133.000000G is based on the use of a thin piezoelectric material deposited onto the surface of a substrate, which is then vibrated at its resonant frequency when an electric current is applied. This vibration is transmitted to the surface of the substrate, producing the desired output signal.

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