SIT8008BIF3-18S

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Programmable oscillators are electronic devices used to generate electrical signals of various frequencies based on a range of programming inputs. They offer system designers the flexibility and control to manage a wide range of requirements, such as output frequency, rise / fall times, phase, temperature range, supply voltage, and other parameters. SIT8008BIF3-18S is one kind of programmable oscillator, which could be widely applied in electronic circuits and systems.

SIT8008BIF3-18S is developed for designs that require a tight stability of frequency over temperature and voltage. Its frequency range covers from 8 kHz to 8 MHz and has an adjustable range of + 10 Hz ~ 10 kHz. Its high-performance and easy-to-use small package with 1.6 by 2.5mm ensure its application in limited space with better temperature stability that meets the frequency stability requirements up to 30 ppm. Besides, it has a low current consumption of 10mA, fast rise / fall time of 500ns, and a low power supply voltage of 1.8~5.5V, which make it ideal for certain wireless communication applications such as mobile phones.

When it comes to SIT8008BIF3-18S’s working principle, digital logic interface and advanced SSi (Serial Slave Interface) allow for convenient and highly-accurate configuration of operating parameters such as frequency, rise / fall times, and temperature range. An external resistor will be needed to set the frequency as required, while a clock input can be equipped to generate a frequency without resistor programming. Furthermore, SIT8008BIF3-18S applies a temperature compensation technology to ensure stability and temperature coefficient of the frequency output. With all these parameters and technologies, SIT8008BIF3-18S can generate output frequencies with exactitude and high precision.

In summary, the SIT8008BIF3-18S programmable oscillator has a very wide range of applications, due to its stable frequency, low current consumption, fast rise / fall time and low power supply voltage. More importantly, its conveniences and accuracy of programming are highly appreciated by various customers in many electronic systems.

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