SIT1602BI-11-30N-14.000000E

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Stability, accuracy and reliable performance are requirements for oscillators and they are influential in a range of applications, where SIT1602BI-11-30N-14.000000E is no exception. Oscillators are common integrated circuit components for producing timed signal outputs, and are applicable to a variety of uses, such as timing for the operation of integrated circuits, measuring frequency in communications systems, and synchronizing pulses that control operations in computers or other digital systems.

The remarkable SIT1602BI-11-30N-14.000000E oscillator is specially designed for precision timekeeping applications with extreme accuracy. It is a quartz oscillator featuring both Fundamental and third-overtone modes supported in the same package. It provides high stability and an excellentfrequency tolerance over the temperature range of -40°C to 85°C. Featuring an operating temperature range of -50 to +85°C, it is designed for high temperature, rugged, or highly reliable applications, and offers excellent aging properties in stable temperature areas, providing extremely accurate timekeeping.

SIT1602BI-11-30N-14.000000E is a multi-mode oscillator, whose working principle consists of an integrated amplifier, tuned circuit and frequency-determining elements. It features both Fundamental and third-overtone modes in the same package, which allows it to have more stable temperature performance as compared to those using Fundamental-only configurations. It permits user configurations of which mode to operate at any given time, thus optimizing system needs and providing a higher degree of flexibility.

Oscillators produce sinusoidal signals or square waves to perform various timing control functions, of which SIT1602BI-11-30N-14.000000E is no exception. It can be utilized in frequency counters, watches, clocks, computer systems, communication systems, and embedded systems due to its numerous excellent features. It lifts the level of precision through its temperature-compensated and differently-sized quartz crystal elements for accurate and reliable results, impressive stability, as well as rapid and precise response time. Its wide spreading use is most beneficial for synchronized data and data transmission.

In conclusion, SIT1602BI-11-30N-14.000000E is an ideal oscillator for applications that require extreme accuracy and stability. Its multi-mode design, impressive accuracy and temperature range mean that it can be used to achieve outstanding and reliable results. As such, SIT1602BI-11-30N-14.000000E would be a valuable addition to any precision timekeeping project.

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